msps003fx.mmap

0x00000000 A PERIPHERAL FLASH
0x20000000 A PERIPHERAL SYSMEM
0x40004000 A PERIPHERAL ADC0
0x40004400 B  REGISTER ADC0_FSUB_0 (rw): Subscriber Configuration Register.
0x40004400 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40004444 B  REGISTER ADC0_FPUB_1 (rw): Publisher Configuration Register.
0x40004444 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40004800 B  CLUSTER ADC0_GPRCM[0]: 
0x40004800 B  REGISTER ADC0_PWREN0 (rw): Power enable
0x40004800 C   FIELD 00w01 ENABLE (rw): Enable the power
0x40004804 B  REGISTER ADC0_RSTCTL0 (wo): Reset Control
0x40004804 C   FIELD 00w01 RESETASSERT (wo): Assert reset to the peripheral
0x40004804 C   FIELD 01w01 RESETSTKYCLR (wo): Clear the RESETSTKY bit in the STAT register
0x40004808 B  REGISTER ADC0_CLKCFG0 (rw): ADC clock configuration Register
0x40004808 C   FIELD 00w02 SAMPCLK: ADC sample clock source selection.
0x40004808 C   FIELD 04w01 CCONRUN: CCONRUN: Forces SYSOSC to run at base frequency when device is in RUN mode which can be used as ADC sample or conversion clock source.
0x40004808 C   FIELD 05w01 CCONSTOP: CCONSTOP: Forces SYSOSC to run at base frequency when device is in STOP mode which can be used as ADC sample or conversion clock source.
0x40004814 B  REGISTER ADC0_STAT0 (ro): Status Register
0x40004814 C   FIELD 16w01 RESETSTKY (ro): This bit indicates, if the peripheral was reset, since this bit was cleared by RESETSTKYCLR in the RSTCTL register
0x40005020 B  CLUSTER ADC0_CPU_INT[0]: 
0x40005020 B  REGISTER ADC0_CPU_INT_IIDX0 (ro): Interrupt index
0x40005020 C   FIELD 00w10 STAT (ro): Interrupt index status
0x40005028 B  REGISTER ADC0_CPU_INT_IMASK0 (rw): Interrupt mask
0x40005028 C   FIELD 00w01 OVIFG: Raw interrupt flag for MEMRESx overflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005028 C   FIELD 01w01 TOVIFG: Raw interrupt flag for sequence conversion timeout overflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005028 C   FIELD 02w01 HIGHIFG: Raw interrupt flag for the MEMRESx result register being higher than the WCHIGHx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005028 C   FIELD 03w01 LOWIFG: Raw interrupt flag for the MEMRESx result register being below than the WCLOWx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005028 C   FIELD 04w01 INIFG: Mask INIFG in MIS_EX register.
0x40005028 C   FIELD 05w01 DMADONE: Raw interrupt flag for DMADONE. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005028 C   FIELD 06w01 UVIFG: Raw interrupt flag for MEMRESx underflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR is set to 1.
0x40005028 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005028 C   FIELD 09w01 MEMRESIFG1: Raw interrupt status for MEMRES1. This bit is set to 1 when MEMRES1 is loaded with a new conversion result. Reading MEMRES1 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005028 C   FIELD 10w01 MEMRESIFG2: Raw interrupt status for MEMRES2. This bit is set to 1 when MEMRES2 is loaded with a new conversion result. Reading MEMRES2 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005028 C   FIELD 11w01 MEMRESIFG3: Raw interrupt status for MEMRES3. This bit is set to 1 when MEMRES3 is loaded with a new conversion result. Reading MEMRES3 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005030 B  REGISTER ADC0_CPU_INT_RIS0 (ro): Raw interrupt status
0x40005030 C   FIELD 00w01 OVIFG: Raw interrupt flag for MEMRESx overflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005030 C   FIELD 01w01 TOVIFG: Raw interrupt flag for sequence conversion trigger overflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005030 C   FIELD 02w01 HIGHIFG: Raw interrupt flag for the MEMRESx result register being higher than the WCHIGHx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005030 C   FIELD 03w01 LOWIFG: Raw interrupt flag for the MEMRESx result register being below than the WCLOWx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005030 C   FIELD 04w01 INIFG: Mask INIFG in MIS_EX register.
0x40005030 C   FIELD 05w01 DMADONE: Raw interrupt flag for DMADONE. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005030 C   FIELD 06w01 UVIFG: Raw interrupt flag for MEMRESx underflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR is set to 1.
0x40005030 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005030 C   FIELD 09w01 MEMRESIFG1: Raw interrupt status for MEMRES1. This bit is set to 1 when MEMRES1 is loaded with a new conversion result. Reading MEMRES1 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005030 C   FIELD 10w01 MEMRESIFG2: Raw interrupt status for MEMRES2. This bit is set to 1 when MEMRES2 is loaded with a new conversion result. Reading MEMRES2 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005030 C   FIELD 11w01 MEMRESIFG3: Raw interrupt status for MEMRES3. This bit is set to 1 when MEMRES3 is loaded with a new conversion result. Reading MEMRES3 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005038 B  REGISTER ADC0_CPU_INT_MIS0 (ro): Masked interrupt status
0x40005038 C   FIELD 00w01 OVIFG: Raw interrupt flag for MEMRESx overflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005038 C   FIELD 01w01 TOVIFG: Raw interrupt flag for sequence conversion timeout overflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005038 C   FIELD 02w01 HIGHIFG: Raw interrupt flag for the MEMRESx result register being higher than the WCHIGHx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005038 C   FIELD 03w01 LOWIFG: Raw interrupt flag for the MEMRESx result register being below than the WCLOWx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005038 C   FIELD 04w01 INIFG: Mask INIFG in MIS_EX register.
0x40005038 C   FIELD 05w01 DMADONE: Raw interrupt flag for DMADONE. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005038 C   FIELD 06w01 UVIFG: Raw interrupt flag for MEMRESx underflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR is set to 1.
0x40005038 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005038 C   FIELD 09w01 MEMRESIFG1: Raw interrupt status for MEMRES1. This bit is set to 1 when MEMRES1 is loaded with a new conversion result. Reading MEMRES1 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005038 C   FIELD 10w01 MEMRESIFG2: Raw interrupt status for MEMRES2. This bit is set to 1 when MEMRES2 is loaded with a new conversion result. Reading MEMRES2 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005038 C   FIELD 11w01 MEMRESIFG3: Raw interrupt status for MEMRES3. This bit is set to 1 when MEMRES3 is loaded with a new conversion result. Reading MEMRES3 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005040 B  REGISTER ADC0_CPU_INT_ISET0 (wo): Interrupt set
0x40005040 C   FIELD 00w01 OVIFG: Raw interrupt flag for MEMRESx overflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005040 C   FIELD 01w01 TOVIFG: Raw interrupt flag for sequence conversion timeout overflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005040 C   FIELD 02w01 HIGHIFG: Raw interrupt flag for the MEMRESx result register being higher than the WCHIGHx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005040 C   FIELD 03w01 LOWIFG: Raw interrupt flag for the MEMRESx result register being below than the WCLOWx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005040 C   FIELD 04w01 INIFG: Mask INIFG in MIS_EX register.
0x40005040 C   FIELD 05w01 DMADONE: Raw interrupt flag for DMADONE. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005040 C   FIELD 06w01 UVIFG: Raw interrupt flag for MEMRESx underflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005040 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005040 C   FIELD 09w01 MEMRESIFG1: Raw interrupt status for MEMRES1. This bit is set to 1 when MEMRES1 is loaded with a new conversion result. Reading MEMRES1 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005040 C   FIELD 10w01 MEMRESIFG2: Raw interrupt status for MEMRES2. This bit is set to 1 when MEMRES2 is loaded with a new conversion result. Reading MEMRES2 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005040 C   FIELD 11w01 MEMRESIFG3: Raw interrupt status for MEMRES3. This bit is set to 1 when MEMRES3 is loaded with a new conversion result. Reading MEMRES3 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005048 B  REGISTER ADC0_CPU_INT_ICLR0 (wo): Interrupt clear
0x40005048 C   FIELD 00w01 OVIFG: Raw interrupt flag for MEMRESx overflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005048 C   FIELD 01w01 TOVIFG: Raw interrupt flag for sequence conversion timeout overflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005048 C   FIELD 02w01 HIGHIFG: Raw interrupt flag for the MEMRESx result register being higher than the WCHIGHx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005048 C   FIELD 03w01 LOWIFG: Raw interrupt flag for the MEMRESx result register being below than the WCLOWx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005048 C   FIELD 04w01 INIFG: Mask INIFG in MIS_EX register.
0x40005048 C   FIELD 05w01 DMADONE: Raw interrupt flag for DMADONE. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005048 C   FIELD 06w01 UVIFG: Raw interrupt flag for MEMRESx underflow. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005048 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005048 C   FIELD 09w01 MEMRESIFG1: Raw interrupt status for MEMRES1. This bit is set to 1 when MEMRES1 is loaded with a new conversion result. Reading MEMRES1 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005048 C   FIELD 10w01 MEMRESIFG2: Raw interrupt status for MEMRES2. This bit is set to 1 when MEMRES2 is loaded with a new conversion result. Reading MEMRES2 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005048 C   FIELD 11w01 MEMRESIFG3: Raw interrupt status for MEMRES3. This bit is set to 1 when MEMRES3 is loaded with a new conversion result. Reading MEMRES3 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005050 B  CLUSTER ADC0_GEN_EVENT[0]: 
0x40005050 B  REGISTER ADC0_GEN_EVENT_IIDX0 (ro): Interrupt index
0x40005050 C   FIELD 00w10 STAT (ro): Interrupt index status
0x40005058 B  REGISTER ADC0_GEN_EVENT_IMASK0 (rw): Interrupt mask
0x40005058 C   FIELD 02w01 HIGHIFG: Raw interrupt flag for the MEMRESx result register being higher than the WCHIGHx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005058 C   FIELD 03w01 LOWIFG: Raw interrupt flag for the MEMRESx result register being below than the WCLOWx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005058 C   FIELD 04w01 INIFG: Mask INIFG in MIS_EX register.
0x40005058 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005060 B  REGISTER ADC0_GEN_EVENT_RIS0 (ro): Raw interrupt status
0x40005060 C   FIELD 02w01 HIGHIFG: Raw interrupt flag for the MEMRESx result register being higher than the WCHIGHx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005060 C   FIELD 03w01 LOWIFG: Raw interrupt flag for the MEMRESx result register being below than the WCLOWx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005060 C   FIELD 04w01 INIFG: Mask INIFG in MIS_EX register.
0x40005060 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005068 B  REGISTER ADC0_GEN_EVENT_MIS0 (ro): Masked interrupt status
0x40005068 C   FIELD 02w01 HIGHIFG: Raw interrupt flag for the MEMRESx result register being higher than the WCHIGHx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005068 C   FIELD 03w01 LOWIFG: Raw interrupt flag for the MEMRESx result register being below than the WCLOWx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005068 C   FIELD 04w01 INIFG: Mask INIFG in MIS_EX register.
0x40005068 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005070 B  REGISTER ADC0_GEN_EVENT_ISET0 (wo): Interrupt set
0x40005070 C   FIELD 02w01 HIGHIFG: Raw interrupt flag for the MEMRESx result register being higher than the WCHIGHx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005070 C   FIELD 03w01 LOWIFG: Raw interrupt flag for the MEMRESx result register being below than the WCLOWx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005070 C   FIELD 04w01 INIFG: Mask INIFG in MIS_EX register.
0x40005070 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005078 B  REGISTER ADC0_GEN_EVENT_ICLR0 (wo): Interrupt clear
0x40005078 C   FIELD 02w01 HIGHIFG: Raw interrupt flag for the MEMRESx result register being higher than the WCHIGHx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005078 C   FIELD 03w01 LOWIFG: Raw interrupt flag for the MEMRESx result register being below than the WCLOWx threshold of the window comparator. This bit is reset to 0 by IIDX read or when corresponding bit in ICLR_EX is set to 1.
0x40005078 C   FIELD 04w01 INIFG: Mask INIFG in MIS_EX register.
0x40005078 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005080 B  CLUSTER ADC0_DMA_TRIG[0]: 
0x40005080 B  REGISTER ADC0_DMA_TRIG_IIDX0 (ro): Interrupt index
0x40005080 C   FIELD 00w10 STAT (ro): Interrupt index status
0x40005088 B  REGISTER ADC0_DMA_TRIG_IMASK0 (rw): Interrupt mask extension
0x40005088 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005088 C   FIELD 09w01 MEMRESIFG1: Raw interrupt status for MEMRES1. This bit is set to 1 when MEMRES1 is loaded with a new conversion result. Reading MEMRES1 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005088 C   FIELD 10w01 MEMRESIFG2: Raw interrupt status for MEMRES2. This bit is set to 1 when MEMRES2 is loaded with a new conversion result. Reading MEMRES2 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005088 C   FIELD 11w01 MEMRESIFG3: Raw interrupt status for MEMRES3. This bit is set to 1 when MEMRES3 is loaded with a new conversion result. Reading MEMRES3 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005090 B  REGISTER ADC0_DMA_TRIG_RIS0 (ro): Raw interrupt status extension
0x40005090 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005090 C   FIELD 09w01 MEMRESIFG1: Raw interrupt status for MEMRES1. This bit is set to 1 when MEMRES1 is loaded with a new conversion result. Reading MEMRES1 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005090 C   FIELD 10w01 MEMRESIFG2: Raw interrupt status for MEMRES2. This bit is set to 1 when MEMRES2 is loaded with a new conversion result. Reading MEMRES2 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005090 C   FIELD 11w01 MEMRESIFG3: Raw interrupt status for MEMRES3. This bit is set to 1 when MEMRES3 is loaded with a new conversion result. Reading MEMRES3 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005098 B  REGISTER ADC0_DMA_TRIG_MIS0 (ro): Masked interrupt status extension
0x40005098 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005098 C   FIELD 09w01 MEMRESIFG1: Raw interrupt status for MEMRES1. This bit is set to 1 when MEMRES1 is loaded with a new conversion result. Reading MEMRES1 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005098 C   FIELD 10w01 MEMRESIFG2: Raw interrupt status for MEMRES2. This bit is set to 1 when MEMRES2 is loaded with a new conversion result. Reading MEMRES2 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x40005098 C   FIELD 11w01 MEMRESIFG3: Raw interrupt status for MEMRES3. This bit is set to 1 when MEMRES3 is loaded with a new conversion result. Reading MEMRES3 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x400050A0 B  REGISTER ADC0_DMA_TRIG_ISET0 (wo): Interrupt set extension
0x400050A0 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x400050A0 C   FIELD 09w01 MEMRESIFG1: Raw interrupt status for MEMRES1. This bit is set to 1 when MEMRES1 is loaded with a new conversion result. Reading MEMRES1 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x400050A0 C   FIELD 10w01 MEMRESIFG2: Raw interrupt status for MEMRES2. This bit is set to 1 when MEMRES2 is loaded with a new conversion result. Reading MEMRES2 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x400050A0 C   FIELD 11w01 MEMRESIFG3: Raw interrupt status for MEMRES3. This bit is set to 1 when MEMRES3 is loaded with a new conversion result. Reading MEMRES3 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x400050A8 B  REGISTER ADC0_DMA_TRIG_ICLR0 (wo): Interrupt clear extension
0x400050A8 C   FIELD 08w01 MEMRESIFG0: Raw interrupt status for MEMRES0. This bit is set to 1 when MEMRES0 is loaded with a new conversion result. Reading MEMRES0 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x400050A8 C   FIELD 09w01 MEMRESIFG1: Raw interrupt status for MEMRES1. This bit is set to 1 when MEMRES1 is loaded with a new conversion result. Reading MEMRES1 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x400050A8 C   FIELD 10w01 MEMRESIFG2: Raw interrupt status for MEMRES2. This bit is set to 1 when MEMRES2 is loaded with a new conversion result. Reading MEMRES2 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x400050A8 C   FIELD 11w01 MEMRESIFG3: Raw interrupt status for MEMRES3. This bit is set to 1 when MEMRES3 is loaded with a new conversion result. Reading MEMRES3 register will clear this bit, or when the corresponding bit in ICLR is set to 1
0x400050E0 B  REGISTER ADC0_EVT_MODE (ro): Event Mode
0x400050E0 C   FIELD 00w02 INT0_CFG (ro): Event line mode select for event corresponding to CPU_INT
0x400050E0 C   FIELD 02w02 EVT1_CFG (ro): Event line mode select for event corresponding to GEN_EVENT
0x400050FC B  REGISTER ADC0_DESC (ro): Module Description
0x400050FC C   FIELD 00w04 MINREV (ro): Minor rev of the IP
0x400050FC C   FIELD 04w04 MAJREV (ro): Major rev of the IP
0x400050FC C   FIELD 08w04 INSTNUM (ro): Instance Number within the device. This will be a parameter to the RTL for modules that can have multiple instances
0x400050FC C   FIELD 12w04 FEATUREVER (ro): Feature Set for the module *instance*
0x400050FC C   FIELD 16w16 MODULEID (ro): Module identification contains a unique peripheral identification number. The assignments are maintained in a central database for all of the platform modules to ensure uniqueness.
0x40005100 B  REGISTER ADC0_CTL0 (rw): Control Register 0
0x40005100 C   FIELD 00w01 ENC (rw): Enable conversion
0x40005100 C   FIELD 16w01 PWRDN (rw): Power down policy
0x40005100 C   FIELD 24w03 SCLKDIV: Sample clock divider
0x40005104 B  REGISTER ADC0_CTL1 (rw): Control Register 1
0x40005104 C   FIELD 00w01 TRIGSRC (rw): Sample trigger source
0x40005104 C   FIELD 08w01 SC (rw): Start of conversion
0x40005104 C   FIELD 16w02 CONSEQ (rw): Conversion sequence mode
0x40005104 C   FIELD 20w01 SAMPMODE (rw): Sample mode. This bit selects the source of the sampling signal. MANUAL option is not valid when TRIGSRC is selected as hardware event trigger.
0x40005104 C   FIELD 24w03 AVGN (rw): Hardware averager numerator. Selects number of conversions to accumulate for current MEMCTLx and then it is divided by AVGD. Result will be stored in MEMRESx.
0x40005104 C   FIELD 28w03 AVGD (rw): Hardware averager denominator. The number to divide the accumulated value by (this is a shift). Note result register is maximum of 16-bits long so if not shifted appropriately result will be truncated.
0x40005108 B  REGISTER ADC0_CTL2 (rw): Control Register 2
0x40005108 C   FIELD 00w01 DF (rw): Data read-back format. Data is always stored in binary unsigned format.
0x40005108 C   FIELD 01w02 RES (rw): Resolution. These bits define the resolution of ADC conversion result. Note : A value of 3 defaults to 12-bits resolution.
0x40005108 C   FIELD 08w01 DMAEN (rw): Enable DMA trigger for data transfer. Note: DMAEN bit is cleared by hardware based on DMA done signal at the end of data transfer. Software has to re-enable DMAEN bit for ADC to generate DMA triggers.
0x40005108 C   FIELD 10w01 FIFOEN: Enable FIFO based operation
0x40005108 C   FIELD 11w05 SAMPCNT (rw): Number of ADC converted samples to be transferred on a DMA trigger
0x40005108 C   FIELD 16w05 STARTADD (rw): Sequencer start address. These bits select which MEMCTLx is used for single conversion or as first MEMCTL for sequence mode. The value of STARTADD is 0x00 to 0x17, corresponding to MEMRES0 to MEMRES23.
0x40005108 C   FIELD 24w05 ENDADD (rw): Sequence end address. These bits select which MEMCTLx is the last one for the sequence mode. The value of ENDADD is 0x00 to 0x17, corresponding to MEMRES0 to MEMRES23.
0x40005110 B  REGISTER ADC0_CLKFREQ (rw): Sample Clock Frequency Range Register
0x40005110 C   FIELD 00w03 FRANGE: Frequency Range.
0x40005114 B  REGISTER ADC0_SCOMP0 (rw): Sample Time Compare 0 Register
0x40005114 C   FIELD 00w10 VAL (rw): Specifies the number of sample clocks. When VAL = 0 or 1, number of sample clocks = Sample clock divide value. When VAL > 1, number of sample clocks = VAL x Sample clock divide value. Note: Sample clock divide value is not the value written to SCLKDIV but the actual divide value (SCLKDIV = 2 implies divide value is 4). Example: VAL = 4, SCLKDIV = 3 implies 32 sample clock cycles.
0x40005118 B  REGISTER ADC0_SCOMP1 (rw): Sample Time Compare 1 Register
0x40005118 C   FIELD 00w10 VAL (rw): Specifies the number of sample clocks. When VAL = 0 or 1, number of sample clocks = Sample clock divide value. When VAL > 1, number of sample clocks = VAL x Sample clock divide value. Note: Sample clock divide value is not the value written to SCLKDIV but the actual divide value (SCLKDIV = 2 implies divide value is 4). Example: VAL = 4, SCLKDIV = 3 implies 32 sample clock cycles.
0x40005148 B  REGISTER ADC0_WCLOW (rw): Window Comparator Low Threshold Register
0x40005148 C   FIELD 00w16 DATA (rw): If DF = 0, unsigned binary format has to be used. The value based on the resolution has to be right aligned with the MSB on the left. For 10-bits and 8-bits resolution, unused bits have to be 0s. If DF = 1, 2s-complement format has to be used. The value based on the resolution has to be left aligned with the LSB on the right. For 10-bits and 8-bits resolution, unused bits have to be 0s.
0x40005150 B  REGISTER ADC0_WCHIGH (rw): Window Comparator High Threshold Register
0x40005150 C   FIELD 00w16 DATA (rw): If DF = 0, unsigned binary format has to be used. The threshold value has to be right aligned, with the MSB on the left. For 10-bits and 8-bits resolution, unused bit have to be 0s. If DF = 1, 2s-complement format has to be used. The value based on the resolution has to be left aligned with the LSB on the right. For 10-bits and 8-bits resolution, unused bit have to be 0s.
0x40005180 B  REGISTER ADC0_MEMCTL[0] (rw): Conversion Memory Control Register
0x40005180 C   FIELD 00w05 CHANSEL (rw): Input channel select.
0x40005180 C   FIELD 08w02 VRSEL (rw): Voltage reference selection. VEREFM must be connected to on-board ground when external reference option is selected. Note: Writing value 0x3 defaults to INTREF.
0x40005180 C   FIELD 12w01 STIME: Selects the source of sample timer period between SCOMP0 and SCOMP1.
0x40005180 C   FIELD 16w01 AVGEN (rw): Enable hardware averaging.
0x40005180 C   FIELD 20w01 BCSEN (rw): Enable burn out current source.
0x40005180 C   FIELD 24w01 TRIG (rw): Trigger policy. Indicates if a trigger will be needed to step to the next MEMCTL in the sequence or to perform next conversion in the case of repeat single channel conversions.
0x40005180 C   FIELD 28w01 WINCOMP (rw): Enable window comparator.
0x40005184 B  REGISTER ADC0_MEMCTL[1] (rw): Conversion Memory Control Register
0x40005184 C   FIELD 00w05 CHANSEL (rw): Input channel select.
0x40005184 C   FIELD 08w02 VRSEL (rw): Voltage reference selection. VEREFM must be connected to on-board ground when external reference option is selected. Note: Writing value 0x3 defaults to INTREF.
0x40005184 C   FIELD 12w01 STIME: Selects the source of sample timer period between SCOMP0 and SCOMP1.
0x40005184 C   FIELD 16w01 AVGEN (rw): Enable hardware averaging.
0x40005184 C   FIELD 20w01 BCSEN (rw): Enable burn out current source.
0x40005184 C   FIELD 24w01 TRIG (rw): Trigger policy. Indicates if a trigger will be needed to step to the next MEMCTL in the sequence or to perform next conversion in the case of repeat single channel conversions.
0x40005184 C   FIELD 28w01 WINCOMP (rw): Enable window comparator.
0x40005188 B  REGISTER ADC0_MEMCTL[2] (rw): Conversion Memory Control Register
0x40005188 C   FIELD 00w05 CHANSEL (rw): Input channel select.
0x40005188 C   FIELD 08w02 VRSEL (rw): Voltage reference selection. VEREFM must be connected to on-board ground when external reference option is selected. Note: Writing value 0x3 defaults to INTREF.
0x40005188 C   FIELD 12w01 STIME: Selects the source of sample timer period between SCOMP0 and SCOMP1.
0x40005188 C   FIELD 16w01 AVGEN (rw): Enable hardware averaging.
0x40005188 C   FIELD 20w01 BCSEN (rw): Enable burn out current source.
0x40005188 C   FIELD 24w01 TRIG (rw): Trigger policy. Indicates if a trigger will be needed to step to the next MEMCTL in the sequence or to perform next conversion in the case of repeat single channel conversions.
0x40005188 C   FIELD 28w01 WINCOMP (rw): Enable window comparator.
0x4000518C B  REGISTER ADC0_MEMCTL[3] (rw): Conversion Memory Control Register
0x4000518C C   FIELD 00w05 CHANSEL (rw): Input channel select.
0x4000518C C   FIELD 08w02 VRSEL (rw): Voltage reference selection. VEREFM must be connected to on-board ground when external reference option is selected. Note: Writing value 0x3 defaults to INTREF.
0x4000518C C   FIELD 12w01 STIME: Selects the source of sample timer period between SCOMP0 and SCOMP1.
0x4000518C C   FIELD 16w01 AVGEN (rw): Enable hardware averaging.
0x4000518C C   FIELD 20w01 BCSEN (rw): Enable burn out current source.
0x4000518C C   FIELD 24w01 TRIG (rw): Trigger policy. Indicates if a trigger will be needed to step to the next MEMCTL in the sequence or to perform next conversion in the case of repeat single channel conversions.
0x4000518C C   FIELD 28w01 WINCOMP (rw): Enable window comparator.
0x40005340 B  REGISTER ADC0_STATUS (ro): Status Register
0x40005340 C   FIELD 00w01 BUSY (ro): Busy. This bit indicates that an active ADC sample or conversion operation is in progress.
0x40005340 C   FIELD 01w01 REFBUFRDY: Indicates reference buffer is powered up and ready.
0x40030000 A PERIPHERAL VREF
0x40030800 B  CLUSTER VREF_GPRCM[0]: 
0x40030800 B  REGISTER VREF_PWREN0 (rw): Power enable
0x40030800 C   FIELD 00w01 ENABLE: Enable the power
0x40030804 B  REGISTER VREF_RSTCTL0 (wo): Reset Control
0x40030804 C   FIELD 00w01 RESETASSERT (wo): Assert reset to the peripheral
0x40030804 C   FIELD 01w01 RESETSTKYCLR (wo): Clear the RESETSTKY bit in the STAT register
0x40030814 B  REGISTER VREF_STAT0 (ro): Status Register
0x40030814 C   FIELD 16w01 RESETSTKY (ro): This bit indicates, if the peripheral was reset, since this bit was cleared by RESETSTKYCLR in the RSTCTL register
0x40031000 B  REGISTER VREF_CLKDIV (rw): Clock Divider
0x40031000 C   FIELD 00w03 RATIO (rw): Selects divide ratio of module clock to be used in sample and hold logic
0x40031008 B  REGISTER VREF_CLKSEL (rw): Clock Selection
0x40031008 C   FIELD 01w01 LFCLK_SEL (rw): Selects LFCLK as clock source if enabled
0x40031008 C   FIELD 02w01 MFCLK_SEL (rw): Selects MFCLK as clock source if enabled
0x40031008 C   FIELD 03w01 BUSCLK_SEL (rw): Selects BUSCLK as clock source if enabled
0x40031100 B  REGISTER VREF_CTL0 (rw): Control 0
0x40031100 C   FIELD 00w01 ENABLE (rw): This bit enables the VREF module.
0x40031100 C   FIELD 01w01 COMP_VREF_ENABLE (rw): Comparator Vref Enable
0x40031100 C   FIELD 07w01 BUFCONFIG (rw): These bits configure output buffer.
0x40031100 C   FIELD 08w01 SHMODE (rw): This bit enable sample and hold mode
0x40031104 B  REGISTER VREF_CTL1 (rw): Control 1
0x40031104 C   FIELD 00w01 READY (ro): These bits defines status of VREF
0x40031108 B  REGISTER VREF_CTL2 (rw): Control 2
0x40031108 C   FIELD 00w16 SHCYCLE (rw): Sample and Hold cycle count Total cycles of module clock for sample and hold phase when VREF is working in sample and hold mode in STANDBY to save power. This field should be greater than HCYCLE field. The difference between this field and HCYCLE gives the number of cycles of sample phase. Please refer VREF section of datasheet for recommended values of sample and hold times.
0x40031108 C   FIELD 16w16 HCYCLE (rw): Hold cycle count Total cycles of module clock for hold phase when VREF is working in sample and hold mode in STANDBY to save power. Please refer VREF section of datasheet for recommended values of sample and hold times.
0x40080000 A PERIPHERAL WWDT0
0x40080800 B  CLUSTER WWDT0_GPRCM[0]: 
0x40080800 B  REGISTER WWDT0_PWREN0 (rw): Power enable
0x40080800 C   FIELD 00w01 ENABLE: Enable the power Note: For safety devices the power cannot be disabled once enabled.
0x40080804 B  REGISTER WWDT0_RSTCTL0 (wo): Reset Control
0x40080804 C   FIELD 00w01 RESETASSERT (wo): Assert reset to the peripheral Note: For safety devices a watchdog reset by software is not possible.
0x40080804 C   FIELD 01w01 RESETSTKYCLR (wo): Clear [GPRCM.STAT.RESETSTKY]
0x40080814 B  REGISTER WWDT0_STAT0 (ro): Status Register
0x40080814 C   FIELD 16w01 RESETSTKY (ro): This bit indicates, if the peripheral was reset, since this bit was cleared by RESETSTKYCLR in the RSTCTL register
0x40081018 B  REGISTER WWDT0_PDBGCTL (rw): Peripheral Debug Control
0x40081018 C   FIELD 00w01 FREE (rw): Free run control
0x40081020 B  CLUSTER WWDT0_INT_EVENT[0]: 
0x40081020 B  REGISTER WWDT0_IIDX0 (ro): Interrupt index
0x40081020 C   FIELD 00w05 STAT (ro): Module Interrupt Vector Value. This register provides the highest priority interrupt index. A read clears the corresponding interrupt flag in RIS and MISC.
0x40081028 B  REGISTER WWDT0_IMASK0 (rw): Interrupt mask
0x40081028 C   FIELD 00w01 INTTIM: Interval Timer Interrupt.
0x40081030 B  REGISTER WWDT0_RIS0 (ro): Raw interrupt status
0x40081030 C   FIELD 00w01 INTTIM: Interval Timer Interrupt.
0x40081038 B  REGISTER WWDT0_MIS0 (ro): Masked interrupt status
0x40081038 C   FIELD 00w01 INTTIM: Interval Timer Interrupt.
0x40081040 B  REGISTER WWDT0_ISET0 (wo): Interrupt set
0x40081040 C   FIELD 00w01 INTTIM: Interval Timer Interrupt.
0x40081048 B  REGISTER WWDT0_ICLR0 (wo): Interrupt clear
0x40081048 C   FIELD 00w01 INTTIM: Interval Timer Interrupt.
0x400810E0 B  REGISTER WWDT0_EVT_MODE (rw): Event Mode
0x400810E0 C   FIELD 00w02 INT0_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT][0]
0x400810FC B  REGISTER WWDT0_DESC (ro): Module Description
0x400810FC C   FIELD 00w04 MINREV: Minor rev of the IP
0x400810FC C   FIELD 04w04 MAJREV: Major rev of the IP
0x400810FC C   FIELD 08w04 INSTNUM: Instance Number within the device. This will be a parameter to the RTL for modules that can have multiple instances
0x400810FC C   FIELD 12w04 FEATUREVER: Feature Set for the module *instance*
0x400810FC C   FIELD 16w16 MODULEID: Module identification contains a unique peripheral identification number. The assignments are maintained in a central database for all of the platform modules to ensure uniqueness.
0x40081100 B  REGISTER WWDT0_WWDTCTL0 (rw): Window Watchdog Timer Control Register 0
0x40081100 C   FIELD 00w03 CLKDIV (rw): Module Clock Divider, Divide the clock source by CLKDIV+1. Divider values from /1 to /8 are possible. The clock divider is currently 4 bits. Bit 4 has no effect and should always be written with 0.
0x40081100 C   FIELD 04w03 PER (rw): Timer Period of the WWDT. These bits select the total watchdog timer count.
0x40081100 C   FIELD 08w03 WINDOW0 (rw): Closed window period in percentage of the timer interval. WWDTCTL1.WINSEL determines the active window setting (WWDTCTL0.WINDOW0 or WWDTCTL0.WINDOW1).
0x40081100 C   FIELD 12w03 WINDOW1 (rw): Closed window period in percentage of the timer interval. WWDTCTL1.WINSEL determines the active window setting (WWDTCTL0.WINDOW0 or WWDTCTL0.WINDOW1).
0x40081100 C   FIELD 16w01 MODE (rw): Window Watchdog Timer Mode
0x40081100 C   FIELD 17w01 STISM (rw): Stop In Sleep Mode. The functionality of this bit requires that POLICY.HWCEN = 0. If POLICY.HWCEN = 1 the WWDT resets during sleep and needs re-configuration. Note: This bit has no effect for the global Window Watchdog as Sleep Mode is not supported.
0x40081104 B  REGISTER WWDT0_WWDTCTL1 (rw): Window Watchdog Timer Control Register 0
0x40081104 C   FIELD 00w01 WINSEL (rw): Close Window Select
0x40081108 B  REGISTER WWDT0_WWDTCNTRST (rw): Window Watchdog Timer Counter Reset Register
0x40081108 C   FIELD 00w32 RESTART (rw): Window Watchdog Timer Counter Restart Writing 00A7h to this register restarts the WWDT Counter. Writing any other value causes an error generation to the ESM. Read as 0.
0x4008110C B  REGISTER WWDT0_WWDTSTAT (ro): Window Watchdog Timer Status Register
0x4008110C C   FIELD 00w01 RUN (ro): Watchdog running status flag.
0x40084000 A PERIPHERAL TIMG14
0x40084400 B  REGISTER TIMG14_FSUB_0 (rw): Subsciber Port 0
0x40084400 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40084404 B  REGISTER TIMG14_FSUB_1 (rw): Subscriber Port 1
0x40084404 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40084444 B  REGISTER TIMG14_FPUB_0 (rw): Publisher Port 0
0x40084444 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40084448 B  REGISTER TIMG14_FPUB_1 (rw): Publisher Port 1
0x40084448 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40084800 B  CLUSTER TIMG14_GPRCM[0]: 
0x40084800 B  REGISTER TIMG14_PWREN0 (rw): Power enable
0x40084800 C   FIELD 00w01 ENABLE: Enable the power
0x40084804 B  REGISTER TIMG14_RSTCTL0 (wo): Reset Control
0x40084804 C   FIELD 00w01 RESETASSERT (wo): Assert reset to the peripheral
0x40084804 C   FIELD 01w01 RESETSTKYCLR (wo): Clear the RESETSTKY bit in the STAT register
0x40084814 B  REGISTER TIMG14_STAT0 (ro): Status Register
0x40084814 C   FIELD 16w01 RESETSTKY (ro): This bit indicates, if the peripheral was reset, since this bit was cleared by RESETSTKYCLR in the RSTCTL register
0x40085000 B  REGISTER TIMG14_CLKDIV (rw): Clock Divider
0x40085000 C   FIELD 00w03 RATIO: Selects divide ratio of module clock
0x40085008 B  REGISTER TIMG14_CLKSEL (rw): Clock Select for Ultra Low Power peripherals
0x40085008 C   FIELD 01w01 LFCLK_SEL (rw): Selects LFCLK as clock source if enabled
0x40085008 C   FIELD 02w01 MFCLK_SEL (rw): Selects MFCLK as clock source if enabled
0x40085008 C   FIELD 03w01 BUSCLK_SEL (rw): Selects BUSCLK as clock source if enabled
0x40085018 B  REGISTER TIMG14_PDBGCTL (rw): Peripheral Debug Control
0x40085018 C   FIELD 00w01 FREE (rw): Free run control
0x40085018 C   FIELD 01w01 SOFT (rw): Soft halt boundary control. This function is only available, if [FREE] is set to 'STOP'
0x40085020 B  CLUSTER TIMG14_INT_EVENT[0]: 
0x40085020 B  REGISTER TIMG14_IIDX0 (ro): Interrupt index
0x40085020 C   FIELD 00w08 STAT (ro): Interrupt index status
0x40085028 B  REGISTER TIMG14_IMASK0 (rw): Interrupt mask
0x40085028 C   FIELD 00w01 Z: Zero Event mask
0x40085028 C   FIELD 01w01 L: Load Event mask
0x40085028 C   FIELD 04w01 CCD0: Capture or Compare DN event mask CCP0
0x40085028 C   FIELD 05w01 CCD1: Capture or Compare DN event mask CCP1
0x40085028 C   FIELD 06w01 CCD2: Capture or Compare DN event mask CCP2
0x40085028 C   FIELD 07w01 CCD3: Capture or Compare DN event mask CCP3
0x40085028 C   FIELD 08w01 CCU0: Capture or Compare UP event mask CCP0
0x40085028 C   FIELD 09w01 CCU1: Capture or Compare UP event mask CCP1
0x40085028 C   FIELD 10w01 CCU2: Capture or Compare UP event mask CCP2
0x40085028 C   FIELD 11w01 CCU3: Capture or Compare UP event mask CCP3
0x40085028 C   FIELD 25w01 TOV: Trigger Overflow Event mask
0x40085030 B  REGISTER TIMG14_RIS0 (ro): Raw interrupt status
0x40085030 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40085030 C   FIELD 01w01 L: Load event generated an interrupt.
0x40085030 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40085030 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40085030 C   FIELD 06w01 CCD2: Capture or compare down event generated an interrupt CCP2
0x40085030 C   FIELD 07w01 CCD3: Capture or compare down event generated an interrupt CCP3
0x40085030 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40085030 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40085030 C   FIELD 10w01 CCU2: Capture or compare up event generated an interrupt CCP2
0x40085030 C   FIELD 11w01 CCU3: Capture or compare up event generated an interrupt CCP3
0x40085030 C   FIELD 25w01 TOV: Trigger overflow
0x40085038 B  REGISTER TIMG14_MIS0 (ro): Masked interrupt status
0x40085038 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40085038 C   FIELD 01w01 L: Load event generated an interrupt.
0x40085038 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40085038 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40085038 C   FIELD 06w01 CCD2: Capture or compare down event generated an interrupt CCP2
0x40085038 C   FIELD 07w01 CCD3: Capture or compare down event generated an interrupt CCP3
0x40085038 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40085038 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40085038 C   FIELD 10w01 CCU2: Capture or compare up event generated an interrupt CCP2
0x40085038 C   FIELD 11w01 CCU3: Capture or compare up event generated an interrupt CCP3
0x40085038 C   FIELD 25w01 TOV: Trigger overflow
0x40085040 B  REGISTER TIMG14_ISET0 (wo): Interrupt set
0x40085040 C   FIELD 00w01 Z: Zero event SET
0x40085040 C   FIELD 01w01 L: Load event SET
0x40085040 C   FIELD 04w01 CCD0: Capture or compare down event SET
0x40085040 C   FIELD 05w01 CCD1: Capture or compare down event SET
0x40085040 C   FIELD 06w01 CCD2: Capture or compare down event SET
0x40085040 C   FIELD 07w01 CCD3: Capture or compare down event SET
0x40085040 C   FIELD 08w01 CCU0: Capture or compare up event SET
0x40085040 C   FIELD 09w01 CCU1: Capture or compare up event SET
0x40085040 C   FIELD 10w01 CCU2: Capture or compare up event SET
0x40085040 C   FIELD 11w01 CCU3: Capture or compare up event SET
0x40085040 C   FIELD 25w01 TOV: Trigger Overflow event SET
0x40085048 B  REGISTER TIMG14_ICLR0 (wo): Interrupt clear
0x40085048 C   FIELD 00w01 Z: Zero event CLEAR
0x40085048 C   FIELD 01w01 L: Load event CLEAR
0x40085048 C   FIELD 04w01 CCD0: Capture or compare down event CLEAR
0x40085048 C   FIELD 05w01 CCD1: Capture or compare down event CLEAR
0x40085048 C   FIELD 06w01 CCD2: Capture or compare down event CLEAR
0x40085048 C   FIELD 07w01 CCD3: Capture or compare down event CLEAR
0x40085048 C   FIELD 08w01 CCU0: Capture or compare up event CLEAR
0x40085048 C   FIELD 09w01 CCU1: Capture or compare up event CLEAR
0x40085048 C   FIELD 10w01 CCU2: Capture or compare up event CLEAR
0x40085048 C   FIELD 11w01 CCU3: Capture or compare up event CLEAR
0x40085048 C   FIELD 25w01 TOV: Trigger Overflow event CLEAR
0x4008504C B  CLUSTER TIMG14_INT_EVENT[1]: 
0x4008504C B  REGISTER TIMG14_IIDX1 (ro): Interrupt index
0x4008504C C   FIELD 00w08 STAT (ro): Interrupt index status
0x40085054 B  REGISTER TIMG14_IMASK1 (rw): Interrupt mask
0x40085054 C   FIELD 00w01 Z: Zero Event mask
0x40085054 C   FIELD 01w01 L: Load Event mask
0x40085054 C   FIELD 04w01 CCD0: Capture or Compare DN event mask CCP0
0x40085054 C   FIELD 05w01 CCD1: Capture or Compare DN event mask CCP1
0x40085054 C   FIELD 06w01 CCD2: Capture or Compare DN event mask CCP2
0x40085054 C   FIELD 07w01 CCD3: Capture or Compare DN event mask CCP3
0x40085054 C   FIELD 08w01 CCU0: Capture or Compare UP event mask CCP0
0x40085054 C   FIELD 09w01 CCU1: Capture or Compare UP event mask CCP1
0x40085054 C   FIELD 10w01 CCU2: Capture or Compare UP event mask CCP2
0x40085054 C   FIELD 11w01 CCU3: Capture or Compare UP event mask CCP3
0x40085054 C   FIELD 25w01 TOV: Trigger Overflow Event mask
0x4008505C B  REGISTER TIMG14_RIS1 (ro): Raw interrupt status
0x4008505C C   FIELD 00w01 Z: Zero event generated an interrupt.
0x4008505C C   FIELD 01w01 L: Load event generated an interrupt.
0x4008505C C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x4008505C C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x4008505C C   FIELD 06w01 CCD2: Capture or compare down event generated an interrupt CCP2
0x4008505C C   FIELD 07w01 CCD3: Capture or compare down event generated an interrupt CCP3
0x4008505C C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x4008505C C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x4008505C C   FIELD 10w01 CCU2: Capture or compare up event generated an interrupt CCP2
0x4008505C C   FIELD 11w01 CCU3: Capture or compare up event generated an interrupt CCP3
0x4008505C C   FIELD 25w01 TOV: Trigger overflow
0x40085064 B  REGISTER TIMG14_MIS1 (ro): Masked interrupt status
0x40085064 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40085064 C   FIELD 01w01 L: Load event generated an interrupt.
0x40085064 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40085064 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40085064 C   FIELD 06w01 CCD2: Capture or compare down event generated an interrupt CCP2
0x40085064 C   FIELD 07w01 CCD3: Capture or compare down event generated an interrupt CCP3
0x40085064 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40085064 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40085064 C   FIELD 10w01 CCU2: Capture or compare up event generated an interrupt CCP2
0x40085064 C   FIELD 11w01 CCU3: Capture or compare up event generated an interrupt CCP3
0x40085064 C   FIELD 25w01 TOV: Trigger overflow
0x4008506C B  REGISTER TIMG14_ISET1 (wo): Interrupt set
0x4008506C C   FIELD 00w01 Z: Zero event SET
0x4008506C C   FIELD 01w01 L: Load event SET
0x4008506C C   FIELD 04w01 CCD0: Capture or compare down event SET
0x4008506C C   FIELD 05w01 CCD1: Capture or compare down event SET
0x4008506C C   FIELD 06w01 CCD2: Capture or compare down event SET
0x4008506C C   FIELD 07w01 CCD3: Capture or compare down event SET
0x4008506C C   FIELD 08w01 CCU0: Capture or compare up event SET
0x4008506C C   FIELD 09w01 CCU1: Capture or compare up event SET
0x4008506C C   FIELD 10w01 CCU2: Capture or compare up event SET
0x4008506C C   FIELD 11w01 CCU3: Capture or compare up event SET
0x4008506C C   FIELD 25w01 TOV: Trigger Overflow event SET
0x40085074 B  REGISTER TIMG14_ICLR1 (wo): Interrupt clear
0x40085074 C   FIELD 00w01 Z: Zero event CLEAR
0x40085074 C   FIELD 01w01 L: Load event CLEAR
0x40085074 C   FIELD 04w01 CCD0: Capture or compare down event CLEAR
0x40085074 C   FIELD 05w01 CCD1: Capture or compare down event CLEAR
0x40085074 C   FIELD 06w01 CCD2: Capture or compare down event CLEAR
0x40085074 C   FIELD 07w01 CCD3: Capture or compare down event CLEAR
0x40085074 C   FIELD 08w01 CCU0: Capture or compare up event CLEAR
0x40085074 C   FIELD 09w01 CCU1: Capture or compare up event CLEAR
0x40085074 C   FIELD 10w01 CCU2: Capture or compare up event CLEAR
0x40085074 C   FIELD 11w01 CCU3: Capture or compare up event CLEAR
0x40085074 C   FIELD 25w01 TOV: Trigger Overflow event CLEAR
0x40085078 B  CLUSTER TIMG14_INT_EVENT[2]: 
0x40085078 B  REGISTER TIMG14_IIDX2 (ro): Interrupt index
0x40085078 C   FIELD 00w08 STAT (ro): Interrupt index status
0x40085080 B  REGISTER TIMG14_IMASK2 (rw): Interrupt mask
0x40085080 C   FIELD 00w01 Z: Zero Event mask
0x40085080 C   FIELD 01w01 L: Load Event mask
0x40085080 C   FIELD 04w01 CCD0: Capture or Compare DN event mask CCP0
0x40085080 C   FIELD 05w01 CCD1: Capture or Compare DN event mask CCP1
0x40085080 C   FIELD 06w01 CCD2: Capture or Compare DN event mask CCP2
0x40085080 C   FIELD 07w01 CCD3: Capture or Compare DN event mask CCP3
0x40085080 C   FIELD 08w01 CCU0: Capture or Compare UP event mask CCP0
0x40085080 C   FIELD 09w01 CCU1: Capture or Compare UP event mask CCP1
0x40085080 C   FIELD 10w01 CCU2: Capture or Compare UP event mask CCP2
0x40085080 C   FIELD 11w01 CCU3: Capture or Compare UP event mask CCP3
0x40085080 C   FIELD 25w01 TOV: Trigger Overflow Event mask
0x40085088 B  REGISTER TIMG14_RIS2 (ro): Raw interrupt status
0x40085088 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40085088 C   FIELD 01w01 L: Load event generated an interrupt.
0x40085088 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40085088 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40085088 C   FIELD 06w01 CCD2: Capture or compare down event generated an interrupt CCP2
0x40085088 C   FIELD 07w01 CCD3: Capture or compare down event generated an interrupt CCP3
0x40085088 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40085088 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40085088 C   FIELD 10w01 CCU2: Capture or compare up event generated an interrupt CCP2
0x40085088 C   FIELD 11w01 CCU3: Capture or compare up event generated an interrupt CCP3
0x40085088 C   FIELD 25w01 TOV: Trigger overflow
0x40085090 B  REGISTER TIMG14_MIS2 (ro): Masked interrupt status
0x40085090 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40085090 C   FIELD 01w01 L: Load event generated an interrupt.
0x40085090 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40085090 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40085090 C   FIELD 06w01 CCD2: Capture or compare down event generated an interrupt CCP2
0x40085090 C   FIELD 07w01 CCD3: Capture or compare down event generated an interrupt CCP3
0x40085090 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40085090 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40085090 C   FIELD 10w01 CCU2: Capture or compare up event generated an interrupt CCP2
0x40085090 C   FIELD 11w01 CCU3: Capture or compare up event generated an interrupt CCP3
0x40085090 C   FIELD 25w01 TOV: Trigger overflow
0x40085098 B  REGISTER TIMG14_ISET2 (wo): Interrupt set
0x40085098 C   FIELD 00w01 Z: Zero event SET
0x40085098 C   FIELD 01w01 L: Load event SET
0x40085098 C   FIELD 04w01 CCD0: Capture or compare down event SET
0x40085098 C   FIELD 05w01 CCD1: Capture or compare down event SET
0x40085098 C   FIELD 06w01 CCD2: Capture or compare down event SET
0x40085098 C   FIELD 07w01 CCD3: Capture or compare down event SET
0x40085098 C   FIELD 08w01 CCU0: Capture or compare up event SET
0x40085098 C   FIELD 09w01 CCU1: Capture or compare up event SET
0x40085098 C   FIELD 10w01 CCU2: Capture or compare up event SET
0x40085098 C   FIELD 11w01 CCU3: Capture or compare up event SET
0x40085098 C   FIELD 25w01 TOV: Trigger Overflow event SET
0x400850A0 B  REGISTER TIMG14_ICLR2 (wo): Interrupt clear
0x400850A0 C   FIELD 00w01 Z: Zero event CLEAR
0x400850A0 C   FIELD 01w01 L: Load event CLEAR
0x400850A0 C   FIELD 04w01 CCD0: Capture or compare down event CLEAR
0x400850A0 C   FIELD 05w01 CCD1: Capture or compare down event CLEAR
0x400850A0 C   FIELD 06w01 CCD2: Capture or compare down event CLEAR
0x400850A0 C   FIELD 07w01 CCD3: Capture or compare down event CLEAR
0x400850A0 C   FIELD 08w01 CCU0: Capture or compare up event CLEAR
0x400850A0 C   FIELD 09w01 CCU1: Capture or compare up event CLEAR
0x400850A0 C   FIELD 10w01 CCU2: Capture or compare up event CLEAR
0x400850A0 C   FIELD 11w01 CCU3: Capture or compare up event CLEAR
0x400850A0 C   FIELD 25w01 TOV: Trigger Overflow event CLEAR
0x400850E0 B  REGISTER TIMG14_EVT_MODE (rw): Event Mode
0x400850E0 C   FIELD 00w02 EVT0_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT][0]
0x400850E0 C   FIELD 02w02 EVT1_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT][1]
0x400850E0 C   FIELD 04w02 EVT2_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT][1]
0x400850FC B  REGISTER TIMG14_DESC (ro): Module Description
0x400850FC C   FIELD 00w04 MINREV: Minor rev of the IP
0x400850FC C   FIELD 04w04 MAJREV: Major rev of the IP
0x400850FC C   FIELD 08w04 INSTNUM: Instance Number within the device. This will be a parameter to the RTL for modules that can have multiple instances
0x400850FC C   FIELD 12w04 FEATUREVER: Feature Set for the module *instance*
0x400850FC C   FIELD 16w16 MODULEID: Module identification contains a unique peripheral identification number. The assignments are maintained in a central database for all of the platform modules to ensure uniqueness.
0x40085100 B  CLUSTER TIMG14_COMMONREGS[0]: 
0x40085100 B  REGISTER TIMG14_CCPD0 (rw): CCP Direction
0x40085100 C   FIELD 00w01 C0CCP0: Counter CCP0
0x40085100 C   FIELD 01w01 C0CCP1: Counter CCP1
0x40085104 B  REGISTER TIMG14_ODIS0 (rw): Output Disable
0x40085104 C   FIELD 00w01 C0CCP0 (rw): Counter CCP0 Disable Mask Defines whether CCP0 of Counter n is forced low or not
0x40085104 C   FIELD 01w01 C0CCP1 (rw): Counter CCP1 Disable Mask Defines whether CCP0 of Counter n is forced low or not
0x40085108 B  REGISTER TIMG14_CCLKCTL0 (rw): Counter Clock Control Register
0x40085108 C   FIELD 00w01 CLKEN (rw): Clock Enable Disables the clock gating to the module. SW has to explicitly program the value to 0 to gate the clock.
0x4008510C B  REGISTER TIMG14_CPS0 (rw): Clock Prescale Register
0x4008510C C   FIELD 00w08 PCNT (rw): Pre-Scale Count This field specifies the pre-scale count value. The selected TIMCLK source is divided by a value of (PCNT+1). A PCNT value of 0 divides TIMCLK by 1, effectively bypassing the divider. A PCNT value of greater than 0 divides the TIMCLK source generating a slower clock
0x40085110 B  REGISTER TIMG14_CPSV0 (ro): Clock prescale count status register
0x40085110 C   FIELD 00w08 CPSVAL (ro): Current Prescale Count Value
0x40085114 B  REGISTER TIMG14_CTTRIGCTL0 (rw): Timer Cross Trigger Control Register
0x40085114 C   FIELD 00w01 CTEN (rw): Timer Cross trigger enable. This field is used to enable whether the SW or HW logic can generate a timer cross trigger event in the system. These cross triggers are connected to the respective timer trigger in of the other timer IPs in the SOC power domain. The timer cross trigger is essentially the combined logic of the HW and SW conditions controlling EN bit in the CTRCTL register.
0x40085114 C   FIELD 01w01 EVTCTEN (rw): Enable the Input Trigger Conditions to the Timer module as a condition for Cross Triggers. Refer Figure 8 Cross Trigger Generation Path
0x40085114 C   FIELD 16w04 EVTCTTRIGSEL (rw): Used to Select the subscriber port that should be used for input cross trigger. Refer Figure 8 Cross Trigger Generation Path
0x4008511C B  REGISTER TIMG14_CTTRIG0 (wo): Timer Cross Trigger Register
0x4008511C C   FIELD 00w01 TRIG (wo): Generate Cross Trigger This bit when programmed will generate a synchronized trigger condition all the cross trigger enabled Timer instances including current timer instance.
0x40085800 B  CLUSTER TIMG14_COUNTERREGS[0]: 
0x40085800 B  REGISTER TIMG14_CTR0 (rw): Counter Register
0x40085800 C   FIELD 00w16 CCTR (rw): Current Counter value
0x40085804 B  REGISTER TIMG14_CTRCTL0 (rw): Counter Control Register
0x40085804 C   FIELD 00w01 EN (rw): Counter Enable. This bit allows the timer to advance This bit is automatically cleared if REPEAT=0 (do not automatically reload) and the counter value equals zero. CPU Write: A register write that sets the EN bit, the counter value is set per the CVAE value. Hardware: This bit may also be set as the result of an LCOND or ZCOND condition being met and the counter value changed to the load value or zero value, respectively.
0x40085804 C   FIELD 01w03 REPEAT (rw): Repeat. The repeat bit controls whether the counter continues to advance following a zero event, or the exiting of a debug or fault condition. If counting down, a zero event is followed by a load at the next advance condition. If counting up-down, a zero event is followed by an advance event (+1). The intent of encoding 3 is that if the debug condition is in effect, the generation of the load pulse is deferred until the debug condition is over. This allows the counter to reach zero before counting is suspended.
0x40085804 C   FIELD 04w02 CM (rw): Count Mode
0x40085804 C   FIELD 07w03 CLC (rw): Counter Load Control. This field specifies what controls the counter operation with respect to setting the counter to the LD register value. Encodings 1-3 are present based on the CCPC parameter value. Bits 4-5 are present based on the HQEI parameter value. Any encodings not provided are documented as reserved.
0x40085804 C   FIELD 10w03 CAC (rw): Counter Advance Control. This field specifies what controls the counter operation with respect to advancing (incrementing or decrementing) the counter value. Encodings 1-3 are present based on the CCPC parameter value. Bits 4-5 are present based on the HQEI parameter value. Any encodings not provided are documented as reserved.
0x40085804 C   FIELD 13w03 CZC (rw): Counter Zero Control This field specifies what controls the counter operation with respect to zeroing the counter value. Encodings 1-3 are present based on the CCPC parameter value. Bits 4-5 are present based on the HQEI parameter value. Any encodings not provided are documented as reserved.
0x40085804 C   FIELD 17w01 DRB (rw): Debug Resume Behavior This bit specifies what the device does following the release/exit of debug mode.
0x40085804 C   FIELD 28w02 CVAE (rw): Counter Value After Enable. This field specifies the initialization condition of the counter when the EN bit is changed from 0 to 1 by a write to the CTRCTL register. Note that an external event can also cause the EN bit to go active.
0x40085808 B  REGISTER TIMG14_LOAD0 (rw): Load Register
0x40085808 C   FIELD 00w16 LD (rw): Load Value
0x40085810 B  REGISTER TIMG14_CC_01[%s]0 (rw): Capture or Compare Register 0 to Capture or Compare Register 1
0x40085810 C   FIELD 00w16 CCVAL (rw): Capture or compare value
0x40085818 B  REGISTER TIMG14_CC_23[%s]0 (rw): Capture or Compare Register 0 to Capture or Compare Register 1
0x40085818 C   FIELD 00w16 CCVAL (rw): Capture or compare value
0x40085830 B  REGISTER TIMG14_CCCTL_01[%s]0 (rw): Capture or Compare Control Registers
0x40085830 C   FIELD 00w03 CCOND (rw): Capture Condition. #br# Specifies the condition that generates a capture pulse. 4h-Fh = Reserved
0x40085830 C   FIELD 04w03 ACOND (rw): Advance Condition. #br# Specifies the condition that generates an advance pulse. 6h-Fh = Reserved
0x40085830 C   FIELD 08w03 LCOND (rw): Load Condition. #br# Specifies the condition that generates a load pulse. 4h-Fh = Reserved
0x40085830 C   FIELD 12w03 ZCOND (rw): Zero Condition. #br# This field specifies the condition that generates a zero pulse. 4h-Fh = Reserved
0x40085830 C   FIELD 17w01 COC (rw): Capture or Compare. #br# Specifies whether the corresponding CC register is used as a capture register or a compare register (never both).
0x40085830 C   FIELD 22w03 CC2SELU: Selects the source second CCU event.
0x40085830 C   FIELD 26w03 CCACTUPD (rw): CCACT shadow register Update Method This field controls how updates to the CCCACT shadow register are performed
0x40085830 C   FIELD 29w03 CC2SELD: Selects the source second CCD event.
0x40085838 B  REGISTER TIMG14_CCCTL_23[%s]0 (rw): Capture or Compare Control Registers
0x40085838 C   FIELD 00w03 CCOND (rw): Capture Condition. #br# Specifies the condition that generates a capture pulse. 4h-Fh = Reserved
0x40085838 C   FIELD 04w03 ACOND (rw): Advance Condition. #br# Specifies the condition that generates an advance pulse. 6h-Fh = Reserved
0x40085838 C   FIELD 08w03 LCOND (rw): Load Condition. #br# Specifies the condition that generates a load pulse. 4h-Fh = Reserved
0x40085838 C   FIELD 12w03 ZCOND (rw): Zero Condition. #br# This field specifies the condition that generates a zero pulse. 4h-Fh = Reserved
0x40085838 C   FIELD 17w01 COC (rw): Capture or Compare. #br# Specifies whether the corresponding CC register is used as a capture register or a compare register (never both).
0x40085838 C   FIELD 22w03 CC2SELU: Selects the source second CCU event.
0x40085838 C   FIELD 26w03 CCACTUPD (rw): CCACT shadow register Update Method This field controls how updates to the CCCACT shadow register are performed
0x40085838 C   FIELD 29w03 CC2SELD: Selects the source second CCD event.
0x40085850 B  REGISTER TIMG14_OCTL_01[%s]0 (rw): CCP Output Control Registers
0x40085850 C   FIELD 00w04 CCPO (rw): CCP Output Source
0x40085850 C   FIELD 04w01 CCPOINV (rw): CCP Output Invert The output as selected by CCPO is conditionally inverted.
0x40085850 C   FIELD 05w01 CCPIV (rw): CCP Initial Value This bit specifies the logical value put on the signal generator state while the counter is disabled (CTRCTL.EN == 0).
0x40085858 B  REGISTER TIMG14_OCTL_23[%s]0 (rw): CCP Output Control Registers
0x40085858 C   FIELD 00w04 CCPO (rw): CCP Output Source
0x40085858 C   FIELD 04w01 CCPOINV (rw): CCP Output Invert The output as selected by CCPO is conditionally inverted.
0x40085858 C   FIELD 05w01 CCPIV (rw): CCP Initial Value This bit specifies the logical value put on the signal generator state while the counter is disabled (CTRCTL.EN == 0).
0x40085870 B  REGISTER TIMG14_CCACT_01[%s]0 (rw): Capture or Compare Action Registers
0x40085870 C   FIELD 00w02 ZACT (rw): CCP Output Action on Zero Specifies what changes occur to CCP output as the result of a zero event.
0x40085870 C   FIELD 03w02 LACT (rw): CCP Output Action on Load Specifies what changes occur to CCP output as the result of a load event.
0x40085870 C   FIELD 06w02 CDACT (rw): CCP Output Action on Compare (Down) This field describes the resulting action of the signal generator upon detecting a compare event while counting down.
0x40085870 C   FIELD 09w02 CUACT (rw): CCP Output Action on Compare (Up) This field describes the resulting action of the signal generator upon detecting a compare event while counting up.
0x40085870 C   FIELD 12w02 CC2DACT (rw): CCP Output Action on CC2D event.
0x40085870 C   FIELD 15w02 CC2UACT (rw): CCP Output Action on CC2U event.
0x40085870 C   FIELD 28w02 SWFRCACT (rw): CCP Output Action on Software Force Output This field describes the resulting action of software force. This action has a shadow register, which will be updated under specific condition. So that this register cannot take into effect immediately.
0x40085878 B  REGISTER TIMG14_CCACT_23[%s]0 (rw): Capture or Compare Action Registers
0x40085878 C   FIELD 00w02 ZACT (rw): CCP Output Action on Zero Specifies what changes occur to CCP output as the result of a zero event.
0x40085878 C   FIELD 03w02 LACT (rw): CCP Output Action on Load Specifies what changes occur to CCP output as the result of a load event.
0x40085878 C   FIELD 06w02 CDACT (rw): CCP Output Action on Compare (Down) This field describes the resulting action of the signal generator upon detecting a compare event while counting down.
0x40085878 C   FIELD 09w02 CUACT (rw): CCP Output Action on Compare (Up) This field describes the resulting action of the signal generator upon detecting a compare event while counting up.
0x40085878 C   FIELD 12w02 CC2DACT (rw): CCP Output Action on CC2D event.
0x40085878 C   FIELD 15w02 CC2UACT (rw): CCP Output Action on CC2U event.
0x40085878 C   FIELD 28w02 SWFRCACT (rw): CCP Output Action on Software Force Output This field describes the resulting action of software force. This action has a shadow register, which will be updated under specific condition. So that this register cannot take into effect immediately.
0x40085880 B  REGISTER TIMG14_IFCTL_01[%s]0 (rw): Input Filter Control Register
0x40085880 C   FIELD 00w04 ISEL (rw): Input Select (CCP0) This field selects the input source to the filter input. 4h-7h = Reserved
0x40085880 C   FIELD 07w01 INV (rw): Input Inversion This bit controls whether the selected input is inverted.
0x40085880 C   FIELD 08w02 FP (rw): Filter Period. This field specifies the sample period for the input filter. I.e. The input is sampled for FP timer clocks during filtering.
0x40085880 C   FIELD 11w01 CPV (rw): Consecutive Period/Voting Select This bit controls whether the input filter uses a stricter consecutive period count or majority voting.
0x40085880 C   FIELD 12w01 FE (rw): Filter Enable This bit controls whether the input is filtered by the input filter or bypasses to the edge detect.
0x40085888 B  REGISTER TIMG14_IFCTL_23[%s]0 (rw): Input Filter Control Register
0x40085888 C   FIELD 00w04 ISEL (rw): Input Select (CCP0) This field selects the input source to the filter input. 4h-7h = Reserved
0x40085888 C   FIELD 07w01 INV (rw): Input Inversion This bit controls whether the selected input is inverted.
0x40085888 C   FIELD 08w02 FP (rw): Filter Period. This field specifies the sample period for the input filter. I.e. The input is sampled for FP timer clocks during filtering.
0x40085888 C   FIELD 11w01 CPV (rw): Consecutive Period/Voting Select This bit controls whether the input filter uses a stricter consecutive period count or majority voting.
0x40085888 C   FIELD 12w01 FE (rw): Filter Enable This bit controls whether the input is filtered by the input filter or bypasses to the edge detect.
0x400858B0 B  REGISTER TIMG14_TSEL0 (rw): Trigger Select
0x400858B0 C   FIELD 00w05 ETSEL (rw): External Trigger Select. #br# This selects which System Event is used if the input filter selects trigger. Triggers 0-15 are used to connect triggers generated by other timer modules in the same power domain. Refer to the SoC datasheet to get details. Triggers 16 and 17 are connected to event manager subscriber ports. Event lines 18-31 are reserved for future use.
0x400858B0 C   FIELD 09w01 TE (rw): Trigger Enable. This selects whether a trigger is enabled or not for this counter 0x0 = Triggers are not used 0x1 = Triggers are used as selected by the ETSEL field
0x40090000 A PERIPHERAL TIMG8
0x40090400 B  REGISTER TIMG8_FSUB_0 (rw): Subsciber Port 0
0x40090400 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40090404 B  REGISTER TIMG8_FSUB_1 (rw): Subscriber Port 1
0x40090404 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40090444 B  REGISTER TIMG8_FPUB_0 (rw): Publisher Port 0
0x40090444 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40090448 B  REGISTER TIMG8_FPUB_1 (rw): Publisher Port 1
0x40090448 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40090800 B  CLUSTER TIMG8_GPRCM[0]: 
0x40090800 B  REGISTER TIMG8_PWREN0 (rw): Power enable
0x40090800 C   FIELD 00w01 ENABLE: Enable the power
0x40090804 B  REGISTER TIMG8_RSTCTL0 (wo): Reset Control
0x40090804 C   FIELD 00w01 RESETASSERT (wo): Assert reset to the peripheral
0x40090804 C   FIELD 01w01 RESETSTKYCLR (wo): Clear the RESETSTKY bit in the STAT register
0x40090814 B  REGISTER TIMG8_STAT0 (ro): Status Register
0x40090814 C   FIELD 16w01 RESETSTKY (ro): This bit indicates, if the peripheral was reset, since this bit was cleared by RESETSTKYCLR in the RSTCTL register
0x40091000 B  REGISTER TIMG8_CLKDIV (rw): Clock Divider
0x40091000 C   FIELD 00w03 RATIO: Selects divide ratio of module clock
0x40091008 B  REGISTER TIMG8_CLKSEL (rw): Clock Select for Ultra Low Power peripherals
0x40091008 C   FIELD 01w01 LFCLK_SEL (rw): Selects LFCLK as clock source if enabled
0x40091008 C   FIELD 02w01 MFCLK_SEL (rw): Selects MFCLK as clock source if enabled
0x40091008 C   FIELD 03w01 BUSCLK_SEL (rw): Selects BUSCLK as clock source if enabled
0x40091018 B  REGISTER TIMG8_PDBGCTL (rw): Peripheral Debug Control
0x40091018 C   FIELD 00w01 FREE (rw): Free run control
0x40091018 C   FIELD 01w01 SOFT (rw): Soft halt boundary control. This function is only available, if [FREE] is set to 'STOP'
0x40091020 B  CLUSTER TIMG8_INT_EVENT[0]: 
0x40091020 B  REGISTER TIMG8_IIDX0 (ro): Interrupt index
0x40091020 C   FIELD 00w08 STAT (ro): Interrupt index status
0x40091028 B  REGISTER TIMG8_IMASK0 (rw): Interrupt mask
0x40091028 C   FIELD 00w01 Z: Zero Event mask
0x40091028 C   FIELD 01w01 L: Load Event mask
0x40091028 C   FIELD 04w01 CCD0: Capture or Compare DN event mask CCP0
0x40091028 C   FIELD 05w01 CCD1: Capture or Compare DN event mask CCP1
0x40091028 C   FIELD 08w01 CCU0: Capture or Compare UP event mask CCP0
0x40091028 C   FIELD 09w01 CCU1: Capture or Compare UP event mask CCP1
0x40091028 C   FIELD 25w01 TOV: Trigger Overflow Event mask
0x40091028 C   FIELD 27w01 DC: Direction Change Event mask
0x40091028 C   FIELD 28w01 QEIERR: QEIERR Event mask
0x40091030 B  REGISTER TIMG8_RIS0 (ro): Raw interrupt status
0x40091030 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40091030 C   FIELD 01w01 L: Load event generated an interrupt.
0x40091030 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40091030 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40091030 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40091030 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40091030 C   FIELD 25w01 TOV: Trigger overflow
0x40091030 C   FIELD 27w01 DC: Direction Change
0x40091030 C   FIELD 28w01 QEIERR: QEIERR, set on an incorrect state transition on the encoder interface.
0x40091038 B  REGISTER TIMG8_MIS0 (ro): Masked interrupt status
0x40091038 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40091038 C   FIELD 01w01 L: Load event generated an interrupt.
0x40091038 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40091038 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40091038 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40091038 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40091038 C   FIELD 25w01 TOV: Trigger overflow
0x40091038 C   FIELD 27w01 DC: Direction Change
0x40091038 C   FIELD 28w01 QEIERR: QEIERR
0x40091040 B  REGISTER TIMG8_ISET0 (wo): Interrupt set
0x40091040 C   FIELD 00w01 Z: Zero event SET
0x40091040 C   FIELD 01w01 L: Load event SET
0x40091040 C   FIELD 04w01 CCD0: Capture or compare down event SET
0x40091040 C   FIELD 05w01 CCD1: Capture or compare down event SET
0x40091040 C   FIELD 08w01 CCU0: Capture or compare up event SET
0x40091040 C   FIELD 09w01 CCU1: Capture or compare up event SET
0x40091040 C   FIELD 25w01 TOV: Trigger Overflow event SET
0x40091040 C   FIELD 27w01 DC: Direction Change event SET
0x40091040 C   FIELD 28w01 QEIERR: QEIERR event SET
0x40091048 B  REGISTER TIMG8_ICLR0 (wo): Interrupt clear
0x40091048 C   FIELD 00w01 Z: Zero event CLEAR
0x40091048 C   FIELD 01w01 L: Load event CLEAR
0x40091048 C   FIELD 04w01 CCD0: Capture or compare down event CLEAR
0x40091048 C   FIELD 05w01 CCD1: Capture or compare down event CLEAR
0x40091048 C   FIELD 08w01 CCU0: Capture or compare up event CLEAR
0x40091048 C   FIELD 09w01 CCU1: Capture or compare up event CLEAR
0x40091048 C   FIELD 25w01 TOV: Trigger Overflow event CLEAR
0x40091048 C   FIELD 27w01 DC: Direction Change event CLEAR
0x40091048 C   FIELD 28w01 QEIERR: QEIERR event CLEAR
0x4009104C B  CLUSTER TIMG8_INT_EVENT[1]: 
0x4009104C B  REGISTER TIMG8_IIDX1 (ro): Interrupt index
0x4009104C C   FIELD 00w08 STAT (ro): Interrupt index status
0x40091054 B  REGISTER TIMG8_IMASK1 (rw): Interrupt mask
0x40091054 C   FIELD 00w01 Z: Zero Event mask
0x40091054 C   FIELD 01w01 L: Load Event mask
0x40091054 C   FIELD 04w01 CCD0: Capture or Compare DN event mask CCP0
0x40091054 C   FIELD 05w01 CCD1: Capture or Compare DN event mask CCP1
0x40091054 C   FIELD 08w01 CCU0: Capture or Compare UP event mask CCP0
0x40091054 C   FIELD 09w01 CCU1: Capture or Compare UP event mask CCP1
0x40091054 C   FIELD 25w01 TOV: Trigger Overflow Event mask
0x40091054 C   FIELD 27w01 DC: Direction Change Event mask
0x40091054 C   FIELD 28w01 QEIERR: QEIERR Event mask
0x4009105C B  REGISTER TIMG8_RIS1 (ro): Raw interrupt status
0x4009105C C   FIELD 00w01 Z: Zero event generated an interrupt.
0x4009105C C   FIELD 01w01 L: Load event generated an interrupt.
0x4009105C C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x4009105C C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x4009105C C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x4009105C C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x4009105C C   FIELD 25w01 TOV: Trigger overflow
0x4009105C C   FIELD 27w01 DC: Direction Change
0x4009105C C   FIELD 28w01 QEIERR: QEIERR, set on an incorrect state transition on the encoder interface.
0x40091064 B  REGISTER TIMG8_MIS1 (ro): Masked interrupt status
0x40091064 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40091064 C   FIELD 01w01 L: Load event generated an interrupt.
0x40091064 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40091064 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40091064 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40091064 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40091064 C   FIELD 25w01 TOV: Trigger overflow
0x40091064 C   FIELD 27w01 DC: Direction Change
0x40091064 C   FIELD 28w01 QEIERR: QEIERR
0x4009106C B  REGISTER TIMG8_ISET1 (wo): Interrupt set
0x4009106C C   FIELD 00w01 Z: Zero event SET
0x4009106C C   FIELD 01w01 L: Load event SET
0x4009106C C   FIELD 04w01 CCD0: Capture or compare down event SET
0x4009106C C   FIELD 05w01 CCD1: Capture or compare down event SET
0x4009106C C   FIELD 08w01 CCU0: Capture or compare up event SET
0x4009106C C   FIELD 09w01 CCU1: Capture or compare up event SET
0x4009106C C   FIELD 25w01 TOV: Trigger Overflow event SET
0x4009106C C   FIELD 27w01 DC: Direction Change event SET
0x4009106C C   FIELD 28w01 QEIERR: QEIERR event SET
0x40091074 B  REGISTER TIMG8_ICLR1 (wo): Interrupt clear
0x40091074 C   FIELD 00w01 Z: Zero event CLEAR
0x40091074 C   FIELD 01w01 L: Load event CLEAR
0x40091074 C   FIELD 04w01 CCD0: Capture or compare down event CLEAR
0x40091074 C   FIELD 05w01 CCD1: Capture or compare down event CLEAR
0x40091074 C   FIELD 08w01 CCU0: Capture or compare up event CLEAR
0x40091074 C   FIELD 09w01 CCU1: Capture or compare up event CLEAR
0x40091074 C   FIELD 25w01 TOV: Trigger Overflow event CLEAR
0x40091074 C   FIELD 27w01 DC: Direction Change event CLEAR
0x40091074 C   FIELD 28w01 QEIERR: QEIERR event CLEAR
0x40091078 B  CLUSTER TIMG8_INT_EVENT[2]: 
0x40091078 B  REGISTER TIMG8_IIDX2 (ro): Interrupt index
0x40091078 C   FIELD 00w08 STAT (ro): Interrupt index status
0x40091080 B  REGISTER TIMG8_IMASK2 (rw): Interrupt mask
0x40091080 C   FIELD 00w01 Z: Zero Event mask
0x40091080 C   FIELD 01w01 L: Load Event mask
0x40091080 C   FIELD 04w01 CCD0: Capture or Compare DN event mask CCP0
0x40091080 C   FIELD 05w01 CCD1: Capture or Compare DN event mask CCP1
0x40091080 C   FIELD 08w01 CCU0: Capture or Compare UP event mask CCP0
0x40091080 C   FIELD 09w01 CCU1: Capture or Compare UP event mask CCP1
0x40091080 C   FIELD 25w01 TOV: Trigger Overflow Event mask
0x40091080 C   FIELD 27w01 DC: Direction Change Event mask
0x40091080 C   FIELD 28w01 QEIERR: QEIERR Event mask
0x40091088 B  REGISTER TIMG8_RIS2 (ro): Raw interrupt status
0x40091088 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40091088 C   FIELD 01w01 L: Load event generated an interrupt.
0x40091088 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40091088 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40091088 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40091088 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40091088 C   FIELD 25w01 TOV: Trigger overflow
0x40091088 C   FIELD 27w01 DC: Direction Change
0x40091088 C   FIELD 28w01 QEIERR: QEIERR, set on an incorrect state transition on the encoder interface.
0x40091090 B  REGISTER TIMG8_MIS2 (ro): Masked interrupt status
0x40091090 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40091090 C   FIELD 01w01 L: Load event generated an interrupt.
0x40091090 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40091090 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40091090 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40091090 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40091090 C   FIELD 25w01 TOV: Trigger overflow
0x40091090 C   FIELD 27w01 DC: Direction Change
0x40091090 C   FIELD 28w01 QEIERR: QEIERR
0x40091098 B  REGISTER TIMG8_ISET2 (wo): Interrupt set
0x40091098 C   FIELD 00w01 Z: Zero event SET
0x40091098 C   FIELD 01w01 L: Load event SET
0x40091098 C   FIELD 04w01 CCD0: Capture or compare down event SET
0x40091098 C   FIELD 05w01 CCD1: Capture or compare down event SET
0x40091098 C   FIELD 08w01 CCU0: Capture or compare up event SET
0x40091098 C   FIELD 09w01 CCU1: Capture or compare up event SET
0x40091098 C   FIELD 25w01 TOV: Trigger Overflow event SET
0x40091098 C   FIELD 27w01 DC: Direction Change event SET
0x40091098 C   FIELD 28w01 QEIERR: QEIERR event SET
0x400910A0 B  REGISTER TIMG8_ICLR2 (wo): Interrupt clear
0x400910A0 C   FIELD 00w01 Z: Zero event CLEAR
0x400910A0 C   FIELD 01w01 L: Load event CLEAR
0x400910A0 C   FIELD 04w01 CCD0: Capture or compare down event CLEAR
0x400910A0 C   FIELD 05w01 CCD1: Capture or compare down event CLEAR
0x400910A0 C   FIELD 08w01 CCU0: Capture or compare up event CLEAR
0x400910A0 C   FIELD 09w01 CCU1: Capture or compare up event CLEAR
0x400910A0 C   FIELD 25w01 TOV: Trigger Overflow event CLEAR
0x400910A0 C   FIELD 27w01 DC: Direction Change event CLEAR
0x400910A0 C   FIELD 28w01 QEIERR: QEIERR event CLEAR
0x400910E0 B  REGISTER TIMG8_EVT_MODE (rw): Event Mode
0x400910E0 C   FIELD 00w02 EVT0_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT][0]
0x400910E0 C   FIELD 02w02 EVT1_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT][1]
0x400910E0 C   FIELD 04w02 EVT2_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT][1]
0x400910FC B  REGISTER TIMG8_DESC (ro): Module Description
0x400910FC C   FIELD 00w04 MINREV: Minor rev of the IP
0x400910FC C   FIELD 04w04 MAJREV: Major rev of the IP
0x400910FC C   FIELD 08w04 INSTNUM: Instance Number within the device. This will be a parameter to the RTL for modules that can have multiple instances
0x400910FC C   FIELD 12w04 FEATUREVER: Feature Set for the module *instance*
0x400910FC C   FIELD 16w16 MODULEID: Module identification contains a unique peripheral identification number. The assignments are maintained in a central database for all of the platform modules to ensure uniqueness.
0x40091100 B  CLUSTER TIMG8_COMMONREGS[0]: 
0x40091100 B  REGISTER TIMG8_CCPD0 (rw): CCP Direction
0x40091100 C   FIELD 00w01 C0CCP0: Counter CCP0
0x40091100 C   FIELD 01w01 C0CCP1: Counter CCP1
0x40091104 B  REGISTER TIMG8_ODIS0 (rw): Output Disable
0x40091104 C   FIELD 00w01 C0CCP0 (rw): Counter CCP0 Disable Mask Defines whether CCP0 of Counter n is forced low or not
0x40091104 C   FIELD 01w01 C0CCP1 (rw): Counter CCP1 Disable Mask Defines whether CCP0 of Counter n is forced low or not
0x40091108 B  REGISTER TIMG8_CCLKCTL0 (rw): Counter Clock Control Register
0x40091108 C   FIELD 00w01 CLKEN (rw): Clock Enable Disables the clock gating to the module. SW has to explicitly program the value to 0 to gate the clock.
0x4009110C B  REGISTER TIMG8_CPS0 (rw): Clock Prescale Register
0x4009110C C   FIELD 00w08 PCNT (rw): Pre-Scale Count This field specifies the pre-scale count value. The selected TIMCLK source is divided by a value of (PCNT+1). A PCNT value of 0 divides TIMCLK by 1, effectively bypassing the divider. A PCNT value of greater than 0 divides the TIMCLK source generating a slower clock
0x40091110 B  REGISTER TIMG8_CPSV0 (ro): Clock prescale count status register
0x40091110 C   FIELD 00w08 CPSVAL (ro): Current Prescale Count Value
0x40091114 B  REGISTER TIMG8_CTTRIGCTL0 (rw): Timer Cross Trigger Control Register
0x40091114 C   FIELD 00w01 CTEN (rw): Timer Cross trigger enable. This field is used to enable whether the SW or HW logic can generate a timer cross trigger event in the system. These cross triggers are connected to the respective timer trigger in of the other timer IPs in the SOC power domain. The timer cross trigger is essentially the combined logic of the HW and SW conditions controlling EN bit in the CTRCTL register.
0x40091114 C   FIELD 01w01 EVTCTEN (rw): Enable the Input Trigger Conditions to the Timer module as a condition for Cross Triggers. Refer Figure 8 Cross Trigger Generation Path
0x40091114 C   FIELD 16w04 EVTCTTRIGSEL (rw): Used to Select the subscriber port that should be used for input cross trigger. Refer Figure 8 Cross Trigger Generation Path
0x4009111C B  REGISTER TIMG8_CTTRIG0 (wo): Timer Cross Trigger Register
0x4009111C C   FIELD 00w01 TRIG (wo): Generate Cross Trigger This bit when programmed will generate a synchronized trigger condition all the cross trigger enabled Timer instances including current timer instance.
0x40091800 B  CLUSTER TIMG8_COUNTERREGS[0]: 
0x40091800 B  REGISTER TIMG8_CTR0 (rw): Counter Register
0x40091800 C   FIELD 00w16 CCTR (rw): Current Counter value
0x40091804 B  REGISTER TIMG8_CTRCTL0 (rw): Counter Control Register
0x40091804 C   FIELD 00w01 EN (rw): Counter Enable. This bit allows the timer to advance This bit is automatically cleared if REPEAT=0 (do not automatically reload) and the counter value equals zero. CPU Write: A register write that sets the EN bit, the counter value is set per the CVAE value. Hardware: This bit may also be set as the result of an LCOND or ZCOND condition being met and the counter value changed to the load value or zero value, respectively.
0x40091804 C   FIELD 01w03 REPEAT (rw): Repeat. The repeat bit controls whether the counter continues to advance following a zero event, or the exiting of a debug or fault condition. If counting down, a zero event is followed by a load at the next advance condition. If counting up-down, a zero event is followed by an advance event (+1). The intent of encoding 3 is that if the debug condition is in effect, the generation of the load pulse is deferred until the debug condition is over. This allows the counter to reach zero before counting is suspended.
0x40091804 C   FIELD 04w02 CM (rw): Count Mode
0x40091804 C   FIELD 07w03 CLC (rw): Counter Load Control. This field specifies what controls the counter operation with respect to setting the counter to the LD register value. Encodings 1-3 are present based on the CCPC parameter value. Bits 4-5 are present based on the HQEI parameter value. Any encodings not provided are documented as reserved.
0x40091804 C   FIELD 10w03 CAC (rw): Counter Advance Control. This field specifies what controls the counter operation with respect to advancing (incrementing or decrementing) the counter value. Encodings 1-3 are present based on the CCPC parameter value. Bits 4-5 are present based on the HQEI parameter value. Any encodings not provided are documented as reserved.
0x40091804 C   FIELD 13w03 CZC (rw): Counter Zero Control This field specifies what controls the counter operation with respect to zeroing the counter value. Encodings 1-3 are present based on the CCPC parameter value. Bits 4-5 are present based on the HQEI parameter value. Any encodings not provided are documented as reserved.
0x40091804 C   FIELD 17w01 DRB (rw): Debug Resume Behavior This bit specifies what the device does following the release/exit of debug mode.
0x40091804 C   FIELD 28w02 CVAE (rw): Counter Value After Enable. This field specifies the initialization condition of the counter when the EN bit is changed from 0 to 1 by a write to the CTRCTL register. Note that an external event can also cause the EN bit to go active.
0x40091808 B  REGISTER TIMG8_LOAD0 (rw): Load Register
0x40091808 C   FIELD 00w16 LD (rw): Load Value
0x40091810 B  REGISTER TIMG8_CC_01[%s]0 (rw): Capture or Compare Register 0 to Capture or Compare Register 1
0x40091810 C   FIELD 00w16 CCVAL (rw): Capture or compare value
0x40091830 B  REGISTER TIMG8_CCCTL_01[%s]0 (rw): Capture or Compare Control Registers
0x40091830 C   FIELD 00w03 CCOND (rw): Capture Condition. #br# Specifies the condition that generates a capture pulse. 4h-Fh = Reserved
0x40091830 C   FIELD 04w03 ACOND (rw): Advance Condition. #br# Specifies the condition that generates an advance pulse. 6h-Fh = Reserved
0x40091830 C   FIELD 08w03 LCOND (rw): Load Condition. #br# Specifies the condition that generates a load pulse. 4h-Fh = Reserved
0x40091830 C   FIELD 12w03 ZCOND (rw): Zero Condition. #br# This field specifies the condition that generates a zero pulse. 4h-Fh = Reserved
0x40091830 C   FIELD 17w01 COC (rw): Capture or Compare. #br# Specifies whether the corresponding CC register is used as a capture register or a compare register (never both).
0x40091830 C   FIELD 22w03 CC2SELU: Selects the source second CCU event.
0x40091830 C   FIELD 26w03 CCACTUPD (rw): CCACT shadow register Update Method This field controls how updates to the CCCACT shadow register are performed
0x40091830 C   FIELD 29w03 CC2SELD: Selects the source second CCD event.
0x40091850 B  REGISTER TIMG8_OCTL_01[%s]0 (rw): CCP Output Control Registers
0x40091850 C   FIELD 00w04 CCPO (rw): CCP Output Source
0x40091850 C   FIELD 04w01 CCPOINV (rw): CCP Output Invert The output as selected by CCPO is conditionally inverted.
0x40091850 C   FIELD 05w01 CCPIV (rw): CCP Initial Value This bit specifies the logical value put on the signal generator state while the counter is disabled (CTRCTL.EN == 0).
0x40091870 B  REGISTER TIMG8_CCACT_01[%s]0 (rw): Capture or Compare Action Registers
0x40091870 C   FIELD 00w02 ZACT (rw): CCP Output Action on Zero Specifies what changes occur to CCP output as the result of a zero event.
0x40091870 C   FIELD 03w02 LACT (rw): CCP Output Action on Load Specifies what changes occur to CCP output as the result of a load event.
0x40091870 C   FIELD 06w02 CDACT (rw): CCP Output Action on Compare (Down) This field describes the resulting action of the signal generator upon detecting a compare event while counting down.
0x40091870 C   FIELD 09w02 CUACT (rw): CCP Output Action on Compare (Up) This field describes the resulting action of the signal generator upon detecting a compare event while counting up.
0x40091870 C   FIELD 12w02 CC2DACT (rw): CCP Output Action on CC2D event.
0x40091870 C   FIELD 15w02 CC2UACT (rw): CCP Output Action on CC2U event.
0x40091870 C   FIELD 28w02 SWFRCACT (rw): CCP Output Action on Software Force Output This field describes the resulting action of software force. This action has a shadow register, which will be updated under specific condition. So that this register cannot take into effect immediately.
0x40091880 B  REGISTER TIMG8_IFCTL_01[%s]0 (rw): Input Filter Control Register
0x40091880 C   FIELD 00w04 ISEL (rw): Input Select (CCP0) This field selects the input source to the filter input. 4h-7h = Reserved
0x40091880 C   FIELD 07w01 INV (rw): Input Inversion This bit controls whether the selected input is inverted.
0x40091880 C   FIELD 08w02 FP (rw): Filter Period. This field specifies the sample period for the input filter. I.e. The input is sampled for FP timer clocks during filtering.
0x40091880 C   FIELD 11w01 CPV (rw): Consecutive Period/Voting Select This bit controls whether the input filter uses a stricter consecutive period count or majority voting.
0x40091880 C   FIELD 12w01 FE (rw): Filter Enable This bit controls whether the input is filtered by the input filter or bypasses to the edge detect.
0x400918B0 B  REGISTER TIMG8_TSEL0 (rw): Trigger Select
0x400918B0 C   FIELD 00w05 ETSEL (rw): External Trigger Select. #br# This selects which System Event is used if the input filter selects trigger. Triggers 0-15 are used to connect triggers generated by other timer modules in the same power domain. Refer to the SoC datasheet to get details. Triggers 16 and 17 are connected to event manager subscriber ports. Event lines 18-31 are reserved for future use.
0x400918B0 C   FIELD 09w01 TE (rw): Trigger Enable. This selects whether a trigger is enabled or not for this counter 0x0 = Triggers are not used 0x1 = Triggers are used as selected by the ETSEL field
0x400918BC B  REGISTER TIMG8_QDIR0 (ro): Count Direction Register
0x400918BC C   FIELD 00w01 DIR: Direction of count
0x400A0000 A PERIPHERAL GPIOA
0x400A0400 B  REGISTER GPIOA_FSUB_0 (rw): Subsciber Port 0
0x400A0400 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x400A0404 B  REGISTER GPIOA_FSUB_1 (rw): Subscriber Port 1
0x400A0404 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x400A0444 B  REGISTER GPIOA_FPUB_0 (rw): Publisher Port 0
0x400A0444 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x400A0448 B  REGISTER GPIOA_FPUB_1 (rw): Publisher Port 1
0x400A0448 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x400A0800 B  CLUSTER GPIOA_GPRCM[0]: 
0x400A0800 B  REGISTER GPIOA_PWREN0 (rw): Power enable
0x400A0800 C   FIELD 00w01 ENABLE: Enable the power
0x400A0804 B  REGISTER GPIOA_RSTCTL0 (wo): Reset Control
0x400A0804 C   FIELD 00w01 RESETASSERT (wo): Assert reset to the peripheral
0x400A0804 C   FIELD 01w01 RESETSTKYCLR (wo): Clear the RESETSTKY bit in the STAT register
0x400A0814 B  REGISTER GPIOA_STAT0 (ro): Status Register
0x400A0814 C   FIELD 16w01 RESETSTKY (ro): This bit indicates, if the peripheral was reset, since this bit was cleared by RESETSTKYCLR in the RSTCTL register
0x400A1010 B  REGISTER GPIOA_CLKOVR (rw): Clock Override
0x400A1010 C   FIELD 00w01 OVERRIDE (rw): Unlocks the functionality of [RUN_STOP] to override the automatic peripheral clock request
0x400A1010 C   FIELD 01w01 RUN_STOP (rw): If [OVERRIDE] is enabled, this register is used to manually control the peripheral's clock request to the system
0x400A1018 B  REGISTER GPIOA_PDBGCTL (rw): Peripheral Debug Control
0x400A1018 C   FIELD 00w01 FREE (rw): Free run control
0x400A1020 B  CLUSTER GPIOA_INT_EVENT0[0]: 
0x400A1020 B  REGISTER GPIOA_INT_EVENT0_IIDX0 (ro): Interrupt index
0x400A1020 C   FIELD 00w08 STAT (ro): Interrupt index status
0x400A1028 B  REGISTER GPIOA_INT_EVENT0_IMASK0 (rw): Interrupt mask
0x400A1028 C   FIELD 00w01 DIO0: DIO0 event mask
0x400A1028 C   FIELD 01w01 DIO1: DIO1 event mask
0x400A1028 C   FIELD 02w01 DIO2: DIO2 event mask
0x400A1028 C   FIELD 03w01 DIO3: DIO3 event mask
0x400A1028 C   FIELD 04w01 DIO4: DIO4 event mask
0x400A1028 C   FIELD 05w01 DIO5: DIO5 event mask
0x400A1028 C   FIELD 06w01 DIO6: DIO6 event mask
0x400A1028 C   FIELD 07w01 DIO7: DIO7 event mask
0x400A1028 C   FIELD 08w01 DIO8: DIO8 event mask
0x400A1028 C   FIELD 09w01 DIO9: DIO9 event mask
0x400A1028 C   FIELD 10w01 DIO10: DIO10 event mask
0x400A1028 C   FIELD 11w01 DIO11: DIO11 event mask
0x400A1028 C   FIELD 12w01 DIO12: DIO12 event mask
0x400A1028 C   FIELD 13w01 DIO13: DIO13 event mask
0x400A1028 C   FIELD 14w01 DIO14: DIO14 event mask
0x400A1028 C   FIELD 15w01 DIO15: DIO15 event mask
0x400A1028 C   FIELD 16w01 DIO16: DIO16 event mask
0x400A1028 C   FIELD 17w01 DIO17: DIO17 event mask
0x400A1028 C   FIELD 18w01 DIO18: DIO18 event mask
0x400A1028 C   FIELD 19w01 DIO19: DIO19 event mask
0x400A1028 C   FIELD 20w01 DIO20: DIO20 event mask
0x400A1028 C   FIELD 21w01 DIO21: DIO21 event mask
0x400A1028 C   FIELD 22w01 DIO22: DIO22 event mask
0x400A1028 C   FIELD 23w01 DIO23: DIO23 event mask
0x400A1028 C   FIELD 24w01 DIO24: DIO24 event mask
0x400A1028 C   FIELD 25w01 DIO25: DIO25 event mask
0x400A1028 C   FIELD 26w01 DIO26: DIO26 event mask
0x400A1028 C   FIELD 27w01 DIO27: DIO27 event mask
0x400A1028 C   FIELD 28w01 DIO28: DIO28 event mask
0x400A1028 C   FIELD 29w01 DIO29: DIO29 event mask
0x400A1028 C   FIELD 30w01 DIO30: DIO30 event mask
0x400A1028 C   FIELD 31w01 DIO31: DIO31 event mask
0x400A1030 B  REGISTER GPIOA_INT_EVENT0_RIS0 (ro): Raw interrupt status
0x400A1030 C   FIELD 00w01 DIO0: DIO0 event
0x400A1030 C   FIELD 01w01 DIO1: DIO1 event
0x400A1030 C   FIELD 02w01 DIO2: DIO2 event
0x400A1030 C   FIELD 03w01 DIO3: DIO3 event
0x400A1030 C   FIELD 04w01 DIO4: DIO4 event
0x400A1030 C   FIELD 05w01 DIO5: DIO5 event
0x400A1030 C   FIELD 06w01 DIO6: DIO6 event
0x400A1030 C   FIELD 07w01 DIO7: DIO7 event
0x400A1030 C   FIELD 08w01 DIO8: DIO8 event
0x400A1030 C   FIELD 09w01 DIO9: DIO9 event
0x400A1030 C   FIELD 10w01 DIO10: DIO10 event
0x400A1030 C   FIELD 11w01 DIO11: DIO11 event
0x400A1030 C   FIELD 12w01 DIO12: DIO12 event
0x400A1030 C   FIELD 13w01 DIO13: DIO13 event
0x400A1030 C   FIELD 14w01 DIO14: DIO14 event
0x400A1030 C   FIELD 15w01 DIO15: DIO15 event
0x400A1030 C   FIELD 16w01 DIO16: DIO16 event
0x400A1030 C   FIELD 17w01 DIO17: DIO17 event
0x400A1030 C   FIELD 18w01 DIO18: DIO18 event
0x400A1030 C   FIELD 19w01 DIO19: DIO19 event
0x400A1030 C   FIELD 20w01 DIO20: DIO20 event
0x400A1030 C   FIELD 21w01 DIO21: DIO21 event
0x400A1030 C   FIELD 22w01 DIO22: DIO22 event
0x400A1030 C   FIELD 23w01 DIO23: DIO23 event
0x400A1030 C   FIELD 24w01 DIO24: DIO24 event
0x400A1030 C   FIELD 25w01 DIO25: DIO25 event
0x400A1030 C   FIELD 26w01 DIO26: DIO26 event
0x400A1030 C   FIELD 27w01 DIO27: DIO27 event
0x400A1030 C   FIELD 28w01 DIO28: DIO28 event
0x400A1030 C   FIELD 29w01 DIO29: DIO29 event
0x400A1030 C   FIELD 30w01 DIO30: DIO30 event
0x400A1030 C   FIELD 31w01 DIO31: DIO31 event
0x400A1038 B  REGISTER GPIOA_INT_EVENT0_MIS0 (ro): Masked interrupt status
0x400A1038 C   FIELD 00w01 DIO0: DIO0 event
0x400A1038 C   FIELD 01w01 DIO1: DIO1 event
0x400A1038 C   FIELD 02w01 DIO2: DIO2 event
0x400A1038 C   FIELD 03w01 DIO3: DIO3 event
0x400A1038 C   FIELD 04w01 DIO4: DIO4 event
0x400A1038 C   FIELD 05w01 DIO5: DIO5 event
0x400A1038 C   FIELD 06w01 DIO6: DIO6 event
0x400A1038 C   FIELD 07w01 DIO7: DIO7 event
0x400A1038 C   FIELD 08w01 DIO8: DIO8 event
0x400A1038 C   FIELD 09w01 DIO9: DIO9 event
0x400A1038 C   FIELD 10w01 DIO10: DIO10 event
0x400A1038 C   FIELD 11w01 DIO11: DIO11 event
0x400A1038 C   FIELD 12w01 DIO12: DIO12 event
0x400A1038 C   FIELD 13w01 DIO13: DIO13 event
0x400A1038 C   FIELD 14w01 DIO14: DIO14 event
0x400A1038 C   FIELD 15w01 DIO15: DIO15 event
0x400A1038 C   FIELD 16w01 DIO16: DIO16 event
0x400A1038 C   FIELD 17w01 DIO17: DIO17 event
0x400A1038 C   FIELD 18w01 DIO18: DIO18 event
0x400A1038 C   FIELD 19w01 DIO19: DIO19 event
0x400A1038 C   FIELD 20w01 DIO20: DIO20 event
0x400A1038 C   FIELD 21w01 DIO21: DIO21 event
0x400A1038 C   FIELD 22w01 DIO22: DIO22 event
0x400A1038 C   FIELD 23w01 DIO23: DIO23 event
0x400A1038 C   FIELD 24w01 DIO24: DIO24 event
0x400A1038 C   FIELD 25w01 DIO25: DIO25 event
0x400A1038 C   FIELD 26w01 DIO26: DIO26 event
0x400A1038 C   FIELD 27w01 DIO27: DIO27 event
0x400A1038 C   FIELD 28w01 DIO28: DIO28 event
0x400A1038 C   FIELD 29w01 DIO29: DIO29 event
0x400A1038 C   FIELD 30w01 DIO30: DIO30 event
0x400A1038 C   FIELD 31w01 DIO31: DIO31 event
0x400A1040 B  REGISTER GPIOA_INT_EVENT0_ISET0 (wo): Interrupt set
0x400A1040 C   FIELD 00w01 DIO0: DIO0 event
0x400A1040 C   FIELD 01w01 DIO1: DIO1 event
0x400A1040 C   FIELD 02w01 DIO2: DIO2 event
0x400A1040 C   FIELD 03w01 DIO3: DIO3 event
0x400A1040 C   FIELD 04w01 DIO4: DIO4 event
0x400A1040 C   FIELD 05w01 DIO5: DIO5 event
0x400A1040 C   FIELD 06w01 DIO6: DIO6 event
0x400A1040 C   FIELD 07w01 DIO7: DIO7 event
0x400A1040 C   FIELD 08w01 DIO8: DIO8 event
0x400A1040 C   FIELD 09w01 DIO9: DIO9 event
0x400A1040 C   FIELD 10w01 DIO10: DIO10 event
0x400A1040 C   FIELD 11w01 DIO11: DIO11 event
0x400A1040 C   FIELD 12w01 DIO12: DIO12 event
0x400A1040 C   FIELD 13w01 DIO13: DIO13 event
0x400A1040 C   FIELD 14w01 DIO14: DIO14 event
0x400A1040 C   FIELD 15w01 DIO15: DIO15 event
0x400A1040 C   FIELD 16w01 DIO16: DIO16 event
0x400A1040 C   FIELD 17w01 DIO17: DIO17 event
0x400A1040 C   FIELD 18w01 DIO18: DIO18 event
0x400A1040 C   FIELD 19w01 DIO19: DIO19 event
0x400A1040 C   FIELD 20w01 DIO20: DIO20 event
0x400A1040 C   FIELD 21w01 DIO21: DIO21 event
0x400A1040 C   FIELD 22w01 DIO22: DIO22 event
0x400A1040 C   FIELD 23w01 DIO23: DIO23 event
0x400A1040 C   FIELD 24w01 DIO24: DIO24 event
0x400A1040 C   FIELD 25w01 DIO25: DIO25 event
0x400A1040 C   FIELD 26w01 DIO26: DIO26 event
0x400A1040 C   FIELD 27w01 DIO27: DIO27 event
0x400A1040 C   FIELD 28w01 DIO28: DIO28 event
0x400A1040 C   FIELD 29w01 DIO29: DIO29 event
0x400A1040 C   FIELD 30w01 DIO30: DIO30 event
0x400A1040 C   FIELD 31w01 DIO31: DIO31 event
0x400A1048 B  REGISTER GPIOA_INT_EVENT0_ICLR0 (wo): Interrupt clear
0x400A1048 C   FIELD 00w01 DIO0: DIO0 event
0x400A1048 C   FIELD 01w01 DIO1: DIO1 event
0x400A1048 C   FIELD 02w01 DIO2: DIO2 event
0x400A1048 C   FIELD 03w01 DIO3: DIO3 event
0x400A1048 C   FIELD 04w01 DIO4: DIO4 event
0x400A1048 C   FIELD 05w01 DIO5: DIO5 event
0x400A1048 C   FIELD 06w01 DIO6: DIO6 event
0x400A1048 C   FIELD 07w01 DIO7: DIO7 event
0x400A1048 C   FIELD 08w01 DIO8: DIO8 event
0x400A1048 C   FIELD 09w01 DIO9: DIO9 event
0x400A1048 C   FIELD 10w01 DIO10: DIO10 event
0x400A1048 C   FIELD 11w01 DIO11: DIO11 event
0x400A1048 C   FIELD 12w01 DIO12: DIO12 event
0x400A1048 C   FIELD 13w01 DIO13: DIO13 event
0x400A1048 C   FIELD 14w01 DIO14: DIO14 event
0x400A1048 C   FIELD 15w01 DIO15: DIO15 event
0x400A1048 C   FIELD 16w01 DIO16: DIO16 event
0x400A1048 C   FIELD 17w01 DIO17: DIO17 event
0x400A1048 C   FIELD 18w01 DIO18: DIO18 event
0x400A1048 C   FIELD 19w01 DIO19: DIO19 event
0x400A1048 C   FIELD 20w01 DIO20: DIO20 event
0x400A1048 C   FIELD 21w01 DIO21: DIO21 event
0x400A1048 C   FIELD 22w01 DIO22: DIO22 event
0x400A1048 C   FIELD 23w01 DIO23: DIO23 event
0x400A1048 C   FIELD 24w01 DIO24: DIO24 event
0x400A1048 C   FIELD 25w01 DIO25: DIO25 event
0x400A1048 C   FIELD 26w01 DIO26: DIO26 event
0x400A1048 C   FIELD 27w01 DIO27: DIO27 event
0x400A1048 C   FIELD 28w01 DIO28: DIO28 event
0x400A1048 C   FIELD 29w01 DIO29: DIO29 event
0x400A1048 C   FIELD 30w01 DIO30: DIO30 event
0x400A1048 C   FIELD 31w01 DIO31: DIO31 event
0x400A1050 B  CLUSTER GPIOA_INT_EVENT1[0]: 
0x400A1050 B  REGISTER GPIOA_INT_EVENT1_IIDX0 (ro): Interrupt index
0x400A1050 C   FIELD 00w08 STAT (ro): Interrupt index status
0x400A1058 B  REGISTER GPIOA_INT_EVENT1_IMASK0 (rw): Interrupt mask
0x400A1058 C   FIELD 00w01 DIO0: DIO0 event mask
0x400A1058 C   FIELD 01w01 DIO1: DIO1 event mask
0x400A1058 C   FIELD 02w01 DIO2: DIO2 event mask
0x400A1058 C   FIELD 03w01 DIO3: DIO3 event mask
0x400A1058 C   FIELD 04w01 DIO4: DIO4 event mask
0x400A1058 C   FIELD 05w01 DIO5: DIO5 event mask
0x400A1058 C   FIELD 06w01 DIO6: DIO6 event mask
0x400A1058 C   FIELD 07w01 DIO7: DIO7 event mask
0x400A1058 C   FIELD 08w01 DIO8: DIO8 event mask
0x400A1058 C   FIELD 09w01 DIO9: DIO9 event mask
0x400A1058 C   FIELD 10w01 DIO10: DIO10 event mask
0x400A1058 C   FIELD 11w01 DIO11: DIO11 event mask
0x400A1058 C   FIELD 12w01 DIO12: DIO12 event mask
0x400A1058 C   FIELD 13w01 DIO13: DIO13 event mask
0x400A1058 C   FIELD 14w01 DIO14: DIO14 event mask
0x400A1058 C   FIELD 15w01 DIO15: DIO15 event mask
0x400A1060 B  REGISTER GPIOA_INT_EVENT1_RIS0 (ro): Raw interrupt status
0x400A1060 C   FIELD 00w01 DIO0: DIO0 event
0x400A1060 C   FIELD 01w01 DIO1: DIO1 event
0x400A1060 C   FIELD 02w01 DIO2: DIO2 event
0x400A1060 C   FIELD 03w01 DIO3: DIO3 event
0x400A1060 C   FIELD 04w01 DIO4: DIO4 event
0x400A1060 C   FIELD 05w01 DIO5: DIO5 event
0x400A1060 C   FIELD 06w01 DIO6: DIO6 event
0x400A1060 C   FIELD 07w01 DIO7: DIO7 event
0x400A1060 C   FIELD 08w01 DIO8: DIO8 event
0x400A1060 C   FIELD 09w01 DIO9: DIO9 event
0x400A1060 C   FIELD 10w01 DIO10: DIO10 event
0x400A1060 C   FIELD 11w01 DIO11: DIO11 event
0x400A1060 C   FIELD 12w01 DIO12: DIO12 event
0x400A1060 C   FIELD 13w01 DIO13: DIO13 event
0x400A1060 C   FIELD 14w01 DIO14: DIO14 event
0x400A1060 C   FIELD 15w01 DIO15: DIO15 event
0x400A1068 B  REGISTER GPIOA_INT_EVENT1_MIS0 (ro): Masked interrupt status
0x400A1068 C   FIELD 00w01 DIO0: DIO0 event
0x400A1068 C   FIELD 01w01 DIO1: DIO1 event
0x400A1068 C   FIELD 02w01 DIO2: DIO2 event
0x400A1068 C   FIELD 03w01 DIO3: DIO3 event
0x400A1068 C   FIELD 04w01 DIO4: DIO4 event
0x400A1068 C   FIELD 05w01 DIO5: DIO5 event
0x400A1068 C   FIELD 06w01 DIO6: DIO6 event
0x400A1068 C   FIELD 07w01 DIO7: DIO7 event
0x400A1068 C   FIELD 08w01 DIO8: DIO8 event
0x400A1068 C   FIELD 09w01 DIO9: DIO9 event
0x400A1068 C   FIELD 10w01 DIO10: DIO10 event
0x400A1068 C   FIELD 11w01 DIO11: DIO11 event
0x400A1068 C   FIELD 12w01 DIO12: DIO12 event
0x400A1068 C   FIELD 13w01 DIO13: DIO13 event
0x400A1068 C   FIELD 14w01 DIO14: DIO14 event
0x400A1068 C   FIELD 15w01 DIO15: DIO15 event
0x400A1070 B  REGISTER GPIOA_INT_EVENT1_ISET0 (wo): Interrupt set
0x400A1070 C   FIELD 00w01 DIO0: DIO0 event
0x400A1070 C   FIELD 01w01 DIO1: DIO1 event
0x400A1070 C   FIELD 02w01 DIO2: DIO2 event
0x400A1070 C   FIELD 03w01 DIO3: DIO3 event
0x400A1070 C   FIELD 04w01 DIO4: DIO4 event
0x400A1070 C   FIELD 05w01 DIO5: DIO5 event
0x400A1070 C   FIELD 06w01 DIO6: DIO6 event
0x400A1070 C   FIELD 07w01 DIO7: DIO7 event
0x400A1070 C   FIELD 08w01 DIO8: DIO8 event
0x400A1070 C   FIELD 09w01 DIO9: DIO9 event
0x400A1070 C   FIELD 10w01 DIO10: DIO10 event
0x400A1070 C   FIELD 11w01 DIO11: DIO11 event
0x400A1070 C   FIELD 12w01 DIO12: DIO12 event
0x400A1070 C   FIELD 13w01 DIO13: DIO13 event
0x400A1070 C   FIELD 14w01 DIO14: DIO14 event
0x400A1070 C   FIELD 15w01 DIO15: DIO15 event
0x400A1078 B  REGISTER GPIOA_INT_EVENT1_ICLR0 (wo): Interrupt clear
0x400A1078 C   FIELD 00w01 DIO0: DIO0 event
0x400A1078 C   FIELD 01w01 DIO1: DIO1 event
0x400A1078 C   FIELD 02w01 DIO2: DIO2 event
0x400A1078 C   FIELD 03w01 DIO3: DIO3 event
0x400A1078 C   FIELD 04w01 DIO4: DIO4 event
0x400A1078 C   FIELD 05w01 DIO5: DIO5 event
0x400A1078 C   FIELD 06w01 DIO6: DIO6 event
0x400A1078 C   FIELD 07w01 DIO7: DIO7 event
0x400A1078 C   FIELD 08w01 DIO8: DIO8 event
0x400A1078 C   FIELD 09w01 DIO9: DIO9 event
0x400A1078 C   FIELD 10w01 DIO10: DIO10 event
0x400A1078 C   FIELD 11w01 DIO11: DIO11 event
0x400A1078 C   FIELD 12w01 DIO12: DIO12 event
0x400A1078 C   FIELD 13w01 DIO13: DIO13 event
0x400A1078 C   FIELD 14w01 DIO14: DIO14 event
0x400A1078 C   FIELD 15w01 DIO15: DIO15 event
0x400A1080 B  CLUSTER GPIOA_INT_EVENT2[0]: 
0x400A1080 B  REGISTER GPIOA_INT_EVENT2_IIDX0 (ro): Interrupt index
0x400A1080 C   FIELD 00w08 STAT (ro): Interrupt index status
0x400A1088 B  REGISTER GPIOA_INT_EVENT2_IMASK0 (rw): Interrupt mask
0x400A1088 C   FIELD 16w01 DIO16: DIO16 event mask
0x400A1088 C   FIELD 17w01 DIO17: DIO17 event mask
0x400A1088 C   FIELD 18w01 DIO18: DIO18 event mask
0x400A1088 C   FIELD 19w01 DIO19: DIO19 event mask
0x400A1088 C   FIELD 20w01 DIO20: DIO20 event mask
0x400A1088 C   FIELD 21w01 DIO21: DIO21 event mask
0x400A1088 C   FIELD 22w01 DIO22: DIO22 event mask
0x400A1088 C   FIELD 23w01 DIO23: DIO23 event mask
0x400A1088 C   FIELD 24w01 DIO24: DIO24 event mask
0x400A1088 C   FIELD 25w01 DIO25: DIO25 event mask
0x400A1088 C   FIELD 26w01 DIO26: DIO26 event mask
0x400A1088 C   FIELD 27w01 DIO27: DIO27 event mask
0x400A1088 C   FIELD 28w01 DIO28: DIO28 event mask
0x400A1088 C   FIELD 29w01 DIO29: DIO29 event mask
0x400A1088 C   FIELD 30w01 DIO30: DIO30 event mask
0x400A1088 C   FIELD 31w01 DIO31: DIO31 event mask
0x400A1090 B  REGISTER GPIOA_INT_EVENT2_RIS0 (ro): Raw interrupt status
0x400A1090 C   FIELD 16w01 DIO16: DIO16 event
0x400A1090 C   FIELD 17w01 DIO17: DIO17 event
0x400A1090 C   FIELD 18w01 DIO18: DIO18 event
0x400A1090 C   FIELD 19w01 DIO19: DIO19 event
0x400A1090 C   FIELD 20w01 DIO20: DIO20 event
0x400A1090 C   FIELD 21w01 DIO21: DIO21 event
0x400A1090 C   FIELD 22w01 DIO22: DIO22 event
0x400A1090 C   FIELD 23w01 DIO23: DIO23 event
0x400A1090 C   FIELD 24w01 DIO24: DIO24 event
0x400A1090 C   FIELD 25w01 DIO25: DIO25 event
0x400A1090 C   FIELD 26w01 DIO26: DIO26 event
0x400A1090 C   FIELD 27w01 DIO27: DIO27 event
0x400A1090 C   FIELD 28w01 DIO28: DIO28 event
0x400A1090 C   FIELD 29w01 DIO29: DIO29 event
0x400A1090 C   FIELD 30w01 DIO30: DIO30 event
0x400A1090 C   FIELD 31w01 DIO31: DIO31 event
0x400A1098 B  REGISTER GPIOA_INT_EVENT2_MIS0 (ro): Masked interrupt status
0x400A1098 C   FIELD 16w01 DIO16: DIO16 event
0x400A1098 C   FIELD 17w01 DIO17: DIO17 event
0x400A1098 C   FIELD 18w01 DIO18: DIO18 event
0x400A1098 C   FIELD 19w01 DIO19: DIO19 event
0x400A1098 C   FIELD 20w01 DIO20: DIO20 event
0x400A1098 C   FIELD 21w01 DIO21: DIO21 event
0x400A1098 C   FIELD 22w01 DIO22: DIO22 event
0x400A1098 C   FIELD 23w01 DIO23: DIO23 event
0x400A1098 C   FIELD 24w01 DIO24: DIO24 event
0x400A1098 C   FIELD 25w01 DIO25: DIO25 event
0x400A1098 C   FIELD 26w01 DIO26: DIO26 event
0x400A1098 C   FIELD 27w01 DIO27: DIO27 event
0x400A1098 C   FIELD 28w01 DIO28: DIO28 event
0x400A1098 C   FIELD 29w01 DIO29: DIO29 event
0x400A1098 C   FIELD 30w01 DIO30: DIO30 event
0x400A1098 C   FIELD 31w01 DIO31: DIO31 event
0x400A10A0 B  REGISTER GPIOA_INT_EVENT2_ISET0 (wo): Interrupt set
0x400A10A0 C   FIELD 16w01 DIO16: DIO16 event
0x400A10A0 C   FIELD 17w01 DIO17: DIO17 event
0x400A10A0 C   FIELD 18w01 DIO18: DIO18 event
0x400A10A0 C   FIELD 19w01 DIO19: DIO19 event
0x400A10A0 C   FIELD 20w01 DIO20: DIO20 event
0x400A10A0 C   FIELD 21w01 DIO21: DIO21 event
0x400A10A0 C   FIELD 22w01 DIO22: DIO22 event
0x400A10A0 C   FIELD 23w01 DIO23: DIO23 event
0x400A10A0 C   FIELD 24w01 DIO24: DIO24 event
0x400A10A0 C   FIELD 25w01 DIO25: DIO25 event
0x400A10A0 C   FIELD 26w01 DIO26: DIO26 event
0x400A10A0 C   FIELD 27w01 DIO27: DIO27 event
0x400A10A0 C   FIELD 28w01 DIO28: DIO28 event
0x400A10A0 C   FIELD 29w01 DIO29: DIO29 event
0x400A10A0 C   FIELD 30w01 DIO30: DIO30 event
0x400A10A0 C   FIELD 31w01 DIO31: DIO31 event
0x400A10A8 B  REGISTER GPIOA_INT_EVENT2_ICLR0 (wo): Interrupt clear
0x400A10A8 C   FIELD 16w01 DIO16: DIO16 event
0x400A10A8 C   FIELD 17w01 DIO17: DIO17 event
0x400A10A8 C   FIELD 18w01 DIO18: DIO18 event
0x400A10A8 C   FIELD 19w01 DIO19: DIO19 event
0x400A10A8 C   FIELD 20w01 DIO20: DIO20 event
0x400A10A8 C   FIELD 21w01 DIO21: DIO21 event
0x400A10A8 C   FIELD 22w01 DIO22: DIO22 event
0x400A10A8 C   FIELD 23w01 DIO23: DIO23 event
0x400A10A8 C   FIELD 24w01 DIO24: DIO24 event
0x400A10A8 C   FIELD 25w01 DIO25: DIO25 event
0x400A10A8 C   FIELD 26w01 DIO26: DIO26 event
0x400A10A8 C   FIELD 27w01 DIO27: DIO27 event
0x400A10A8 C   FIELD 28w01 DIO28: DIO28 event
0x400A10A8 C   FIELD 29w01 DIO29: DIO29 event
0x400A10A8 C   FIELD 30w01 DIO30: DIO30 event
0x400A10A8 C   FIELD 31w01 DIO31: DIO31 event
0x400A10E0 B  REGISTER GPIOA_EVT_MODE (rw): Event Mode
0x400A10E0 C   FIELD 00w02 INT0_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT0]
0x400A10E0 C   FIELD 02w02 EVT1_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT1]
0x400A10E0 C   FIELD 04w02 EVT2_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT2]
0x400A10FC B  REGISTER GPIOA_DESC (ro): Module Description
0x400A10FC C   FIELD 00w04 MINREV: Minor rev of the IP
0x400A10FC C   FIELD 04w04 MAJREV: Major rev of the IP
0x400A10FC C   FIELD 12w04 FEATUREVER: Feature Set for the module *instance*
0x400A10FC C   FIELD 16w16 MODULEID: Module identification contains a unique peripheral identification number. The assignments are maintained in a central database for all of the platform modules to ensure uniqueness.
0x400A1200 B  REGISTER GPIOA_DOUT3_0 (wo): Data output 3 to 0
0x400A1200 C   FIELD 00w01 DIO0 (wo): This bit sets the value of the pin configured as DIO0 when the output is enabled through DOE31_0 register.
0x400A1200 C   FIELD 08w01 DIO1 (wo): This bit sets the value of the pin configured as DIO1 when the output is enabled through DOE31_0 register.
0x400A1200 C   FIELD 16w01 DIO2 (wo): This bit sets the value of the pin configured as DIO2 when the output is enabled through DOE31_0 register.
0x400A1200 C   FIELD 24w01 DIO3 (wo): This bit sets the value of the pin configured as DIO3 when the output is enabled through DOE31_0 register.
0x400A1204 B  REGISTER GPIOA_DOUT7_4 (wo): Data output 7 to 4
0x400A1204 C   FIELD 00w01 DIO4 (wo): This bit sets the value of the pin configured as DIO4 when the output is enabled through DOE31_0 register.
0x400A1204 C   FIELD 08w01 DIO5 (wo): This bit sets the value of the pin configured as DIO5 when the output is enabled through DOE31_0 register.
0x400A1204 C   FIELD 16w01 DIO6 (wo): This bit sets the value of the pin configured as DIO6 when the output is enabled through DOE31_0 register.
0x400A1204 C   FIELD 24w01 DIO7 (wo): This bit sets the value of the pin configured as DIO7 when the output is enabled through DOE31_0 register.
0x400A1208 B  REGISTER GPIOA_DOUT11_8 (wo): Data output 11 to 8
0x400A1208 C   FIELD 00w01 DIO8 (wo): This bit sets the value of the pin configured as DIO8 when the output is enabled through DOE31_0 register.
0x400A1208 C   FIELD 08w01 DIO9 (wo): This bit sets the value of the pin configured as DIO9 when the output is enabled through DOE31_0 register.
0x400A1208 C   FIELD 16w01 DIO10 (wo): This bit sets the value of the pin configured as DIO10 when the output is enabled through DOE31_0 register.
0x400A1208 C   FIELD 24w01 DIO11 (wo): This bit sets the value of the pin configured as DIO11 when the output is enabled through DOE31_0 register.
0x400A120C B  REGISTER GPIOA_DOUT15_12 (wo): Data output 15 to 12
0x400A120C C   FIELD 00w01 DIO12 (wo): This bit sets the value of the pin configured as DIO12 when the output is enabled through DOE31_0 register.
0x400A120C C   FIELD 08w01 DIO13 (wo): This bit sets the value of the pin configured as DIO13 when the output is enabled through DOE31_0 register.
0x400A120C C   FIELD 16w01 DIO14 (wo): This bit sets the value of the pin configured as DIO14 when the output is enabled through DOE31_0 register.
0x400A120C C   FIELD 24w01 DIO15 (wo): This bit sets the value of the pin configured as DIO15 when the output is enabled through DOE31_0 register.
0x400A1210 B  REGISTER GPIOA_DOUT19_16 (wo): Data output 19 to 16
0x400A1210 C   FIELD 00w01 DIO16 (wo): This bit sets the value of the pin configured as DIO16 when the output is enabled through DOE31_0 register.
0x400A1210 C   FIELD 08w01 DIO17 (wo): This bit sets the value of the pin configured as DIO17 when the output is enabled through DOE31_0 register.
0x400A1210 C   FIELD 16w01 DIO18 (wo): This bit sets the value of the pin configured as DIO18 when the output is enabled through DOE31_0 register.
0x400A1210 C   FIELD 24w01 DIO19 (wo): This bit sets the value of the pin configured as DIO19 when the output is enabled through DOE31_0 register.
0x400A1214 B  REGISTER GPIOA_DOUT23_20 (wo): Data output 23 to 20
0x400A1214 C   FIELD 00w01 DIO20 (wo): This bit sets the value of the pin configured as DIO20 when the output is enabled through DOE31_0 register.
0x400A1214 C   FIELD 08w01 DIO21 (wo): This bit sets the value of the pin configured as DIO21 when the output is enabled through DOE31_0 register.
0x400A1214 C   FIELD 16w01 DIO22 (wo): This bit sets the value of the pin configured as DIO22 when the output is enabled through DOE31_0 register.
0x400A1214 C   FIELD 24w01 DIO23 (wo): This bit sets the value of the pin configured as DIO23 when the output is enabled through DOE31_0 register.
0x400A1218 B  REGISTER GPIOA_DOUT27_24 (wo): Data output 27 to 24
0x400A1218 C   FIELD 00w01 DIO24 (wo): This bit sets the value of the pin configured as DIO24 when the output is enabled through DOE31_0 register.
0x400A1218 C   FIELD 08w01 DIO25 (wo): This bit sets the value of the pin configured as DIO25 when the output is enabled through DOE31_0 register.
0x400A1218 C   FIELD 16w01 DIO26 (wo): This bit sets the value of the pin configured as DIO26 when the output is enabled through DOE31_0 register.
0x400A1218 C   FIELD 24w01 DIO27 (wo): This bit sets the value of the pin configured as DIO27 when the output is enabled through DOE31_0 register.
0x400A121C B  REGISTER GPIOA_DOUT31_28 (wo): Data output 31 to 28
0x400A121C C   FIELD 00w01 DIO28 (wo): This bit sets the value of the pin configured as DIO28 when the output is enabled through DOE31_0 register.
0x400A121C C   FIELD 08w01 DIO29 (wo): This bit sets the value of the pin configured as DIO29 when the output is enabled through DOE31_0 register.
0x400A121C C   FIELD 16w01 DIO30 (wo): This bit sets the value of the pin configured as DIO30 when the output is enabled through DOE31_0 register.
0x400A121C C   FIELD 24w01 DIO31 (wo): This bit sets the value of the pin configured as DIO31 when the output is enabled through DOE31_0 register.
0x400A1280 B  REGISTER GPIOA_DOUT31_0 (rw): Data output 31 to 0
0x400A1280 C   FIELD 00w01 DIO0 (rw): This bit sets the value of the pin configured as DIO0 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 01w01 DIO1 (rw): This bit sets the value of the pin configured as DIO1 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 02w01 DIO2 (rw): This bit sets the value of the pin configured as DIO2 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 03w01 DIO3 (rw): This bit sets the value of the pin configured as DIO3 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 04w01 DIO4 (rw): This bit sets the value of the pin configured as DIO4 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 05w01 DIO5 (rw): This bit sets the value of the pin configured as DIO5 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 06w01 DIO6 (rw): This bit sets the value of the pin configured as DIO6 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 07w01 DIO7 (rw): This bit sets the value of the pin configured as DIO7 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 08w01 DIO8 (rw): This bit sets the value of the pin configured as DIO8 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 09w01 DIO9 (rw): This bit sets the value of the pin configured as DIO9 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 10w01 DIO10 (rw): This bit sets the value of the pin configured as DIO10 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 11w01 DIO11 (rw): This bit sets the value of the pin configured as DIO11 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 12w01 DIO12 (rw): This bit sets the value of the pin configured as DIO12 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 13w01 DIO13 (rw): This bit sets the value of the pin configured as DIO13 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 14w01 DIO14 (rw): This bit sets the value of the pin configured as DIO14 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 15w01 DIO15 (rw): This bit sets the value of the pin configured as DIO15 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 16w01 DIO16 (rw): This bit sets the value of the pin configured as DIO16 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 17w01 DIO17 (rw): This bit sets the value of the pin configured as DIO17 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 18w01 DIO18 (rw): This bit sets the value of the pin configured as DIO18 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 19w01 DIO19 (rw): This bit sets the value of the pin configured as DIO19 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 20w01 DIO20 (rw): This bit sets the value of the pin configured as DIO20 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 21w01 DIO21 (rw): This bit sets the value of the pin configured as DIO21 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 22w01 DIO22 (rw): This bit sets the value of the pin configured as DIO22 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 23w01 DIO23 (rw): This bit sets the value of the pin configured as DIO23 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 24w01 DIO24 (rw): This bit sets the value of the pin configured as DIO24 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 25w01 DIO25 (rw): This bit sets the value of the pin configured as DIO25 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 26w01 DIO26 (rw): This bit sets the value of the pin configured as DIO26 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 27w01 DIO27 (rw): This bit sets the value of the pin configured as DIO27 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 28w01 DIO28 (rw): This bit sets the value of the pin configured as DIO28 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 29w01 DIO29 (rw): This bit sets the value of the pin configured as DIO29 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 30w01 DIO30 (rw): This bit sets the value of the pin configured as DIO30 when the output is enabled through DOE31_0 register.
0x400A1280 C   FIELD 31w01 DIO31 (rw): This bit sets the value of the pin configured as DIO31 when the output is enabled through DOE31_0 register.
0x400A1290 B  REGISTER GPIOA_DOUTSET31_0 (wo): Data output set 31 to 0
0x400A1290 C   FIELD 00w01 DIO0 (wo): Writing 1 to this bit sets the DIO0 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 01w01 DIO1 (wo): Writing 1 to this bit sets the DIO1 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 02w01 DIO2 (wo): Writing 1 to this bit sets the DIO2 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 03w01 DIO3 (wo): Writing 1 to this bit sets the DIO3 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 04w01 DIO4 (wo): Writing 1 to this bit sets the DIO4 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 05w01 DIO5 (wo): Writing 1 to this bit sets the DIO5 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 06w01 DIO6 (wo): Writing 1 to this bit sets the DIO6 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 07w01 DIO7 (wo): Writing 1 to this bit sets the DIO7 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 08w01 DIO8 (wo): Writing 1 to this bit sets the DIO8 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 09w01 DIO9 (wo): Writing 1 to this bit sets the DIO9 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 10w01 DIO10 (wo): Writing 1 to this bit sets the DIO10 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 11w01 DIO11 (wo): Writing 1 to this bit sets the DIO11 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 12w01 DIO12 (wo): Writing 1 to this bit sets the DIO12 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 13w01 DIO13 (wo): Writing 1 to this bit sets the DIO13 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 14w01 DIO14 (wo): Writing 1 to this bit sets the DIO14 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 15w01 DIO15 (wo): Writing 1 to this bit sets the DIO15 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 16w01 DIO16 (wo): Writing 1 to this bit sets the DIO16 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 17w01 DIO17 (wo): Writing 1 to this bit sets the DIO17 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 18w01 DIO18 (wo): Writing 1 to this bit sets the DIO18 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 19w01 DIO19 (wo): Writing 1 to this bit sets the DIO19 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 20w01 DIO20 (wo): Writing 1 to this bit sets the DIO20 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 21w01 DIO21 (wo): Writing 1 to this bit sets the DIO21 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 22w01 DIO22 (wo): Writing 1 to this bit sets the DIO22 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 23w01 DIO23 (wo): Writing 1 to this bit sets the DIO23 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 24w01 DIO24 (wo): Writing 1 to this bit sets the DIO24 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 25w01 DIO25 (wo): Writing 1 to this bit sets the DIO25 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 26w01 DIO26 (wo): Writing 1 to this bit sets the DIO26 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 27w01 DIO27 (wo): Writing 1 to this bit sets the DIO27 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 28w01 DIO28 (wo): Writing 1 to this bit sets the DIO28 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 29w01 DIO29 (wo): Writing 1 to this bit sets the DIO29 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 30w01 DIO30 (wo): Writing 1 to this bit sets the DIO30 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A1290 C   FIELD 31w01 DIO31 (wo): Writing 1 to this bit sets the DIO31 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 B  REGISTER GPIOA_DOUTCLR31_0 (wo): Data output clear 31 to 0
0x400A12A0 C   FIELD 00w01 DIO0 (wo): Writing 1 to this bit clears the DIO0 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 01w01 DIO1 (wo): Writing 1 to this bit clears the DIO1 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 02w01 DIO2 (wo): Writing 1 to this bit clears the DIO2 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 03w01 DIO3 (wo): Writing 1 to this bit clears the DIO3 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 04w01 DIO4 (wo): Writing 1 to this bit clears the DIO4 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 05w01 DIO5 (wo): Writing 1 to this bit clears the DIO5 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 06w01 DIO6 (wo): Writing 1 to this bit clears the DIO6 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 07w01 DIO7 (wo): Writing 1 to this bit clears the DIO7 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 08w01 DIO8 (wo): Writing 1 to this bit clears the DIO8 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 09w01 DIO9 (wo): Writing 1 to this bit clears the DIO9 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 10w01 DIO10 (wo): Writing 1 to this bit clears the DIO10 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 11w01 DIO11 (wo): Writing 1 to this bit clears the DIO11 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 12w01 DIO12 (wo): Writing 1 to this bit clears the DIO12 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 13w01 DIO13 (wo): Writing 1 to this bit clears the DIO13 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 14w01 DIO14 (wo): Writing 1 to this bit clears the DIO14 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 15w01 DIO15 (wo): Writing 1 to this bit clears the DIO15 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 16w01 DIO16 (wo): Writing 1 to this bit clears the DIO16 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 17w01 DIO17 (wo): Writing 1 to this bit clears the DIO17 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 18w01 DIO18 (wo): Writing 1 to this bit clears the DIO18 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 19w01 DIO19 (wo): Writing 1 to this bit clears the DIO19 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 20w01 DIO20 (wo): Writing 1 to this bit clears the DIO20 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 21w01 DIO21 (wo): Writing 1 to this bit clears the DIO21 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 22w01 DIO22 (wo): Writing 1 to this bit clears the DIO22 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 23w01 DIO23 (wo): Writing 1 to this bit clears the DIO23 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 24w01 DIO24 (wo): Writing 1 to this bit clears the DIO24 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 25w01 DIO25 (wo): Writing 1 to this bit clears the DIO25 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 26w01 DIO26 (wo): Writing 1 to this bit clears the DIO26 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 27w01 DIO27 (wo): Writing 1 to this bit clears the DIO27 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 28w01 DIO28 (wo): Writing 1 to this bit clears the DIO28 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 29w01 DIO29 (wo): Writing 1 to this bit clears the DIO29 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 30w01 DIO30 (wo): Writing 1 to this bit clears the DIO30 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12A0 C   FIELD 31w01 DIO31 (wo): Writing 1 to this bit clears the DIO31 bit in the DOUT31_0 register. Writing 0 has no effect.
0x400A12B0 B  REGISTER GPIOA_DOUTTGL31_0 (wo): Data output toggle 31 to 0
0x400A12B0 C   FIELD 00w01 DIO0 (wo): This bit is used to toggle DIO0 output.
0x400A12B0 C   FIELD 01w01 DIO1 (wo): This bit is used to toggle DIO1 output.
0x400A12B0 C   FIELD 02w01 DIO2 (wo): This bit is used to toggle DIO2 output.
0x400A12B0 C   FIELD 03w01 DIO3 (wo): This bit is used to toggle DIO3 output.
0x400A12B0 C   FIELD 04w01 DIO4 (wo): This bit is used to toggle DIO4 output.
0x400A12B0 C   FIELD 05w01 DIO5 (wo): This bit is used to toggle DIO5 output.
0x400A12B0 C   FIELD 06w01 DIO6 (wo): This bit is used to toggle DIO6 output.
0x400A12B0 C   FIELD 07w01 DIO7 (wo): This bit is used to toggle DIO7 output.
0x400A12B0 C   FIELD 08w01 DIO8 (wo): This bit is used to toggle DIO8 output.
0x400A12B0 C   FIELD 09w01 DIO9 (wo): This bit is used to toggle DIO9 output.
0x400A12B0 C   FIELD 10w01 DIO10 (wo): This bit is used to toggle DIO10 output.
0x400A12B0 C   FIELD 11w01 DIO11 (wo): This bit is used to toggle DIO11 output.
0x400A12B0 C   FIELD 12w01 DIO12 (wo): This bit is used to toggle DIO12 output.
0x400A12B0 C   FIELD 13w01 DIO13 (wo): This bit is used to toggle DIO13 output.
0x400A12B0 C   FIELD 14w01 DIO14 (wo): This bit is used to toggle DIO14 output.
0x400A12B0 C   FIELD 15w01 DIO15 (wo): This bit is used to toggle DIO15 output.
0x400A12B0 C   FIELD 16w01 DIO16 (wo): This bit is used to toggle DIO16 output.
0x400A12B0 C   FIELD 17w01 DIO17 (wo): This bit is used to toggle DIO17 output.
0x400A12B0 C   FIELD 18w01 DIO18 (wo): This bit is used to toggle DIO18 output.
0x400A12B0 C   FIELD 19w01 DIO19 (wo): This bit is used to toggle DIO19 output.
0x400A12B0 C   FIELD 20w01 DIO20 (wo): This bit is used to toggle DIO20 output.
0x400A12B0 C   FIELD 21w01 DIO21 (wo): This bit is used to toggle DIO21 output.
0x400A12B0 C   FIELD 22w01 DIO22 (wo): This bit is used to toggle DIO22 output.
0x400A12B0 C   FIELD 23w01 DIO23 (wo): This bit is used to toggle DIO23 output.
0x400A12B0 C   FIELD 24w01 DIO24 (wo): This bit is used to toggle DIO24 output.
0x400A12B0 C   FIELD 25w01 DIO25 (wo): This bit is used to toggle DIO25 output.
0x400A12B0 C   FIELD 26w01 DIO26 (wo): This bit is used to toggle DIO26 output.
0x400A12B0 C   FIELD 27w01 DIO27 (wo): This bit is used to toggle DIO27 output.
0x400A12B0 C   FIELD 28w01 DIO28 (wo): This bit is used to toggle DIO28 output.
0x400A12B0 C   FIELD 29w01 DIO29 (wo): This bit is used to toggle DIO29 output.
0x400A12B0 C   FIELD 30w01 DIO30 (wo): This bit is used to toggle DIO30 output.
0x400A12B0 C   FIELD 31w01 DIO31 (wo): This bit is used to toggle DIO31 output.
0x400A12C0 B  REGISTER GPIOA_DOE31_0 (rw): Data output enable 31 to 0
0x400A12C0 C   FIELD 00w01 DIO0 (rw): Enables data output for DIO0.
0x400A12C0 C   FIELD 01w01 DIO1 (rw): Enables data output for DIO1.
0x400A12C0 C   FIELD 02w01 DIO2 (rw): Enables data output for DIO2.
0x400A12C0 C   FIELD 03w01 DIO3 (rw): Enables data output for DIO3.
0x400A12C0 C   FIELD 04w01 DIO4 (rw): Enables data output for DIO4.
0x400A12C0 C   FIELD 05w01 DIO5 (rw): Enables data output for DIO5.
0x400A12C0 C   FIELD 06w01 DIO6 (rw): Enables data output for DIO6.
0x400A12C0 C   FIELD 07w01 DIO7 (rw): Enables data output for DIO7.
0x400A12C0 C   FIELD 08w01 DIO8 (rw): Enables data output for DIO8.
0x400A12C0 C   FIELD 09w01 DIO9 (rw): Enables data output for DIO9.
0x400A12C0 C   FIELD 10w01 DIO10 (rw): Enables data output for DIO10.
0x400A12C0 C   FIELD 11w01 DIO11 (rw): Enables data output for DIO11.
0x400A12C0 C   FIELD 12w01 DIO12 (rw): Enables data output for DIO12.
0x400A12C0 C   FIELD 13w01 DIO13 (rw): Enables data output for DIO13.
0x400A12C0 C   FIELD 14w01 DIO14 (rw): Enables data output for DIO14.
0x400A12C0 C   FIELD 15w01 DIO15 (rw): Enables data output for DIO15.
0x400A12C0 C   FIELD 16w01 DIO16 (rw): Enables data output for DIO16.
0x400A12C0 C   FIELD 17w01 DIO17 (rw): Enables data output for DIO17.
0x400A12C0 C   FIELD 18w01 DIO18 (rw): Enables data output for DIO18.
0x400A12C0 C   FIELD 19w01 DIO19 (rw): Enables data output for DIO19.
0x400A12C0 C   FIELD 20w01 DIO20 (rw): Enables data output for DIO20.
0x400A12C0 C   FIELD 21w01 DIO21 (rw): Enables data output for DIO21.
0x400A12C0 C   FIELD 22w01 DIO22 (rw): Enables data output for DIO22.
0x400A12C0 C   FIELD 23w01 DIO23 (rw): Enables data output for DIO23.
0x400A12C0 C   FIELD 24w01 DIO24 (rw): Enables data output for DIO24.
0x400A12C0 C   FIELD 25w01 DIO25 (rw): Enables data output for DIO25.
0x400A12C0 C   FIELD 26w01 DIO26 (rw): Enables data output for DIO26.
0x400A12C0 C   FIELD 27w01 DIO27 (rw): Enables data output for DIO27.
0x400A12C0 C   FIELD 28w01 DIO28 (rw): Enables data output for DIO28.
0x400A12C0 C   FIELD 29w01 DIO29 (rw): Enables data output for DIO29.
0x400A12C0 C   FIELD 30w01 DIO30 (rw): Enables data output for DIO30.
0x400A12C0 C   FIELD 31w01 DIO31 (rw): Enables data output for DIO31.
0x400A12D0 B  REGISTER GPIOA_DOESET31_0 (wo): Data output enable set 31 to 0
0x400A12D0 C   FIELD 00w01 DIO0 (wo): Writing 1 to this bit sets the DIO0 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 01w01 DIO1 (wo): Writing 1 to this bit sets the DIO1 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 02w01 DIO2 (wo): Writing 1 to this bit sets the DIO2 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 03w01 DIO3 (wo): Writing 1 to this bit sets the DIO3 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 04w01 DIO4 (wo): Writing 1 to this bit sets the DIO4 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 05w01 DIO5 (wo): Writing 1 to this bit sets the DIO5 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 06w01 DIO6 (wo): Writing 1 to this bit sets the DIO6 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 07w01 DIO7 (wo): Writing 1 to this bit sets the DIO7 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 08w01 DIO8 (wo): Writing 1 to this bit sets the DIO8 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 09w01 DIO9 (wo): Writing 1 to this bit sets the DIO9 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 10w01 DIO10 (wo): Writing 1 to this bit sets the DIO10 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 11w01 DIO11 (wo): Writing 1 to this bit sets the DIO11 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 12w01 DIO12 (wo): Writing 1 to this bit sets the DIO12 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 13w01 DIO13 (wo): Writing 1 to this bit sets the DIO13 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 14w01 DIO14 (wo): Writing 1 to this bit sets the DIO14 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 15w01 DIO15 (wo): Writing 1 to this bit sets the DIO15 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 16w01 DIO16 (wo): Writing 1 to this bit sets the DIO16 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 17w01 DIO17 (wo): Writing 1 to this bit sets the DIO17 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 18w01 DIO18 (wo): Writing 1 to this bit sets the DIO18 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 19w01 DIO19 (wo): Writing 1 to this bit sets the DIO19 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 20w01 DIO20 (wo): Writing 1 to this bit sets the DIO20 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 21w01 DIO21 (wo): Writing 1 to this bit sets the DIO21 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 22w01 DIO22 (wo): Writing 1 to this bit sets the DIO22 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 23w01 DIO23 (wo): Writing 1 to this bit sets the DIO23 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 24w01 DIO24 (wo): Writing 1 to this bit sets the DIO24 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 25w01 DIO25 (wo): Writing 1 to this bit sets the DIO25 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 26w01 DIO26 (wo): Writing 1 to this bit sets the DIO26 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 27w01 DIO27 (wo): Writing 1 to this bit sets the DIO27 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 28w01 DIO28 (wo): Writing 1 to this bit sets the DIO28 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 29w01 DIO29 (wo): Writing 1 to this bit sets the DIO29 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 30w01 DIO30 (wo): Writing 1 to this bit sets the DIO30 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12D0 C   FIELD 31w01 DIO31 (wo): Writing 1 to this bit sets the DIO31 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 B  REGISTER GPIOA_DOECLR31_0 (wo): Data output enable clear 31 to 0
0x400A12E0 C   FIELD 00w01 DIO0 (wo): Writing 1 to this bit clears the DIO0 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 01w01 DIO1 (wo): Writing 1 to this bit clears the DIO1 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 02w01 DIO2 (wo): Writing 1 to this bit clears the DIO2 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 03w01 DIO3 (wo): Writing 1 to this bit clears the DIO3 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 04w01 DIO4 (wo): Writing 1 to this bit clears the DIO4 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 05w01 DIO5 (wo): Writing 1 to this bit clears the DIO5 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 06w01 DIO6 (wo): Writing 1 to this bit clears the DIO6 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 07w01 DIO7 (wo): Writing 1 to this bit clears the DIO7 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 08w01 DIO8 (wo): Writing 1 to this bit clears the DIO8 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 09w01 DIO9 (wo): Writing 1 to this bit clears the DIO9 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 10w01 DIO10 (wo): Writing 1 to this bit clears the DIO10 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 11w01 DIO11 (wo): Writing 1 to this bit clears the DIO11 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 12w01 DIO12 (wo): Writing 1 to this bit clears the DIO12 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 13w01 DIO13 (wo): Writing 1 to this bit clears the DIO13 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 14w01 DIO14 (wo): Writing 1 to this bit clears the DIO14 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 15w01 DIO15 (wo): Writing 1 to this bit clears the DIO15 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 16w01 DIO16 (wo): Writing 1 to this bit clears the DIO16 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 17w01 DIO17 (wo): Writing 1 to this bit clears the DIO17 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 18w01 DIO18 (wo): Writing 1 to this bit clears the DIO18 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 19w01 DIO19 (wo): Writing 1 to this bit clears the DIO19 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 20w01 DIO20 (wo): Writing 1 to this bit clears the DIO20 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 21w01 DIO21 (wo): Writing 1 to this bit clears the DIO21 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 22w01 DIO22 (wo): Writing 1 to this bit clears the DIO22 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 23w01 DIO23 (wo): Writing 1 to this bit clears the DIO23 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 24w01 DIO24 (wo): Writing 1 to this bit clears the DIO24 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 25w01 DIO25 (wo): Writing 1 to this bit clears the DIO25 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 26w01 DIO26 (wo): Writing 1 to this bit clears the DIO26 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 27w01 DIO27 (wo): Writing 1 to this bit clears the DIO27 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 28w01 DIO28 (wo): Writing 1 to this bit clears the DIO28 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 29w01 DIO29 (wo): Writing 1 to this bit clears the DIO29 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 30w01 DIO30 (wo): Writing 1 to this bit clears the DIO30 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A12E0 C   FIELD 31w01 DIO31 (wo): Writing 1 to this bit clears the DIO31 bit in the DOE31_0 register. Writing 0 has no effect.
0x400A1300 B  REGISTER GPIOA_DIN3_0 (ro): Data input 3 to 0
0x400A1300 C   FIELD 00w01 DIO0 (ro): This bit reads the data input value of DIO0.
0x400A1300 C   FIELD 08w01 DIO1 (ro): This bit reads the data input value of DIO1.
0x400A1300 C   FIELD 16w01 DIO2 (ro): This bit reads the data input value of DIO2.
0x400A1300 C   FIELD 24w01 DIO3 (ro): This bit reads the data input value of DIO3.
0x400A1304 B  REGISTER GPIOA_DIN7_4 (ro): Data input 7 to 4
0x400A1304 C   FIELD 00w01 DIO4 (ro): This bit reads the data input value of DIO4.
0x400A1304 C   FIELD 08w01 DIO5 (ro): This bit reads the data input value of DIO5.
0x400A1304 C   FIELD 16w01 DIO6 (ro): This bit reads the data input value of DIO6.
0x400A1304 C   FIELD 24w01 DIO7 (ro): This bit reads the data input value of DIO7.
0x400A1308 B  REGISTER GPIOA_DIN11_8 (ro): Data input 11 to 8
0x400A1308 C   FIELD 00w01 DIO8 (ro): This bit reads the data input value of DIO8.
0x400A1308 C   FIELD 08w01 DIO9 (ro): This bit reads the data input value of DIO9.
0x400A1308 C   FIELD 16w01 DIO10 (ro): This bit reads the data input value of DIO10.
0x400A1308 C   FIELD 24w01 DIO11 (ro): This bit reads the data input value of DIO11.
0x400A130C B  REGISTER GPIOA_DIN15_12 (ro): Data input 15 to 12
0x400A130C C   FIELD 00w01 DIO12 (ro): This bit reads the data input value of DIO12.
0x400A130C C   FIELD 08w01 DIO13 (ro): This bit reads the data input value of DIO13.
0x400A130C C   FIELD 16w01 DIO14 (ro): This bit reads the data input value of DIO14.
0x400A130C C   FIELD 24w01 DIO15 (ro): This bit reads the data input value of DIO15.
0x400A1310 B  REGISTER GPIOA_DIN19_16 (ro): Data input 19 to 16
0x400A1310 C   FIELD 00w01 DIO16 (ro): This bit reads the data input value of DIO16.
0x400A1310 C   FIELD 08w01 DIO17 (ro): This bit reads the data input value of DIO17.
0x400A1310 C   FIELD 16w01 DIO18 (ro): This bit reads the data input value of DIO18.
0x400A1310 C   FIELD 24w01 DIO19 (ro): This bit reads the data input value of DIO19.
0x400A1314 B  REGISTER GPIOA_DIN23_20 (ro): Data input 23 to 20
0x400A1314 C   FIELD 00w01 DIO20 (ro): This bit reads the data input value of DIO20.
0x400A1314 C   FIELD 08w01 DIO21 (ro): This bit reads the data input value of DIO21.
0x400A1314 C   FIELD 16w01 DIO22 (ro): This bit reads the data input value of DIO22.
0x400A1314 C   FIELD 24w01 DIO23 (ro): This bit reads the data input value of DIO23.
0x400A1318 B  REGISTER GPIOA_DIN27_24 (ro): Data input 27 to 24
0x400A1318 C   FIELD 00w01 DIO24 (ro): This bit reads the data input value of DIO24.
0x400A1318 C   FIELD 08w01 DIO25 (ro): This bit reads the data input value of DIO25.
0x400A1318 C   FIELD 16w01 DIO26 (ro): This bit reads the data input value of DIO26.
0x400A1318 C   FIELD 24w01 DIO27 (ro): This bit reads the data input value of DIO27.
0x400A131C B  REGISTER GPIOA_DIN31_28 (ro): Data input 31 to 28
0x400A131C C   FIELD 00w01 DIO28 (ro): This bit reads the data input value of DIO28.
0x400A131C C   FIELD 08w01 DIO29 (ro): This bit reads the data input value of DIO29.
0x400A131C C   FIELD 16w01 DIO30 (ro): This bit reads the data input value of DIO30.
0x400A131C C   FIELD 24w01 DIO31 (ro): This bit reads the data input value of DIO31.
0x400A1380 B  REGISTER GPIOA_DIN31_0 (ro): Data input 31 to 0
0x400A1380 C   FIELD 00w01 DIO0 (ro): This bit reads the data input value of DIO0.
0x400A1380 C   FIELD 01w01 DIO1 (ro): This bit reads the data input value of DIO1.
0x400A1380 C   FIELD 02w01 DIO2 (ro): This bit reads the data input value of DIO2.
0x400A1380 C   FIELD 03w01 DIO3 (ro): This bit reads the data input value of DIO3.
0x400A1380 C   FIELD 04w01 DIO4 (ro): This bit reads the data input value of DIO4.
0x400A1380 C   FIELD 05w01 DIO5 (ro): This bit reads the data input value of DIO5.
0x400A1380 C   FIELD 06w01 DIO6 (ro): This bit reads the data input value of DIO6.
0x400A1380 C   FIELD 07w01 DIO7 (ro): This bit reads the data input value of DIO7.
0x400A1380 C   FIELD 08w01 DIO8 (ro): This bit reads the data input value of DIO8.
0x400A1380 C   FIELD 09w01 DIO9 (ro): This bit reads the data input value of DIO9.
0x400A1380 C   FIELD 10w01 DIO10 (ro): This bit reads the data input value of DIO10.
0x400A1380 C   FIELD 11w01 DIO11 (ro): This bit reads the data input value of DIO11.
0x400A1380 C   FIELD 12w01 DIO12 (ro): This bit reads the data input value of DIO12.
0x400A1380 C   FIELD 13w01 DIO13 (ro): This bit reads the data input value of DIO13.
0x400A1380 C   FIELD 14w01 DIO14 (ro): This bit reads the data input value of DIO14.
0x400A1380 C   FIELD 15w01 DIO15 (ro): This bit reads the data input value of DIO15.
0x400A1380 C   FIELD 16w01 DIO16 (ro): This bit reads the data input value of DIO16.
0x400A1380 C   FIELD 17w01 DIO17 (ro): This bit reads the data input value of DIO17.
0x400A1380 C   FIELD 18w01 DIO18 (ro): This bit reads the data input value of DIO18.
0x400A1380 C   FIELD 19w01 DIO19 (ro): This bit reads the data input value of DIO19.
0x400A1380 C   FIELD 20w01 DIO20 (ro): This bit reads the data input value of DIO20.
0x400A1380 C   FIELD 21w01 DIO21 (ro): This bit reads the data input value of DIO21.
0x400A1380 C   FIELD 22w01 DIO22 (ro): This bit reads the data input value of DIO22.
0x400A1380 C   FIELD 23w01 DIO23 (ro): This bit reads the data input value of DIO23.
0x400A1380 C   FIELD 24w01 DIO24 (ro): This bit reads the data input value of DIO24.
0x400A1380 C   FIELD 25w01 DIO25 (ro): This bit reads the data input value of DIO25.
0x400A1380 C   FIELD 26w01 DIO26 (ro): This bit reads the data input value of DIO26.
0x400A1380 C   FIELD 27w01 DIO27 (ro): This bit reads the data input value of DIO27.
0x400A1380 C   FIELD 28w01 DIO28 (ro): This bit reads the data input value of DIO28.
0x400A1380 C   FIELD 29w01 DIO29 (ro): This bit reads the data input value of DIO29.
0x400A1380 C   FIELD 30w01 DIO30 (ro): This bit reads the data input value of DIO30.
0x400A1380 C   FIELD 31w01 DIO31 (ro): This bit reads the data input value of DIO31.
0x400A1390 B  REGISTER GPIOA_POLARITY15_0 (rw): Polarity 15 to 0
0x400A1390 C   FIELD 00w02 DIO0 (rw): Enables and configures edge detection polarity for DIO0.
0x400A1390 C   FIELD 02w02 DIO1 (rw): Enables and configures edge detection polarity for DIO1.
0x400A1390 C   FIELD 04w02 DIO2 (rw): Enables and configures edge detection polarity for DIO2.
0x400A1390 C   FIELD 06w02 DIO3 (rw): Enables and configures edge detection polarity for DIO3.
0x400A1390 C   FIELD 08w02 DIO4 (rw): Enables and configures edge detection polarity for DIO4.
0x400A1390 C   FIELD 10w02 DIO5 (rw): Enables and configures edge detection polarity for DIO5.
0x400A1390 C   FIELD 12w02 DIO6 (rw): Enables and configures edge detection polarity for DIO6.
0x400A1390 C   FIELD 14w02 DIO7 (rw): Enables and configures edge detection polarity for DIO7.
0x400A1390 C   FIELD 16w02 DIO8 (rw): Enables and configures edge detection polarity for DIO8.
0x400A1390 C   FIELD 18w02 DIO9 (rw): Enables and configures edge detection polarity for DIO9.
0x400A1390 C   FIELD 20w02 DIO10 (rw): Enables and configures edge detection polarity for DIO10.
0x400A1390 C   FIELD 22w02 DIO11 (rw): Enables and configures edge detection polarity for DIO11.
0x400A1390 C   FIELD 24w02 DIO12 (rw): Enables and configures edge detection polarity for DIO12.
0x400A1390 C   FIELD 26w02 DIO13 (rw): Enables and configures edge detection polarity for DIO13.
0x400A1390 C   FIELD 28w02 DIO14 (rw): Enables and configures edge detection polarity for DIO14.
0x400A1390 C   FIELD 30w02 DIO15 (rw): Enables and configures edge detection polarity for DIO15.
0x400A13A0 B  REGISTER GPIOA_POLARITY31_16 (rw): Polarity 31 to 16
0x400A13A0 C   FIELD 00w02 DIO16 (rw): Enables and configures edge detection polarity for DIO16.
0x400A13A0 C   FIELD 02w02 DIO17 (rw): Enables and configures edge detection polarity for DIO17.
0x400A13A0 C   FIELD 04w02 DIO18 (rw): Enables and configures edge detection polarity for DIO18.
0x400A13A0 C   FIELD 06w02 DIO19 (rw): Enables and configures edge detection polarity for DIO19.
0x400A13A0 C   FIELD 08w02 DIO20 (rw): Enables and configures edge detection polarity for DIO20.
0x400A13A0 C   FIELD 10w02 DIO21 (rw): Enables and configures edge detection polarity for DIO21.
0x400A13A0 C   FIELD 12w02 DIO22 (rw): Enables and configures edge detection polarity for DIO22.
0x400A13A0 C   FIELD 14w02 DIO23 (rw): Enables and configures edge detection polarity for DIO23.
0x400A13A0 C   FIELD 16w02 DIO24 (rw): Enables and configures edge detection polarity for DIO24.
0x400A13A0 C   FIELD 18w02 DIO25 (rw): Enables and configures edge detection polarity for DIO25.
0x400A13A0 C   FIELD 20w02 DIO26 (rw): Enables and configures edge detection polarity for DIO26.
0x400A13A0 C   FIELD 22w02 DIO27 (rw): Enables and configures edge detection polarity for DIO27.
0x400A13A0 C   FIELD 24w02 DIO28 (rw): Enables and configures edge detection polarity for DIO28.
0x400A13A0 C   FIELD 26w02 DIO29 (rw): Enables and configures edge detection polarity for DIO29.
0x400A13A0 C   FIELD 28w02 DIO30 (rw): Enables and configures edge detection polarity for DIO30.
0x400A13A0 C   FIELD 30w02 DIO31 (rw): Enables and configures edge detection polarity for DIO31.
0x400A1400 B  REGISTER GPIOA_CTL (rw): FAST WAKE GLOBAL EN
0x400A1400 C   FIELD 00w01 FASTWAKEONLY (rw): FASTWAKEONLY for the global control of fastwake
0x400A1404 B  REGISTER GPIOA_FASTWAKE (rw): FAST WAKE ENABLE
0x400A1404 C   FIELD 00w01 DIN0: Enable fastwake feature for DIN0
0x400A1404 C   FIELD 01w01 DIN1: Enable fastwake feature for DIN1
0x400A1404 C   FIELD 02w01 DIN2: Enable fastwake feature for DIN2
0x400A1404 C   FIELD 03w01 DIN3: Enable fastwake feature for DIN3
0x400A1404 C   FIELD 04w01 DIN4: Enable fastwake feature for DIN4
0x400A1404 C   FIELD 05w01 DIN5: Enable fastwake feature for DIN5
0x400A1404 C   FIELD 06w01 DIN6: Enable fastwake feature for DIN6
0x400A1404 C   FIELD 07w01 DIN7: Enable fastwake feature for DIN7
0x400A1404 C   FIELD 08w01 DIN8: Enable fastwake feature for DIN8
0x400A1404 C   FIELD 09w01 DIN9: Enable fastwake feature for DIN9
0x400A1404 C   FIELD 10w01 DIN10: Enable fastwake feature for DIN10
0x400A1404 C   FIELD 11w01 DIN11: Enable fastwake feature for DIN11
0x400A1404 C   FIELD 12w01 DIN12: Enable fastwake feature for DIN12
0x400A1404 C   FIELD 13w01 DIN13: Enable fastwake feature for DIN13
0x400A1404 C   FIELD 14w01 DIN14: Enable fastwake feature for DIN14
0x400A1404 C   FIELD 15w01 DIN15: Enable fastwake feature for DIN15
0x400A1404 C   FIELD 16w01 DIN16: Enable fastwake feature for DIN16
0x400A1404 C   FIELD 17w01 DIN17: Enable fastwake feature for DIN17
0x400A1404 C   FIELD 18w01 DIN18: Enable fastwake feature for DIN18
0x400A1404 C   FIELD 19w01 DIN19: Enable fastwake feature for DIN19
0x400A1404 C   FIELD 20w01 DIN20: Enable fastwake feature for DIN20
0x400A1404 C   FIELD 21w01 DIN21: Enable fastwake feature for DIN21
0x400A1404 C   FIELD 22w01 DIN22: Enable fastwake feature for DIN22
0x400A1404 C   FIELD 23w01 DIN23: Enable fastwake feature for DIN23
0x400A1404 C   FIELD 24w01 DIN24: Enable fastwake feature for DIN24
0x400A1404 C   FIELD 25w01 DIN25: Enable fastwake feature for DIN25
0x400A1404 C   FIELD 26w01 DIN26: Enable fastwake feature for DIN26
0x400A1404 C   FIELD 27w01 DIN27: Enable fastwake feature for DIN27
0x400A1404 C   FIELD 28w01 DIN28: Enable fastwake feature for DIN29
0x400A1404 C   FIELD 29w01 DIN29: Enable fastwake feature for DIN29
0x400A1404 C   FIELD 30w01 DIN30: Enable fastwake feature for DIN30
0x400A1404 C   FIELD 31w01 DIN31: Enable fastwake feature for DIN31
0x400A1500 B  REGISTER GPIOA_SUB0CFG (rw): Subscriber 0 configuration
0x400A1500 C   FIELD 00w01 ENABLE (rw): This bit is used to enable subscriber 0 event.
0x400A1500 C   FIELD 08w02 OUTPOLICY (rw): These bits configure the output policy for subscriber 0 event.
0x400A1500 C   FIELD 16w04 INDEX (rw): Indicates the specific bit among lower 16 bits that is targeted by the subscriber action
0x400A1508 B  REGISTER GPIOA_FILTEREN15_0 (rw): Filter Enable 15 to 0
0x400A1508 C   FIELD 00w02 DIN0: Programmable counter length of digital glitch filter for DIN0
0x400A1508 C   FIELD 02w02 DIN1: Programmable counter length of digital glitch filter for DIN1
0x400A1508 C   FIELD 04w02 DIN2: Programmable counter length of digital glitch filter for DIN2
0x400A1508 C   FIELD 06w02 DIN3: Programmable counter length of digital glitch filter for DIN3
0x400A1508 C   FIELD 08w02 DIN4: Programmable counter length of digital glitch filter for DIN4
0x400A1508 C   FIELD 10w02 DIN5: Programmable counter length of digital glitch filter for DIN5
0x400A1508 C   FIELD 12w02 DIN6: Programmable counter length of digital glitch filter for DIN6
0x400A1508 C   FIELD 14w02 DIN7: Programmable counter length of digital glitch filter for DIN7
0x400A1508 C   FIELD 16w02 DIN8: Programmable counter length of digital glitch filter for DIN8
0x400A1508 C   FIELD 18w02 DIN9: Programmable counter length of digital glitch filter for DIN9
0x400A1508 C   FIELD 20w02 DIN10: Programmable counter length of digital glitch filter for DIN10
0x400A1508 C   FIELD 22w02 DIN11: Programmable counter length of digital glitch filter for DIN11
0x400A1508 C   FIELD 24w02 DIN12: Programmable counter length of digital glitch filter for DIN12
0x400A1508 C   FIELD 26w02 DIN13: Programmable counter length of digital glitch filter for DIN13
0x400A1508 C   FIELD 28w02 DIN14: Programmable counter length of digital glitch filter for DIN14
0x400A1508 C   FIELD 30w02 DIN15: Programmable counter length of digital glitch filter for DIN15
0x400A150C B  REGISTER GPIOA_FILTEREN31_16 (rw): Filter Enable 31 to 16
0x400A150C C   FIELD 00w02 DIN16: Programmable counter length of digital glitch filter for DIN16
0x400A150C C   FIELD 02w02 DIN17: Programmable counter length of digital glitch filter for DIN17
0x400A150C C   FIELD 04w02 DIN18: Programmable counter length of digital glitch filter for DIN18
0x400A150C C   FIELD 06w02 DIN19: Programmable counter length of digital glitch filter for DIN19
0x400A150C C   FIELD 08w02 DIN20: Programmable counter length of digital glitch filter for DIN20
0x400A150C C   FIELD 10w02 DIN21: Programmable counter length of digital glitch filter for DIN21
0x400A150C C   FIELD 12w02 DIN22: Programmable counter length of digital glitch filter for DIN22
0x400A150C C   FIELD 14w02 DIN23: Programmable counter length of digital glitch filter for DIN23
0x400A150C C   FIELD 16w02 DIN24: Programmable counter length of digital glitch filter for DIN24
0x400A150C C   FIELD 18w02 DIN25: Programmable counter length of digital glitch filter for DIN25
0x400A150C C   FIELD 20w02 DIN26: Programmable counter length of digital glitch filter for DIN26
0x400A150C C   FIELD 22w02 DIN27: Programmable counter length of digital glitch filter for DIN27
0x400A150C C   FIELD 24w02 DIN28: Programmable counter length of digital glitch filter for DIN28
0x400A150C C   FIELD 26w02 DIN29: Programmable counter length of digital glitch filter for DIN29
0x400A150C C   FIELD 28w02 DIN30: Programmable counter length of digital glitch filter for DIN30
0x400A150C C   FIELD 30w02 DIN31: Programmable counter length of digital glitch filter for DIN31
0x400A1510 B  REGISTER GPIOA_DMAMASK (rw): DMA Write MASK
0x400A1510 C   FIELD 00w01 DOUT0: DMA is allowed to modify DOUT0
0x400A1510 C   FIELD 01w01 DOUT1: DMA is allowed to modify DOUT1
0x400A1510 C   FIELD 02w01 DOUT2: DMA is allowed to modify DOUT2
0x400A1510 C   FIELD 03w01 DOUT3: DMA is allowed to modify DOUT3
0x400A1510 C   FIELD 04w01 DOUT4: DMA is allowed to modify DOUT4
0x400A1510 C   FIELD 05w01 DOUT5: DMA is allowed to modify DOUT5
0x400A1510 C   FIELD 06w01 DOUT6: DMA is allowed to modify DOUT6
0x400A1510 C   FIELD 07w01 DOUT7: DMA is allowed to modify DOUT7
0x400A1510 C   FIELD 08w01 DOUT8: DMA is allowed to modify DOUT8
0x400A1510 C   FIELD 09w01 DOUT9: DMA is allowed to modify DOUT9
0x400A1510 C   FIELD 10w01 DOUT10: DMA is allowed to modify DOUT10
0x400A1510 C   FIELD 11w01 DOUT11: DMA is allowed to modify DOUT11
0x400A1510 C   FIELD 12w01 DOUT12: DMA is allowed to modify DOUT12
0x400A1510 C   FIELD 13w01 DOUT13: DMA is allowed to modify DOUT13
0x400A1510 C   FIELD 14w01 DOUT14: DMA is allowed to modify DOUT14
0x400A1510 C   FIELD 15w01 DOUT15: DMA is allowed to modify DOUT15
0x400A1510 C   FIELD 16w01 DOUT16: DMA is allowed to modify DOUT16
0x400A1510 C   FIELD 17w01 DOUT17: DMA is allowed to modify DOUT17
0x400A1510 C   FIELD 18w01 DOUT18: DMA is allowed to modify DOUT18
0x400A1510 C   FIELD 19w01 DOUT19: DMA is allowed to modify DOUT19
0x400A1510 C   FIELD 20w01 DOUT20: DMA is allowed to modify DOUT20
0x400A1510 C   FIELD 21w01 DOUT21: DMA is allowed to modify DOUT21
0x400A1510 C   FIELD 22w01 DOUT22: DMA is allowed to modify DOUT22
0x400A1510 C   FIELD 23w01 DOUT23: DMA is allowed to modify DOUT23
0x400A1510 C   FIELD 24w01 DOUT24: DMA is allowed to modify DOUT24
0x400A1510 C   FIELD 25w01 DOUT25: DMA is allowed to modify DOUT25
0x400A1510 C   FIELD 26w01 DOUT26: DMA is allowed to modify DOUT26
0x400A1510 C   FIELD 27w01 DOUT27: DMA is allowed to modify DOUT27
0x400A1510 C   FIELD 28w01 DOUT28: DMA is allowed to modify DOUT28
0x400A1510 C   FIELD 29w01 DOUT29: DMA is allowed to modify DOUT29
0x400A1510 C   FIELD 30w01 DOUT30: DMA is allowed to modify DOUT30
0x400A1510 C   FIELD 31w01 DOUT31: DMA is allowed to modify DOUT31
0x400A1520 B  REGISTER GPIOA_SUB1CFG (rw): Subscriber 1 configuration
0x400A1520 C   FIELD 00w01 ENABLE (rw): This bit is used to enable subscriber 1 event.
0x400A1520 C   FIELD 08w02 OUTPOLICY (rw): These bits configure the output policy for subscriber 1 event.
0x400A1520 C   FIELD 16w04 INDEX (rw): indicates the specific bit in the upper 16 bits that is targeted by the subscriber action
0x400AF000 A PERIPHERAL SYSCTL
0x400AF004 B  CLUSTER SYSCTL_PINCM[0]: 
0x400AF004 B  REGISTER SYSCTL_CLK_OUT0 (rw): CLK_OUT
0x400AF004 C   FIELD 06w02 PSTATE (rw): Peripheral-Analog Channel State
0x400AF004 C   FIELD 14w02 GSTATE (rw): GPIO Channel State
0x400AF004 C   FIELD 16w01 PIPD (rw): Pull down enable
0x400AF004 C   FIELD 17w01 PIPU (rw): Pull up enable
0x400AF004 C   FIELD 18w01 INENA (rw): Input enable
0x400AF004 C   FIELD 19w01 HYSTEN (rw): Hysteresis enable
0x400AF004 C   FIELD 20w03 DRV (rw): Drive strength options
0x400AF004 C   FIELD 24w01 HIGHZ0 (rw): High-Z instead of low output
0x400AF004 C   FIELD 25w01 HIGHZ1 (rw): High-Z instead of high output
0x400AF004 C   FIELD 26w01 INV (rw): Invert digital input/output relative to peripheral/GPIO
0x400AF004 C   FIELD 27w01 WUEN (rw): Wake up enable
0x400AF004 C   FIELD 28w01 WCOMP (rw): Wake up compare value
0x400AF004 C   FIELD 29w01 SLEW (rw): Reserved Slew Rate Control
0x400AF004 C   FIELD 30w01 GFLT (rw): Glitch Filter Enable
0x400AF008 B  REGISTER SYSCTL_BSL_INVOKE0 (rw): BSL Invoke
0x400AF008 C   FIELD 06w02 PSTATE (rw): Peripheral-Analog Channel State
0x400AF008 C   FIELD 14w02 GSTATE (rw): GPIO Channel State
0x400AF008 C   FIELD 16w01 PIPD (rw): Pull down enable
0x400AF008 C   FIELD 17w01 PIPU (rw): Pull up enable
0x400AF008 C   FIELD 18w01 INENA (rw): Input enable
0x400AF008 C   FIELD 19w01 HYSTEN (rw): Hysteresis enable
0x400AF008 C   FIELD 20w03 DRV (rw): Drive strength options
0x400AF008 C   FIELD 24w01 HIGHZ0 (rw): High-Z instead of low output
0x400AF008 C   FIELD 25w01 HIGHZ1 (rw): High-Z instead of high output
0x400AF008 C   FIELD 26w01 INV (rw): Invert digital input/output relative to peripheral/GPIO
0x400AF008 C   FIELD 27w01 WUEN (rw): Wake up enable
0x400AF008 C   FIELD 28w01 WCOMP (rw): Wake up compare value
0x400AF008 C   FIELD 29w01 SLEW (rw): Reserved Slew Rate Control
0x400AF008 C   FIELD 30w01 GFLT (rw): Glitch Filter Enable
0x400AF00C B  REGISTER SYSCTL_LFCLKIN0 (rw): BSL Invoke
0x400AF00C C   FIELD 06w02 PSTATE (rw): Peripheral-Analog Channel State
0x400AF00C C   FIELD 14w02 GSTATE (rw): GPIO Channel State
0x400AF00C C   FIELD 16w01 PIPD (rw): Pull down enable
0x400AF00C C   FIELD 17w01 PIPU (rw): Pull up enable
0x400AF00C C   FIELD 18w01 INENA (rw): Input enable
0x400AF00C C   FIELD 19w01 HYSTEN (rw): Hysteresis enable
0x400AF00C C   FIELD 20w03 DRV (rw): Drive strength options
0x400AF00C C   FIELD 24w01 HIGHZ0 (rw): High-Z instead of low output
0x400AF00C C   FIELD 25w01 HIGHZ1 (rw): High-Z instead of high output
0x400AF00C C   FIELD 26w01 INV (rw): Invert digital input/output relative to peripheral/GPIO
0x400AF00C C   FIELD 27w01 WUEN (rw): Wake up enable
0x400AF00C C   FIELD 28w01 WCOMP (rw): Wake up compare value
0x400AF00C C   FIELD 29w01 SLEW (rw): Reserved Slew Rate Control
0x400AF00C C   FIELD 30w01 GFLT (rw): Glitch Filter Enable
0x400AF010 B  REGISTER SYSCTL_HFCLKIN0 (rw): BSL Invoke
0x400AF010 C   FIELD 06w02 PSTATE (rw): Peripheral-Analog Channel State
0x400AF010 C   FIELD 14w02 GSTATE (rw): GPIO Channel State
0x400AF010 C   FIELD 16w01 PIPD (rw): Pull down enable
0x400AF010 C   FIELD 17w01 PIPU (rw): Pull up enable
0x400AF010 C   FIELD 18w01 INENA (rw): Input enable
0x400AF010 C   FIELD 19w01 HYSTEN (rw): Hysteresis enable
0x400AF010 C   FIELD 20w03 DRV (rw): Drive strength options
0x400AF010 C   FIELD 24w01 HIGHZ0 (rw): High-Z instead of low output
0x400AF010 C   FIELD 25w01 HIGHZ1 (rw): High-Z instead of high output
0x400AF010 C   FIELD 26w01 INV (rw): Invert digital input/output relative to peripheral/GPIO
0x400AF010 C   FIELD 27w01 WUEN (rw): Wake up enable
0x400AF010 C   FIELD 28w01 WCOMP (rw): Wake up compare value
0x400AF010 C   FIELD 29w01 SLEW (rw): Reserved Slew Rate Control
0x400AF010 C   FIELD 30w01 GFLT (rw): Glitch Filter Enable
0x400AF014 B  REGISTER SYSCTL_FCC_IN0 (rw): BSL Invoke
0x400AF014 C   FIELD 06w02 PSTATE (rw): Peripheral-Analog Channel State
0x400AF014 C   FIELD 14w02 GSTATE (rw): GPIO Channel State
0x400AF014 C   FIELD 16w01 PIPD (rw): Pull down enable
0x400AF014 C   FIELD 17w01 PIPU (rw): Pull up enable
0x400AF014 C   FIELD 18w01 INENA (rw): Input enable
0x400AF014 C   FIELD 19w01 HYSTEN (rw): Hysteresis enable
0x400AF014 C   FIELD 20w03 DRV (rw): Drive strength options
0x400AF014 C   FIELD 24w01 HIGHZ0 (rw): High-Z instead of low output
0x400AF014 C   FIELD 25w01 HIGHZ1 (rw): High-Z instead of high output
0x400AF014 C   FIELD 26w01 INV (rw): Invert digital input/output relative to peripheral/GPIO
0x400AF014 C   FIELD 27w01 WUEN (rw): Wake up enable
0x400AF014 C   FIELD 28w01 WCOMP (rw): Wake up compare value
0x400AF014 C   FIELD 29w01 SLEW (rw): Reserved Slew Rate Control
0x400AF014 C   FIELD 30w01 GFLT (rw): Glitch Filter Enable
0x400AF018 B  REGISTER SYSCTL_BEEPER0 (rw): BEEPER
0x400AF018 C   FIELD 06w02 PSTATE (rw): Peripheral-Analog Channel State
0x400AF018 C   FIELD 14w02 GSTATE (rw): GPIO Channel State
0x400AF018 C   FIELD 16w01 PIPD (rw): Pull down enable
0x400AF018 C   FIELD 17w01 PIPU (rw): Pull up enable
0x400AF018 C   FIELD 18w01 INENA (rw): Input enable
0x400AF018 C   FIELD 19w01 HYSTEN (rw): Hysteresis enable
0x400AF018 C   FIELD 20w03 DRV (rw): Drive strength options
0x400AF018 C   FIELD 24w01 HIGHZ0 (rw): High-Z instead of low output
0x400AF018 C   FIELD 25w01 HIGHZ1 (rw): High-Z instead of high output
0x400AF018 C   FIELD 26w01 INV (rw): Invert digital input/output relative to peripheral/GPIO
0x400AF018 C   FIELD 27w01 WUEN (rw): Wake up enable
0x400AF018 C   FIELD 28w01 WCOMP (rw): Wake up compare value
0x400AF018 C   FIELD 29w01 SLEW (rw): Reserved Slew Rate Control
0x400AF018 C   FIELD 30w01 GFLT (rw): Glitch Filter Enable
0x400B0020 B  REGISTER SYSCTL_IIDX (ro): Event IIDX
0x400B0020 C   FIELD 00w04 STAT (ro): Interrupt Index Register -- Read Only
0x400B0028 B  REGISTER SYSCTL_IMASK (rw): Event IMASK
0x400B0028 C   FIELD 00w01 LFOSCGOOD (rw): LFOSC GOOD
0x400B0028 C   FIELD 01w01 BORLVL (rw): BOR Level Indicator
0x400B0028 C   FIELD 02w01 FLASHDED (rw): Flash Double Error Detect
0x400B0028 C   FIELD 03w01 FLASHSEC (rw): Flash Single Error Correct
0x400B0028 C   FIELD 04w01 LFXTGOOD (rw): LFXT GOOD
0x400B0028 C   FIELD 05w01 LFCLKFAIL (rw): LFXT-EXLF Monitor Fail
0x400B0028 C   FIELD 06w01 HFCLKGOOD (rw): HFCLK GOOD
0x400B0028 C   FIELD 07w01 SYSPLLGOOD (rw): SYSPLL GOOD
0x400B0028 C   FIELD 08w01 HSCLKGOOD (rw): HSCLK GOOD
0x400B0030 B  REGISTER SYSCTL_RIS (ro): Event RIS
0x400B0030 C   FIELD 00w01 LFOSCGOOD (ro): LFOSC GOOD
0x400B0030 C   FIELD 01w01 BORLVL (ro): BOR Level Indicator
0x400B0030 C   FIELD 02w01 FLASHDED (ro): Flash Double Error Detect
0x400B0030 C   FIELD 03w01 FLASHSEC (ro): Flash Single Error Correct
0x400B0030 C   FIELD 04w01 LFXTGOOD (ro): LFXT GOOD
0x400B0030 C   FIELD 05w01 LFCLKFAIL (ro): LFXT-EXLF Monitor Fail
0x400B0030 C   FIELD 06w01 HFCLKGOOD (ro): HFCLK GOOD
0x400B0030 C   FIELD 07w01 SYSPLLGOOD (ro): SYSPLL GOOD
0x400B0030 C   FIELD 08w01 HSCLKGOOD (ro): HSCLK GOOD
0x400B0038 B  REGISTER SYSCTL_MIS (ro): Event MIS
0x400B0038 C   FIELD 00w01 LFOSCGOOD (ro): LFOSC GOOD
0x400B0038 C   FIELD 01w01 BORLVL (ro): BOR Level Indicator
0x400B0038 C   FIELD 02w01 FLASHDED (ro): Flash Double Error Detect
0x400B0038 C   FIELD 03w01 FLASHSEC (ro): Flash Single Error Correct
0x400B0038 C   FIELD 04w01 LFXTGOOD (ro): LFXT GOOD
0x400B0038 C   FIELD 05w01 LFCLKFAIL (ro): LFXT-EXLF Monitor Fail
0x400B0038 C   FIELD 06w01 HFCLKGOOD (ro): HFCLK GOOD
0x400B0038 C   FIELD 07w01 SYSPLLGOOD (ro): SYSPLL GOOD
0x400B0038 C   FIELD 08w01 HSCLKGOOD (ro): HSCLK GOOD
0x400B0040 B  REGISTER SYSCTL_ISET (wo): Event ISET
0x400B0040 C   FIELD 00w01 LFOSCGOOD (wo): LFOSC GOOD
0x400B0040 C   FIELD 01w01 BORLVL (wo): BOR Level Indicator
0x400B0040 C   FIELD 02w01 FLASHDED (wo): Flash Double Error Detect
0x400B0040 C   FIELD 03w01 FLASHSEC (wo): Flash Single Error Correct
0x400B0040 C   FIELD 04w01 LFXTGOOD (wo): LFXT GOOD
0x400B0040 C   FIELD 05w01 LFCLKFAIL (wo): LFXT-EXLF Monitor Fail
0x400B0040 C   FIELD 06w01 HFCLKGOOD (wo): HFCLK GOOD
0x400B0040 C   FIELD 07w01 SYSPLLGOOD (wo): SYSPLL GOOD
0x400B0040 C   FIELD 08w01 HSCLKGOOD (wo): HSCLK GOOD
0x400B0048 B  REGISTER SYSCTL_ICLR (wo): Event ICLR
0x400B0048 C   FIELD 00w01 LFOSCGOOD (wo): LFOSC GOOD
0x400B0048 C   FIELD 01w01 BORLVL (wo): BOR Level Indicator
0x400B0048 C   FIELD 02w01 FLASHDED (wo): Flash Double Error Detect
0x400B0048 C   FIELD 03w01 FLASHSEC (wo): Flash Single Error Correct
0x400B0048 C   FIELD 04w01 LFXTGOOD (wo): LFXT GOOD
0x400B0048 C   FIELD 05w01 LFCLKFAIL (wo): LFXT-EXLF Monitor Fail
0x400B0048 C   FIELD 06w01 HFCLKGOOD (wo): HFCLK GOOD
0x400B0048 C   FIELD 07w01 SYSPLLGOOD (wo): SYSPLL GOOD
0x400B0048 C   FIELD 08w01 HSCLKGOOD (wo): HSCLK GOOD
0x400B0100 B  REGISTER SYSCTL_SYSOSCCFG (rw): SYSOSC Configuration
0x400B0100 C   FIELD 00w02 FREQ (rw): Freq Target: 0: BASE 1: 4M 2: USER 3: Reserved for Turbo 48MHz
0x400B0100 C   FIELD 08w01 USE4MHZSTOP (rw): SYOSC Frequency during stop 0: 32M 1: 4M
0x400B0100 C   FIELD 09w01 DISABLESTOP (rw): Disable SYSOSC when in STOP mode to allow STOP with LFCLK
0x400B0100 C   FIELD 10w01 DISABLE (rw): Disable SYSOSC to run all power modes with LFCLK
0x400B0100 C   FIELD 11w01 FASTCLKONAREQ (rw): Force BASE (or higher) Freqency when there is async sysosc request 0: Leave as current frequency 1: Force BASE or current that is higher
0x400B0100 C   FIELD 16w01 BLOCKASYNCALL (rw): Block all async requests from enabling SYSOSC via hardware, ie keep running from LFCLK
0x400B0100 C   FIELD 17w01 BLOCKASYNCUART (rw): Block all UART async requests from enabling SYSOSC via hardware, ie keep running from LFCLK if UART is requester
0x400B0100 C   FIELD 18w01 BLOCKASYNCACOMP (rw): Block all ACOMP async requests from enabling SYSOSC via hardware, ie keep running from LFCLK if UART is requester
0x400B0104 B  REGISTER SYSCTL_MCLKCFG (rw): Configuration related to MCLK
0x400B0104 C   FIELD 00w04 MDIV (rw): MDIV Divider 1..16 when RUN-SLEEP
0x400B0104 C   FIELD 04w02 UDIV (rw): UDIV Divider 0: MCLK 1: MCLK div 22: MCLK div 3 when USEHSCLK is TRUE
0x400B0104 C   FIELD 08w04 FLASHWAIT (rw): Flash wait states when using a high speed clock source - HFCLK or PLL
0x400B0104 C   FIELD 12w01 USEMFTICK (rw): USE the MFTICK feature (this will limit MDIV options)
0x400B0104 C   FIELD 16w01 USEHSCLK (rw): High Speed Clock Selected for MCLK (HFCLK, PLL,...)
0x400B0104 C   FIELD 20w01 USELFCLK (rw): Low Frequency Clock Selected for MCLK
0x400B0104 C   FIELD 21w01 STOPCLKSTBY (rw): STOP ULPCLK Root during STANDBY, Only wake on ASYNC IO Events
0x400B0108 B  REGISTER SYSCTL_HSCLKEN (rw): High Speed Clock Configuration
0x400B0108 C   FIELD 00w01 HFXTEN (rw): Enable the HFXT Crystal
0x400B0108 C   FIELD 08w01 SYSPLLEN (rw): Enable the SYSTEM PLL
0x400B0108 C   FIELD 16w01 USEEXTHFCLK (rw): Use External Pin as High Frequency Oscillator Source(HFCLK)
0x400B010C B  REGISTER SYSCTL_HSCLKCFG (rw): High Speed Clock Configuration
0x400B010C C   FIELD 00w01 HSCLKSEL (rw): High Speed Clock Source 0: SYSPLL, 1:HFCLKCLK
0x400B0110 B  REGISTER SYSCTL_HFCLKCLKCFG (rw): High Frequency OSC Clock Configuration
0x400B0110 C   FIELD 00w08 HFXTTIME (rw): HFXT startup time in 64 usec resolution
0x400B0110 C   FIELD 12w02 HFXTRSEL (rw): HFXT Range Select
0x400B0110 C   FIELD 28w01 HFCLKFLTCHK (rw): Check for stuck fault on HFCLK related pins
0x400B0114 B  REGISTER SYSCTL_LFCLKCFG (rw): Low Frequency External Clock Configuration
0x400B0114 C   FIELD 00w02 XT1DRIVE (rw): Drive strength and power consumption option
0x400B0114 C   FIELD 04w01 MONITOR (rw): Use Monitor for LFXT, EXLF failure
0x400B0114 C   FIELD 08w01 LOWCAP (rw): Can be enabled if CAP is less than 3pf for reduced power
0x400B0120 B  REGISTER SYSCTL_SYSPLLCFG0 (rw): System PLL Configuration 0 MMR
0x400B0120 C   FIELD 00w01 SYSPLLREF (rw): System PLL Reference Clock Source 0: SYSOSC, 1:HFCLK
0x400B0120 C   FIELD 01w01 MCLK2XVCO (rw): Use PLL CLK2X PATH as source for MCLK
0x400B0120 C   FIELD 04w01 ENABLECLK0 (rw): PLL CLK0 Output enabled
0x400B0120 C   FIELD 05w01 ENABLECLK1 (rw): PLL CLK1 Output enabled
0x400B0120 C   FIELD 06w01 ENABLECLK2X (rw): PLL CLK2X Output enabled
0x400B0120 C   FIELD 08w04 RDIVCLK0 (rw): Final Divider for CLK0 Output 1-16
0x400B0120 C   FIELD 12w04 RDIVCLK1 (rw): Final Divider for CLK1 Output 1-16
0x400B0120 C   FIELD 16w04 RDIVCLK2X (rw): Final Divider for CLK2X Output 1-16
0x400B0124 B  REGISTER SYSCTL_SYSPLLCFG1 (rw): System PLL Configuration 1 MMR
0x400B0124 C   FIELD 00w02 PDIV (rw): PLL Reference Clock Divider 1,2,4,8
0x400B0124 C   FIELD 08w07 QDIV (rw): PLL Feedback Clock Divider 1-127 by 1
0x400B0128 B  REGISTER SYSCTL_SYSPLLPARAM0 (rw): System PLL Paramater 0 MMR --- Data from Flash Table Lookup
0x400B0128 C   FIELD 00w06 STARTTIME (rw): Startup time from Enable to Locked Clock in resolution of 1usec
0x400B0128 C   FIELD 08w06 STARTTIMELP (rw): Startup time from Low Power Exit to Locked Clock in resolution of 1usec
0x400B0128 C   FIELD 16w06 CPCURRENT (rw): Charge Pump Current
0x400B0128 C   FIELD 24w05 CAPBVAL (rw): Override Value for Cap B
0x400B0128 C   FIELD 31w01 CAPBOVERRIDE (rw): Override Enable For Cap B
0x400B012C B  REGISTER SYSCTL_SYSPLLPARAM1 (rw): System PLL Paramater 1 MMR --- Data from Flash Table Lookup
0x400B012C C   FIELD 00w05 LPFCAPA (rw): Loop Filter Cap A
0x400B012C C   FIELD 08w10 LPFRESA (rw): Loop Filter Res A
0x400B012C C   FIELD 24w08 LPFRESC (rw): Loop Filter Res C
0x400B0138 B  REGISTER SYSCTL_GENCLKCFG (rw): General Clock Configuration
0x400B0138 C   FIELD 00w03 EXCLKSRC (rw): External Clock Source Select
0x400B0138 C   FIELD 04w03 EXCLKDIVVAL (rw): 
0x400B0138 C   FIELD 07w01 EXCLKDIVEN (rw): 1: Enable divide 0: Pass Src Clock Through
0x400B0138 C   FIELD 08w01 CANCLKSRC (rw): Source for CAN Clock
0x400B0138 C   FIELD 09w01 MFPCLKSRC (rw): Source for MFPCLK Clock
0x400B0138 C   FIELD 12w04 HFCLK4MFPCLKDIV (rw): HFCLK Divider 1..16
0x400B013C B  REGISTER SYSCTL_GENCLKEN (rw): General Clock Enables
0x400B013C C   FIELD 00w01 EXCLKEN (rw): Enable the External Clock Output
0x400B013C C   FIELD 04w01 MFCLKEN (rw): Enable the MFCLK
0x400B0140 B  REGISTER SYSCTL_PMODECFG (rw): Power Mode Configurations
0x400B0140 C   FIELD 00w02 DSLEEP (rw): Action to be taken on DEEPSLEEP 0: STOP, 1:STANDBY, 2: SHUTDOWN 3: Reserved
0x400B0168 B  REGISTER SYSCTL_SOCLOCK_FLBANKSWAP (rw): Flash Bank Swap
0x400B0168 C   FIELD 00w01 USEUPPER (ro): 1: SWAP upper banks to lower 0: Normal Memory Map
0x400B0170 B  REGISTER SYSCTL_SYSOSCTRIMUSER (rw): SYSOSC Trim Values specified by user
0x400B0170 C   FIELD 00w02 FREQ (rw): Freq Target: 0: NOT VALID TRIM 1: 16M 2: 24M 3: Reserved
0x400B0170 C   FIELD 04w03 CAP (rw): CAP TRIM - Changes per frequency target
0x400B0170 C   FIELD 08w06 RESCOARSE (rw): Resister Coarse TRIM - Changes per frequency target
0x400B0170 C   FIELD 16w04 RESFINE (rw): Resister Coarse TRIM - Changes per frequency target
0x400B0170 C   FIELD 20w09 RDIV (rw): FCL RDIV TRIM - Changes per frequency target
0x400B0178 B  REGISTER SYSCTL_SYSMEMWEPROT (rw): SRAM Write Protect
0x400B0180 B  REGISTER SYSCTL_SYSTEMCFG (rw): SRAM Write Protect
0x400B0180 C   FIELD 00w01 FLASHECCRSTDIS (rw): 0: Flash ECC Double Error will issue System Reset (default) 1: Reset is disable but sysstatus will be provided
0x400B0200 B  REGISTER SYSCTL_WRITELOCK (rw): SYSOSC Trim Values specified by user
0x400B0200 C   FIELD 00w01 ACTIVE (rw): LOCK configuration MMRs from write
0x400B0204 B  REGISTER SYSCTL_CLKSTATUS (ro): Useful debug status of clock selections
0x400B0204 C   FIELD 00w02 SYSOSCFREQ (ro): Current SYSOSC frequency setting
0x400B0204 C   FIELD 04w01 HSCLKMUX (ro): High Speed Clock Selected for MCLK (HFCLK, PLL,...)
0x400B0204 C   FIELD 06w02 LFCLKMUX (ro): Low Frequency Clock Selected
0x400B0204 C   FIELD 08w01 HFCLKGOOD (ro): High Frequency Clock ON
0x400B0204 C   FIELD 09w01 SYSPLLGOOD (ro): SYSTEM PLL ON
0x400B0204 C   FIELD 10w01 LFXTGOOD (ro): LFXT is Valid
0x400B0204 C   FIELD 11w01 LFOSCGOOD (ro): LFOSC is Valid
0x400B0204 C   FIELD 12w01 HSCLKSOFF (ro): All PLLs, HFCLKs are OFF or DEAD
0x400B0204 C   FIELD 13w01 HFCLKOFF (ro): HFCLKs is OFF or DEAD
0x400B0204 C   FIELD 14w01 SYSPLLOFF (ro): SYSPLL is OFF or DEAD
0x400B0204 C   FIELD 16w01 CURHSCLKSEL (ro): High Speed Clock Source 0: SYSPLL, 1:HFCLK
0x400B0204 C   FIELD 17w01 CURMCLKSEL (ro): MCLK Clock Source 0: NOT LFCLK, 1:LFCLK
0x400B0204 C   FIELD 20w01 HSCLKDEAD (ro): High Speed Clock Stuck Fault
0x400B0204 C   FIELD 21w01 HSCLKGOOD (ro): High Speed Clock Good
0x400B0204 C   FIELD 23w01 LFCLKFAIL (ro): Clock Fail for LFXT or EXLF clock source
0x400B0204 C   FIELD 24w01 FCLMODE (ro): SYSOSC FCL MODE ON
0x400B0204 C   FIELD 28w01 HFCLKBLKUPD (ro): Writes to HFCLKCLKCFG are blocked
0x400B0204 C   FIELD 29w01 SYSPLLBLKUPD (ro): Writes to SYSPLLCFG0-1, SYSPLLPARAM0-1 are blocked
0x400B0204 C   FIELD 30w01 OPAMPCLKERR (ro): Error with OPAMP Clock Generation
0x400B0204 C   FIELD 31w01 ACOMPHSCLKERR (ro): Error with Anacomp High Speed CP Clock Generation - SYSOSC must not run at 4MHz
0x400B0208 B  REGISTER SYSCTL_SYSSTATUS (ro): Useful System Status Data
0x400B0208 C   FIELD 00w01 FLASHDED (ro): Double Error Detect on Flash
0x400B0208 C   FIELD 01w01 FLASHSEC (ro): Single Error Correction on Flash
0x400B0208 C   FIELD 02w01 BORLVL (ro): BOR LEVEL STATUS Indicator
0x400B0208 C   FIELD 04w01 PMUIREFGOOD (ro): PMU IFREF GOOD
0x400B0208 C   FIELD 08w01 MCAN0READY (ro): MCAN0 Ready
0x400B0300 B  REGISTER SYSCTL_RESETLEVEL (rw): Reset Level for Application Reset Command
0x400B0300 C   FIELD 00w02 LEVEL (rw): Reset Level 0: CPU plus peripherals, 1: BOR level reset to BOOTCODE, 2: Do CPU plus Peripheral reset then BOOTLOADER, 3: Full Power On Reset -- vcore disabled
0x400B0304 B  REGISTER SYSCTL_RESETCMD (wo): Execute Reset Command
0x400B0304 C   FIELD 00w01 GO (wo): Execute Reset defined in RESETLEVEL
0x400B0308 B  REGISTER SYSCTL_BORTHRESHOLD (rw): BOR Threshold Level
0x400B0308 C   FIELD 00w02 LEVEL (rw): BOR Threshold Level 0: Full Re-boot This level is always enforced regardless of MMR seting 1-3: Generates interrupt
0x400B0310 B  REGISTER SYSCTL_SYSOSCFCLCTL (wo): SYSOSC Frequency Control Loop with External Resistor
0x400B0310 C   FIELD 00w01 SETUSEFCL (wo): Use Freq Control Loop
0x400B0314 B  REGISTER SYSCTL_LFXTCTL (wo): LFXT Control -- Only BOR Level Reset will clear
0x400B0314 C   FIELD 00w01 STARTLFXT (wo): Start LFXT
0x400B0314 C   FIELD 01w01 SETUSELFXT (wo): Use LFXT
0x400B0318 B  REGISTER SYSCTL_EXLFCTL (wo): EX LF Control -- Only BOR Level Reset will clear
0x400B0318 C   FIELD 02w01 SETUSEEXLF (wo): Use external LF CLK IN
0x400B031C B  REGISTER SYSCTL_SHDNIOREL (wo): Shutdown IO Release Command
0x400B031C C   FIELD 00w01 RELEASE (wo): Release IO after Shutdown
0x400B0320 B  REGISTER SYSCTL_EXRSTPIN (wo): Disable use of external Reset Pin
0x400B0320 C   FIELD 02w01 DISABLE (wo): Disable External Reset
0x400B0324 B  REGISTER SYSCTL_SYSSTATUSCLR (wo): Clear sticky bits of SYSSTATUS
0x400B0324 C   FIELD 02w01 ALLECC (wo): Clear ALL ECC related SYSSTATUS indicators
0x400B0328 B  REGISTER SYSCTL_SWDCFG (wo): Disable SWD
0x400B0328 C   FIELD 02w01 DISABLE (wo): Disable SWD
0x400B0380 B  REGISTER SYSCTL_PMUOPAMP (rw): PMU OPAMP Control
0x400B0380 C   FIELD 00w01 ENABLE (rw): Enable PMU OPAMP
0x400B0380 C   FIELD 01w01 PCHENABLE (rw): Positive Channel Input Enable
0x400B0380 C   FIELD 02w02 NSEL (rw): Negative Channel Input Select
0x400B0380 C   FIELD 04w02 RRI (rw): Rail to Rail Input Mode Select
0x400B0380 C   FIELD 06w01 OUTENABLE (rw): Output To Pad Enable
0x400B0380 C   FIELD 08w02 CHOPCLKFREQ (rw): CHOP Clock frequency select
0x400B0380 C   FIELD 10w02 CHOPCLKMODE (rw): CHOP Clock Mode
0x400B0400 B  REGISTER SYSCTL_SHUTDNSTORE0 (rw): Shutdown Storage Byte 0
0x400B0400 C   FIELD 00w08 DATA (rw): Shutdown Storage Byte 0
0x400B0404 B  REGISTER SYSCTL_SHUTDNSTORE1 (rw): Shutdown Storage Byte 1
0x400B0404 C   FIELD 00w08 DATA (rw): Shutdown Storage Byte 1
0x400B0408 B  REGISTER SYSCTL_SHUTDNSTORE2 (rw): Shutdown Storage Byte 2
0x400B0408 C   FIELD 00w08 DATA (rw): Shutdown Storage Byte 2
0x400B040C B  REGISTER SYSCTL_SHUTDNSTORE3 (rw): Shutdown Storage Byte 3
0x400B040C C   FIELD 00w08 DATA (rw): Shutdown Storage Byte 3
0x400B1000 B  REGISTER SYSCTL_LIFECYCLE (rw): Device Lifecycle
0x400B1000 C   FIELD 00w08 VALUE (rw): Device Lifecycle set by BOOTCODE READY=0x69(105), ATTEST=0x55(85), PREPROBE=0x96(150)
0x400B1004 B  REGISTER SYSCTL_BOOTCFG (rw): Configuration of CPURESET Vector
0x400B1004 C   FIELD 00w02 STARTVEC (rw): Reset Vector target location at next reset
0x400B1004 C   FIELD 04w01 NONMAINWEPROT (rw): 0: NonMain Flash area can be modified 1: Program-Erase will be ignored
0x400B1004 C   FIELD 08w01 WAITINRESET (rw): 0: Normal operation 1: CPU held in reset for debugger to control release
0x400B1004 C   FIELD 16w01 BSLREQ (rw): 0: Full Bringup 1: TRIM already loaded, requesting BSL
0x400B1008 B  REGISTER SYSCTL_BOOTDONE (wo): BOOTCODE PASS
0x400B1008 C   FIELD 00w01 PASS (wo): BOOTCODE writes 1 for PASS, left unwritten a timeout will occur if not blocked
0x400B100C B  REGISTER SYSCTL_BOOTTIMEOUT (wo): BOOT TIMEOUT Control
0x400B100C C   FIELD 00w01 PET (wo): BOOTCODE writes 1 for reloading BOOT TIMEOUT Counter
0x400B100C C   FIELD 01w01 STOP (wo): BOOTCODE writes 1 for STOPPING BOOT TIMEOUT Counter
0x400B1010 B  REGISTER SYSCTL_BCTRIMUNLOCK (wo): BootCode TRIM Unlock
0x400B1014 B  REGISTER SYSCTL_INFRASTATUS (ro): Infrastructure Status
0x400B1014 C   FIELD 00w01 DMATRIMSIGFAIL (ro): DMA TRIM signiture fail
0x400B1014 C   FIELD 08w01 TRIMUNLOCK (ro): TRIM MMRs are UNLOCKED
0x400B1014 C   FIELD 16w01 SRAMREPAIRDONE (ro): SRAM repair is completed or not supported on this SOC
0x400B1014 C   FIELD 24w01 READY1T (ro): Flash 1T Read mode is available
0x400B1018 B  REGISTER SYSCTL_BOOTDIAG (rw): 8 bit boot diagnostic to Debugss
0x400B1018 C   FIELD 00w08 DATA (rw): 8 bit boot diagnostic to Debugss
0x400B101C B  REGISTER SYSCTL_INFRASTATUS1 (ro): Infrastructure Status 2
0x400B101C C   FIELD 00w01 CRPAD (ro): Customer Return Pad
0x400B1020 B  REGISTER SYSCTL_FWEPROTMAINA (rw): 1 Sector Write-Erase per bit starting at address 0x0 of flash
0x400B1024 B  REGISTER SYSCTL_FWEPROTMAINB0 (rw): 8xSector Write-Erase per bit starting at address 0x0 of flash
0x400B1024 C   FIELD 00w16 DATA (rw): 8xSector Write Erase protection 1: prohibits write-erase, 0: allows
0x400B1040 B  REGISTER SYSCTL_JTAGUSERCODE (rw): JTAG USERCODE
0x400B1400 B  REGISTER SYSCTL_DMATRIMUNLOCK (wo): DMA TRIM Unlock
0x400B1404 B  REGISTER SYSCTL_SYSOSCTRIMBASE (rw): SYSOSC Trim Values for frequency when change from disable to enable, generally 32MHz
0x400B1404 C   FIELD 00w04 IBIAS (rw): IBIAS TRIM - Only 1 value, not frequency dependent
0x400B1404 C   FIELD 04w03 CAP (rw): CAP TRIM - Changes per frequency target
0x400B1404 C   FIELD 08w06 RESCOARSE (rw): Resister Coarse TRIM - Changes per frequency target
0x400B1404 C   FIELD 16w04 RESFINE (rw): Resister Coarse TRIM - Changes per frequency target
0x400B1404 C   FIELD 24w03 ILDO (rw): ILDO TRIM -- Only 1 value, Not frequency dependent
0x400B1404 C   FIELD 27w01 VCTRLSEL (rw): VCTRL SEL used potentially needed for FCL mode. Default 0
0x400B1404 C   FIELD 28w01 ALLOWTURBO (rw): SYSOSC 48MHz (TURBO) TI trim can be used
0x400B1404 C   FIELD 31w01 TRIMVALID (rw): TRIM Data Valid- used to trigger FSM
0x400B1408 B  REGISTER SYSCTL_PMUTRIM0 (rw): PMU TRIM 0
0x400B1408 C   FIELD 00w10 DATA (rw): SEE PMU definition for usage
0x400B140C B  REGISTER SYSCTL_PMUTRIM1 (rw): PMU TRIM 1
0x400B140C C   FIELD 00w10 DATA (rw): SEE PMU definition for usage
0x400B1410 B  REGISTER SYSCTL_PMUTRIM2 (rw): PMU TRIM 2
0x400B1410 C   FIELD 00w10 DATA (rw): SEE PMU definition for usage
0x400B1414 B  REGISTER SYSCTL_PMUTRIM3 (rw): PMU TRIM 3
0x400B1414 C   FIELD 00w10 DATA (rw): SEE PMU definition for usage
0x400B1418 B  REGISTER SYSCTL_PMUTRIM4 (rw): PMU TRIM 4
0x400B1418 C   FIELD 00w10 DATA (rw): SEE PMU definition for usage
0x400B141C B  REGISTER SYSCTL_PMUTRIM5 (rw): PMU TRIM 5
0x400B141C C   FIELD 00w10 DATA (rw): SEE PMU definition for usage
0x400B1420 B  REGISTER SYSCTL_FLASHPUMPTRIM (rw): Flash Pump TRIM-CFG
0x400B1424 B  REGISTER SYSCTL_FLASHBANK0TRIM (rw): $btname TRIM-CFG
0x400B1428 B  REGISTER SYSCTL_FLASHBANK0REPAIR (rw): $brname Flash Repair
0x400B1428 C   FIELD 00w14 DATA (rw): Repair Bits
0x400B142C B  REGISTER SYSCTL_FLASHSRAMCFG (rw): Flash and SRAM Configuration
0x400B142C C   FIELD 00w02 FLSIZE (rw): Flash Paper Spin 0: Full size, 1: 1/2, 2: 1/4
0x400B142C C   FIELD 04w02 SRSIZE (rw): SRAM Paper Spin 0: Full size, 1: 1/2, 2: 1/4
0x400B142C C   FIELD 08w01 MAIN2T (rw): 1: Main (nonmain) are 2T access 0: Main (nonmain) are 1T access
0x400B142C C   FIELD 31w01 FLTRIMDONE (rw): 1: Flash TRIM bits loaded 0: TRIM unwritten
0x400B1430 B  REGISTER SYSCTL_SRAMTIMING (rw): SRAM timing MMR for ESRAM controller, based on 4MHz
0x400B1430 C   FIELD 00w04 TISORISE2XONFALL (rw): ISO Rise to any ON FALL, spec 500ns (boot 750ns)
0x400B1430 C   FIELD 04w04 TSTRONG (rw): Driver Weak to Stong timing, spec 1000ns (boot 1500ns)
0x400B1430 C   FIELD 08w04 TPGOODRISE2ISOFALL (rw): PGOOD RISE to ISO FALL, spec 750ns (boot 1500ns)
0x400B1430 C   FIELD 12w04 TISOGOODFALL2CLKRISE (rw): ISO GOOD FALL to CLKRISE, spec 250ns (boot 500ns)
0x400B1434 B  REGISTER SYSCTL_SYSOSCTRIM4MHZ (rw): SYSOSC Trim Values for 4MHz target
0x400B1434 C   FIELD 04w03 CAP (rw): CAP TRIM - Changes per frequency target
0x400B1434 C   FIELD 08w06 RESCOARSE (rw): Resister Coarse TRIM - Changes per frequency target
0x400B1434 C   FIELD 16w04 RESFINE (rw): Resister Coarse TRIM - Changes per frequency target
0x400B1438 B  REGISTER SYSCTL_SYSOSCTRIM4MHZFCL (rw): SYSOSC Trim Values for 4MHz target with FCL enabled
0x400B1438 C   FIELD 04w03 CAP (rw): CAP TRIM - Changes per frequency target
0x400B1438 C   FIELD 08w06 RESCOARSE (rw): Resister Coarse TRIM - Changes per frequency target
0x400B1438 C   FIELD 16w04 RESFINE (rw): Resister Coarse TRIM - Changes per frequency target
0x400B1438 C   FIELD 20w09 RDIV (rw): FCL RDIV TRIM - Changes per frequency target
0x400B143C B  REGISTER SYSCTL_SYSOSCTRIMBASEFCL (rw): SYSOSC Trim Values for 32MHz target with FCL enabled
0x400B143C C   FIELD 00w02 FCLOTAIBIAS (rw): FCL IBIAS TRIM, Not frequency dependent
0x400B143C C   FIELD 04w03 CAP (rw): CAP TRIM - Changes per frequency target
0x400B143C C   FIELD 08w06 RESCOARSE (rw): Resister Coarse TRIM - Changes per frequency target
0x400B143C C   FIELD 16w04 RESFINE (rw): Resister Fine TRIM - Changes per frequency target
0x400B143C C   FIELD 20w09 RDIV (rw): FCL RDIV TRIM - Changes per frequency target
0x400B1440 B  REGISTER SYSCTL_LFOSCTRIM0 (rw): LFOSC TRIM values
0x400B1440 C   FIELD 00w05 RCODE (rw): LFOSC Res Frequency Trim
0x400B1440 C   FIELD 08w05 CCODE (rw): LFOSC Cap Frequency Trim
0x400B1444 B  REGISTER SYSCTL_LFOSCTRIM1 (rw): LFOSC TRIM values
0x400B1444 C   FIELD 00w15 CFG (rw): LFOSC CFG Trim
0x400B1444 C   FIELD 16w04 MUXCFG (rw): LFOSC Mux CFG Trim
0x400B1444 C   FIELD 20w01 RSHIFT (rw): LFOSC RSHIFT Trim
0x400B1444 C   FIELD 21w01 CLKSEL (rw): 0: divide LFOSC by 2 to give 32KHz, 1: pass through 64KHz
0x400B1444 C   FIELD 24w05 RTN (rw): LFOSC Noise Trim
0x400B1448 B  REGISTER SYSCTL_LFXTTRIM (rw): LFXT TRIM values
0x400B1448 C   FIELD 00w04 MANTRIMLOWEST (rw): LFXT Man Reg Trim Lowest Power
0x400B1448 C   FIELD 04w04 MANTRIMLOWER (rw): LFXT Man Reg Trim Lower Power
0x400B1448 C   FIELD 08w04 MANTRIMHIGHER (rw): LFXT Man Reg Trim Higher Power
0x400B1448 C   FIELD 12w04 MANTRIMHIGHEST (rw): LFXT Man Reg Trim Highest Power
0x400B1448 C   FIELD 16w04 HYSCFG (rw): LFXT Hysterisys Config
0x400B1448 C   FIELD 20w03 STARTUPTIME (rw): LFXT Startup Time
0x400B1448 C   FIELD 23w01 FASTSTARTUP (rw): LFXT Fast Startup Select
0x400B1448 C   FIELD 24w01 GFCFG (rw): LFXT GFCFG
0x400B1448 C   FIELD 25w01 LKCOMPDISABLE (rw): LFXT Leakage Comp Disable
0x400B1448 C   FIELD 26w01 SWSUPPLYEN (rw): LFXT SW Supply Enable
0x400B1448 C   FIELD 27w01 GLITCHFILTER (rw): Glitch Filter Enable
0x400B1448 C   FIELD 28w02 MAININV (rw): LFXT Main Inverter Strength
0x400B1448 C   FIELD 30w02 MONITOROFFTIME (rw): XT Monitor Off Time Trim
0x400B144C B  REGISTER SYSCTL_HFXTTRIM0 (rw): HFXT TRIM and Override
0x400B144C C   FIELD 00w06 MAGR0 (rw): Value for MAG TRIM Range 0
0x400B144C C   FIELD 08w06 MAGR1 (rw): Value for MAG TRIM Range 1
0x400B144C C   FIELD 16w06 MAGR2 (rw): Value for MAG TRIM Range 2
0x400B144C C   FIELD 24w06 MAGR3 (rw): Value for MAG TRIM Range 3
0x400B144C C   FIELD 30w01 MAGOVERRIDE (rw): Use this TRIM value instead of hardwired
0x400B144C C   FIELD 31w01 KICKSTARTDISABLE (rw): DISABLE Kickstart
0x400B1450 B  REGISTER SYSCTL_HFXTTRIM1 (rw): HFXT TRIM and Override
0x400B1450 C   FIELD 00w08 DRVR0 (rw): Value for DRV TRIM Range 0
0x400B1450 C   FIELD 08w08 DRVR1 (rw): Value for DRV TRIM Range 1
0x400B1450 C   FIELD 16w08 DRVR2 (rw): Value for DRV TRIM Range 2
0x400B1450 C   FIELD 24w08 DRVR3 (rw): Value for DRV TRIM Range 3
0x400B1454 B  REGISTER SYSCTL_PLLTRIM0 (rw): PLL TRIM and Override
0x400B1454 C   FIELD 00w01 SEARCHALWAYS (rw): Force Freq Search to ALWAYS be performed
0x400B1454 C   FIELD 01w01 SEARCHALGO (rw): Select Search Mode Algorithm
0x400B1454 C   FIELD 02w02 SEARCHITER (rw): Search iterations to perform
0x400B1454 C   FIELD 04w04 VCOJUMPTIME (rw): VCO Freq Jump Settling Time
0x400B1454 C   FIELD 08w06 VCOSTARTTIME (rw): VCO Start Settling Time in SYSOSC BASE clocks generally 32MHz - this comes before STARTTIME-STARTTIMELP
0x400B1454 C   FIELD 16w05 LPFVCOVTUNE (rw): LPF VCOVTUNE NOM Value
0x400B1458 B  REGISTER SYSCTL_PLLTRIM1 (rw): PLL TRIM and Override
0x400B1458 C   FIELD 00w07 IDACSTART (rw): IDAC Start Value
0x400B1458 C   FIELD 08w07 IDACOFFSET (rw): IDAC Offset Value
0x400B1458 C   FIELD 16w07 VCOIDACOVRDVAL (rw): VCO Feq IDAC mcode override val
0x400B1458 C   FIELD 24w01 VCOIDACOVRDEN (rw): VCO Feq IDAC mcode override enable
0x400B1458 C   FIELD 25w01 EXCHG1X2X (rw): Exchange 1X and 2X clock paths - Experimental
0x400B145C B  REGISTER SYSCTL_ADC12B0TRIM0 (rw): Bits 31..0 of CDAC
0x400B1460 B  REGISTER SYSCTL_ADC12B0TRIM1 (rw): Bits 63..32 of CDAC
0x400B1464 B  REGISTER SYSCTL_ADC12B0TRIM2 (rw): Bits 65..64 of CDAC, and other ADC12B0 always trims
0x400B1464 C   FIELD 00w02 CDACUPPER (rw): Bits 65..64 of CDAC
0x400B1464 C   FIELD 02w02 RESISTOR (rw): RESISTOR TRIM
0x400B1464 C   FIELD 04w12 OFFSET (rw): OFFSET TRIM
0x400B1464 C   FIELD 16w07 LATCH (rw): LATCH TRIM
0x400B1468 B  REGISTER SYSCTL_ADC12B0TRIM3 (rw): Additional ADC trims for 12B 4MSPS
0x400B1468 C   FIELD 00w04 PERIOD (rw): Period
0x400B1468 C   FIELD 04w06 OSC (rw): Oscillator
0x400B146C B  REGISTER SYSCTL_ADC12B1TRIM0 (rw): Bits 31..0 of CDAC
0x400B1470 B  REGISTER SYSCTL_ADC12B1TRIM1 (rw): Bits 63..32 of CDAC
0x400B1474 B  REGISTER SYSCTL_ADC12B1TRIM2 (rw): Bits 65..64 of CDAC, and other ADC12B1 always trims
0x400B1474 C   FIELD 00w02 CDACUPPER (rw): Bits 65..64 of CDAC
0x400B1474 C   FIELD 02w02 RESISTOR (rw): RESISTOR TRIM
0x400B1474 C   FIELD 04w12 OFFSET (rw): OFFSET TRIM
0x400B1474 C   FIELD 16w07 LATCH (rw): LATCH TRIM
0x400B1478 B  REGISTER SYSCTL_ADC12B1TRIM3 (rw): Additional ADC trims for 12B 4MSPS
0x400B1478 C   FIELD 00w04 PERIOD (rw): Period
0x400B1478 C   FIELD 04w06 OSC (rw): Oscillator
0x400B147C B  REGISTER SYSCTL_DAC12B0TRIM (rw): Trims for 12B DAC
0x400B147C C   FIELD 00w02 IBIAS (rw): IBIAS
0x400B147C C   FIELD 02w02 OFFSETRNG (rw): Offset Range
0x400B147C C   FIELD 04w01 TRIMENOVRD (rw): Trim Enable Override
0x400B147C C   FIELD 05w02 CALIBCLKDIV (rw): Calibration Clock Divide Conrol
0x400B147C C   FIELD 07w01 SPARE (rw): SPARE bit
0x400B147C C   FIELD 08w06 RDYCNT (rw): Ready Count in 1 usec resolution
0x400B1480 B  REGISTER SYSCTL_OPAMP0TRIM (rw): Trims for Opamp0
0x400B1480 C   FIELD 00w06 DATA (rw): Opamp0 Trim
0x400B1480 C   FIELD 08w06 RDYGBW0GAIN1 (rw): Common Opamp Ready time (in usec) for GBW 0, GAIN 1
0x400B1480 C   FIELD 14w06 RDYGBW0GAIN32 (rw): Common Opamp Ready time (in usec)for GBW 0, GAIN 32
0x400B1480 C   FIELD 20w06 RDYGBW1GAIN1 (rw): Common Opamp Ready time (in usec)for GBW 1, GAIN 1
0x400B1480 C   FIELD 26w06 RDYGBW1GAIN32 (rw): Common Opamp Ready time (in usec)for GBW 1, GAIN 32
0x400B1484 B  REGISTER SYSCTL_OPAMP1TRIM (rw): Trims for Opamp1
0x400B1484 C   FIELD 00w06 DATA (rw): Opamp1 Trim
0x400B1488 B  REGISTER SYSCTL_ANACOMPTRIM (rw): Common Trims for Anacomp
0x400B1488 C   FIELD 00w06 RDYCNT (rw): Ready Count in 1 usec resolution
0x400B1488 C   FIELD 08w06 DACMODE0RDYCNT (rw): DAC Ready Count in 250ns usec resolution
0x400B1488 C   FIELD 16w06 DACMODE1RDYCNT (rw): DAC Ready Count in 1 usec resolution
0x400B1488 C   FIELD 24w06 TSRDYCNT (rw): TempSense Ready Count in 1 usec resolution
0x400B148C B  REGISTER SYSCTL_TRNGTRIM (rw): Trim for TRNG
0x400B148C C   FIELD 00w02 VLDO (rw): TRNG VLDO TRIM
0x400B148C C   FIELD 02w02 VCMPUMP (rw): TRNG VCM Pump TRIM
0x400B148C C   FIELD 04w02 LDOCURRENT (rw): TRNG LDO Current TRIM
0x400B148C C   FIELD 06w02 PULSERES (rw): TRNG Pulse Res TRIM
0x400B148C C   FIELD 08w03 AMPCURRENT (rw): TRNG Amp Current TRIM
0x400B148C C   FIELD 12w02 PULSEDELAY (rw): TRNG Pulse Delay TRIM
0x400B148C C   FIELD 14w02 V2ICURRENT (rw): TRNG V2i Current TRIM
0x400B148C C   FIELD 16w03 IREF (rw): TRNG IREF TRIM
0x400B148C C   FIELD 20w03 CPCURRENT (rw): TRNG CP Current TRIM
0x400B148C C   FIELD 24w02 VCMNOISE (rw): TRNG VCM Noise TRIM
0x400B1490 B  REGISTER SYSCTL_MISCTRIM (rw): Various Small TRIM
0x400B1490 C   FIELD 00w03 AFEVREF (rw): VREF TRIM
0x400B1490 C   FIELD 08w06 AFEVREFRDYCNT (rw): VREF Ready Count Nano is in 1 usec, Micro in 8 usec resolution
0x400B1490 C   FIELD 16w05 ANAFLTFALL (rw): Analog GlitchFilter Falling Trim
0x400B1490 C   FIELD 24w05 ANAFLTRIS (rw): Analog GlitchFilter Rising Trim
0x400B1494 B  REGISTER SYSCTL_PADEXIST0 (rw): PAD Exist for IOMUX
0x400B1498 B  REGISTER SYSCTL_PADEXIST1 (rw): PAD Exist for IOMUX
0x400B1498 C   FIELD 00w28 DATA (rw): Padexists Vector bits
0x400B149C B  REGISTER SYSCTL_IPAVAIL0 (rw): IP Available Paper Spin
0x400B149C C   FIELD 00w01 wwdtlp0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 01w01 rtc (rw): Peripheral Instance Available
0x400B149C C   FIELD 02w01 i2c0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 03w01 i2c1 (rw): Peripheral Instance Available
0x400B149C C   FIELD 04w01 uartlp0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 05w01 gptimer16b0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 06w01 gptimer16b1 (rw): Peripheral Instance Available
0x400B149C C   FIELD 07w01 opamp0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 08w01 dac12b0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 09w01 anacomp0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 10w01 adc12b4msps0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 11w01 gpio0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 12w01 uartadvlp0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 13w01 spi0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 14w01 crc0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 15w01 gptimer16bqei0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 16w01 uartlp1 (rw): Peripheral Instance Available
0x400B149C C   FIELD 17w01 uart0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 18w01 opamp1 (rw): Peripheral Instance Available
0x400B149C C   FIELD 19w01 anacomp1 (rw): Peripheral Instance Available
0x400B149C C   FIELD 20w01 anacomp2 (rw): Peripheral Instance Available
0x400B149C C   FIELD 21w01 adc12b4msps1 (rw): Peripheral Instance Available
0x400B149C C   FIELD 22w01 gpio1 (rw): Peripheral Instance Available
0x400B149C C   FIELD 23w01 spi1 (rw): Peripheral Instance Available
0x400B149C C   FIELD 24w01 trng (rw): Peripheral Instance Available
0x400B149C C   FIELD 25w01 aes (rw): Peripheral Instance Available
0x400B149C C   FIELD 26w01 wwdtlp1 (rw): Peripheral Instance Available
0x400B149C C   FIELD 27w01 gptimer16bsp0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 28w01 gptimer16bsp1 (rw): Peripheral Instance Available
0x400B149C C   FIELD 29w01 gptimer16bsp2 (rw): Peripheral Instance Available
0x400B149C C   FIELD 30w01 gptimer24bp0 (rw): Peripheral Instance Available
0x400B149C C   FIELD 31w01 mcan0 (rw): Peripheral Instance Available
0x400B14A0 B  REGISTER SYSCTL_IPAVAIL1 (rw): IP Available Paper Spin
0x400B14A0 C   FIELD 00w01 matcacl (rw): Peripheral Instance Available
0x400B14A0 C   FIELD 01w01 tmalite1 (rw): Peripheral Instance Available
0x400B14A0 C   FIELD 02w01 vref (rw): Peripheral Instance Available
0x400B14A4 B  REGISTER SYSCTL_FUNCPSPIN (rw): Functional Paper Spin Options
0x400B14A4 C   FIELD 00w01 MCANFD (rw): MCAN FD enabled
0x400B14A8 B  REGISTER SYSCTL_SYSOSCTRIMTURBO (rw): SYSOSC Trim Values for R&D Maximum target, likely 48MHz
0x400B14A8 C   FIELD 04w03 CAP (rw): CAP TRIM - Changes per frequency target
0x400B14A8 C   FIELD 08w06 RESCOARSE (rw): Resister Coarse TRIM - Changes per frequency target
0x400B14A8 C   FIELD 16w04 RESFINE (rw): Resister Coarse TRIM - Changes per frequency target
0x400B14AC B  REGISTER SYSCTL_SYSOSCTRIMTURBOFCL (rw): SYSOSC Trim Values for TURBO target with FCL enabled
0x400B14AC C   FIELD 04w03 CAP (rw): CAP TRIM - Changes per frequency target
0x400B14AC C   FIELD 08w06 RESCOARSE (rw): Resister Coarse TRIM - Changes per frequency target
0x400B14AC C   FIELD 16w04 RESFINE (rw): Resister Coarse TRIM - Changes per frequency target
0x400B14AC C   FIELD 20w09 RDIV (rw): FCL RDIV TRIM - Changes per frequency target
0x400B14B0 B  REGISTER SYSCTL_TRIMCRC (rw): FINAL 16 bit CRC of the TRIM load
0x400B14B0 C   FIELD 00w16 DATA (rw): final 16 bit CRC value
0x400B1C00 B  REGISTER SYSCTL_DFTSYSOSC (rw): DFT Control for HFXT
0x400B1C00 C   FIELD 00w02 ATBEN (rw): Enable ATB Structure
0x400B1C00 C   FIELD 04w01 DTBEN (rw): Enable DTB Structure
0x400B1C00 C   FIELD 08w02 DBUGCTL (rw): Debug Control
0x400B1C00 C   FIELD 12w04 ATBCTL (rw): ATB Control
0x400B1C00 C   FIELD 16w01 FCLOVRRIDE (rw): Override the FCL Enable into the hard macro
0x400B1C00 C   FIELD 17w01 FCLVAL (rw): Override Value for the FCL Enable into the hard macro
0x400B1C04 B  REGISTER SYSCTL_DFTLFCLK (rw): DFT Control for LFCLK Hard Macro
0x400B1C04 C   FIELD 00w02 ATB (rw): Bit1: enables buffered path, Bit0 enables unbuffered path
0x400B1C04 C   FIELD 02w02 DTBSEL (rw): DTB Select at hard macro
0x400B1C04 C   FIELD 04w03 ATBBUFSEL (rw): ATB Buffered Signal Select
0x400B1C04 C   FIELD 08w02 ATBUNBUFSEL (rw): ATB Buffered Signal Select
0x400B1C04 C   FIELD 10w01 DTBSELUPPER (rw): DTB Select for Upper 4 bits of DTBO[11:0] of hard macro
0x400B1C04 C   FIELD 11w01 DLYTRIMBP (rw): Delay Cell Trim Bypass
0x400B1C04 C   FIELD 12w01 DLYTRIMEN (rw): Delay Cell Trim Enable
0x400B1C04 C   FIELD 13w01 DLYTESTEN (rw): Delay Cell Test Enable
0x400B1C04 C   FIELD 16w04 DLYTESTCTL (rw): Delay Cell Test CTL
0x400B1C08 B  REGISTER SYSCTL_DFTVBSTCP (rw): DFT for VBOOST Charge Pump
0x400B1C08 C   FIELD 00w01 BYPASS (rw): BYPASS ALL Normal Control
0x400B1C08 C   FIELD 01w01 BYPEN (rw): EN to Hard Macro
0x400B1C08 C   FIELD 02w02 BYPCLKSEL (rw): CP Clock Select
0x400B1C08 C   FIELD 04w01 BYPCLKMUL (rw): Multiply CP clk by 8
0x400B1C08 C   FIELD 05w01 BYPFILTER (rw): No filter makes power up faster
0x400B1C08 C   FIELD 08w01 ATBEN (rw): This must be enabled for ATB muxing to operate
0x400B1C08 C   FIELD 09w01 TESTOUT (rw): Not conditioned with Bypass. Creates weak test output
0x400B1C10 B  REGISTER SYSCTL_DFTHFXT (rw): DFT Control for HFXT
0x400B1C10 C   FIELD 00w01 ATB (rw): Enable ATB Structure
0x400B1C10 C   FIELD 04w03 ATBBUFSEL (rw): ATB Buffered Signal Select
0x400B1C10 C   FIELD 08w03 ATBUNBUFSEL (rw): ATB Buffered Signal Select
0x400B1C10 C   FIELD 16w01 FSMOVERRIDE (rw): Override outputs of HFCLK FSM
0x400B1C10 C   FIELD 17w01 HFCLKSEL (rw): Use External Pin as High Frequency Oscillator Source(HFCLK)
0x400B1C10 C   FIELD 18w01 HFXTEN (rw): Override value for HFXT ENABLE to Hard Macro
0x400B1C10 C   FIELD 19w01 ICG (rw): Override Turn HFCLK related ICGs ON qualified with HFCLKSEL
0x400B1C10 C   FIELD 20w01 SLICERDISABLE (rw): Turn off slicer
0x400B1C10 C   FIELD 21w01 SUP2ULLISO (rw): Isolate HFXT analog from 3V PAD
0x400B1C10 C   FIELD 22w01 USEDTBI0 (rw): Use DTBI[0] as the HFCLK output
0x400B1C20 B  REGISTER SYSCTL_DFTSYSPLL0 (rw): DFT Control for SYSPLL
0x400B1C20 C   FIELD 00w01 ATB (rw): Enable ATB Structure
0x400B1C20 C   FIELD 01w01 DTB (rw): Enable DTB Structure
0x400B1C20 C   FIELD 04w03 ATBBUFSEL (rw): ATB Buffered Signal Select
0x400B1C20 C   FIELD 08w03 ATBUNBUFSEL (rw): ATB UnBuffered Signal Select
0x400B1C20 C   FIELD 12w03 DTBSEL (rw): DTB Signal Select
0x400B1C20 C   FIELD 16w01 VCOIDACOVERRIDE (rw): Override Enable For VCO Freq Idac Code
0x400B1C20 C   FIELD 20w06 VCOIDACVAL (rw): Override Value For VCO Freq Idac Code
0x400B1C24 B  REGISTER SYSCTL_DFTSYSPLL1 (rw): DFT Control for SYSPLL
0x400B1C24 C   FIELD 00w01 FSMOVERRIDE (rw): Override outputs of PLL FSM
0x400B1C24 C   FIELD 01w01 PLLEN (rw): Override value for PLL ENABLE to PLL
0x400B1C24 C   FIELD 02w01 ONDOMAINRST (rw): Assert ONDOMAIN RST to the hard macro
0x400B1C24 C   FIELD 03w01 PDRST (rw): Assert RST PD to the hard macro
0x400B1C24 C   FIELD 04w01 PDISO (rw): Assert ISO PD to the hard macro
0x400B1C24 C   FIELD 05w01 ICG0 (rw): Override value to turn PLL ICGCLK0 ON
0x400B1C24 C   FIELD 06w01 ICG1 (rw): Override value to turn PLL ICGCLK1 ON
0x400B1C24 C   FIELD 07w01 ICG2X (rw): Override value to turn PLL ICGCLK2X ON
0x400B1C24 C   FIELD 08w02 REFCLKSEL (rw): Override value to select Ref Clk
0x400B1C40 B  REGISTER SYSCTL_DFTPMUATB (rw): DFT Control for PMU ATB
0x400B1C40 C   FIELD 00w01 BUFEN (rw): ATB Buffered Output Enable
0x400B1C40 C   FIELD 01w01 UBUFEN (rw): ATB UnBuffered Output Enable
0x400B1C40 C   FIELD 02w01 SENSEEN (rw): 
0x400B1C40 C   FIELD 03w01 SENSEMUXSEL (rw): 
0x400B1C40 C   FIELD 04w01 BYPASSSWEN (rw): 
0x400B1C40 C   FIELD 05w01 BUFFEREN (rw): 
0x400B1C40 C   FIELD 08w03 BUFFERMDSEL (rw): 
0x400B1C40 C   FIELD 12w02 BUFFERFB (rw): 
0x400B1C40 C   FIELD 16w01 BUFMUXSEL (rw): 
0x400B1C40 C   FIELD 17w01 UBUFMUXSEL (rw): 
0x400B1C40 C   FIELD 18w01 UBUF2BUFEN (rw): 
0x400B1C40 C   FIELD 19w01 UBUF2BUFPADEN (rw): 
0x400B1C40 C   FIELD 20w01 BUFOUTSWEN (rw): 
0x400B1C40 C   FIELD 21w01 UNBUFOUTSWEN (rw): 
0x400B1C44 B  REGISTER SYSCTL_DFTPMUCTL (rw): DFT Control for PMU CTL
0x400B1C44 C   FIELD 00w01 PMUBUFEN (rw): ATB Buffered Output Enable
0x400B1C44 C   FIELD 01w01 PMUUBUFEN (rw): ATB UnBuffered Output Enable
0x400B1C44 C   FIELD 02w04 PMUBUFCTRL (rw): 
0x400B1C44 C   FIELD 06w04 PMUUBUFCTRL (rw): 
0x400B1C44 C   FIELD 10w01 REFCHOPCFG (rw): 
0x400B1C44 C   FIELD 11w01 REFEXTBGSEL (rw): 
0x400B1C44 C   FIELD 12w01 BORRDIVPD (rw): 
0x400B1C44 C   FIELD 13w01 BORCTOPFLIP (rw): 
0x400B1C44 C   FIELD 14w01 BORDISHYS (rw): 
0x400B1C44 C   FIELD 15w01 BORDISRST (rw): 
0x400B1C44 C   FIELD 16w01 LDODISPD (rw): 
0x400B1C44 C   FIELD 17w01 LDOENCLAMP (rw): 
0x400B1C44 C   FIELD 18w01 LDODISLDO (rw): 
0x400B1C44 C   FIELD 19w01 LDOCOMPEN (rw): 
0x400B1C44 C   FIELD 20w01 DFTPORREQ (rw): 
0x400B1C44 C   FIELD 21w01 PARBYPASS (rw): 
0x400B1C44 C   FIELD 22w01 PARDIS (rw): 
0x400B1C44 C   FIELD 24w03 DTBOSEL (rw): 
0x400B1C48 B  REGISTER SYSCTL_DFTPMULPM (rw): DFT Control for PMU LPM
0x400B1C48 C   FIELD 00w01 OVRDEN (rw): 
0x400B1C48 C   FIELD 01w01 MODE (rw): 
0x400B1C48 C   FIELD 02w01 SMPL (rw): 
0x400B1C48 C   FIELD 03w01 SMPLEN (rw): 
0x400B1C48 C   FIELD 04w01 LOADRNG (rw): 
0x400B1C48 C   FIELD 05w01 CPEN (rw): 
0x400B1C60 B  REGISTER SYSCTL_DFTPMCU (rw): Overall PMCU DFT Controls
0x400B1C60 C   FIELD 00w04 DTBOSEL (rw): Major DTB Output Select
0x400B1C60 C   FIELD 04w04 EXTCLKSEL (rw): External Clock DFT Selections
0x400B1C60 C   FIELD 08w01 EXTCLKOVRD (rw): External Clock Override for DFT SEL
0x400B2000 B  REGISTER SYSCTL_FWEPROTMAIN (rw): 1 Sector Write-Erase per bit starting at address 0x0 of flash
0x400B2000 C   FIELD 00w16 DATA (rw): 1 Sector Write Erase protection 1: prohibits write-erase, 0: allows
0x400B2014 B  REGISTER SYSCTL_FRWPROTMAINDATA (rw): 1KB sector based RW protection of first 4KB of data bank
0x400B2014 C   FIELD 00w08 DATA (rw): Each 1KB is configured for protection with 2 bits: 00 - No protection - Both RW allowed 01 - Write protection - R only, no W 10 - Read-write protection - No R, No W 11 - Not used (No R, only W does not make sense)
0x400B2018 B  REGISTER SYSCTL_FRXPROTMAIN_START (rw): Customer programmable RX firewall. Start and End are specified at 64B sector granularity. If Start == End, then one sector is RX protected If End == Start + 1, then two sectors are RX protected. And so on. If End < Start, then no address range is RX protected. HW will not check this. Since the start and end addresses are sector granularity, we do not need to store the 6 LSBs. Assuming a max protected range of 256KB, we will need only 12 higher order bits to be stored.
0x400B2018 C   FIELD 00w06 RSVD (rw): 
0x400B2018 C   FIELD 06w26 ADDR (rw): Higher order bits of start of RX protected MAIN flash bank address (ignoring least 6 bits that are sector-specific).
0x400B201C B  REGISTER SYSCTL_FRXPROTMAIN_END (rw): Customer programmable RX firewall. Start and End are specified at 64B sector granularity. If Start == End, then one sector is RX protected If End == Start + 1, then two sectors are RX protected. And so on. If End < Start, then no address range is RX protected. HW will not check this. Since the start and end addresses are sector granularity, we do not need to store the 10 LSBs. Assuming a max protected range of 256KB, we will need only 12 higher order bits to be stored.
0x400B201C C   FIELD 00w06 RSVD (rw): 
0x400B201C C   FIELD 06w26 ADDR (rw): Higher order bits of start of RX protected MAIN flash bank address (ignoring least 6 bits that are sector-specific).
0x400B2020 B  REGISTER SYSCTL_FIPPROT_START (rw): Customer programmable IP prorection firewall. Start and End are specified at 1KB sector granularity. If Start == End, then one sector is IP protected If End == Start + 1, then two sectors are IP protected. And so on. If End < Start, then no address range is IP protected. Since the start and end addresses are sector granularity, we do not need to store the 10 LSBs. Assuming a max protected range of 256KB, we will need only 12 higher order bits to be stored.
0x400B2020 C   FIELD 00w06 RSVD (rw): 
0x400B2020 C   FIELD 06w26 ADDR (rw): Higher order bits of start of RX protected MAIN flash bank address (ignoring least 6 bits that are sector-specific).
0x400B2024 B  REGISTER SYSCTL_FIPPROT_END (rw): Customer programmable IP prorection firewall. Start and End are specified at 64B sector granularity. If Start == End, then one sector is IP protected If End == Start + 1, then two sectors are IP protected. And so on. If End < Start, then no address range is IP protected. Since the start and end addresses are sector granularity, we do not need to store the 10 LSBs. Assuming a max protected range of 256KB, we will need only 12 higher order bits to be stored.
0x400B2024 C   FIELD 00w06 RSVD (rw): 
0x400B2024 C   FIELD 06w26 ADDR (rw): Higher order bits of start of RX protected MAIN flash bank address (ignoring least 6 bits that are sector-specific).
0x400B2038 B  REGISTER SYSCTL_FLBANKSWP_POLICY (wo): Bank Swap Policy
0x400B2038 C   FIELD 00w01 POLICY (wo): Flash Bank Swap Policy Intent. CSC can configure this to indicate SWAP. By default, at BOOTRST, the system comes up as NO_SWAP. BOOTCODE could set the policy to SWAP (via a shadowed bit in TRIMCFG). If set to SWAP, then CSC can not un-set it. Writing 0 has no effect. However, it is possible that BOOTCODE did not set the POLICY to 1, and CSC sets it to 1.
0x400B203C B  REGISTER SYSCTL_SECCFG_FLBANKSWAP (rw): Flash Bank Swap
0x400B203C C   FIELD 00w01 USEUPPER (ro): 1: SWAP upper banks to lower 0: Normal Memory Map
0x400B2044 B  REGISTER SYSCTL_FWENABLE (wo): Firewall lock enable register
0x400B2044 C   FIELD 04w01 FLRXPROT (wo): 
0x400B2044 C   FIELD 06w01 FLIPPROT (wo): 
0x400B2044 C   FIELD 08w01 SRAMBOUNDARY_LOCK (wo): SRAM Boundary Lock set 0 -- > Leave Boundary MMR writeable post INITDONE 1 -- > Lock Boundary from being written post INITDONE
0x400B2048 B  REGISTER SYSCTL_SECSTAT (ro): Firewall status register
0x400B2048 C   FIELD 00w01 INITDONE (ro): 
0x400B2048 C   FIELD 02w01 CSC_EXISTS (ro): 
0x400B2048 C   FIELD 04w01 FLRXPROT_VALID (ro): Firewall validity. 0 -- > not valid, 1 -- > valid
0x400B2048 C   FIELD 06w01 FLIPPROT_VALID (ro): Firewall validity. 0 -- > not valid, 1 -- > valid
0x400B2048 C   FIELD 08w01 SRBNDRY_LOCK (ro): SRAM Boundary Lock. 0 -- > not locked, 1 -- > locked
0x400B2048 C   FIELD 10w01 FLBANK_SWAP (ro): 
0x400B204C B  REGISTER SYSCTL_APSTART (rw): Application Reset Handler address
0x400B204C C   FIELD 02w20 ADDR (rw): 
0x400B2050 B  REGISTER SYSCTL_APPSP (rw): Application Stack Pointer
0x400B2050 C   FIELD 00w20 ADDR (rw): 
0x400B2060 B  REGISTER SYSCTL_INITDONE (wo): INITDONE PASS
0x400B2060 C   FIELD 00w02 PASS (wo): Customer Startup Code writes 3 for PASS, No timeout enforcement.
0x400C7000 A PERIPHERAL DEBUGSS
0x400C7004 B  CLUSTER DEBUGSS_PINCM[0]: 
0x400C7004 B  REGISTER DEBUGSS_SWCLK0 (rw): SWCLK
0x400C7004 C   FIELD 06w02 PSTATE (rw): Peripheral-Analog Channel State
0x400C7004 C   FIELD 14w02 GSTATE (rw): GPIO Channel State
0x400C7004 C   FIELD 16w01 PIPD (rw): Pull down enable
0x400C7004 C   FIELD 17w01 PIPU (rw): Pull up enable
0x400C7004 C   FIELD 18w01 INENA (rw): Input enable
0x400C7004 C   FIELD 19w01 HYSTEN (rw): Hysteresis enable
0x400C7004 C   FIELD 20w03 DRV (rw): Drive strength options
0x400C7004 C   FIELD 24w01 HIGHZ0 (rw): High-Z instead of low output
0x400C7004 C   FIELD 25w01 HIGHZ1 (rw): High-Z instead of high output
0x400C7004 C   FIELD 26w01 INV (rw): Invert digital input/output relative to peripheral/GPIO
0x400C7004 C   FIELD 27w01 WUEN (rw): Wake up enable
0x400C7004 C   FIELD 28w01 WCOMP (rw): Wake up compare value
0x400C7008 B  REGISTER DEBUGSS_SWDIO0 (rw): SWDIO
0x400C7008 C   FIELD 06w02 PSTATE (rw): Peripheral-Analog Channel State
0x400C7008 C   FIELD 14w02 GSTATE (rw): GPIO Channel State
0x400C7008 C   FIELD 16w01 PIPD (rw): Pull down enable
0x400C7008 C   FIELD 17w01 PIPU (rw): Pull up enable
0x400C7008 C   FIELD 18w01 INENA (rw): Input enable
0x400C7008 C   FIELD 19w01 HYSTEN (rw): Hysteresis enable
0x400C7008 C   FIELD 20w03 DRV (rw): Drive strength options
0x400C7008 C   FIELD 24w01 HIGHZ0 (rw): High-Z instead of low output
0x400C7008 C   FIELD 25w01 HIGHZ1 (rw): High-Z instead of high output
0x400C7008 C   FIELD 26w01 INV (rw): Invert digital input/output relative to peripheral/GPIO
0x400C7008 C   FIELD 27w01 WUEN (rw): Wake up enable
0x400C7008 C   FIELD 28w01 WCOMP (rw): Wake up compare value
0x400C7480 B  REGISTER DEBUGSS_CPU_CONNECT_0 (rw): CPU Connect
0x400C7480 C   FIELD 01w01 CPUSS0_CONN (rw): CPUSS0 connect bit.
0x400C8020 B  REGISTER DEBUGSS_IIDX (ro): Interrupt index
0x400C8020 C   FIELD 00w08 STAT: Interrupt index status
0x400C8028 B  REGISTER DEBUGSS_IMASK (rw): Interrupt mask
0x400C8028 C   FIELD 00w01 TXIFG: Masks TXIFG in MIS register
0x400C8028 C   FIELD 01w01 RXIFG: Masks RXIFG in MIS register
0x400C8028 C   FIELD 02w01 PWRUPIFG: Masks PWRUPIFG in MIS register
0x400C8028 C   FIELD 03w01 PWRDWNIFG: Masks PWRDWNIFG in MIS register
0x400C8030 B  REGISTER DEBUGSS_RIS (ro): Raw interrupt status
0x400C8030 C   FIELD 00w01 TXIFG: Raw interrupt status for TXIFG
0x400C8030 C   FIELD 01w01 RXIFG: Raw interrupt status for RXIFG
0x400C8030 C   FIELD 02w01 PWRUPIFG: Raw interrupt status for PWRUPIFG
0x400C8030 C   FIELD 03w01 PWRDWNIFG: Raw interrupt status for PWRDWNIFG
0x400C8038 B  REGISTER DEBUGSS_MIS (ro): Masked interrupt status
0x400C8038 C   FIELD 00w01 TXIFG: Masked interrupt status for TXIFG
0x400C8038 C   FIELD 01w01 RXIFG: Masked interrupt status for RXIFG
0x400C8038 C   FIELD 02w01 PWRUPIFG: Masked interrupt status for PWRUPIFG
0x400C8038 C   FIELD 03w01 PWRDWNIFG: Masked interrupt status for PWRDWNIFG
0x400C8040 B  REGISTER DEBUGSS_ISET (wo): Interrupt set
0x400C8040 C   FIELD 00w01 TXIFG: Sets TXIFG in RIS register
0x400C8040 C   FIELD 01w01 RXIFG: Sets RXIFG in RIS register
0x400C8040 C   FIELD 02w01 PWRUPIFG: Sets PWRUPIFG in RIS register
0x400C8040 C   FIELD 03w01 PWRDWNIFG: Sets PWRDWNIFG in RIS register
0x400C8048 B  REGISTER DEBUGSS_ICLR (wo): Interrupt clear
0x400C8048 C   FIELD 00w01 TXIFG: Clears TXIFG in RIS register
0x400C8048 C   FIELD 01w01 RXIFG: Clears RXIFG in RIS register
0x400C8048 C   FIELD 02w01 PWRUPIFG: Clears PWRUPIFG in RIS register
0x400C8048 C   FIELD 03w01 PWRDWNIFG: Clears PWRDWNIFG in RIS register
0x400C80E0 B  REGISTER DEBUGSS_EVT_MODE (ro): Event Mode
0x400C80E0 C   FIELD 00w02 INT0_CFG (ro): Event line mode select for peripheral events
0x400C80FC B  REGISTER DEBUGSS_DESC (ro): Module Description
0x400C80FC C   FIELD 00w04 MINREV: Minor rev of the IP
0x400C80FC C   FIELD 04w04 MAJREV: Major rev of the IP
0x400C80FC C   FIELD 08w04 INSTNUM: Instance Number within the device. This will be a parameter to the RTL for modules that can have multiple instances
0x400C80FC C   FIELD 12w04 FEATUREVER: Feature Set for the module *instance*
0x400C80FC C   FIELD 16w16 MODULEID: Module identification contains a unique peripheral identification number. The assignments are maintained in a central database for all of the platform modules to ensure uniqueness.
0x400C8100 B  REGISTER DEBUGSS_TXD (ro): Transmit data register
0x400C8104 B  REGISTER DEBUGSS_TXCTL (ro): Transmit control register
0x400C8104 C   FIELD 00w01 TRANSMIT (ro): Indicates data request in DSSM.TXD, set on write via Debug AP to DSSM.TXD. A read of the DSSM.TXD register by SW will clear the TX field. The tool can check that TXD is empty by reading this field.
0x400C8104 C   FIELD 01w31 TRANSMIT_FLAGS (ro): Generic TX flags that can be set by external debug tool. Functionality is defined by SW.
0x400C8108 B  REGISTER DEBUGSS_RXD (rw): Receive data register
0x400C810C B  REGISTER DEBUGSS_RXCTL (rw): Receive control register
0x400C810C C   FIELD 00w01 RECEIVE (ro): Indicates SW write to the DSSM.RXD register. A read of the DSSM.RXD register by SWD Access Port will clear the RX field.
0x400C810C C   FIELD 01w07 RECEIVE_FLAGS (rw): Generic RX flags that can be set by SW and read by external debug tool. Functionality is defined by SW.
0x400C8200 B  REGISTER DEBUGSS_SPECIAL_AUTH (ro): Special enable authorization register
0x400C8200 C   FIELD 00w01 SECAPEN (ro): An active high input. When asserted (and SWD access is also permitted), the debug tools can use the Security-AP to communicate with security control logic. When deasserted, a DAPBUS firewall will isolate the AP and prevent access to the Security-AP.
0x400C8200 C   FIELD 01w01 SWDPORTEN (ro): When asserted, the SW-DP functions normally. When deasserted, the SW-DP effectively disables all external debug access.
0x400C8200 C   FIELD 02w01 DFTAPEN (ro): An active high input. When asserted (and SWD access is also permitted), the debug tools can then access the DFT-AP external to the DebugSS lite. When deasserted, a DAPBUS firewall will isolate the AP and prevent access.
0x400C8200 C   FIELD 03w01 ETAPEN (ro): An active high input. When asserted (and SWD access is also permitted), the debug tools can then access an ET-AP external to the DebugSS lite. When deasserted, a DAPBUS firewall will isolate the AP and prevent access.
0x400C8200 C   FIELD 04w01 CFGAPEN (ro): An active high input. When asserted (and SWD access is also permitted), the debug tools can use the Config-AP to read device configuration information. When deasserted, a DAPBUS firewall will isolate the AP and prevent access to the Config-AP.
0x400C8200 C   FIELD 05w01 AHBAPEN (ro): Disabling / enabling debug access to the M0+ Core via the AHB-AP DAP bus isolation.
0x400C8200 C   FIELD 06w01 PWRAPEN (ro): An active high input. When asserted (and SWD access is also permitted), the debug tools can then access the PWR-AP to power and reset state of the CPU. When deasserted, a DAPBUS firewall will isolate the AP and prevent access.
0x400C8210 B  REGISTER DEBUGSS_APP_AUTH (ro): Application CPU0 authorization register
0x400C8210 C   FIELD 00w01 DBGEN (ro): Controls invasive debug enable.
0x400C8210 C   FIELD 01w01 NIDEN (ro): Controls non-invasive debug enable.
0x400C8210 C   FIELD 02w01 SPIDEN (ro): Secure invasive debug enable.
0x400C8210 C   FIELD 03w01 SPNIDEN (ro): Secure non-invasive debug enable.
0x400C9000 A PERIPHERAL EVENTLP
0x400C90F8 B  REGISTER EVENTLP_PUBCFG_DESC_EX (ro): Extended Module Description
0x400C90F8 C   FIELD 00w08 NUM_SINGLE_CHANNEL (ro): Number of single channels contained in this instance of event manager
0x400C90F8 C   FIELD 08w08 NUM_DUAL_CHANNEL (ro): Number of dual channels contained in this instance of event manager
0x400C90F8 C   FIELD 16w08 NUM_IMPORT (ro): Number of import ports available in this EventManager instantiation
0x400C90F8 C   FIELD 24w08 NUM_EXPORT (ro): Number of export ports available in this EventManager instantiation
0x400C90FC B  REGISTER EVENTLP_PUBCFG_DESC (ro): Module Description
0x400C90FC C   FIELD 00w04 MINREV: Minor rev of the IP
0x400C90FC C   FIELD 04w04 MAJREV: Major rev of the IP
0x400C90FC C   FIELD 08w04 INSTNUM: Instance Number within the device. This will be a parameter to the RTL for modules that can have multiple instances
0x400C90FC C   FIELD 12w04 FEATUREVER: Feature Set for the module *instance*
0x400C90FC C   FIELD 16w16 MODULEID: Module identification contains a unique peripheral identification number. The assignments are maintained in a central database for all of the platform modules to ensure uniqueness.
0x400C9100 B  CLUSTER EVENTLP_PUBCFG_FSUB[0]: 
0x400C9100 B  REGISTER EVENTLP_PUBCFG_FSUB_PORT[%s]0 (rw): Subscriber channel ID register
0x400C9100 C   FIELD 00w08 CHANID (rw): Channel ID for subscriber to connect to
0x400C9300 B  CLUSTER EVENTLP_PUBCFG_FPUB[0]: 
0x400C9300 B  REGISTER EVENTLP_PUBCFG_FPUB_PORT[%s]0 (rw): Publisher channel ID register
0x400C9300 C   FIELD 00w08 CHANID (rw): Channel ID for publisher to connect to
0x400C9500 B  CLUSTER EVENTLP_PUBCFG_EXPORT[0]: 
0x400C9500 B  REGISTER EVENTLP_PUBCFG_EXPORT_PORT0 (rw): Export channel ID register
0x400C9500 C   FIELD 00w08 CHANID (rw): Channel ID for export side to connect to
0x400C9700 B  CLUSTER EVENTLP_PUBCFG_IMPORT[0]: 
0x400C9700 B  REGISTER EVENTLP_PUBCFG_IMPORT_PORT0 (rw): Import channel ID registe
0x400C9700 C   FIELD 00w08 CHANID (rw): Channel ID for import side to connect to
0x400C9900 B  CLUSTER EVENTLP_PUBCFG_CPU_CONNECT[0]: 
0x400C9900 B  REGISTER EVENTLP_PUBCFG_CPU_NUM[%s]0 (rw): CPU connect register
0x400CA0F8 B  REGISTER EVENTLP_SECCFG_DESC_EX (ro): Extended Module Description
0x400CA0F8 C   FIELD 00w08 NUM_SINGLE_CHANNEL (ro): Number of single channels contained in this instance of event manager
0x400CA0F8 C   FIELD 08w08 NUM_DUAL_CHANNEL (ro): Number of dual channels contained in this instance of event manager
0x400CA0F8 C   FIELD 16w08 NUM_IMPORT (ro): Number of import ports available in this EventManager instantiation
0x400CA0F8 C   FIELD 24w08 NUM_EXPORT (ro): Number of export ports available in this EventManager instantiation
0x400CA0FC B  REGISTER EVENTLP_SECCFG_DESC (ro): Module Description
0x400CA0FC C   FIELD 00w04 MINREV: Minor rev of the IP
0x400CA0FC C   FIELD 04w04 MAJREV: Major rev of the IP
0x400CA0FC C   FIELD 08w04 INSTNUM: Instance Number within the device. This will be a parameter to the RTL for modules that can have multiple instances
0x400CA0FC C   FIELD 12w04 FEATUREVER: Feature Set for the module *instance*
0x400CA0FC C   FIELD 16w16 MODULEID: Module identification contains a unique peripheral identification number. The assignments are maintained in a central database for all of the platform modules to ensure uniqueness.
0x400CA100 B  CLUSTER EVENTLP_SECCFG_FSUB[0]: 
0x400CA100 B  REGISTER EVENTLP_SECCFG_FSUB_PORT[%s]0 (rw): Subscriber channel ID register
0x400CA100 C   FIELD 00w08 CHANID (rw): Channel ID for subscriber to connect to
0x400CA180 B  CLUSTER EVENTLP_SECCFG_FPUB[0]: 
0x400CA180 B  REGISTER EVENTLP_SECCFG_FPUB_PORT[%s]0 (rw): Publisher channel ID register
0x400CA180 C   FIELD 00w08 CHANID (rw): Channel ID for publisher to connect to
0x400CA200 B  CLUSTER EVENTLP_SECCFG_EXPORT[0]: 
0x400CA200 B  REGISTER EVENTLP_SECCFG_EXPORT_PORT0 (rw): Export channel ID register
0x400CA200 C   FIELD 00w08 CHANID (rw): Channel ID for export side to connect to
0x400CA280 B  CLUSTER EVENTLP_SECCFG_IMPORT[0]: 
0x400CA280 B  REGISTER EVENTLP_SECCFG_IMPORT_PORT0 (rw): Import channel ID registe
0x400CA280 C   FIELD 00w08 CHANID (rw): Channel ID for import side to connect to
0x400CA300 B  CLUSTER EVENTLP_SECCFG_CPU_CONNECT[0]: 
0x400CA300 B  REGISTER EVENTLP_SECCFG_CPU_NUM[%s]0 (rw): CPU connect register
0x400CA400 B  REGISTER EVENTLP_CTL (rw): Event Manager control register
0x400CA400 C   FIELD 00w04 OVRWR_EN (rw): Enable overwrite of config even if resources are already configured. By default, a configuration cannot be overwritten.
0x400CAC00 B  CLUSTER EVENTLP_LMGMT_SFTYDIAG[0]: 
0x400CACEC B  REGISTER EVENTLP_DIAGPAR1920 (wo): Diagnostic Parity Register 768
0x400CACEC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CACF0 B  REGISTER EVENTLP_DIAGPAR1910 (wo): Diagnostic Parity Register 191
0x400CACF0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CACF4 B  REGISTER EVENTLP_DIAGPAR1900 (wo): Diagnostic Parity Register 190
0x400CACF4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CACF8 B  REGISTER EVENTLP_DIAGPAR1890 (wo): Diagnostic Parity Register 189
0x400CACF8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CACFC B  REGISTER EVENTLP_DIAGPAR1880 (wo): Diagnostic Parity Register 188
0x400CACFC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD00 B  REGISTER EVENTLP_DIAGPAR1870 (wo): Diagnostic Parity Register 187
0x400CAD00 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD04 B  REGISTER EVENTLP_DIAGPAR1860 (wo): Diagnostic Parity Register 186
0x400CAD04 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD08 B  REGISTER EVENTLP_DIAGPAR1850 (wo): Diagnostic Parity Register 185
0x400CAD08 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD0C B  REGISTER EVENTLP_DIAGPAR1840 (wo): Diagnostic Parity Register 184
0x400CAD0C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD10 B  REGISTER EVENTLP_DIAGPAR1830 (wo): Diagnostic Parity Register 183
0x400CAD10 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD14 B  REGISTER EVENTLP_DIAGPAR1820 (wo): Diagnostic Parity Register 182
0x400CAD14 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD18 B  REGISTER EVENTLP_DIAGPAR1810 (wo): Diagnostic Parity Register 181
0x400CAD18 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD1C B  REGISTER EVENTLP_DIAGPAR1800 (wo): Diagnostic Parity Register 180
0x400CAD1C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD20 B  REGISTER EVENTLP_DIAGPAR1790 (wo): Diagnostic Parity Register 179
0x400CAD20 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD24 B  REGISTER EVENTLP_DIAGPAR1780 (wo): Diagnostic Parity Register 178
0x400CAD24 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD28 B  REGISTER EVENTLP_DIAGPAR1770 (wo): Diagnostic Parity Register 177
0x400CAD28 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD2C B  REGISTER EVENTLP_DIAGPAR1760 (wo): Diagnostic Parity Register 176
0x400CAD2C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD30 B  REGISTER EVENTLP_DIAGPAR1750 (wo): Diagnostic Parity Register 175
0x400CAD30 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD34 B  REGISTER EVENTLP_DIAGPAR1740 (wo): Diagnostic Parity Register 174
0x400CAD34 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD38 B  REGISTER EVENTLP_DIAGPAR1730 (wo): Diagnostic Parity Register 173
0x400CAD38 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD3C B  REGISTER EVENTLP_DIAGPAR1720 (wo): Diagnostic Parity Register 172
0x400CAD3C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD40 B  REGISTER EVENTLP_DIAGPAR1710 (wo): Diagnostic Parity Register 171
0x400CAD40 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD44 B  REGISTER EVENTLP_DIAGPAR1700 (wo): Diagnostic Parity Register 170
0x400CAD44 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD48 B  REGISTER EVENTLP_DIAGPAR1690 (wo): Diagnostic Parity Register 169
0x400CAD48 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD4C B  REGISTER EVENTLP_DIAGPAR1680 (wo): Diagnostic Parity Register 168
0x400CAD4C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD50 B  REGISTER EVENTLP_DIAGPAR1670 (wo): Diagnostic Parity Register 167
0x400CAD50 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD54 B  REGISTER EVENTLP_DIAGPAR1660 (wo): Diagnostic Parity Register 166
0x400CAD54 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD58 B  REGISTER EVENTLP_DIAGPAR1650 (wo): Diagnostic Parity Register 165
0x400CAD58 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD5C B  REGISTER EVENTLP_DIAGPAR1640 (wo): Diagnostic Parity Register 164
0x400CAD5C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD60 B  REGISTER EVENTLP_DIAGPAR1630 (wo): Diagnostic Parity Register 163
0x400CAD60 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD64 B  REGISTER EVENTLP_DIAGPAR1620 (wo): Diagnostic Parity Register 162
0x400CAD64 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD68 B  REGISTER EVENTLP_DIAGPAR1610 (wo): Diagnostic Parity Register 161
0x400CAD68 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD6C B  REGISTER EVENTLP_DIAGPAR1600 (wo): Diagnostic Parity Register 160
0x400CAD6C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD70 B  REGISTER EVENTLP_DIAGPAR1590 (wo): Diagnostic Parity Register 159
0x400CAD70 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD74 B  REGISTER EVENTLP_DIAGPAR1580 (wo): Diagnostic Parity Register 158
0x400CAD74 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD78 B  REGISTER EVENTLP_DIAGPAR1570 (wo): Diagnostic Parity Register 157
0x400CAD78 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD7C B  REGISTER EVENTLP_DIAGPAR1560 (wo): Diagnostic Parity Register 156
0x400CAD7C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD80 B  REGISTER EVENTLP_DIAGPAR1550 (wo): Diagnostic Parity Register 155
0x400CAD80 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD84 B  REGISTER EVENTLP_DIAGPAR1540 (wo): Diagnostic Parity Register 154
0x400CAD84 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD88 B  REGISTER EVENTLP_DIAGPAR1530 (wo): Diagnostic Parity Register 153
0x400CAD88 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD8C B  REGISTER EVENTLP_DIAGPAR1520 (wo): Diagnostic Parity Register 152
0x400CAD8C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD90 B  REGISTER EVENTLP_DIAGPAR1510 (wo): Diagnostic Parity Register 151
0x400CAD90 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD94 B  REGISTER EVENTLP_DIAGPAR1500 (wo): Diagnostic Parity Register 150
0x400CAD94 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD98 B  REGISTER EVENTLP_DIAGPAR1490 (wo): Diagnostic Parity Register 149
0x400CAD98 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAD9C B  REGISTER EVENTLP_DIAGPAR1480 (wo): Diagnostic Parity Register 148
0x400CAD9C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADA0 B  REGISTER EVENTLP_DIAGPAR1470 (wo): Diagnostic Parity Register 147
0x400CADA0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADA4 B  REGISTER EVENTLP_DIAGPAR1460 (wo): Diagnostic Parity Register 146
0x400CADA4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADA8 B  REGISTER EVENTLP_DIAGPAR1450 (wo): Diagnostic Parity Register 145
0x400CADA8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADAC B  REGISTER EVENTLP_DIAGPAR1440 (wo): Diagnostic Parity Register 144
0x400CADAC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADB0 B  REGISTER EVENTLP_DIAGPAR1430 (wo): Diagnostic Parity Register 143
0x400CADB0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADB4 B  REGISTER EVENTLP_DIAGPAR1420 (wo): Diagnostic Parity Register 142
0x400CADB4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADB8 B  REGISTER EVENTLP_DIAGPAR1410 (wo): Diagnostic Parity Register 141
0x400CADB8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADBC B  REGISTER EVENTLP_DIAGPAR1400 (wo): Diagnostic Parity Register 140
0x400CADBC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADC0 B  REGISTER EVENTLP_DIAGPAR1390 (wo): Diagnostic Parity Register 139
0x400CADC0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADC4 B  REGISTER EVENTLP_DIAGPAR1380 (wo): Diagnostic Parity Register 138
0x400CADC4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADC8 B  REGISTER EVENTLP_DIAGPAR1370 (wo): Diagnostic Parity Register 137
0x400CADC8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADCC B  REGISTER EVENTLP_DIAGPAR1360 (wo): Diagnostic Parity Register 136
0x400CADCC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADD0 B  REGISTER EVENTLP_DIAGPAR1350 (wo): Diagnostic Parity Register 135
0x400CADD0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADD4 B  REGISTER EVENTLP_DIAGPAR1340 (wo): Diagnostic Parity Register 134
0x400CADD4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADD8 B  REGISTER EVENTLP_DIAGPAR1330 (wo): Diagnostic Parity Register 133
0x400CADD8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADDC B  REGISTER EVENTLP_DIAGPAR1320 (wo): Diagnostic Parity Register 132
0x400CADDC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADE0 B  REGISTER EVENTLP_DIAGPAR1310 (wo): Diagnostic Parity Register 131
0x400CADE0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADE4 B  REGISTER EVENTLP_DIAGPAR1300 (wo): Diagnostic Parity Register 130
0x400CADE4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADE8 B  REGISTER EVENTLP_DIAGPAR1290 (wo): Diagnostic Parity Register 129
0x400CADE8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADEC B  REGISTER EVENTLP_DIAGPAR1280 (wo): Diagnostic Parity Register 128
0x400CADEC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADF0 B  REGISTER EVENTLP_DIAGPAR1270 (wo): Diagnostic Parity Register 127
0x400CADF0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADF4 B  REGISTER EVENTLP_DIAGPAR1260 (wo): Diagnostic Parity Register 126
0x400CADF4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADF8 B  REGISTER EVENTLP_DIAGPAR1250 (wo): Diagnostic Parity Register 125
0x400CADF8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CADFC B  REGISTER EVENTLP_DIAGPAR1240 (wo): Diagnostic Parity Register 124
0x400CADFC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE00 B  REGISTER EVENTLP_DIAGPAR1230 (wo): Diagnostic Parity Register 123
0x400CAE00 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE04 B  REGISTER EVENTLP_DIAGPAR1220 (wo): Diagnostic Parity Register 122
0x400CAE04 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE08 B  REGISTER EVENTLP_DIAGPAR1210 (wo): Diagnostic Parity Register 121
0x400CAE08 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE0C B  REGISTER EVENTLP_DIAGPAR1200 (wo): Diagnostic Parity Register 120
0x400CAE0C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE10 B  REGISTER EVENTLP_DIAGPAR1190 (wo): Diagnostic Parity Register 119
0x400CAE10 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE14 B  REGISTER EVENTLP_DIAGPAR1180 (wo): Diagnostic Parity Register 118
0x400CAE14 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE18 B  REGISTER EVENTLP_DIAGPAR1170 (wo): Diagnostic Parity Register 117
0x400CAE18 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE1C B  REGISTER EVENTLP_DIAGPAR1160 (wo): Diagnostic Parity Register 116
0x400CAE1C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE20 B  REGISTER EVENTLP_DIAGPAR1150 (wo): Diagnostic Parity Register 115
0x400CAE20 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE24 B  REGISTER EVENTLP_DIAGPAR1140 (wo): Diagnostic Parity Register 114
0x400CAE24 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE28 B  REGISTER EVENTLP_DIAGPAR1130 (wo): Diagnostic Parity Register 113
0x400CAE28 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE2C B  REGISTER EVENTLP_DIAGPAR1120 (wo): Diagnostic Parity Register 112
0x400CAE2C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE30 B  REGISTER EVENTLP_DIAGPAR1110 (wo): Diagnostic Parity Register 111
0x400CAE30 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE34 B  REGISTER EVENTLP_DIAGPAR1100 (wo): Diagnostic Parity Register 110
0x400CAE34 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE38 B  REGISTER EVENTLP_DIAGPAR1090 (wo): Diagnostic Parity Register 109
0x400CAE38 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE3C B  REGISTER EVENTLP_DIAGPAR1080 (wo): Diagnostic Parity Register 108
0x400CAE3C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE40 B  REGISTER EVENTLP_DIAGPAR1070 (wo): Diagnostic Parity Register 107
0x400CAE40 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE44 B  REGISTER EVENTLP_DIAGPAR1060 (wo): Diagnostic Parity Register 106
0x400CAE44 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE48 B  REGISTER EVENTLP_DIAGPAR1050 (wo): Diagnostic Parity Register 105
0x400CAE48 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE4C B  REGISTER EVENTLP_DIAGPAR1040 (wo): Diagnostic Parity Register 104
0x400CAE4C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE50 B  REGISTER EVENTLP_DIAGPAR1030 (wo): Diagnostic Parity Register 103
0x400CAE50 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE54 B  REGISTER EVENTLP_DIAGPAR1020 (wo): Diagnostic Parity Register 102
0x400CAE54 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE58 B  REGISTER EVENTLP_DIAGPAR1010 (wo): Diagnostic Parity Register 101
0x400CAE58 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE5C B  REGISTER EVENTLP_DIAGPAR1000 (wo): Diagnostic Parity Register 100
0x400CAE5C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE60 B  REGISTER EVENTLP_DIAGPAR990 (wo): Diagnostic Parity Register 99
0x400CAE60 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE64 B  REGISTER EVENTLP_DIAGPAR980 (wo): Diagnostic Parity Register 98
0x400CAE64 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE68 B  REGISTER EVENTLP_DIAGPAR970 (wo): Diagnostic Parity Register 97
0x400CAE68 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE6C B  REGISTER EVENTLP_DIAGPAR960 (wo): Diagnostic Parity Register 96
0x400CAE6C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE70 B  REGISTER EVENTLP_DIAGPAR950 (wo): Diagnostic Parity Register 95
0x400CAE70 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE74 B  REGISTER EVENTLP_DIAGPAR940 (wo): Diagnostic Parity Register 94
0x400CAE74 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE78 B  REGISTER EVENTLP_DIAGPAR930 (wo): Diagnostic Parity Register 93
0x400CAE78 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE7C B  REGISTER EVENTLP_DIAGPAR920 (wo): Diagnostic Parity Register 92
0x400CAE7C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE80 B  REGISTER EVENTLP_DIAGPAR910 (wo): Diagnostic Parity Register 91
0x400CAE80 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE84 B  REGISTER EVENTLP_DIAGPAR900 (wo): Diagnostic Parity Register 90
0x400CAE84 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE88 B  REGISTER EVENTLP_DIAGPAR890 (wo): Diagnostic Parity Register 89
0x400CAE88 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE8C B  REGISTER EVENTLP_DIAGPAR880 (wo): Diagnostic Parity Register 88
0x400CAE8C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE90 B  REGISTER EVENTLP_DIAGPAR870 (wo): Diagnostic Parity Register 87
0x400CAE90 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE94 B  REGISTER EVENTLP_DIAGPAR860 (wo): Diagnostic Parity Register 86
0x400CAE94 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE98 B  REGISTER EVENTLP_DIAGPAR850 (wo): Diagnostic Parity Register 85
0x400CAE98 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAE9C B  REGISTER EVENTLP_DIAGPAR840 (wo): Diagnostic Parity Register 84
0x400CAE9C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEA0 B  REGISTER EVENTLP_DIAGPAR830 (wo): Diagnostic Parity Register 83
0x400CAEA0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEA4 B  REGISTER EVENTLP_DIAGPAR820 (wo): Diagnostic Parity Register 82
0x400CAEA4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEA8 B  REGISTER EVENTLP_DIAGPAR810 (wo): Diagnostic Parity Register 81
0x400CAEA8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEAC B  REGISTER EVENTLP_DIAGPAR800 (wo): Diagnostic Parity Register 80
0x400CAEAC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEB0 B  REGISTER EVENTLP_DIAGPAR790 (wo): Diagnostic Parity Register 79
0x400CAEB0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEB4 B  REGISTER EVENTLP_DIAGPAR780 (wo): Diagnostic Parity Register 78
0x400CAEB4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEB8 B  REGISTER EVENTLP_DIAGPAR770 (wo): Diagnostic Parity Register 77
0x400CAEB8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEBC B  REGISTER EVENTLP_DIAGPAR760 (wo): Diagnostic Parity Register 76
0x400CAEBC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEC0 B  REGISTER EVENTLP_DIAGPAR750 (wo): Diagnostic Parity Register 75
0x400CAEC0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEC4 B  REGISTER EVENTLP_DIAGPAR740 (wo): Diagnostic Parity Register 74
0x400CAEC4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEC8 B  REGISTER EVENTLP_DIAGPAR730 (wo): Diagnostic Parity Register 73
0x400CAEC8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAECC B  REGISTER EVENTLP_DIAGPAR720 (wo): Diagnostic Parity Register 72
0x400CAECC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAED0 B  REGISTER EVENTLP_DIAGPAR710 (wo): Diagnostic Parity Register 71
0x400CAED0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAED4 B  REGISTER EVENTLP_DIAGPAR700 (wo): Diagnostic Parity Register 70
0x400CAED4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAED8 B  REGISTER EVENTLP_DIAGPAR690 (wo): Diagnostic Parity Register 69
0x400CAED8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEDC B  REGISTER EVENTLP_DIAGPAR680 (wo): Diagnostic Parity Register 68
0x400CAEDC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEE0 B  REGISTER EVENTLP_DIAGPAR670 (wo): Diagnostic Parity Register 67
0x400CAEE0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEE4 B  REGISTER EVENTLP_DIAGPAR660 (wo): Diagnostic Parity Register 66
0x400CAEE4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEE8 B  REGISTER EVENTLP_DIAGPAR650 (wo): Diagnostic Parity Register 65
0x400CAEE8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEEC B  REGISTER EVENTLP_DIAGPAR640 (wo): Diagnostic Parity Register 64
0x400CAEEC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEF0 B  REGISTER EVENTLP_DIAGPAR630 (wo): Diagnostic Parity Register 63
0x400CAEF0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEF4 B  REGISTER EVENTLP_DIAGPAR620 (wo): Diagnostic Parity Register 62
0x400CAEF4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEF8 B  REGISTER EVENTLP_DIAGPAR610 (wo): Diagnostic Parity Register 61
0x400CAEF8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAEFC B  REGISTER EVENTLP_DIAGPAR600 (wo): Diagnostic Parity Register 60
0x400CAEFC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF00 B  REGISTER EVENTLP_DIAGPAR590 (wo): Diagnostic Parity Register 59
0x400CAF00 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF04 B  REGISTER EVENTLP_DIAGPAR580 (wo): Diagnostic Parity Register 58
0x400CAF04 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF08 B  REGISTER EVENTLP_DIAGPAR570 (wo): Diagnostic Parity Register 57
0x400CAF08 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF0C B  REGISTER EVENTLP_DIAGPAR560 (wo): Diagnostic Parity Register 56
0x400CAF0C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF10 B  REGISTER EVENTLP_DIAGPAR550 (wo): Diagnostic Parity Register 55
0x400CAF10 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF14 B  REGISTER EVENTLP_DIAGPAR540 (wo): Diagnostic Parity Register 54
0x400CAF14 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF18 B  REGISTER EVENTLP_DIAGPAR530 (wo): Diagnostic Parity Register 53
0x400CAF18 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF1C B  REGISTER EVENTLP_DIAGPAR520 (wo): Diagnostic Parity Register 52
0x400CAF1C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF20 B  REGISTER EVENTLP_DIAGPAR510 (wo): Diagnostic Parity Register 51
0x400CAF20 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF24 B  REGISTER EVENTLP_DIAGPAR500 (wo): Diagnostic Parity Register 50
0x400CAF24 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF28 B  REGISTER EVENTLP_DIAGPAR490 (wo): Diagnostic Parity Register 49
0x400CAF28 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF2C B  REGISTER EVENTLP_DIAGPAR480 (wo): Diagnostic Parity Register 48
0x400CAF2C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF30 B  REGISTER EVENTLP_DIAGPAR470 (wo): Diagnostic Parity Register 47
0x400CAF30 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF34 B  REGISTER EVENTLP_DIAGPAR460 (wo): Diagnostic Parity Register 46
0x400CAF34 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF38 B  REGISTER EVENTLP_DIAGPAR450 (wo): Diagnostic Parity Register 45
0x400CAF38 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF3C B  REGISTER EVENTLP_DIAGPAR440 (wo): Diagnostic Parity Register 44
0x400CAF3C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF40 B  REGISTER EVENTLP_DIAGPAR430 (wo): Diagnostic Parity Register 43
0x400CAF40 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF44 B  REGISTER EVENTLP_DIAGPAR420 (wo): Diagnostic Parity Register 42
0x400CAF44 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF48 B  REGISTER EVENTLP_DIAGPAR410 (wo): Diagnostic Parity Register 41
0x400CAF48 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF4C B  REGISTER EVENTLP_DIAGPAR400 (wo): Diagnostic Parity Register 40
0x400CAF4C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF50 B  REGISTER EVENTLP_DIAGPAR390 (wo): Diagnostic Parity Register 39
0x400CAF50 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF54 B  REGISTER EVENTLP_DIAGPAR380 (wo): Diagnostic Parity Register 38
0x400CAF54 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF58 B  REGISTER EVENTLP_DIAGPAR370 (wo): Diagnostic Parity Register 37
0x400CAF58 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF5C B  REGISTER EVENTLP_DIAGPAR360 (wo): Diagnostic Parity Register 36
0x400CAF5C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF60 B  REGISTER EVENTLP_DIAGPAR350 (wo): Diagnostic Parity Register 35
0x400CAF60 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF64 B  REGISTER EVENTLP_DIAGPAR340 (wo): Diagnostic Parity Register 34
0x400CAF64 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF68 B  REGISTER EVENTLP_DIAGPAR330 (wo): Diagnostic Parity Register 33
0x400CAF68 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF6C B  REGISTER EVENTLP_DIAGPAR320 (wo): Diagnostic Parity Register 32
0x400CAF6C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF70 B  REGISTER EVENTLP_DIAGPAR310 (wo): Diagnostic Parity Register 31
0x400CAF70 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF74 B  REGISTER EVENTLP_DIAGPAR300 (wo): Diagnostic Parity Register 30
0x400CAF74 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF78 B  REGISTER EVENTLP_DIAGPAR290 (wo): Diagnostic Parity Register 29
0x400CAF78 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF7C B  REGISTER EVENTLP_DIAGPAR280 (wo): Diagnostic Parity Register 28
0x400CAF7C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF80 B  REGISTER EVENTLP_DIAGPAR270 (wo): Diagnostic Parity Register 27
0x400CAF80 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF84 B  REGISTER EVENTLP_DIAGPAR260 (wo): Diagnostic Parity Register 26
0x400CAF84 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF88 B  REGISTER EVENTLP_DIAGPAR250 (wo): Diagnostic Parity Register 25
0x400CAF88 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF8C B  REGISTER EVENTLP_DIAGPAR240 (wo): Diagnostic Parity Register 24
0x400CAF8C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF90 B  REGISTER EVENTLP_DIAGPAR230 (wo): Diagnostic Parity Register 23
0x400CAF90 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF94 B  REGISTER EVENTLP_DIAGPAR220 (wo): Diagnostic Parity Register 22
0x400CAF94 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF98 B  REGISTER EVENTLP_DIAGPAR210 (wo): Diagnostic Parity Register 21
0x400CAF98 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAF9C B  REGISTER EVENTLP_DIAGPAR200 (wo): Diagnostic Parity Register 20
0x400CAF9C C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFA0 B  REGISTER EVENTLP_DIAGPAR190 (wo): Diagnostic Parity Register 19
0x400CAFA0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFA4 B  REGISTER EVENTLP_DIAGPAR180 (wo): Diagnostic Parity Register 18
0x400CAFA4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFA8 B  REGISTER EVENTLP_DIAGPAR170 (wo): Diagnostic Parity Register 17
0x400CAFA8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFAC B  REGISTER EVENTLP_DIAGPAR160 (wo): Diagnostic Parity Register 16
0x400CAFAC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFB0 B  REGISTER EVENTLP_DIAGPAR150 (wo): Diagnostic Parity Register 15
0x400CAFB0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFB4 B  REGISTER EVENTLP_DIAGPAR140 (wo): Diagnostic Parity Register 14
0x400CAFB4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFB8 B  REGISTER EVENTLP_DIAGPAR130 (wo): Diagnostic Parity Register 13
0x400CAFB8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFBC B  REGISTER EVENTLP_DIAGPAR120 (wo): Diagnostic Parity Register 12
0x400CAFBC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFC0 B  REGISTER EVENTLP_DIAGPAR110 (wo): Diagnostic Parity Register 11
0x400CAFC0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFC4 B  REGISTER EVENTLP_DIAGPAR100 (wo): Diagnostic Parity Register 10
0x400CAFC4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFC8 B  REGISTER EVENTLP_DIAGPAR90 (wo): Diagnostic Parity Register 9
0x400CAFC8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFCC B  REGISTER EVENTLP_DIAGPAR80 (wo): Diagnostic Parity Register 8
0x400CAFCC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFD0 B  REGISTER EVENTLP_DIAGPAR70 (wo): Diagnostic Parity Register 7
0x400CAFD0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFD4 B  REGISTER EVENTLP_DIAGPAR60 (wo): Diagnostic Parity Register 6
0x400CAFD4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFD8 B  REGISTER EVENTLP_DIAGPAR50 (wo): Diagnostic Parity Register 5
0x400CAFD8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFDC B  REGISTER EVENTLP_DIAGPAR40 (wo): Diagnostic Parity Register 4
0x400CAFDC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFE0 B  REGISTER EVENTLP_DIAGPAR30 (wo): Diagnostic Parity Register 3
0x400CAFE0 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFE4 B  REGISTER EVENTLP_DIAGPAR20 (wo): Diagnostic Parity Register 2
0x400CAFE4 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFE8 B  REGISTER EVENTLP_DIAGPAR10 (wo): Diagnostic Parity Register 1
0x400CAFE8 C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFEC B  REGISTER EVENTLP_DIAGPAR00 (wo): Diagnostic Parity Register 0
0x400CAFEC C   FIELD 00w01 ASSERTDIAG: Writing a 1 will cause the safety diagnostic logic to generate a diagnostic check.
0x400CAFF4 B  REGISTER EVENTLP_DIAGIFRST0 (rw): Diagnostic Interface Reset Register
0x400CAFF4 C   FIELD 00w01 ASSERTIFRST (wo): Writing a 1 will synchronously clear the Diagnostic Interface. The STICKY bits for status and well as the PARFV will be cleared. If a true functional failure still exists, the interface will re-assert FUNCFAIL on the cycle following the interface reset
0x400CAFF4 C   FIELD 01w01 DIAGPASSCLR (wo): Writing a 1 will synchronously clear the PARFV MMR DPINDEX field. The STICKY bit for DIAGPASS status will be cleared as well.
0x400CAFF8 B  REGISTER EVENTLP_DIAGPARFV0 (ro): Diagnostic Parity Fail Vector Register
0x400CAFF8 C   FIELD 00w10 INDEX: Index of DIAG MMR creating the failure. NOTE: INDEX value of 1 corresponds to DIAGPAR0, 2 corresponds to DIAGPAR1 and so on.
0x400CAFF8 C   FIELD 16w10 DPINDEX: Index of DIAG PASS MMR. NOTE: DPINDEX value of 1 corresponds to DIAGPAR0, 2 corresponds to DIAGPAR1 and so on.
0x400CAFFC B  REGISTER EVENTLP_DIAGSTAT0 (ro): Diagnostic Status Register
0x400CAFFC C   FIELD 00w03 STATE: Current diagnostic state
0x400CAFFC C   FIELD 16w10 NUMDIAG: This is a hardware constant that indicates how many DIAGPAR registers are included in this SFTYDIAG sub-region.
0x400CB000 B  CLUSTER EVENTLP_IMPEXPCFG_EXPORT[0]: 
0x400CB000 B  REGISTER EVENTLP_IMPEXPCFG_EXPORT_PORT0 (rw): Export channel ID register
0x400CB000 C   FIELD 00w08 CHANID (rw): Channel ID for import side to connect to
0x400CB200 B  CLUSTER EVENTLP_IMPEXPCFG_IMPORT[0]: 
0x400CB200 B  REGISTER EVENTLP_IMPEXPCFG_IMPORT_PORT0 (rw): Import channel ID registe
0x400CB200 C   FIELD 00w08 CHANID (rw): Channel ID for import side to connect to
0x400CD000 A PERIPHERAL FLASHCTL
0x400CE020 B  REGISTER FLASHCTL_IIDX (ro): Interrupt Index Register
0x400CE020 C   FIELD 00w01 STAT (ro): Indicates which interrupt has fired. 0x0 means no event pending. The priority order is fixed. On each read, only one interrupt is indicated. On a read, the current interrupt (highest priority) is automatically cleared by the hardware and the corresponding interrupt flags in the RIS and MIS are cleared as well. After a read from the CPU (not from the debug interface), the register must be updated with the next highest priority interrupt.
0x400CE028 B  REGISTER FLASHCTL_IMASK (rw): Interrupt Mask Register
0x400CE028 C   FIELD 00w01 DONE (rw): Interrupt mask for DONE: 0: Interrupt is disabled in MIS register 1: Interrupt is enabled in MIS register
0x400CE030 B  REGISTER FLASHCTL_RIS (ro): Raw Interrupt Status Register
0x400CE030 C   FIELD 00w01 DONE (ro): Flash wrapper operation completed. This interrupt bit is set by firmware or the corresponding bit in the ISET register. It is cleared by the corresponding bit in in the ICLR register or reading the IIDX register when this interrupt is the highest priority.
0x400CE038 B  REGISTER FLASHCTL_MIS (ro): Masked Interrupt Status Register
0x400CE038 C   FIELD 00w01 DONE (ro): Flash wrapper operation completed. This masked interrupt bit reflects the bitwise AND of the corresponding RIS and IMASK bits.
0x400CE040 B  REGISTER FLASHCTL_ISET (wo): Interrupt Set Register
0x400CE040 C   FIELD 00w01 DONE (wo): 0: No effect 1: Set the DONE interrupt in the RIS register
0x400CE048 B  REGISTER FLASHCTL_ICLR (wo): Interrupt Clear Register
0x400CE048 C   FIELD 00w01 DONE (wo): 0: No effect 1: Clear the DONE interrupt in the RIS register
0x400CE0E0 B  REGISTER FLASHCTL_EVT_MODE (ro): Event Mode
0x400CE0E0 C   FIELD 00w02 INT0_CFG (ro): Event line mode select for peripheral event
0x400CE0FC B  REGISTER FLASHCTL_DESC (ro): Hardware Version Description Register
0x400CE0FC C   FIELD 00w04 MINREV (ro): Minor Revision
0x400CE0FC C   FIELD 04w04 MAJREV (ro): Major Revision
0x400CE0FC C   FIELD 08w04 INSTNUM (ro): Instance number
0x400CE0FC C   FIELD 12w04 FEATUREVER (ro): Feature set
0x400CE0FC C   FIELD 16w16 MODULEID (ro): Module ID
0x400CE100 B  REGISTER FLASHCTL_CMDEXEC (rw): Command Execute Register
0x400CE100 C   FIELD 00w01 VAL (rw): Command Execute value Initiates execution of the command specified in the CMDTYPE register.
0x400CE104 B  REGISTER FLASHCTL_CMDTYPE (rw): Command Type Register
0x400CE104 C   FIELD 00w03 COMMAND (rw): Command type
0x400CE104 C   FIELD 04w03 SIZE (rw): Command size
0x400CE108 B  REGISTER FLASHCTL_CMDCTL (rw): Command Control Register
0x400CE108 C   FIELD 00w04 MODESEL (rw): Mode This field is only used for the Mode Change command type. Otherwise, bank and pump modes are set automaticlly through the NW hardware.
0x400CE108 C   FIELD 09w04 REGIONSEL (rw): Bank Region A specific region ID can be written to this field to indicate to which region an operation is to be applied if CMDCTL.ADDRXLATEOVR is set.
0x400CE108 C   FIELD 16w01 ADDRXLATEOVR (rw): Override hardware address translation of address in CMDADDR from a system address to a bank address and bank ID. Use data written to CMDADDR directly as the bank address. Use the value written to CMDCTL.BANKSEL directly as the bank ID. Use the value written to CMDCTL.REGIONSEL directly as the region ID.
0x400CE108 C   FIELD 20w01 SSERASEDIS (rw): Disable Stair-Step Erase. If set, the default VHV trim voltage setting will be used for all erase pulses. By default, this bit is reset, meaning that the VHV voltage will be stepped during successive erase pulses. The step count, step voltage, begin and end voltages are all hard-wired.
0x400CE108 C   FIELD 21w01 DATAVEREN (rw): Enable invalid data verify. This checks for 0->1 transitions in the memory when a program operation is initiated. If such a transition is found, the program will fail with an error without executing the program.
0x400CE120 B  REGISTER FLASHCTL_CMDADDR (rw): Command Address Register
0x400CE120 C   FIELD 00w32 VAL (rw): Address value
0x400CE124 B  REGISTER FLASHCTL_CMDBYTEN (rw): Command Program Byte Enable Register
0x400CE124 C   FIELD 00w08 VAL (rw): Command Byte Enable value. A 1-bit per flash word byte value is placed in this register.
0x400CE130 B  REGISTER FLASHCTL_CMDDATA0 (rw): Command Data Register 0
0x400CE130 C   FIELD 00w32 VAL (rw): A 32-bit data value is placed in this field.
0x400CE134 B  REGISTER FLASHCTL_CMDDATA1 (rw): Command Data Register 1
0x400CE134 C   FIELD 00w32 VAL (rw): A 32-bit data value is placed in this field.
0x400CE1D0 B  REGISTER FLASHCTL_CMDWEPROTA (rw): Command Write Erase Protect A Register
0x400CE1D0 C   FIELD 00w32 VAL (rw): Each bit protects 1 sector. bit [0]: When 1, sector 0 of the flash memory will be protected from program and erase. bit [1]: When 1, sector 1 of the flash memory will be protected from program and erase. : : bit [31]: When 1, sector 31 of the flash memory will be protected from program and erase.
0x400CE1D4 B  REGISTER FLASHCTL_CMDWEPROTB (rw): Command Write Erase Protect B Register
0x400CE1D4 C   FIELD 00w04 VAL (rw): Each bit protects a group of 8 sectors. When a bit is 1, the associated 8 sectors in the flash will be protected from program and erase. A maximum of 256 sectors can be protected with this register.
0x400CE1D8 B  REGISTER FLASHCTL_CMDWEPROTC (rw): Command Write Erase Protect C Register
0x400CE210 B  REGISTER FLASHCTL_CMDWEPROTNM (rw): Command Write Erase Protect Non-Main Register
0x400CE210 C   FIELD 00w01 VAL (rw): Each bit protects 1 sector. bit [0]: When 1, sector 0 of the non-main region will be protected from program and erase. bit [1]: When 1, sector 1 of the non-main region will be protected from program and erase. : : bit [31]: When 1, sector 31 of the non-main will be protected from program and erase.
0x400CE214 B  REGISTER FLASHCTL_CMDWEPROTTR (rw): Command Write Erase Protect Trim Register
0x400CE214 C   FIELD 00w01 VAL (rw): Each bit protects 1 sector. bit [0]: When 1, sector 0 of the engr region will be protected from program and erase. bit [1]: When 1, sector 1 of the engr region will be protected from program and erase. : : bit [31]: When 1, sector 31 of the engr region will be protected from program and erase.
0x400CE218 B  REGISTER FLASHCTL_CMDWEPROTEN (rw): Command Write Erase Protect Engr Register
0x400CE218 C   FIELD 00w02 VAL (rw): Each bit protects 1 sector. bit [0]: When 1, sector 0 of the engr region will be protected from program and erase. bit [1]: When 1, sector 1 of the engr region will be protected from program and erase. : : bit [31]: When 1, sector 31 of the engr region will be protected from program and erase.
0x400CE3B0 B  REGISTER FLASHCTL_CFGCMD (rw): Command Configuration Register
0x400CE3B0 C   FIELD 00w04 WAITSTATE (rw): Wait State setting for program verify, erase verify and read verify
0x400CE3B4 B  REGISTER FLASHCTL_CFGPCNT (rw): Pulse Counter Configuration Register
0x400CE3B4 C   FIELD 00w01 MAXPCNTOVR (rw): Override hard-wired maximum pulse count. If MAXERSPCNTOVR is not set, then setting this value alone will override the max pulse count for both program and erase. If MAXERSPCNTOVR is set, then this bit will only control the max pulse count setting for program. By default, this bit is 0, and a hard-wired max pulse count is used.
0x400CE3B4 C   FIELD 04w08 MAXPCNTVAL (rw): Override maximum pulse counter with this value. If MAXPCNTOVR = 0, then this field is ignored. If MAXPCNTOVR = 1 and MAXERSPCNTOVR = 0, then this value will be used to override the max pulse count for both program and erase. Full max value will be {4'h0, MAXPCNTVAL} . If MAXPCNTOVR = 1 and MAXERSPCNTOVR = 1, then this value will be used to override the max pulse count for program only. Full max value will be {4'h0, MAXPCNTVAL}.
0x400CE3D0 B  REGISTER FLASHCTL_STATCMD (ro): Command Status Register
0x400CE3D0 C   FIELD 00w01 CMDDONE (ro): Command Done
0x400CE3D0 C   FIELD 01w01 CMDPASS (ro): Command Pass - valid when CMD_DONE field is 1
0x400CE3D0 C   FIELD 02w01 CMDINPROGRESS (ro): Command In Progress
0x400CE3D0 C   FIELD 04w01 FAILWEPROT (ro): Command failed due to Write/Erase Protect Sector Violation
0x400CE3D0 C   FIELD 05w01 FAILVERIFY (ro): Command failed due to verify error
0x400CE3D0 C   FIELD 06w01 FAILILLADDR (ro): Command failed due to the use of an illegal address
0x400CE3D0 C   FIELD 07w01 FAILMODE (ro): Command failed because a bank has been set to a mode other than READ. Program and Erase commands cannot be initiated unless all banks are in READ mode.
0x400CE3D0 C   FIELD 08w01 FAILINVDATA (ro): Program command failed because an attempt was made to program a stored 0 value to a 1.
0x400CE3D0 C   FIELD 12w01 FAILMISC (ro): Command failed due to error other than write/erase protect violation or verify error. This is an extra bit in case a new failure mechanism is added which requires a status bit.
0x400CE3D4 B  REGISTER FLASHCTL_STATADDR (ro): Address Status Register
0x400CE3D4 C   FIELD 00w16 BANKADDR (ro): Current Bank Address A bank offset address is stored in this register.
0x400CE3D4 C   FIELD 16w05 REGIONID (ro): Current Region ID A region indicator is stored in this register which represents the current flash region on which the state machine is operating.
0x400CE3D4 C   FIELD 21w05 BANKID (ro): Current Bank ID A bank indicator is stored in this register which represents the current bank on which the state machine is operating. There is 1 bit per bank.
0x400CE3D8 B  REGISTER FLASHCTL_STATPCNT (ro): Pulse Count Status Register
0x400CE3D8 C   FIELD 00w12 PULSECNT (ro): Current Pulse Counter Value
0x400CE3DC B  REGISTER FLASHCTL_STATMODE (ro): Mode Status Register
0x400CE3DC C   FIELD 00w01 BANKNOTINRD (ro): Bank not in read mode. Indicates which banks are not in READ mode. There is 1 bit per bank.
0x400CE3DC C   FIELD 08w04 BANKMODE (ro): Indicates mode of bank(s) that are not in READ mode
0x400CE3DC C   FIELD 16w01 BANK2TRDY (ro): Bank 2T Ready. Bank(s) are ready for 2T access. This is accomplished when the pump has fully driven power rails to the bank(s).
0x400CE3DC C   FIELD 17w01 BANK1TRDY (ro): Bank 1T Ready. Bank(s) are ready for 1T access. This is accomplished when the bank and pump have been trimmed.
0x400CE3F0 B  REGISTER FLASHCTL_GBLINFO0 (ro): Global Information Register 0
0x400CE3F0 C   FIELD 00w16 SECTORSIZE (ro): Sector size in bytes
0x400CE3F0 C   FIELD 16w03 NUMBANKS (ro): Number of banks instantiated Minimum: 1 Maximum: 5
0x400CE3F4 B  REGISTER FLASHCTL_GBLINFO1 (ro): Global Information Register 1
0x400CE3F4 C   FIELD 00w08 DATAWIDTH (ro): Data width in bits
0x400CE3F4 C   FIELD 08w05 ECCWIDTH (ro): ECC data width in bits
0x400CE3F4 C   FIELD 16w03 REDWIDTH (ro): Redundant data width in bits
0x400CE3F8 B  REGISTER FLASHCTL_GBLINFO2 (ro): Global Information Register 2
0x400CE3F8 C   FIELD 00w04 DATAREGISTERS (ro): Number of data registers present.
0x400CE400 B  REGISTER FLASHCTL_BANK0INFO0 (ro): Bank Information Register 0 for Bank 0
0x400CE400 C   FIELD 00w12 MAINSIZE (ro): Main region size in sectors Minimum: 0x8 (8) Maximum: 0x200 (512)
0x400CE404 B  REGISTER FLASHCTL_BANK0INFO1 (ro): Bank Information Register 1 for Bank 0
0x400CE404 C   FIELD 00w08 NONMAINSIZE (ro): Non-main region size in sectors Minimum: 0x0 (0) Maximum: 0x10 (16)
0x400CE404 C   FIELD 08w08 TRIMSIZE (ro): Trim region size in sectors Minimum: 0x0 (0) Maximum: 0x10 (16)
0x400CE404 C   FIELD 16w08 ENGRSIZE (ro): Engr region size in sectors Minimum: 0x0 (0) Maximum: 0x10 (16)
0x400F0000 A PERIPHERAL I2C0
0x400F0800 B  CLUSTER I2C0_GPRCM[0]: 
0x400F0800 B  REGISTER I2C0_PWREN0 (rw): Power enable
0x400F0800 C   FIELD 00w01 ENABLE (rw): Enable the power
0x400F0804 B  REGISTER I2C0_RSTCTL0 (wo): Reset Control
0x400F0804 C   FIELD 00w01 RESETASSERT (wo): Assert reset to the peripheral
0x400F0804 C   FIELD 01w01 RESETSTKYCLR (wo): Clear the RESETSTKY bit in the STAT register
0x400F0808 B  REGISTER I2C0_CLKCFG0 (rw): Peripheral Clock Configuration Register
0x400F0808 C   FIELD 08w01 BLOCKASYNC (rw): Async Clock Request is blocked from starting SYSOSC or forcing bus clock to 32MHz
0x400F0814 B  REGISTER I2C0_STAT0 (ro): Status Register
0x400F0814 C   FIELD 16w01 RESETSTKY (ro): This bit indicates, if the peripheral was reset, since this bit was cleared by RESETSTKYCLR in the RSTCTL register
0x400F1000 B  REGISTER I2C0_CLKDIV (rw): Clock Divider
0x400F1000 C   FIELD 00w03 RATIO: Selects divide ratio of module clock
0x400F1004 B  REGISTER I2C0_CLKSEL (rw): Clock Select for Ultra Low Power peripherals
0x400F1004 C   FIELD 02w01 MFCLK_SEL (rw): Selects MFCLK as clock source if enabled
0x400F1004 C   FIELD 03w01 BUSCLK_SEL (rw): Selects BUSCLK as clock source if enabled
0x400F1018 B  REGISTER I2C0_PDBGCTL (rw): Peripheral Debug Control
0x400F1018 C   FIELD 00w01 FREE (rw): Free run control
0x400F1018 C   FIELD 01w01 SOFT (rw): Soft halt boundary control. This function is only available, if [FREE] is set to 'STOP'
0x400F1020 B  CLUSTER I2C0_INT_EVENT0[0]: 
0x400F1020 B  REGISTER I2C0_INT_EVENT0_IIDX0 (ro): Interrupt index
0x400F1020 C   FIELD 00w08 STAT (ro): I2C Module Interrupt Vector Value. This register provides the highes priority interrupt index. A read clears the corresponding interrupt flag in RIS and MISC. 15h-1Fh = Reserved
0x400F1028 B  REGISTER I2C0_INT_EVENT0_IMASK0 (rw): Interrupt mask
0x400F1028 C   FIELD 00w01 MRXDONE: Master Receive Transaction completed Interrupt
0x400F1028 C   FIELD 01w01 MTXDONE: Master Transmit Transaction completed Interrupt
0x400F1028 C   FIELD 02w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F1028 C   FIELD 03w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F1028 C   FIELD 04w01 MRXFIFOFULL: RXFIFO full event. This interrupt is set if an RX FIFO is full.
0x400F1028 C   FIELD 05w01 MTXEMPTY: Transmit FIFO Empty interrupt mask. This interrupt is set if all data in the Transmit FIFO have been shifted out and the transmit goes into idle mode.
0x400F1028 C   FIELD 07w01 MNACK: Address/Data NACK Interrupt
0x400F1028 C   FIELD 08w01 MSTART: START Detection Interrupt
0x400F1028 C   FIELD 09w01 MSTOP: STOP Detection Interrupt
0x400F1028 C   FIELD 10w01 MARBLOST: Arbitration Lost Interrupt
0x400F1028 C   FIELD 11w01 MDMA_DONE_TX: DMA Done on Event Channel TX
0x400F1028 C   FIELD 12w01 MDMA_DONE_RX: DMA Done on Event Channel RX
0x400F1028 C   FIELD 13w01 MPEC_RX_ERR: Master RX Pec Error Interrupt
0x400F1028 C   FIELD 14w01 TIMEOUTA: Timeout A Interrupt
0x400F1028 C   FIELD 15w01 TIMEOUTB: Timeout B Interrupt
0x400F1028 C   FIELD 16w01 SRXDONE: Slave Receive Data Interrupt Signals that a byte has been received
0x400F1028 C   FIELD 17w01 STXDONE: Slave Transmit Transaction completed Interrupt
0x400F1028 C   FIELD 18w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F1028 C   FIELD 19w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F1028 C   FIELD 20w01 SRXFIFOFULL: RXFIFO full event. This interrupt is set if an Slave RX FIFO is full.
0x400F1028 C   FIELD 21w01 STXEMPTY: Slave Transmit FIFO Empty interrupt mask. This interrupt is set if all data in the Transmit FIFO have been shifted out and the transmit goes into idle mode.
0x400F1028 C   FIELD 22w01 SSTART: Start Condition Interrupt
0x400F1028 C   FIELD 23w01 SSTOP: Stop Condition Interrupt
0x400F1028 C   FIELD 24w01 SGENCALL: General Call Interrupt
0x400F1028 C   FIELD 25w01 SDMA_DONE_TX: Slave DMA Done on Event Channel TX
0x400F1028 C   FIELD 26w01 SDMA_DONE_RX: Slave DMA Done on Event Channel RX
0x400F1028 C   FIELD 27w01 SPEC_RX_ERR: Slave RX Pec Error Interrupt
0x400F1028 C   FIELD 28w01 STX_UNFL: Slave TX FIFO underflow
0x400F1028 C   FIELD 29w01 SRX_OVFL: Slave RX FIFO overflow
0x400F1028 C   FIELD 30w01 SARBLOST: Slave Arbitration Lost
0x400F1028 C   FIELD 31w01 INTR_OVFL: Interrupt Overflow Interrupt Mask
0x400F1030 B  REGISTER I2C0_INT_EVENT0_RIS0 (ro): Raw interrupt status
0x400F1030 C   FIELD 00w01 MRXDONE: Master Receive Transaction completed Interrupt
0x400F1030 C   FIELD 01w01 MTXDONE: Master Transmit Transaction completed Interrupt
0x400F1030 C   FIELD 02w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F1030 C   FIELD 03w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F1030 C   FIELD 04w01 MRXFIFOFULL: RXFIFO full event. This interrupt is set if an RX FIFO is full.
0x400F1030 C   FIELD 05w01 MTXEMPTY: Transmit FIFO Empty interrupt mask. This interrupt is set if all data in the Transmit FIFO have been shifted out and the transmit goes into idle mode.
0x400F1030 C   FIELD 07w01 MNACK: Address/Data NACK Interrupt
0x400F1030 C   FIELD 08w01 MSTART: START Detection Interrupt
0x400F1030 C   FIELD 09w01 MSTOP: STOP Detection Interrupt
0x400F1030 C   FIELD 10w01 MARBLOST: Arbitration Lost Interrupt
0x400F1030 C   FIELD 11w01 MDMA_DONE_TX: DMA Done on Event Channel TX
0x400F1030 C   FIELD 12w01 MDMA_DONE_RX: DMA Done on Event Channel RX
0x400F1030 C   FIELD 13w01 MPEC_RX_ERR: Master RX Pec Error Interrupt
0x400F1030 C   FIELD 14w01 TIMEOUTA: Timeout A Interrupt
0x400F1030 C   FIELD 15w01 TIMEOUTB: Timeout B Interrupt
0x400F1030 C   FIELD 16w01 SRXDONE: Slave Receive Data Interrupt Signals that a byte has been received
0x400F1030 C   FIELD 17w01 STXDONE: Slave Transmit Transaction completed Interrupt
0x400F1030 C   FIELD 18w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F1030 C   FIELD 19w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F1030 C   FIELD 20w01 SRXFIFOFULL: RXFIFO full event. This interrupt is set if an RX FIFO is full.
0x400F1030 C   FIELD 21w01 STXEMPTY: Transmit FIFO Empty interrupt mask. This interrupt is set if all data in the Transmit FIFO have been shifted out and the transmit goes into idle mode.
0x400F1030 C   FIELD 22w01 SSTART: Start Condition Interrupt
0x400F1030 C   FIELD 23w01 SSTOP: Stop Condition Interrupt
0x400F1030 C   FIELD 24w01 SGENCALL: General Call Interrupt
0x400F1030 C   FIELD 25w01 SDMA_DONE_TX: DMA Done on Event Channel TX
0x400F1030 C   FIELD 26w01 SDMA_DONE_RX: DMA Done on Event Channel RX
0x400F1030 C   FIELD 27w01 SPEC_RX_ERR: Slave RX Pec Error Interrupt
0x400F1030 C   FIELD 28w01 STX_UNFL: Slave TX FIFO underflow
0x400F1030 C   FIELD 29w01 SRX_OVFL: Slave RX FIFO overflow
0x400F1030 C   FIELD 30w01 SARBLOST: Slave Arbitration Lost
0x400F1030 C   FIELD 31w01 INTR_OVFL: Interrupt overflow interrupt It is set when SSTART or SSTOP interrupts overflow i.e. occur twice without being serviced
0x400F1038 B  REGISTER I2C0_INT_EVENT0_MIS0 (ro): Masked interrupt status
0x400F1038 C   FIELD 00w01 MRXDONE: Master Receive Data Interrupt
0x400F1038 C   FIELD 01w01 MTXDONE: Master Transmit Transaction completed Interrupt
0x400F1038 C   FIELD 02w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F1038 C   FIELD 03w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F1038 C   FIELD 04w01 MRXFIFOFULL: RXFIFO full event. This interrupt is set if the RX FIFO is full.
0x400F1038 C   FIELD 05w01 MTXEMPTY: Transmit FIFO Empty interrupt mask. This interrupt is set if all data in the Transmit FIFO have been shifted out and the transmit goes into idle mode.
0x400F1038 C   FIELD 07w01 MNACK: Address/Data NACK Interrupt
0x400F1038 C   FIELD 08w01 MSTART: START Detection Interrupt
0x400F1038 C   FIELD 09w01 MSTOP: STOP Detection Interrupt
0x400F1038 C   FIELD 10w01 MARBLOST: Arbitration Lost Interrupt
0x400F1038 C   FIELD 11w01 MDMA_DONE_TX: DMA Done on Event Channel TX
0x400F1038 C   FIELD 12w01 MDMA_DONE_RX: DMA Done on Event Channel RX
0x400F1038 C   FIELD 13w01 MPEC_RX_ERR: Master RX Pec Error Interrupt
0x400F1038 C   FIELD 14w01 TIMEOUTA: Timeout A Interrupt
0x400F1038 C   FIELD 15w01 TIMEOUTB: Timeout B Interrupt
0x400F1038 C   FIELD 16w01 SRXDONE: Slave Receive Data Interrupt Signals that a byte has been received
0x400F1038 C   FIELD 17w01 STXDONE: Slave Transmit Transaction completed Interrupt
0x400F1038 C   FIELD 18w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F1038 C   FIELD 19w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F1038 C   FIELD 20w01 SRXFIFOFULL: RXFIFO full event. This interrupt is set if an RX FIFO is full.
0x400F1038 C   FIELD 21w01 STXEMPTY: Transmit FIFO Empty interrupt mask. This interrupt is set if all data in the Transmit FIFO have been shifted out and the transmit goes into idle mode.
0x400F1038 C   FIELD 22w01 SSTART: Slave START Detection Interrupt
0x400F1038 C   FIELD 23w01 SSTOP: Slave STOP Detection Interrupt
0x400F1038 C   FIELD 24w01 SGENCALL: General Call Interrupt
0x400F1038 C   FIELD 25w01 SDMA_DONE_TX: DMA Done on Event Channel TX
0x400F1038 C   FIELD 26w01 SDMA_DONE_RX: DMA Done on Event Channel RX
0x400F1038 C   FIELD 27w01 SPEC_RX_ERR: Slave RX Pec Error Interrupt
0x400F1038 C   FIELD 28w01 STX_UNFL: Slave TX FIFO underflow
0x400F1038 C   FIELD 29w01 SRX_OVFL: Slave RX FIFO overflow
0x400F1038 C   FIELD 30w01 SARBLOST: Slave Arbitration Lost
0x400F1038 C   FIELD 31w01 INTR_OVFL: Interrupt overflow
0x400F1040 B  REGISTER I2C0_INT_EVENT0_ISET0 (wo): Interrupt set
0x400F1040 C   FIELD 00w01 MRXDONE: Master Receive Data Interrupt Signals that a byte has been received
0x400F1040 C   FIELD 01w01 MTXDONE: Master Transmit Transaction completed Interrupt
0x400F1040 C   FIELD 02w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F1040 C   FIELD 03w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F1040 C   FIELD 04w01 MRXFIFOFULL: RXFIFO full event.
0x400F1040 C   FIELD 05w01 MTXEMPTY: Transmit FIFO Empty interrupt mask. This interrupt is set if all data in the Transmit FIFO have been shifted out and the transmit goes into idle mode.
0x400F1040 C   FIELD 07w01 MNACK: Address/Data NACK Interrupt
0x400F1040 C   FIELD 08w01 MSTART: START Detection Interrupt
0x400F1040 C   FIELD 09w01 MSTOP: STOP Detection Interrupt
0x400F1040 C   FIELD 10w01 MARBLOST: Arbitration Lost Interrupt
0x400F1040 C   FIELD 11w01 MDMA_DONE_TX: DMA Done on Event Channel TX
0x400F1040 C   FIELD 12w01 MDMA_DONE_RX: DMA Done on Event Channel RX
0x400F1040 C   FIELD 13w01 MPEC_RX_ERR: Master RX Pec Error Interrupt
0x400F1040 C   FIELD 14w01 TIMEOUTA: Timeout A interrupt
0x400F1040 C   FIELD 15w01 TIMEOUTB: Timeout B Interrupt
0x400F1040 C   FIELD 16w01 SRXDONE: Slave Receive Data Interrupt Signals that a byte has been received
0x400F1040 C   FIELD 17w01 STXDONE: Slave Transmit Transaction completed Interrupt
0x400F1040 C   FIELD 18w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F1040 C   FIELD 19w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F1040 C   FIELD 20w01 SRXFIFOFULL: RXFIFO full event. This interrupt is set if an RX FIFO is full.
0x400F1040 C   FIELD 21w01 STXEMPTY: Transmit FIFO Empty interrupt mask. This interrupt is set if all data in the Transmit FIFO have been shifted out and the transmit goes into idle mode.
0x400F1040 C   FIELD 22w01 SSTART: Start Condition Interrupt
0x400F1040 C   FIELD 23w01 SSTOP: Stop Condition Interrupt
0x400F1040 C   FIELD 24w01 SGENCALL: General Call Interrupt
0x400F1040 C   FIELD 25w01 SDMA_DONE_TX: DMA Done on Event Channel TX
0x400F1040 C   FIELD 26w01 SDMA_DONE_RX: DMA Done on Event Channel RX
0x400F1040 C   FIELD 27w01 SPEC_RX_ERR: Slave RX Pec Error Interrupt
0x400F1040 C   FIELD 28w01 STX_UNFL: Slave TX FIFO underflow
0x400F1040 C   FIELD 29w01 SRX_OVFL: Slave RX FIFO overflow
0x400F1040 C   FIELD 30w01 SARBLOST: Slave Arbitration Lost
0x400F1040 C   FIELD 31w01 INTR_OVFL: Interrupt overflow
0x400F1048 B  REGISTER I2C0_INT_EVENT0_ICLR0 (wo): Interrupt clear
0x400F1048 C   FIELD 00w01 MRXDONE: Master Receive Data Interrupt Signals that a byte has been received
0x400F1048 C   FIELD 01w01 MTXDONE: Master Transmit Transaction completed Interrupt
0x400F1048 C   FIELD 02w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F1048 C   FIELD 03w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F1048 C   FIELD 04w01 MRXFIFOFULL: RXFIFO full event.
0x400F1048 C   FIELD 05w01 MTXEMPTY: Transmit FIFO Empty interrupt mask. This interrupt is set if all data in the Transmit FIFO have been shifted out and the transmit goes into idle mode.
0x400F1048 C   FIELD 07w01 MNACK: Address/Data NACK Interrupt
0x400F1048 C   FIELD 08w01 MSTART: START Detection Interrupt
0x400F1048 C   FIELD 09w01 MSTOP: STOP Detection Interrupt
0x400F1048 C   FIELD 10w01 MARBLOST: Arbitration Lost Interrupt
0x400F1048 C   FIELD 11w01 MDMA_DONE_TX: DMA Done on Event Channel TX
0x400F1048 C   FIELD 12w01 MDMA_DONE_RX: DMA Done on Event Channel RX
0x400F1048 C   FIELD 13w01 MPEC_RX_ERR: Master RX Pec Error Interrupt
0x400F1048 C   FIELD 14w01 TIMEOUTA: Timeout A interrupt
0x400F1048 C   FIELD 15w01 TIMEOUTB: Timeout B Interrupt
0x400F1048 C   FIELD 16w01 SRXDONE: Slave Receive Data Interrupt Signals that a byte has been received
0x400F1048 C   FIELD 17w01 STXDONE: Slave Transmit Transaction completed Interrupt
0x400F1048 C   FIELD 18w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F1048 C   FIELD 19w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F1048 C   FIELD 20w01 SRXFIFOFULL: RXFIFO full event. This interrupt is set if an RX FIFO is full.
0x400F1048 C   FIELD 21w01 STXEMPTY: Transmit FIFO Empty interrupt mask. This interrupt is set if all data in the Transmit FIFO have been shifted out and the transmit goes into idle mode.
0x400F1048 C   FIELD 22w01 SSTART: Slave START Detection Interrupt
0x400F1048 C   FIELD 23w01 SSTOP: Slave STOP Detection Interrupt
0x400F1048 C   FIELD 24w01 SGENCALL: General Call Interrupt
0x400F1048 C   FIELD 25w01 SDMA_DONE_TX: DMA Done on Event Channel TX
0x400F1048 C   FIELD 26w01 SDMA_DONE_RX: DMA Done on Event Channel RX
0x400F1048 C   FIELD 27w01 SPEC_RX_ERR: Slave RX Pec Error Interrupt
0x400F1048 C   FIELD 28w01 STX_UNFL: Slave TX FIFO underflow
0x400F1048 C   FIELD 29w01 SRX_OVFL: Slave RX FIFO overflow
0x400F1048 C   FIELD 30w01 SARBLOST: Slave Arbitration Lost
0x400F1048 C   FIELD 31w01 INTR_OVFL: Interrupt overflow
0x400F1050 B  CLUSTER I2C0_INT_EVENT1[0]: 
0x400F1050 B  REGISTER I2C0_INT_EVENT1_IIDX0 (ro): Interrupt index
0x400F1050 C   FIELD 00w08 STAT (ro): I2C Module Interrupt Vector Value. This register provides the highes priority interrupt index. A read clears the corresponding interrupt flag in RIS and MISC. 15h-1Fh = Reserved
0x400F1058 B  REGISTER I2C0_INT_EVENT1_IMASK0 (rw): Interrupt mask
0x400F1058 C   FIELD 00w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F1058 C   FIELD 01w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F1058 C   FIELD 02w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F1058 C   FIELD 03w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F1060 B  REGISTER I2C0_INT_EVENT1_RIS0 (ro): Raw interrupt status
0x400F1060 C   FIELD 00w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F1060 C   FIELD 01w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F1060 C   FIELD 02w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F1060 C   FIELD 03w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F1068 B  REGISTER I2C0_INT_EVENT1_MIS0 (ro): Masked interrupt status
0x400F1068 C   FIELD 00w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F1068 C   FIELD 01w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F1068 C   FIELD 02w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F1068 C   FIELD 03w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F1070 B  REGISTER I2C0_INT_EVENT1_ISET0 (wo): Interrupt set
0x400F1070 C   FIELD 00w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F1070 C   FIELD 01w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F1070 C   FIELD 02w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F1070 C   FIELD 03w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F1078 B  REGISTER I2C0_INT_EVENT1_ICLR0 (wo): Interrupt clear
0x400F1078 C   FIELD 00w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F1078 C   FIELD 01w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F1078 C   FIELD 02w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F1078 C   FIELD 03w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F1080 B  CLUSTER I2C0_INT_EVENT2[0]: 
0x400F1080 B  REGISTER I2C0_INT_EVENT2_IIDX0 (ro): Interrupt index
0x400F1080 C   FIELD 00w08 STAT (ro): I2C Module Interrupt Vector Value. This register provides the highes priority interrupt index. A read clears the corresponding interrupt flag in RIS and MISC. 15h-1Fh = Reserved
0x400F1088 B  REGISTER I2C0_INT_EVENT2_IMASK0 (rw): Interrupt mask
0x400F1088 C   FIELD 00w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F1088 C   FIELD 01w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F1088 C   FIELD 02w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F1088 C   FIELD 03w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F1090 B  REGISTER I2C0_INT_EVENT2_RIS0 (ro): Raw interrupt status
0x400F1090 C   FIELD 00w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F1090 C   FIELD 01w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F1090 C   FIELD 02w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F1090 C   FIELD 03w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F1098 B  REGISTER I2C0_INT_EVENT2_MIS0 (ro): Masked interrupt status
0x400F1098 C   FIELD 00w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F1098 C   FIELD 01w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F1098 C   FIELD 02w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F1098 C   FIELD 03w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F10A0 B  REGISTER I2C0_INT_EVENT2_ISET0 (wo): Interrupt set
0x400F10A0 C   FIELD 00w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F10A0 C   FIELD 01w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F10A0 C   FIELD 02w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F10A0 C   FIELD 03w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F10A8 B  REGISTER I2C0_INT_EVENT2_ICLR0 (wo): Interrupt clear
0x400F10A8 C   FIELD 00w01 MRXFIFOTRG: Master Receive FIFO Trigger Trigger when RX FIFO contains >= defined bytes
0x400F10A8 C   FIELD 01w01 MTXFIFOTRG: Master Transmit FIFO Trigger Trigger when Transmit FIFO contains <= defined bytes
0x400F10A8 C   FIELD 02w01 SRXFIFOTRG: Slave Receive FIFO Trigger
0x400F10A8 C   FIELD 03w01 STXFIFOTRG: Slave Transmit FIFO Trigger
0x400F10E0 B  REGISTER I2C0_EVT_MODE (rw): Event Mode
0x400F10E0 C   FIELD 00w02 INT0_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT0]
0x400F10E0 C   FIELD 02w02 INT1_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT1]
0x400F10E0 C   FIELD 04w02 EVT2_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT2]
0x400F10E4 B  REGISTER I2C0_INTCTL (rw): Interrupt control register
0x400F10E4 C   FIELD 00w01 INTEVAL (wo): Writing a 1 to this field re-evaluates the interrupt sources.
0x400F10FC B  REGISTER I2C0_DESC (ro): Module Description
0x400F10FC C   FIELD 00w04 MINREV: Minor rev of the IP
0x400F10FC C   FIELD 04w04 MAJREV: Major rev of the IP
0x400F10FC C   FIELD 08w04 INSTNUM: Instance Number within the device. This will be a parameter to the RTL for modules that can have multiple instances
0x400F10FC C   FIELD 12w04 FEATUREVER: Feature Set for the module *instance*
0x400F10FC C   FIELD 16w16 MODULEID: Module identification contains a unique peripheral identification number. The assignments are maintained in a central database for all of the platform modules to ensure uniqueness.
0x400F1200 B  REGISTER I2C0_GFCTL (rw): I2C Glitch Filter Control
0x400F1200 C   FIELD 00w03 DGFSEL (rw): Glitch Suppression Pulse Width This field controls the pulse width select for glitch suppression on the SCL and SDA lines. The following values are the glitch suppression values in terms of functional clocks. (Core Domain only)
0x400F1200 C   FIELD 08w01 AGFEN (rw): Analog Glitch Suppression Enable
0x400F1200 C   FIELD 09w02 AGFSEL (rw): Analog Glitch Suppression Pulse Width This field controls the pulse width select for the analog glitch suppression on SCL and SDA lines. See device datasheet for exact values. (ULP I2C only)
0x400F1200 C   FIELD 11w01 CHAIN: Analog and digital noise filters chaining enable.
0x400F1204 B  REGISTER I2C0_TIMEOUT_CTL (rw): I2C Timeout Count Control Register
0x400F1204 C   FIELD 00w08 TCNTLA (rw): Timeout counter A load value Counter A is used for SCL low detection. This field contains the upper 8 bits of a 12-bit pre-load value for the Timeout A count. NOTE: The value of CNTLA must be greater than 1h. Each count is equal to 520 times the timeout period of functional clock. For example, with 8MHz functional clock and a 100KHz operating I2C clock, one timeout period will be equal to (1 / 8MHz) * 520 or 65 us.
0x400F1204 C   FIELD 15w01 TCNTAEN (rw): Timeout Counter A Enable
0x400F1204 C   FIELD 16w08 TCNTLB (rw): Timeout Count B Load: Counter B is used for SCL High Detection. This field contains the upper 8 bits of a 12-bit pre-load value for the Timeout B count. NOTE: The value of CNTLB must be greater than 1h. Each count is equal to 1* clock period. For example, with 10MHz functional clock one timeout period will be equal to1*100ns.
0x400F1204 C   FIELD 31w01 TCNTBEN (rw): Timeout Counter B Enable
0x400F1208 B  REGISTER I2C0_TIMEOUT_CNT (ro): I2C Timeout Count Register
0x400F1208 C   FIELD 00w08 TCNTA (ro): Timeout Count A Current Count: This field contains the upper 8 bits of a 12-bit current counter for timeout counter A
0x400F1208 C   FIELD 16w08 TCNTB: Timeout Count B Current Count: This field contains the upper 8 bits of a 12-bit current counter for timeout counter B
0x400F1210 B  CLUSTER I2C0_MASTER[0]: 
0x400F1210 B  REGISTER I2C0_MSA0 (rw): I2C Master Slave Address Register
0x400F1210 C   FIELD 00w01 DIR: Receive/Send The DIR bit specifies if the next master operation is a Receive (High) or Transmit (Low). 0h = Transmit 1h = Receive
0x400F1210 C   FIELD 01w10 SADDR: I2C Slave Address This field specifies bits A9 through A0 of the slave address. In 7-bit addressing mode as selected by MSA.MODE bit, the top 3 bits are don't care
0x400F1210 C   FIELD 15w01 MMODE: This bit selects the adressing mode to be used in master mode When 0, 7-bit addressing is used. When 1, 10-bit addressing is used.
0x400F1214 B  REGISTER I2C0_MCTR0 (rw): I2C Master Control Register
0x400F1214 C   FIELD 00w01 BURSTRUN (rw): I2C Master Enable and start transaction
0x400F1214 C   FIELD 01w01 START (rw): Generate START
0x400F1214 C   FIELD 02w01 STOP (rw): Generate STOP
0x400F1214 C   FIELD 03w01 ACK (rw): Data Acknowledge Enable. Software needs to configure this bit to send the ACK or NACK. See field decoding in Table: MCTR Field decoding.
0x400F1214 C   FIELD 04w01 MACKOEN: Master ACK overrride Enable
0x400F1214 C   FIELD 05w01 RD_ON_TXEMPTY: Read on TX Empty
0x400F1214 C   FIELD 16w12 MBLEN (rw): I2C transaction length This field contains the programmed length of bytes of the Transaction.
0x400F1218 B  REGISTER I2C0_MSR0 (ro): I2C Master Status Register
0x400F1218 C   FIELD 00w01 BUSY (ro): I2C Master FSM Busy The BUSY bit is set during an ongoing transaction, so is set during the transmit/receive of the amount of data set in MBLEN including START, RESTART, Address and STOP signal generation when required for the current transaction.
0x400F1218 C   FIELD 01w01 ERR (ro): Error The error can be from the slave address not being acknowledged or the transmit data not being acknowledged.
0x400F1218 C   FIELD 02w01 ADRACK (ro): Acknowledge Address
0x400F1218 C   FIELD 03w01 DATACK (ro): Acknowledge Data
0x400F1218 C   FIELD 04w01 ARBLST (ro): Arbitration Lost
0x400F1218 C   FIELD 05w01 IDLE (ro): I2C Idle
0x400F1218 C   FIELD 06w01 BUSBSY (ro): I2C Bus is Busy Master State Machine will wait until this bit is cleared before starting a transaction. When first enabling the Master in multi master environments, FW should wait for one I2C clock period after setting ACTIVE high before writing to the MTCR register to start the transaction so that if SCL goes low it will trigger the BUSBSY.
0x400F1218 C   FIELD 16w12 MBCNT (ro): I2C Master Transaction Count This field contains the current count-down value of the transaction.
0x400F121C B  REGISTER I2C0_MRXDATA0 (ro): I2C Master RXData
0x400F121C C   FIELD 00w08 VALUE (ro): Received Data. This field contains the last received data.
0x400F1220 B  REGISTER I2C0_MTXDATA0 (rw): I2C Master TXData
0x400F1220 C   FIELD 00w08 VALUE (rw): Transmit Data This byte contains the data to be transferred during the next transaction.
0x400F1224 B  REGISTER I2C0_MTPR0 (rw): I2C Master Timer Period
0x400F1224 C   FIELD 00w07 TPR (rw): Timer Period This field is used in the equation to configure SCL_PERIOD : SCL_PERIOD = (1 + TPR ) * (SCL_LP + SCL_HP ) * INT_CLK_PRD where: SCL_PRD is the SCL line period (I2C clock). TPR is the Timer Period register value (range of 1 to 127). SCL_LP is the SCL Low period (fixed at 6). SCL_HP is the SCL High period (fixed at 4). CLK_PRD is the functional clock period in ns.
0x400F1228 B  REGISTER I2C0_MCR0 (rw): I2C Master Configuration
0x400F1228 C   FIELD 00w01 ACTIVE (rw): Device Active After this bit has been set, it should not be set again unless it has been cleared by writing a 0 or by a reset, otherwise transfer failures may occur.
0x400F1228 C   FIELD 01w01 MMST (rw): Multimaster mode. In Multimaster mode the SCL high time counts once the SCL line has been detected high. If this is not enabled the high time counts as soon as the SCL line has been set high by the I2C controller.
0x400F1228 C   FIELD 02w01 CLKSTRETCH (rw): Clock Stretching. This bit controls the support for clock stretching of the I2C bus.
0x400F1228 C   FIELD 08w01 LPBK (rw): I2C Loopback
0x400F1234 B  REGISTER I2C0_MBMON0 (ro): I2C Master Bus Monitor
0x400F1234 C   FIELD 00w01 SCL (ro): I2C SCL Status
0x400F1234 C   FIELD 01w01 SDA (ro): I2C SDA Status
0x400F1238 B  REGISTER I2C0_MFIFOCTL0 (rw): I2C Master FIFO Control
0x400F1238 C   FIELD 00w03 TXTRIG: TX FIFO Trigger Indicates at what fill level in the TX FIFO a trigger will be generated.
0x400F1238 C   FIELD 07w01 TXFLUSH: TX FIFO Flush Setting this bit will Flush the TX FIFO. Before clearing this bit to stop Flush the TXFIFOCNT should be checked to be 8 and indicating that the Flush has completed.
0x400F1238 C   FIELD 08w03 RXTRIG: RX FIFO Trigger Indicates at what fill level in the RX FIFO a trigger will be generated. Note: Programming RXTRIG to 0x0 has no effect since no data is present to transfer out of RX FIFO.
0x400F1238 C   FIELD 15w01 RXFLUSH: RX FIFO Flush Setting this bit will Flush the RX FIFO. Before clearing this bit to stop Flush the RXFIFOCNT should be checked to be 0 and indicating that the Flush has completed.
0x400F123C B  REGISTER I2C0_MFIFOSR0 (ro): I2C Master FIFO Status Register
0x400F123C C   FIELD 00w04 RXFIFOCNT (ro): Number of Bytes which could be read from the RX FIFO
0x400F123C C   FIELD 07w01 RXFLUSH: RX FIFO Flush When this bit is set a Flush operation for the RX FIFO is active. Clear the RXFLUSH bit in the control register to stop.
0x400F123C C   FIELD 08w04 TXFIFOCNT (ro): Number of Bytes which could be put into the TX FIFO
0x400F123C C   FIELD 15w01 TXFLUSH: TX FIFO Flush When this bit is set a Flush operation for the TX FIFO is active. Clear the TXFLUSH bit in the control register to stop.
0x400F1240 B  REGISTER I2C0_MASTER_I2CPECCTL0 (rw): I2C master PEC control register
0x400F1240 C   FIELD 00w09 PECCNT: PEC Count When this field is non zero, the number of I2C bytes are counted (Note that although the PEC is calculated on the I2C address it is not counted at a byte). When the byte count = PECCNT and the state machine is transmitting, the contents of the LSFR is loaded into the shift register instead of the byte received from the Tx FIFO. When the state machine is receiving, after the last bit of this byte is received the LSFR is checked and if it is non-zero, a PEC RX Error interrupt is generated. The I2C packet must be padded to include the PEC byte for both transmit and receive. In transmit mode the FIFO must be loaded with a dummy PEC byte. In receive mode the PEC byte will be passed to the Rx FIFO. In the normal Master use case, FW would set PECEN=1 and PECCNT=SMB packet length (Not including Slave Address byte, but including the PEC byte). FW would then configure DMA to allow the packet to complete unassisted and write MCTR to initiate the transaction. Note that when the byte count = PEC CNT, the byte count is reset to 0 and multiple PEC calculation can automatically occur within a single I2C transaction. Note that any write to the MASTER_I2CPECCTL Register will clear the current PEC Byte Count in the Master State Machine.
0x400F1240 C   FIELD 12w01 PECEN: PEC Enable This bit enables the SMB Packet Error Checking (PEC). When enabled the PEC is calculated on all bits accept the Start, Stop, Ack and Nack. The PEC LSFR and the Byte Counter is set to 0 when the State Machine is in the IDLE state, which occur following a Stop or when a timeout occurs. The Counter is also set to 0 after the PEC byte is sent or received. Note that the NACK is automatically send following a PEC byte that results in a PEC error. The PEC Polynomial is x^8 + x^2 + x^1 + 1.
0x400F1244 B  REGISTER I2C0_MASTER_PECSR0 (ro): I2C master PEC status register
0x400F1244 C   FIELD 00w09 PECBYTECNT: PEC Byte Count This is the current PEC Byte Count of the Master State Machine.
0x400F1244 C   FIELD 16w01 PECSTS_CHECK: This status bit indicates if the PEC was checked in the transaction that occurred before the last Stop. Latched on Stop.
0x400F1244 C   FIELD 17w01 PECSTS_ERROR: This status bit indicates if a PEC check error occurred in the transaction that occurred before the last Stop. Latched on Stop.
0x400F1250 B  CLUSTER I2C0_SLAVE[0]: 
0x400F1250 B  REGISTER I2C0_SOAR0 (rw): I2C Slave Own Address
0x400F1250 C   FIELD 00w10 OAR (rw): I2C Slave Own Address: This field specifies bits A9 through A0 of the slave address. In 7-bit addressing mode as selected by I2CSOAR.MODE bit, the top 3 bits are don't care
0x400F1250 C   FIELD 14w01 OAREN: I2C Slave Own Address Enable
0x400F1250 C   FIELD 15w01 SMODE: This bit selects the adressing mode to be used in slave mode. When 0, 7-bit addressing is used. When 1, 10-bit addressing is used.
0x400F1254 B  REGISTER I2C0_SOAR20 (rw): I2C Slave Own Address 2
0x400F1254 C   FIELD 00w07 OAR2 (rw): I2C Slave Own Address 2 This field specifies the alternate OAR2 address.
0x400F1254 C   FIELD 07w01 OAR2EN (rw): I2C Slave Own Address 2 Enable
0x400F1254 C   FIELD 16w07 OAR2_MASK: I2C Slave Own Address 2 Mask: This field specifies bits A6 through A0 of the slave address. The bits with value 1 in SOAR2.OAR2_MASK field will make the corresponding incoming address bits to match by default regardless of the value inside SOAR2.OAR2 i.e. corresponding SOAR2.OAR2 bit is a dont care.
0x400F1258 B  REGISTER I2C0_SCTR0 (rw): I2C Slave Control Register
0x400F1258 C   FIELD 00w01 ACTIVE (rw): Device Active. Setting this bit enables the slave functionality.
0x400F1258 C   FIELD 01w01 GENCALL (rw): General call response enable Modify only when UCSWRST = 1. 0b = Do not respond to a general call 1b = Respond to a general call
0x400F1258 C   FIELD 02w01 SCLKSTRETCH: Slave Clock Stretch Enable
0x400F1258 C   FIELD 03w01 TXEMPTY_ON_TREQ: Tx Empty Interrupt on TREQ
0x400F1258 C   FIELD 04w01 TXTRIG_TXMODE: Tx Trigger when slave FSM is in Tx Mode
0x400F1258 C   FIELD 05w01 TXWAIT_STALE_TXFIFO: Tx transfer waits when stale data in Tx FIFO. This prevents stale bytes left in the TX FIFO from automatically being sent on the next I2C packet. Note: this should be used with TXEMPTY_ON_TREQ set to prevent the Slave State Machine from waiting for TX FIFO data without an interrupt notification when the FIFO data is stale.
0x400F1258 C   FIELD 06w01 RXFULL_ON_RREQ: Rx full interrupt generated on RREQ condition as indicated in SSR
0x400F1258 C   FIELD 07w01 EN_DEFHOSTADR: Enable Default Host Address
0x400F1258 C   FIELD 08w01 EN_ALRESPADR: Enable Alert Response Address
0x400F1258 C   FIELD 09w01 EN_DEFDEVADR: Enable Deault device address
0x400F1258 C   FIELD 10w01 SWUEN: Slave Wakeup Enable
0x400F125C B  REGISTER I2C0_SSR0 (ro): I2C Slave Status Register
0x400F125C C   FIELD 00w01 RREQ (ro): Receive Request
0x400F125C C   FIELD 01w01 TREQ (ro): Transmit Request
0x400F125C C   FIELD 02w01 RXMODE: Slave FSM is in Rx MODE
0x400F125C C   FIELD 03w01 OAR2SEL (ro): OAR2 Address Matched This bit gets reevaluated after every address comparison.
0x400F125C C   FIELD 04w01 QCMDST (ro): Quick Command Status Value Description: 0: The last transaction was a normal transaction or a transaction has not occurred. 1: The last transaction was a Quick Command transaction
0x400F125C C   FIELD 05w01 QCMDRW (ro): Quick Command Read / Write This bit only has meaning when the QCMDST bit is set. Value Description: 0: Quick command was a write 1: Quick command was a read
0x400F125C C   FIELD 06w01 BUSBSY: I2C bus is busy
0x400F125C C   FIELD 07w01 TXMODE: Slave FSM is in TX MODE
0x400F125C C   FIELD 08w01 STALE_TXFIFO: Stale Tx FIFO
0x400F125C C   FIELD 09w10 ADDRMATCH: Indicates the address for which slave address match happened
0x400F1260 B  REGISTER I2C0_SRXDATA0 (ro): I2C Slave RXData
0x400F1260 C   FIELD 00w08 VALUE (ro): Received Data. This field contains the last received data.
0x400F1264 B  REGISTER I2C0_STXDATA0 (rw): I2C Slave TXData
0x400F1264 C   FIELD 00w08 VALUE (rw): Transmit Data This byte contains the data to be transferred during the next transaction.
0x400F1268 B  REGISTER I2C0_SACKCTL0 (rw): I2C Slave ACK Control
0x400F1268 C   FIELD 00w01 ACKOEN (rw): I2C Slave ACK Override Enable
0x400F1268 C   FIELD 01w01 ACKOVAL (rw): I2C Slave ACK Override Value Note: for General Call this bit will be ignored if set to NACK and slave continues to receive data.
0x400F1268 C   FIELD 02w01 ACKOEN_ON_START: When set this bit will automatically turn on the Slave ACKOEN field following a Start Condition.
0x400F1268 C   FIELD 03w01 ACKOEN_ON_PECNEXT: When set this bit will automatically turn on the Slave ACKOEN field following the ACK/NACK of the byte received just prior to the PEC byte. Note that when ACKOEN is set the PEC byte will not automatically be ACKed/NACKed by the State Machine and FW must perform this function by writing SLAVE_SACKCTL.
0x400F1268 C   FIELD 04w01 ACKOEN_ON_PECDONE: When set this bit will automatically turn on the Slave ACKOEN field following the ACK/NACK of the received PEC byte.
0x400F126C B  REGISTER I2C0_SFIFOCTL0 (rw): I2C Slave FIFO Control
0x400F126C C   FIELD 00w03 TXTRIG: TX FIFO Trigger Indicates at what fill level in the TX FIFO a trigger will be generated.
0x400F126C C   FIELD 07w01 TXFLUSH: TX FIFO Flush Setting this bit will Flush the TX FIFO. Before clearing this bit to stop Flush the TXFIFOCNT should be checked to be 8 and indicating that the Flush has completed.
0x400F126C C   FIELD 08w03 RXTRIG: RX FIFO Trigger Indicates at what fill level in the RX FIFO a trigger will be generated. Note: Programming RXTRIG to 0x0 has no effect since no data is present to transfer out of RX FIFO.
0x400F126C C   FIELD 15w01 RXFLUSH: RX FIFO Flush Setting this bit will Flush the RX FIFO. Before clearing this bit to stop Flush the RXFIFOCNT should be checked to be 0 and indicating that the Flush has completed.
0x400F1270 B  REGISTER I2C0_SFIFOSR0 (ro): I2C Slave FIFO Status Register
0x400F1270 C   FIELD 00w04 RXFIFOCNT (ro): Number of Bytes which could be read from the RX FIFO
0x400F1270 C   FIELD 07w01 RXFLUSH: RX FIFO Flush When this bit is set a Flush operation for the RX FIFO is active. Clear the RXFLUSH bit in the control register to stop.
0x400F1270 C   FIELD 08w04 TXFIFOCNT (ro): Number of Bytes which could be put into the TX FIFO
0x400F1270 C   FIELD 15w01 TXFLUSH: TX FIFO Flush When this bit is set a Flush operation for the TX FIFO is active. Clear the TXFLUSH bit in the control register to stop.
0x400F1274 B  REGISTER I2C0_SLAVE_PECCTL0 (rw): I2C Slave PEC control register
0x400F1274 C   FIELD 00w09 PECCNT: When this field is non zero, the number of I2C data bytes are counted. When the byte count = PECCNT and the state machine is transmitting, the contents of the LSFR is loaded into the shift register instead of the byte received from the Tx FIFO. When the state machine is receiving, after the last bit of this byte is received the LSFR is checked and if it is non-zero, a PEC RX Error interrupt is generated. The I2C packet must be padded to include the PEC byte for both transmit and receive. In transmit mode the FIFO must be loaded with a dummy PEC byte. In receive mode the PEC byte will be passed to the Rx FIFO. In the normal Slave use case, FW would set PECEN=1 and PECCNT=0 and use the ACKOEN until the remaining SMB packet length is known. FW would then set the PECCNT to the remaining packet length (Including PEC bye). FW would then configure DMA to allow the packet to complete unassisted and exit NoAck mode. Note that when the byte count = PEC CNT, the byte count is reset to 0 and multiple PEC calculation can automatically occur within a single I2C transaction
0x400F1274 C   FIELD 12w01 PECEN: PEC Enable This bit enables the SMB Packet Error Checking (PEC). When enabled the PEC is calculated on all bits accept the Start, Stop, Ack and Nack. The PEC LSFR and the Byte Counter is set to 0 when the State Machine is in the IDLE state, which occur following a Stop or when a timeout occurs. The Counter is also set to 0 after the PEC byte is sent or received. Note that the NACK is automatically send following a PEC byte that results in a PEC error. The PEC Polynomial is x^8 + x^2 + x^1 + 1.
0x400F1278 B  REGISTER I2C0_SLAVE_PECSR0 (ro): I2C slave PEC status register
0x400F1278 C   FIELD 00w09 PECBYTECNT: This is the current PEC Byte Count of the Slave State Machine.
0x400F1278 C   FIELD 16w01 PECSTS_CHECK: This status bit indicates if the PEC was checked in the transaction that occurred before the last Stop. Latched on Stop.
0x400F1278 C   FIELD 17w01 PECSTS_ERROR: This status bit indicates if a PEC check error occurred in the transaction that occurred before the last Stop. Latched on Stop.
0x40108000 A PERIPHERAL UART0
0x40108800 B  CLUSTER UART0_GPRCM[0]: 
0x40108800 B  REGISTER UART0_PWREN0 (rw): Power enable
0x40108800 C   FIELD 00w01 ENABLE (rw): Enable the power
0x40108804 B  REGISTER UART0_RSTCTL0 (wo): Reset Control
0x40108804 C   FIELD 00w01 RESETASSERT (wo): Assert reset to the peripheral
0x40108804 C   FIELD 01w01 RESETSTKYCLR (wo): Clear the RESETSTKY bit in the STAT register
0x40108808 B  REGISTER UART0_CLKCFG0 (rw): Peripheral Clock Configuration Register
0x40108808 C   FIELD 08w01 BLOCKASYNC (rw): Async Clock Request is blocked from starting SYSOSC or forcing bus clock to 32MHz
0x40108814 B  REGISTER UART0_GPRCM_STAT0 (ro): Status Register
0x40108814 C   FIELD 16w01 RESETSTKY (ro): This bit indicates, if the peripheral was reset, since this bit was cleared by RESETSTKYCLR in the RSTCTL register
0x40109000 B  REGISTER UART0_CLKDIV (rw): Clock Divider
0x40109000 C   FIELD 00w03 RATIO: Selects divide ratio of module clock
0x40109008 B  REGISTER UART0_CLKSEL (rw): Clock Select for Ultra Low Power peripherals
0x40109008 C   FIELD 01w01 LFCLK_SEL (rw): Selects LFCLK as clock source if enabled
0x40109008 C   FIELD 02w01 MFCLK_SEL (rw): Selects MFCLK as clock source if enabled
0x40109008 C   FIELD 03w01 BUSCLK_SEL (rw): Selects BUS CLK as clock source if enabled
0x40109018 B  REGISTER UART0_PDBGCTL (rw): Peripheral Debug Control
0x40109018 C   FIELD 00w01 FREE (rw): Free run control
0x40109018 C   FIELD 01w01 SOFT (rw): Soft halt boundary control. This function is only available, if [FREE] is set to 'STOP'
0x40109020 B  CLUSTER UART0_INT_EVENT0[0]: 
0x40109020 B  REGISTER UART0_IIDX0 (ro): Interrupt index
0x40109020 C   FIELD 00w08 STAT (ro): UART Module Interrupt Vector Value. This register provides the highes priority interrupt index. A read clears the corresponding interrupt flag in RIS and MIS registers. 15h-1Fh = Reserved
0x40109028 B  REGISTER UART0_IMASK0 (rw): Interrupt mask
0x40109028 C   FIELD 00w01 RTOUT: Enable UARTOUT Receive Time-Out Interrupt.
0x40109028 C   FIELD 01w01 FRMERR: Enable UART Framing Error Interrupt.
0x40109028 C   FIELD 02w01 PARERR: Enable UART Parity Error Interrupt.
0x40109028 C   FIELD 03w01 BRKERR: Enable UART Break Error Interrupt.
0x40109028 C   FIELD 04w01 OVRERR: Enable UART Receive Overrun Error Interrupt.
0x40109028 C   FIELD 05w01 RXNE: Enable Negative Edge on UARTxRXD Interrupt.
0x40109028 C   FIELD 06w01 RXPE: Enable Positive Edge on UARTxRXD Interrupt.
0x40109028 C   FIELD 07w01 LINC0: Enable LIN Capture 0 / Match Interrupt .
0x40109028 C   FIELD 08w01 LINC1: Enable LIN Capture 1 Interrupt.
0x40109028 C   FIELD 09w01 LINOVF: Enable LIN Hardware Counter Overflow Interrupt.
0x40109028 C   FIELD 10w01 RXINT: Enable UART Receive Interrupt.
0x40109028 C   FIELD 11w01 TXINT: Enable UART Transmit Interrupt.
0x40109028 C   FIELD 12w01 EOT: Enable UART End of Transmission Interrupt Indicates that the last bit of all transmitted data and flags has left the serializer and without any further Data in the TX Fifo or Buffer.
0x40109028 C   FIELD 13w01 ADDR_MATCH: Enable Address Match Interrupt.
0x40109028 C   FIELD 14w01 CTS: Enable UART Clear to Send Modem Interrupt.
0x40109028 C   FIELD 15w01 DMA_DONE_RX: Enable DMA Done on RX Event Channel Interrupt
0x40109028 C   FIELD 16w01 DMA_DONE_TX: Enable DMA Done on TX Event Channel Interrupt
0x40109028 C   FIELD 17w01 NERR: Noise Error on triple voting. Asserted when the 3 samples of majority voting are not equal
0x40109030 B  REGISTER UART0_RIS0 (ro): Raw interrupt status
0x40109030 C   FIELD 00w01 RTOUT: UARTOUT Receive Time-Out Interrupt.
0x40109030 C   FIELD 01w01 FRMERR: UART Framing Error Interrupt.
0x40109030 C   FIELD 02w01 PARERR: UART Parity Error Interrupt.
0x40109030 C   FIELD 03w01 BRKERR: UART Break Error Interrupt.
0x40109030 C   FIELD 04w01 OVRERR: UART Receive Overrun Error Interrupt.
0x40109030 C   FIELD 05w01 RXNE: Negative Edge on UARTxRXD Interrupt.
0x40109030 C   FIELD 06w01 RXPE: Positive Edge on UARTxRXD Interrupt.
0x40109030 C   FIELD 07w01 LINC0: LIN Capture 0 / Match Interrupt .
0x40109030 C   FIELD 08w01 LINC1: LIN Capture 1 Interrupt.
0x40109030 C   FIELD 09w01 LINOVF: LIN Hardware Counter Overflow Interrupt.
0x40109030 C   FIELD 10w01 RXINT: UART Receive Interrupt.
0x40109030 C   FIELD 11w01 TXINT: UART Transmit Interrupt.
0x40109030 C   FIELD 12w01 EOT: UART End of Transmission Interrupt Indicates that the last bit of all transmitted data and flags has left the serializer and without any further Data in the TX Fifo or Buffer.
0x40109030 C   FIELD 13w01 ADDR_MATCH: Address Match Interrupt.
0x40109030 C   FIELD 14w01 CTS: UART Clear to Send Modem Interrupt.
0x40109030 C   FIELD 15w01 DMA_DONE_RX: DMA Done on RX Event Channel Interrupt
0x40109030 C   FIELD 16w01 DMA_DONE_TX: DMA Done on TX Event Channel Interrupt
0x40109030 C   FIELD 17w01 NERR: Noise Error on triple voting. Asserted when the 3 samples of majority voting are not equal
0x40109038 B  REGISTER UART0_MIS0 (ro): Masked interrupt status
0x40109038 C   FIELD 00w01 RTOUT: Masked UARTOUT Receive Time-Out Interrupt.
0x40109038 C   FIELD 01w01 FRMERR: Masked UART Framing Error Interrupt.
0x40109038 C   FIELD 02w01 PARERR: Masked UART Parity Error Interrupt.
0x40109038 C   FIELD 03w01 BRKERR: Masked UART Break Error Interrupt.
0x40109038 C   FIELD 04w01 OVRERR: Masked UART Receive Overrun Error Interrupt.
0x40109038 C   FIELD 05w01 RXNE: Masked Negative Edge on UARTxRXD Interrupt.
0x40109038 C   FIELD 06w01 RXPE: Masked Positive Edge on UARTxRXD Interrupt.
0x40109038 C   FIELD 07w01 LINC0: Masked LIN Capture 0 / Match Interrupt .
0x40109038 C   FIELD 08w01 LINC1: Masked LIN Capture 1 Interrupt.
0x40109038 C   FIELD 09w01 LINOVF: Masked LIN Hardware Counter Overflow Interrupt.
0x40109038 C   FIELD 10w01 RXINT: Masked UART Receive Interrupt.
0x40109038 C   FIELD 11w01 TXINT: Masked UART Transmit Interrupt.
0x40109038 C   FIELD 12w01 EOT: UART End of Transmission Interrupt Indicates that the last bit of all transmitted data and flags has left the serializer and without any further Data in the TX Fifo or Buffer.
0x40109038 C   FIELD 13w01 ADDR_MATCH: Masked Address Match Interrupt.
0x40109038 C   FIELD 14w01 CTS: Masked UART Clear to Send Modem Interrupt.
0x40109038 C   FIELD 15w01 DMA_DONE_RX: Masked DMA Done on RX Event Channel Interrupt
0x40109038 C   FIELD 16w01 DMA_DONE_TX: Masked DMA Done on TX Event Channel Interrupt
0x40109038 C   FIELD 17w01 NERR: Noise Error on triple voting. Asserted when the 3 samples of majority voting are not equal
0x40109040 B  REGISTER UART0_ISET0 (wo): Interrupt set
0x40109040 C   FIELD 00w01 RTOUT: Set UARTOUT Receive Time-Out Interrupt.
0x40109040 C   FIELD 01w01 FRMERR: Set UART Framing Error Interrupt.
0x40109040 C   FIELD 02w01 PARERR: Set UART Parity Error Interrupt.
0x40109040 C   FIELD 03w01 BRKERR: Set UART Break Error Interrupt.
0x40109040 C   FIELD 04w01 OVRERR: Set UART Receive Overrun Error Interrupt.
0x40109040 C   FIELD 05w01 RXNE: Set Negative Edge on UARTxRXD Interrupt.
0x40109040 C   FIELD 06w01 RXPE: Set Positive Edge on UARTxRXD Interrupt.
0x40109040 C   FIELD 07w01 LINC0: Set LIN Capture 0 / Match Interrupt .
0x40109040 C   FIELD 08w01 LINC1: Set LIN Capture 1 Interrupt.
0x40109040 C   FIELD 09w01 LINOVF: Set LIN Hardware Counter Overflow Interrupt.
0x40109040 C   FIELD 10w01 RXINT: Set UART Receive Interrupt.
0x40109040 C   FIELD 11w01 TXINT: Set UART Transmit Interrupt.
0x40109040 C   FIELD 12w01 EOT: Set UART End of Transmission Interrupt Indicates that the last bit of all transmitted data and flags has left the serializer and without any further Data in the TX Fifo or Buffer.
0x40109040 C   FIELD 13w01 ADDR_MATCH: Set Address Match Interrupt.
0x40109040 C   FIELD 14w01 CTS: Set UART Clear to Send Modem Interrupt.
0x40109040 C   FIELD 15w01 DMA_DONE_RX: Set DMA Done on RX Event Channel Interrupt
0x40109040 C   FIELD 16w01 DMA_DONE_TX: Set DMA Done on TX Event Channel Interrupt
0x40109040 C   FIELD 17w01 NERR: Noise Error on triple voting. Asserted when the 3 samples of majority voting are not equal
0x40109048 B  REGISTER UART0_ICLR0 (wo): Interrupt clear
0x40109048 C   FIELD 00w01 RTOUT: Clear UARTOUT Receive Time-Out Interrupt.
0x40109048 C   FIELD 01w01 FRMERR: Clear UART Framing Error Interrupt.
0x40109048 C   FIELD 02w01 PARERR: Clear UART Parity Error Interrupt.
0x40109048 C   FIELD 03w01 BRKERR: Clear UART Break Error Interrupt.
0x40109048 C   FIELD 04w01 OVRERR: Clear UART Receive Overrun Error Interrupt.
0x40109048 C   FIELD 05w01 RXNE: Clear Negative Edge on UARTxRXD Interrupt.
0x40109048 C   FIELD 06w01 RXPE: Clear Positive Edge on UARTxRXD Interrupt.
0x40109048 C   FIELD 07w01 LINC0: Clear LIN Capture 0 / Match Interrupt .
0x40109048 C   FIELD 08w01 LINC1: Clear LIN Capture 1 Interrupt.
0x40109048 C   FIELD 09w01 LINOVF: Clear LIN Hardware Counter Overflow Interrupt.
0x40109048 C   FIELD 10w01 RXINT: Clear UART Receive Interrupt.
0x40109048 C   FIELD 11w01 TXINT: Clear UART Transmit Interrupt.
0x40109048 C   FIELD 12w01 EOT: Clear UART End of Transmission Interrupt Indicates that the last bit of all transmitted data and flags has left the serializer and without any further Data in the TX Fifo or Buffer.
0x40109048 C   FIELD 13w01 ADDR_MATCH: Clear Address Match Interrupt.
0x40109048 C   FIELD 14w01 CTS: Clear UART Clear to Send Modem Interrupt.
0x40109048 C   FIELD 15w01 DMA_DONE_RX: Clear DMA Done on RX Event Channel Interrupt
0x40109048 C   FIELD 16w01 DMA_DONE_TX: Clear DMA Done on TX Event Channel Interrupt
0x40109048 C   FIELD 17w01 NERR: Noise Error on triple voting. Asserted when the 3 samples of majority voting are not equal
0x401090E0 B  REGISTER UART0_EVT_MODE (rw): Event Mode
0x401090E0 C   FIELD 00w02 INT0_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT0]
0x401090E0 C   FIELD 02w02 INT1_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT1]
0x401090E0 C   FIELD 04w02 INT2_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT2]
0x401090E4 B  REGISTER UART0_INTCTL (rw): Interrupt control register
0x401090E4 C   FIELD 00w01 INTEVAL (wo): Writing a 1 to this field re-evaluates the interrupt sources.
0x40109100 B  REGISTER UART0_CTL0 (rw): UART Control Register 0
0x40109100 C   FIELD 00w01 ENABLE (rw): UART Module Enable. If the UART is disabled in the middle of transmission or reception, it completes the current character before stopping. If the ENABLE bit is not set, all registers can still be accessed and updated. It is recommended to setup and change the UART operation mode with having the ENABLE bit cleared to avoid unpredictable behavior during the setup or update. If disabled the UART module will not send or receive any data and the logic is held in reset state.
0x40109100 C   FIELD 02w01 LBE (rw): UART Loop Back Enable
0x40109100 C   FIELD 03w01 RXE (rw): UART Receive Enable If the UART is disabled in the middle of a receive, it completes the current character before stopping. #b#NOTE:#/b# To enable reception, the UARTEN bit must be set.
0x40109100 C   FIELD 04w01 TXE (rw): UART Transmit Enable If the UART is disabled in the middle of a transmission, it completes the current character before stopping. #b#NOTE:#/b# To enable transmission, the UARTEN bit must be set.
0x40109100 C   FIELD 05w01 TXD_OUT_EN (rw): TXD Pin Control Enable. When the transmit section of the UART is disabled (TXE = 0), the TXD pin can be controlled by the TXD_OUT bit.
0x40109100 C   FIELD 06w01 TXD_OUT (rw): TXD Pin Control Controls the TXD pin when TXD_OUT_EN = 1 and TXE = 0.
0x40109100 C   FIELD 07w01 MENC (rw): Manchester Encode enable
0x40109100 C   FIELD 08w03 MODE (rw): Set the communication mode and protocol used. (Not defined settings uses the default setting: 0)
0x40109100 C   FIELD 12w01 RTS (rw): Request to Send If RTSEN is set the RTS output signals is controlled by the hardware logic using the FIFO fill level or TXDATA buffer. If RTSEN is cleared the RTS output is controlled by the RTS bit. The bit is the complement of the UART request to send, RTS modem status output.
0x40109100 C   FIELD 13w01 RTSEN (rw): Enable hardware controlled Request to Send
0x40109100 C   FIELD 14w01 CTSEN (rw): Enable Clear To Send
0x40109100 C   FIELD 15w02 HSE (rw): High-Speed Bit Oversampling Enable #b#NOTE:#/b# The bit oversampling influences the UART baud-rate configuration. The state of this bit has no effect on clock generation in ISO7816 smart card mode (the SMART bit is set).
0x40109100 C   FIELD 17w01 FEN (rw): UART Enable FIFOs
0x40109100 C   FIELD 18w01 MAJVOTE (rw): Majority Vote Enable When Majority Voting is enabled, the three center bits are used to determine received sample value. In case of error (i.e. all 3 bits are not the same), noise error is detected and bits RIS.NERR and register RXDATA.NERR are set. Oversampling of 16 : bits 7, 8, 9 are used Oversampling of 8 : bits 3, 4, 5 are used Disabled : Single sample value (center value) used
0x40109100 C   FIELD 19w01 MSBFIRST (rw): Most Significant Bit First This bit has effect both on the way protocol byte is transmitted and received. Notes: User needs to match the protocol to the correct value of this bit to send MSb or LSb first. The hardware engine will send the byte entirely based on this bit.
0x40109104 B  REGISTER UART0_LCRH (rw): UART Line Control Register
0x40109104 C   FIELD 00w01 BRK (rw): UART Send Break (for LIN Protocol)
0x40109104 C   FIELD 01w01 PEN (rw): UART Parity Enable
0x40109104 C   FIELD 02w01 EPS (rw): UART Even Parity Select This bit has no effect when parity is disabled by the PEN bit. For 9-Bit UART Mode transmissions, this bit controls the address byte and data byte indication (9th bit). 0 = The transferred byte is a data byte 1 = The transferred byte is an address byte
0x40109104 C   FIELD 03w01 STP2 (rw): UART Two Stop Bits Select When in 7816 smart card mode (the SMART bit is set in the UARTCTL register), the number of stop bits is forced to 2.
0x40109104 C   FIELD 04w02 WLEN (rw): UART Word Length The bits indicate the number of data bits transmitted or received in a frame as follows:
0x40109104 C   FIELD 06w01 SPS (rw): UART Stick Parity Select The Stick Parity Select (SPS) bit is used to set either a permanent '1' or a permanent '0' as parity when transmitting or receiving data. Its purpose is to typically indicate the first byte of a package or to mark an address byte, for example in a multi-drop RS-485 network. When bits PEN, EPS, and SPS of UARTLCRH are set, the parity bit is transmitted and checked as a 0. When bits PEN and SPS are set and EPS is cleared, the parity bit is transmitted and checked as a 1.
0x40109104 C   FIELD 07w01 SENDIDLE (rw): UART send IDLE pattern. When this bit is set an SENDIDLE period of 11 bit times will be sent on the TX line. The bit is cleared by hardware afterwards.
0x40109104 C   FIELD 16w05 EXTDIR_SETUP (rw): Defines the number of UARTclk ticks the signal to control the external driver for the RS485 will be set before the START bit is send
0x40109104 C   FIELD 21w05 EXTDIR_HOLD (rw): Defines the number of UARTclk ticks the signal to control the external driver for the RS485 will be reset after the beginning of the stop bit. (If 2 STOP bits are enabled the beginning of the 2nd STOP bit.)
0x40109108 B  REGISTER UART0_STAT (ro): UART Status Register
0x40109108 C   FIELD 00w01 BUSY (ro): UART Busy This bit is set as soon as the transmit FIFO or TXDATA register becomes non-empty (regardless of whether UART is enabled) or if a receive data is currently ongoing (after the start edge have been detected until a complete byte, including all stop bits, has been received by the shift register). In IDLE_Line mode the Busy signal also stays set during the idle time generation.
0x40109108 C   FIELD 02w01 RXFE (ro): UART Receive FIFO Empty The meaning of this bit depends on the state of the FEN bit in the CTL0 register.
0x40109108 C   FIELD 03w01 RXFF (ro): UART Receive FIFO Full The meaning of this bit depends on the state of the FEN bit in the CTL0 register.
0x40109108 C   FIELD 06w01 TXFE (ro): UART Transmit FIFO Empty The meaning of this bit depends on the state of the FEN bit in the CTL0 register.
0x40109108 C   FIELD 07w01 TXFF (ro): UART Transmit FIFO Full The meaning of this bit depends on the state of the FEN bit in the CTL0 register.
0x40109108 C   FIELD 08w01 CTS (ro): Clear To Send
0x40109108 C   FIELD 09w01 IDLE (ro): IDLE mode has been detected in Idleline-Multiprocessor-Mode. The IDLE bit is used as an address tag for each block of characters. In idle-line multiprocessor format, this bit is set when a received character is an address.
0x4010910C B  REGISTER UART0_IFLS (rw): UART Interrupt FIFO Level Select Register
0x4010910C C   FIELD 00w03 TXIFLSEL (rw): UART Transmit Interrupt FIFO Level Select The trigger points for the transmit interrupt are as follows: Note: for undefined settings the default configuration is used.
0x4010910C C   FIELD 04w03 RXIFLSEL (rw): UART Receive Interrupt FIFO Level Select The trigger points for the receive interrupt are as follows: Note: In ULP domain the trigger levels are used for: 0: LVL_1_4 4: LVL_FULL For undefined settings the default configuration is used.
0x4010910C C   FIELD 08w04 RXTOSEL (rw): UART Receive Interrupt Timeout Select. When receiving no start edge for an additional character within the set bittimes a RX interrupt is set even if the FIFO level is not reached. A value of 0 disables this function.
0x40109110 B  REGISTER UART0_IBRD (rw): UART Integer Baud-Rate Divisor Register
0x40109110 C   FIELD 00w16 DIVINT (rw): Integer Baud-Rate Divisor
0x40109114 B  REGISTER UART0_FBRD (rw): UART Fractional Baud-Rate Divisor Register
0x40109114 C   FIELD 00w06 DIVFRAC (rw): Fractional Baud-Rate Divisor
0x40109118 B  REGISTER UART0_GFCTL (rw): Glitch Filter Control
0x40109118 C   FIELD 00w06 DGFSEL (rw): Glitch Suppression Pulse Width This field controls the pulse width select for glitch suppression on the RX line. The value programmed in this field gives the number of cycles of functional clock up to which the glitch has to be suppressed on the RX line. In IRDA mode: The minimum pulse length for receive is given by: t(MIN) = (DGFSEL) / f(IRTXCLK)
0x40109118 C   FIELD 08w01 AGFEN (rw): Analog Glitch Suppression Enable
0x40109118 C   FIELD 09w02 AGFSEL (rw): Analog Glitch Suppression Pulse Width This field controls the pulse width select for the analog glitch suppression on the RX line. See device datasheet for exact values.
0x40109118 C   FIELD 11w01 CHAIN (rw): Analog and digital noise filters chaining enable. 0 DISABLE: When 0, chaining is disabled and only digital filter output is available to IP logic for sampling 1 ENABLE: When 1, analog and digital glitch filters are chained and the output of the combination is made available to IP logic for sampling
0x40109120 B  REGISTER UART0_TXDATA (rw): UART Transmit Data Register
0x40109120 C   FIELD 00w08 DATA (rw): Data Transmitted or Received Data that is to be transmitted via the UART is written to this field. When read, this field contains the data that was received by the UART.
0x40109124 B  REGISTER UART0_RXDATA (ro): UART Receive Data Register
0x40109124 C   FIELD 00w08 DATA (ro): Received Data. When read, this field contains the data that was received by the UART.
0x40109124 C   FIELD 08w01 FRMERR (ro): UART Framing Error Writing to this bit has no effect. The flag is cleared by writing 1 to the FRMERR bit in the UART EVENT ICLR register. This error is associated with the character at the top of the FIFO.
0x40109124 C   FIELD 09w01 PARERR (ro): UART Parity Error Writing to this bit has no effect. The flag is cleared by writing 1 to the PARERR bit in the UART EVENT ICLR register.
0x40109124 C   FIELD 10w01 BRKERR (ro): UART Break Error Writing to this bit has no effect. The flag is cleared by writing 1 to the BRKERR bit in the UART EVENT ICLR register. This error is associated with the character at the top of the FIFO. When a break occurs, only one 0 character is loaded into the FIFO. The next character is only enabled after the receive data input goes to a 1 (marking state) and the next valid start bit is received.
0x40109124 C   FIELD 11w01 OVRERR (ro): UART Receive Overrun Error Writing to this bit has no effect. The flag is cleared by writing 1 to the OVRERR bit in the UART EVENT ICLR register. In case of a receive FIFO overflow, the FIFO contents remain valid because no further data is written when the FIFO is full. Only the contents of the shift register are overwritten. The CPU must read the data in order to empty the FIFO.
0x40109124 C   FIELD 12w01 NERR (ro): Noise Error. Writing to this bit has no effect. The flag is cleared by writing 1 to the NERR bit in the UART EVENT ICLR register.
0x40109130 B  REGISTER UART0_LINCNT (rw): UART LIN Mode Counter Register
0x40109130 C   FIELD 00w16 LINCNT (rw): 16 bit up counter clocked by the functional clock of the UART.
0x40109134 B  REGISTER UART0_LINCTL (rw): UART LIN Mode Control Register
0x40109134 C   FIELD 00w01 CTRENA (rw): LIN Counter Enable. LIN counter will only count when enabled.
0x40109134 C   FIELD 01w01 ZERONE (rw): Zero on negative Edge of RXD. When enabled the counter is set to 0 and starts counting on a negative edge of RXD
0x40109134 C   FIELD 02w01 CNTRXLOW (rw): Count while low Signal on RXD When counter is enabled and the signal on RXD is low, the counter increments.
0x40109134 C   FIELD 04w01 LINC0CAP (rw): Capture Counter on negative RXD Edge. When enabled the counter value is captured to LINC0 register on each negative RXD edge. A LINC0 interrupt is triggered when enabled.
0x40109134 C   FIELD 05w01 LINC1CAP (rw): Capture Counter on positive RXD Edge. When enabled the counter value is captured to LINC1 register on each positive RXD edge. A LINC1 interrupt is triggered when enabled.
0x40109134 C   FIELD 06w01 LINC0_MATCH (rw): Counter Compare Match Mode When this bit is set to 1 a counter compare match with LINC0 register triggers an LINC0 interrupt when enabled.
0x40109138 B  REGISTER UART0_LINC0 (rw): UART LIN Mode Capture 0 Register
0x40109138 C   FIELD 00w16 DATA (rw): 16 Bit Capture / Compare Register Captures current LINCTR value on RXD falling edge and can generate a LINC0 interrupt when capture is enabled (LINC0CAP = 1). If compare mode is enabled (LINC0_MATCH = 1), a counter match can generate a LINC0 interrupt.
0x4010913C B  REGISTER UART0_LINC1 (rw): UART LIN Mode Capture 1 Register
0x4010913C C   FIELD 00w16 DATA (rw): 16 Bit Capture / Compare Register Captures current LINCTR value on RXD rising edge and can generate a LINC1 interrupt when capture is enabled (LINC1CAP = 1)
0x40109140 B  REGISTER UART0_IRCTL (rw): eUSCI_Ax IrDA Control Word Register
0x40109140 C   FIELD 00w01 IREN (rw): IrDA encoder/decoder enable
0x40109140 C   FIELD 01w01 IRTXCLK (rw): IrDA transmit pulse clock select
0x40109140 C   FIELD 02w06 IRTXPL (rw): Transmit pulse length. Pulse length t(PULSE) = (IRTXPLx + 1) / [2 * f(IRTXCLK)] (IRTXCLK = functional clock of the UART)
0x40109140 C   FIELD 09w01 IRRXPL (rw): IrDA receive input UCAxRXD polarity
0x40109148 B  REGISTER UART0_AMASK (rw): Self Address Mask Register
0x40109148 C   FIELD 00w08 MSK (rw): Self Address Mask for 9-Bit Mode This field contains the address mask that creates a set of addresses that should be matched. A 0 bit in the MSK bitfield configures, that the corresponding bit in the ADDR bitfield of the UARTxADDR register is don't care. A 1 bit in the MSK bitfield configures, that the corresponding bit in the ADDR bitfield of the UARTxADDR register must match.
0x4010914C B  REGISTER UART0_ADDR (rw): Self Address Register
0x4010914C C   FIELD 00w08 ADDR (rw): Self Address for 9-Bit Mode This field contains the address that should be matched when UARTxAMASK is FFh.
0x40109160 B  REGISTER UART0_CLKDIV2 (rw): Clock Divider
0x40109160 C   FIELD 00w03 RATIO: Selects divide ratio of module clock
0x40400000 A PERIPHERAL CPUSS
0x404010E0 B  REGISTER CPUSS_EVT_MODE (ro): Event Mode
0x404010E0 C   FIELD 00w02 INT_CFG (ro): Event line mode select
0x404010FC B  REGISTER CPUSS_DESC (ro): Module Description
0x404010FC C   FIELD 00w04 MINREV (ro): Minor rev of the IP
0x404010FC C   FIELD 04w04 MAJREV (ro): Major rev of the IP
0x404010FC C   FIELD 12w04 FEATUREVER (ro): Feature Set for the module *instance*
0x404010FC C   FIELD 16w16 MODULEID (ro): Module identification contains a unique peripheral identification number. The assignments are maintained in a central database for all of the platform modules to ensure uniqueness.
0x40401100 B  REGISTER CPUSS_IIDX (ro): Interrupt index
0x40401100 C   FIELD 00w08 STAT (ro): Interrupt index status
0x40401108 B  REGISTER CPUSS_IMASK (ro): Interrupt mask
0x40401108 C   FIELD 00w08 INT (ro): Masks the corresponding interrupt
0x40401110 B  REGISTER CPUSS_RIS (ro): Raw interrupt status
0x40401110 C   FIELD 00w08 INT: Raw interrupt status for INT
0x40401118 B  REGISTER CPUSS_MIS (ro): Masked interrupt status
0x40401118 C   FIELD 00w08 INT: Masked interrupt status for INT0
0x40401120 B  REGISTER CPUSS_ISET (wo): Interrupt set
0x40401120 C   FIELD 00w08 INT: Sets INT in RIS register
0x40401128 B  REGISTER CPUSS_ICLR (wo): Interrupt clear
0x40401128 C   FIELD 00w08 INT: Clears INT in RIS register
0x40401300 B  REGISTER CPUSS_CTL (rw): Prefetch/Cache control
0x40401300 C   FIELD 00w01 PREFETCH (rw): Used to enable/disable instruction prefetch to Flash.
0x40401300 C   FIELD 01w01 ICACHE (rw): Used to enable/disable Instruction caching on flash access.
0x40401300 C   FIELD 02w01 LITEN (rw): Literal caching and prefetch enable. This bit is a subset of ICACHE/PREFETCH bit i.e. literal caching or literal prefetching will only happen if ICACHE or PREFETCH bits have been set respectively When enabled, the cache and prefetcher structures inside CPUSS will cache and prefetch literals When disabled, the cache and prefetcher structures inside CPUSS will not cache and prefetch literals
0x40401E00 B  REGISTER CPUSS_TEST0 (rw): DTB MUX Sel
0x40401E00 C   FIELD 00w03 DTB_MUX_SEL_CPU (rw): DTB Mux Sel Refer to implementaion spec for mux selection table.
0x40401E00 C   FIELD 05w05 DTB_MUX_SEL_WUC (rw): DTB Mux Sel Refer to implementaion spec for mux selection table.
0x40424000 A PERIPHERAL WUC
0x40424400 B  REGISTER WUC_FSUB_0 (rw): Subscriber Port 0
0x40424400 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40424404 B  REGISTER WUC_FSUB_1 (rw): Subscriber Port 1
0x40424404 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40428000 A PERIPHERAL IOMUX
0x40428004 B  REGISTER IOMUX_PINCM[0] (rw): Pin Control Management Register in SECCFG region
0x40428004 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428004 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428004 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428004 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428004 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428004 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428004 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428004 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428004 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428004 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428004 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428004 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428008 B  REGISTER IOMUX_PINCM[1] (rw): Pin Control Management Register in SECCFG region
0x40428008 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428008 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428008 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428008 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428008 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428008 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428008 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428008 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428008 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428008 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428008 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428008 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x4042800C B  REGISTER IOMUX_PINCM[2] (rw): Pin Control Management Register in SECCFG region
0x4042800C C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x4042800C C   FIELD 07w01 PC (rw): Peripheral is Connected
0x4042800C C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x4042800C C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x4042800C C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x4042800C C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x4042800C C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x4042800C C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x4042800C C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x4042800C C   FIELD 26w01 INV (rw): Data inversion selection
0x4042800C C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x4042800C C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428010 B  REGISTER IOMUX_PINCM[3] (rw): Pin Control Management Register in SECCFG region
0x40428010 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428010 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428010 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428010 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428010 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428010 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428010 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428010 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428010 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428010 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428010 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428010 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428014 B  REGISTER IOMUX_PINCM[4] (rw): Pin Control Management Register in SECCFG region
0x40428014 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428014 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428014 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428014 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428014 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428014 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428014 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428014 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428014 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428014 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428014 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428014 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428018 B  REGISTER IOMUX_PINCM[5] (rw): Pin Control Management Register in SECCFG region
0x40428018 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428018 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428018 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428018 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428018 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428018 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428018 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428018 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428018 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428018 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428018 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428018 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x4042801C B  REGISTER IOMUX_PINCM[6] (rw): Pin Control Management Register in SECCFG region
0x4042801C C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x4042801C C   FIELD 07w01 PC (rw): Peripheral is Connected
0x4042801C C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x4042801C C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x4042801C C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x4042801C C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x4042801C C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x4042801C C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x4042801C C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x4042801C C   FIELD 26w01 INV (rw): Data inversion selection
0x4042801C C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x4042801C C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428020 B  REGISTER IOMUX_PINCM[7] (rw): Pin Control Management Register in SECCFG region
0x40428020 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428020 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428020 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428020 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428020 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428020 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428020 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428020 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428020 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428020 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428020 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428020 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428024 B  REGISTER IOMUX_PINCM[8] (rw): Pin Control Management Register in SECCFG region
0x40428024 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428024 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428024 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428024 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428024 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428024 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428024 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428024 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428024 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428024 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428024 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428024 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428028 B  REGISTER IOMUX_PINCM[9] (rw): Pin Control Management Register in SECCFG region
0x40428028 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428028 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428028 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428028 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428028 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428028 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428028 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428028 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428028 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428028 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428028 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428028 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x4042802C B  REGISTER IOMUX_PINCM[10] (rw): Pin Control Management Register in SECCFG region
0x4042802C C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x4042802C C   FIELD 07w01 PC (rw): Peripheral is Connected
0x4042802C C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x4042802C C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x4042802C C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x4042802C C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x4042802C C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x4042802C C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x4042802C C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x4042802C C   FIELD 26w01 INV (rw): Data inversion selection
0x4042802C C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x4042802C C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428030 B  REGISTER IOMUX_PINCM[11] (rw): Pin Control Management Register in SECCFG region
0x40428030 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428030 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428030 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428030 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428030 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428030 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428030 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428030 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428030 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428030 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428030 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428030 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428034 B  REGISTER IOMUX_PINCM[12] (rw): Pin Control Management Register in SECCFG region
0x40428034 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428034 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428034 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428034 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428034 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428034 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428034 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428034 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428034 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428034 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428034 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428034 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428038 B  REGISTER IOMUX_PINCM[13] (rw): Pin Control Management Register in SECCFG region
0x40428038 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428038 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428038 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428038 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428038 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428038 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428038 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428038 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428038 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428038 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428038 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428038 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x4042803C B  REGISTER IOMUX_PINCM[14] (rw): Pin Control Management Register in SECCFG region
0x4042803C C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x4042803C C   FIELD 07w01 PC (rw): Peripheral is Connected
0x4042803C C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x4042803C C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x4042803C C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x4042803C C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x4042803C C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x4042803C C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x4042803C C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x4042803C C   FIELD 26w01 INV (rw): Data inversion selection
0x4042803C C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x4042803C C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428040 B  REGISTER IOMUX_PINCM[15] (rw): Pin Control Management Register in SECCFG region
0x40428040 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428040 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428040 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428040 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428040 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428040 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428040 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428040 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428040 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428040 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428040 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428040 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428044 B  REGISTER IOMUX_PINCM[16] (rw): Pin Control Management Register in SECCFG region
0x40428044 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428044 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428044 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428044 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428044 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428044 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428044 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428044 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428044 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428044 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428044 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428044 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428048 B  REGISTER IOMUX_PINCM[17] (rw): Pin Control Management Register in SECCFG region
0x40428048 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428048 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428048 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428048 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428048 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428048 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428048 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428048 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428048 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428048 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428048 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428048 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x4042804C B  REGISTER IOMUX_PINCM[18] (rw): Pin Control Management Register in SECCFG region
0x4042804C C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x4042804C C   FIELD 07w01 PC (rw): Peripheral is Connected
0x4042804C C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x4042804C C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x4042804C C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x4042804C C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x4042804C C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x4042804C C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x4042804C C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x4042804C C   FIELD 26w01 INV (rw): Data inversion selection
0x4042804C C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x4042804C C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428050 B  REGISTER IOMUX_PINCM[19] (rw): Pin Control Management Register in SECCFG region
0x40428050 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428050 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428050 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428050 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428050 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428050 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428050 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428050 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428050 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428050 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428050 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428050 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428054 B  REGISTER IOMUX_PINCM[20] (rw): Pin Control Management Register in SECCFG region
0x40428054 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428054 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428054 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428054 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428054 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428054 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428054 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428054 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428054 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428054 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428054 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428054 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428058 B  REGISTER IOMUX_PINCM[21] (rw): Pin Control Management Register in SECCFG region
0x40428058 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428058 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428058 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428058 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428058 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428058 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428058 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428058 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428058 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428058 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428058 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428058 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x4042805C B  REGISTER IOMUX_PINCM[22] (rw): Pin Control Management Register in SECCFG region
0x4042805C C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x4042805C C   FIELD 07w01 PC (rw): Peripheral is Connected
0x4042805C C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x4042805C C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x4042805C C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x4042805C C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x4042805C C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x4042805C C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x4042805C C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x4042805C C   FIELD 26w01 INV (rw): Data inversion selection
0x4042805C C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x4042805C C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428060 B  REGISTER IOMUX_PINCM[23] (rw): Pin Control Management Register in SECCFG region
0x40428060 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428060 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428060 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428060 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428060 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428060 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428060 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428060 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428060 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428060 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428060 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428060 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428064 B  REGISTER IOMUX_PINCM[24] (rw): Pin Control Management Register in SECCFG region
0x40428064 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428064 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428064 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428064 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428064 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428064 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428064 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428064 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428064 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428064 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428064 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428064 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428068 B  REGISTER IOMUX_PINCM[25] (rw): Pin Control Management Register in SECCFG region
0x40428068 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428068 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428068 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428068 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428068 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428068 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428068 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428068 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428068 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428068 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428068 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428068 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x4042806C B  REGISTER IOMUX_PINCM[26] (rw): Pin Control Management Register in SECCFG region
0x4042806C C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x4042806C C   FIELD 07w01 PC (rw): Peripheral is Connected
0x4042806C C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x4042806C C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x4042806C C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x4042806C C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x4042806C C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x4042806C C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x4042806C C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x4042806C C   FIELD 26w01 INV (rw): Data inversion selection
0x4042806C C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x4042806C C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428070 B  REGISTER IOMUX_PINCM[27] (rw): Pin Control Management Register in SECCFG region
0x40428070 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428070 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428070 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428070 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428070 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428070 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428070 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428070 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428070 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428070 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428070 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428070 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428074 B  REGISTER IOMUX_PINCM[28] (rw): Pin Control Management Register in SECCFG region
0x40428074 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428074 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428074 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428074 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428074 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428074 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428074 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428074 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428074 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428074 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428074 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428074 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428078 B  REGISTER IOMUX_PINCM[29] (rw): Pin Control Management Register in SECCFG region
0x40428078 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428078 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428078 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428078 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428078 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428078 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428078 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428078 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428078 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428078 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428078 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428078 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x4042807C B  REGISTER IOMUX_PINCM[30] (rw): Pin Control Management Register in SECCFG region
0x4042807C C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x4042807C C   FIELD 07w01 PC (rw): Peripheral is Connected
0x4042807C C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x4042807C C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x4042807C C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x4042807C C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x4042807C C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x4042807C C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x4042807C C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x4042807C C   FIELD 26w01 INV (rw): Data inversion selection
0x4042807C C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x4042807C C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428080 B  REGISTER IOMUX_PINCM[31] (rw): Pin Control Management Register in SECCFG region
0x40428080 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428080 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428080 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428080 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428080 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428080 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428080 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428080 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428080 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428080 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428080 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428080 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428084 B  REGISTER IOMUX_PINCM[32] (rw): Pin Control Management Register in SECCFG region
0x40428084 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428084 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428084 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428084 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428084 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428084 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428084 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428084 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428084 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428084 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428084 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428084 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428088 B  REGISTER IOMUX_PINCM[33] (rw): Pin Control Management Register in SECCFG region
0x40428088 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428088 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428088 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428088 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428088 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428088 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428088 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428088 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428088 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428088 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428088 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428088 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x4042808C B  REGISTER IOMUX_PINCM[34] (rw): Pin Control Management Register in SECCFG region
0x4042808C C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x4042808C C   FIELD 07w01 PC (rw): Peripheral is Connected
0x4042808C C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x4042808C C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x4042808C C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x4042808C C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x4042808C C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x4042808C C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x4042808C C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x4042808C C   FIELD 26w01 INV (rw): Data inversion selection
0x4042808C C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x4042808C C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428090 B  REGISTER IOMUX_PINCM[35] (rw): Pin Control Management Register in SECCFG region
0x40428090 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428090 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428090 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428090 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428090 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428090 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428090 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428090 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428090 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428090 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428090 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428090 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428094 B  REGISTER IOMUX_PINCM[36] (rw): Pin Control Management Register in SECCFG region
0x40428094 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428094 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428094 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428094 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428094 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428094 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428094 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428094 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428094 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428094 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428094 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428094 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40428098 B  REGISTER IOMUX_PINCM[37] (rw): Pin Control Management Register in SECCFG region
0x40428098 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x40428098 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x40428098 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x40428098 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x40428098 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x40428098 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x40428098 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x40428098 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x40428098 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x40428098 C   FIELD 26w01 INV (rw): Data inversion selection
0x40428098 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x40428098 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x4042809C B  REGISTER IOMUX_PINCM[38] (rw): Pin Control Management Register in SECCFG region
0x4042809C C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x4042809C C   FIELD 07w01 PC (rw): Peripheral is Connected
0x4042809C C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x4042809C C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x4042809C C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x4042809C C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x4042809C C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x4042809C C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x4042809C C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x4042809C C   FIELD 26w01 INV (rw): Data inversion selection
0x4042809C C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x4042809C C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280A0 B  REGISTER IOMUX_PINCM[39] (rw): Pin Control Management Register in SECCFG region
0x404280A0 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280A0 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280A0 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280A0 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280A0 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280A0 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280A0 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280A0 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280A0 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280A0 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280A0 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280A0 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280A4 B  REGISTER IOMUX_PINCM[40] (rw): Pin Control Management Register in SECCFG region
0x404280A4 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280A4 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280A4 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280A4 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280A4 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280A4 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280A4 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280A4 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280A4 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280A4 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280A4 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280A4 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280A8 B  REGISTER IOMUX_PINCM[41] (rw): Pin Control Management Register in SECCFG region
0x404280A8 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280A8 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280A8 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280A8 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280A8 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280A8 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280A8 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280A8 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280A8 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280A8 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280A8 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280A8 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280AC B  REGISTER IOMUX_PINCM[42] (rw): Pin Control Management Register in SECCFG region
0x404280AC C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280AC C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280AC C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280AC C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280AC C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280AC C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280AC C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280AC C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280AC C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280AC C   FIELD 26w01 INV (rw): Data inversion selection
0x404280AC C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280AC C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280B0 B  REGISTER IOMUX_PINCM[43] (rw): Pin Control Management Register in SECCFG region
0x404280B0 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280B0 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280B0 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280B0 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280B0 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280B0 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280B0 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280B0 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280B0 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280B0 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280B0 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280B0 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280B4 B  REGISTER IOMUX_PINCM[44] (rw): Pin Control Management Register in SECCFG region
0x404280B4 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280B4 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280B4 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280B4 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280B4 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280B4 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280B4 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280B4 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280B4 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280B4 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280B4 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280B4 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280B8 B  REGISTER IOMUX_PINCM[45] (rw): Pin Control Management Register in SECCFG region
0x404280B8 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280B8 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280B8 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280B8 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280B8 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280B8 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280B8 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280B8 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280B8 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280B8 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280B8 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280B8 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280BC B  REGISTER IOMUX_PINCM[46] (rw): Pin Control Management Register in SECCFG region
0x404280BC C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280BC C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280BC C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280BC C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280BC C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280BC C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280BC C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280BC C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280BC C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280BC C   FIELD 26w01 INV (rw): Data inversion selection
0x404280BC C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280BC C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280C0 B  REGISTER IOMUX_PINCM[47] (rw): Pin Control Management Register in SECCFG region
0x404280C0 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280C0 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280C0 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280C0 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280C0 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280C0 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280C0 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280C0 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280C0 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280C0 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280C0 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280C0 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280C4 B  REGISTER IOMUX_PINCM[48] (rw): Pin Control Management Register in SECCFG region
0x404280C4 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280C4 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280C4 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280C4 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280C4 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280C4 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280C4 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280C4 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280C4 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280C4 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280C4 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280C4 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280C8 B  REGISTER IOMUX_PINCM[49] (rw): Pin Control Management Register in SECCFG region
0x404280C8 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280C8 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280C8 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280C8 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280C8 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280C8 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280C8 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280C8 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280C8 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280C8 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280C8 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280C8 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280CC B  REGISTER IOMUX_PINCM[50] (rw): Pin Control Management Register in SECCFG region
0x404280CC C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280CC C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280CC C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280CC C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280CC C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280CC C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280CC C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280CC C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280CC C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280CC C   FIELD 26w01 INV (rw): Data inversion selection
0x404280CC C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280CC C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280D0 B  REGISTER IOMUX_PINCM[51] (rw): Pin Control Management Register in SECCFG region
0x404280D0 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280D0 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280D0 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280D0 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280D0 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280D0 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280D0 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280D0 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280D0 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280D0 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280D0 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280D0 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280D4 B  REGISTER IOMUX_PINCM[52] (rw): Pin Control Management Register in SECCFG region
0x404280D4 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280D4 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280D4 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280D4 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280D4 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280D4 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280D4 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280D4 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280D4 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280D4 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280D4 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280D4 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280D8 B  REGISTER IOMUX_PINCM[53] (rw): Pin Control Management Register in SECCFG region
0x404280D8 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280D8 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280D8 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280D8 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280D8 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280D8 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280D8 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280D8 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280D8 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280D8 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280D8 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280D8 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280DC B  REGISTER IOMUX_PINCM[54] (rw): Pin Control Management Register in SECCFG region
0x404280DC C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280DC C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280DC C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280DC C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280DC C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280DC C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280DC C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280DC C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280DC C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280DC C   FIELD 26w01 INV (rw): Data inversion selection
0x404280DC C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280DC C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280E0 B  REGISTER IOMUX_PINCM[55] (rw): Pin Control Management Register in SECCFG region
0x404280E0 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280E0 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280E0 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280E0 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280E0 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280E0 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280E0 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280E0 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280E0 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280E0 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280E0 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280E0 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280E4 B  REGISTER IOMUX_PINCM[56] (rw): Pin Control Management Register in SECCFG region
0x404280E4 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280E4 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280E4 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280E4 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280E4 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280E4 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280E4 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280E4 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280E4 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280E4 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280E4 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280E4 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280E8 B  REGISTER IOMUX_PINCM[57] (rw): Pin Control Management Register in SECCFG region
0x404280E8 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280E8 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280E8 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280E8 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280E8 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280E8 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280E8 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280E8 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280E8 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280E8 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280E8 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280E8 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280EC B  REGISTER IOMUX_PINCM[58] (rw): Pin Control Management Register in SECCFG region
0x404280EC C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280EC C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280EC C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280EC C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280EC C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280EC C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280EC C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280EC C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280EC C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280EC C   FIELD 26w01 INV (rw): Data inversion selection
0x404280EC C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280EC C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280F0 B  REGISTER IOMUX_PINCM[59] (rw): Pin Control Management Register in SECCFG region
0x404280F0 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280F0 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280F0 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280F0 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280F0 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280F0 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280F0 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280F0 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280F0 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280F0 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280F0 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280F0 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x404280F4 B  REGISTER IOMUX_PINCM[60] (rw): Pin Control Management Register in SECCFG region
0x404280F4 C   FIELD 00w06 PF (rw): Peripheral Function selection bits
0x404280F4 C   FIELD 07w01 PC (rw): Peripheral is Connected
0x404280F4 C   FIELD 13w01 WAKESTAT (ro): This has the IOPAD WAKEUP signal as status bit.
0x404280F4 C   FIELD 16w01 PIPD (rw): Pull Down control selection
0x404280F4 C   FIELD 17w01 PIPU (rw): Pull Up control selection
0x404280F4 C   FIELD 18w01 INENA (rw): Input Enable Control Selection
0x404280F4 C   FIELD 19w01 HYSTEN (rw): Hysteresis Enable Control Selection
0x404280F4 C   FIELD 20w01 DRV (rw): Drive strength control selection, for HS IOCELL only
0x404280F4 C   FIELD 25w01 HIZ1 (rw): High output value will tri-state the output when this bit is enabled
0x404280F4 C   FIELD 26w01 INV (rw): Data inversion selection
0x404280F4 C   FIELD 27w01 WUEN (rw): Wakeup Enable bit
0x404280F4 C   FIELD 28w01 WCOMP (rw): Wakeup Compare Value bit
0x40429900 B  CLUSTER IOMUX_LMGMT_DFT_ATRT[0]: 
0x40429900 B  REGISTER IOMUX_DTBENA0 (rw): DTB ENA Register
0x40429900 C   FIELD 00w32 ENABLE (rw): DTB Enable
0x4042990C B  REGISTER IOMUX_DTBBUSSEL0 (rw): DTBBUSSEL Register
0x4042990C C   FIELD 00w32 SEL: DTB bus selector
0x40429910 B  REGISTER IOMUX_DTBOUTSEL[%s]0 (rw): DTBOUSEL Register
0x40429910 C   FIELD 00w07 OUTIPSEL (rw): Select bits to configure the output IP for the selected DTB Lane.
0x40429910 C   FIELD 07w01 PRAIL (rw): PRAIL bit to identify the Power Rail of the selected IP.
0x40429990 B  REGISTER IOMUX_DTBDIR[%s]0 (rw): DTBDIR Register
0x40429990 C   FIELD 00w06 DIR (rw): DTB lane direction bit, 0: DTB OUTPUT enable, 1: DTB INPUT enable
0x404299B0 B  REGISTER IOMUX_IOTBEN00 (rw): IOTB ENA Register0
0x404299B0 C   FIELD 00w32 SIG32 (rw): IOTB Enable Bit for SIG1-32
0x404299B4 B  REGISTER IOMUX_IOTBEN10 (rw): IOTB ENA Register1
0x404299B4 C   FIELD 00w32 SIG64 (rw): IOTB Enable Bit for SIG33-64
0x404299B8 B  REGISTER IOMUX_IOTBEN20 (rw): IOTB ENA Register2
0x404299B8 C   FIELD 00w32 SIG96 (rw): IOTB Enable Bit for SIG65-96
0x404299BC B  REGISTER IOMUX_IOTBEN30 (rw): IOTB ENA Register3
0x404299BC C   FIELD 00w32 SIG128 (rw): IOTB Enable Bit for SIG97-128
0x4042A000 A PERIPHERAL DMA
0x4042A400 B  REGISTER DMA_FSUB_0 (rw): Subscriber Port 0
0x4042A400 C   FIELD 00w02 CHANID: 0 = disconnected. 1-255 = connected to channelID = CHANID.
0x4042A404 B  REGISTER DMA_FSUB_1 (rw): Subscriber Port 1
0x4042A404 C   FIELD 00w02 CHANID: 0 = disconnected. 1-255 = connected to channelID = CHANID.
0x4042A444 B  REGISTER DMA_FPUB_1 (rw): Publisher Port 0
0x4042A444 C   FIELD 00w02 CHANID: 0 = disconnected. 1-255 = connected to channelID = CHANID.
0x4042A480 B  REGISTER DMA_CPU_CONNECT_0 (rw): CPU Connect
0x4042A480 C   FIELD 00w01 NWPW_CONN (rw): NWPW connect bit.
0x4042A480 C   FIELD 01w01 CPUSS0_CONN (rw): CPUSS0 connect bit.
0x4042B018 B  REGISTER DMA_PDBGCTL (rw): Peripheral Debug Control
0x4042B018 C   FIELD 00w01 FREE: Free run control
0x4042B018 C   FIELD 01w01 SOFT: Soft halt boundary control. This function is only available, if [FREE] is set to 'STOP'
0x4042B020 B  CLUSTER DMA_INT_EVENT[0]: 
0x4042B020 B  REGISTER DMA_IIDX0 (ro): Interrupt index
0x4042B020 C   FIELD 00w08 STAT (ro): Interrupt index status
0x4042B028 B  REGISTER DMA_IMASK0 (rw): Interrupt mask
0x4042B028 C   FIELD 00w01 DMACH0: DMA Channel 0 interrupt signal. Size counter reached zero (DMASZ=0).
0x4042B028 C   FIELD 24w01 ADDRERR: DMA address error, SRC address not reachable.
0x4042B028 C   FIELD 25w01 DATAERR: DMA data error, SRC data might be corrupted (PAR or ECC error).
0x4042B030 B  REGISTER DMA_RIS0 (ro): Raw interrupt status
0x4042B030 C   FIELD 00w01 DMACH0: DMA Channel 0 interrupt signals that size counter reached zero (DMASZ=0).
0x4042B030 C   FIELD 24w01 ADDRERR: DMA address error, SRC address not reachable.
0x4042B030 C   FIELD 25w01 DATAERR: DMA data error, SRC data might be corrupted (PAR or ECC error).
0x4042B038 B  REGISTER DMA_MIS0 (ro): Masked interrupt status
0x4042B038 C   FIELD 00w01 DMACH0: DMA Channel 0 interrupt signals that size counter reached zero (DMASZ=0).
0x4042B038 C   FIELD 24w01 ADDRERR: DMA address error, SRC address not reachable.
0x4042B038 C   FIELD 25w01 DATAERR: DMA data error, SRC data might be corrupted (PAR or ECC error).
0x4042B040 B  REGISTER DMA_ISET0 (wo): Interrupt set
0x4042B040 C   FIELD 00w01 DMACH0: DMA Channel 0 interrupt signals that size counter reached zero (DMASZ=0).
0x4042B040 C   FIELD 24w01 ADDRERR: DMA address error, SRC address not reachable.
0x4042B040 C   FIELD 25w01 DATAERR: DMA data error, SRC data might be corrupted (PAR or ECC error).
0x4042B048 B  REGISTER DMA_ICLR0 (wo): Interrupt clear
0x4042B048 C   FIELD 00w01 DMACH0: DMA Channel 0 interrupt signals that size counter reached zero (DMASZ=0).
0x4042B048 C   FIELD 24w01 ADDRERR: DMA address error, SRC address not reachable.
0x4042B048 C   FIELD 25w01 DATAERR: DMA data error, SRC data might be corrupted (PAR or ECC error).
0x4042B04C B  CLUSTER DMA_INT_EVENT[1]: 
0x4042B04C B  REGISTER DMA_IIDX1 (ro): Interrupt index
0x4042B04C C   FIELD 00w08 STAT (ro): Interrupt index status
0x4042B054 B  REGISTER DMA_IMASK1 (rw): Interrupt mask
0x4042B054 C   FIELD 00w01 DMACH0: DMA Channel 0 interrupt signal. Size counter reached zero (DMASZ=0).
0x4042B054 C   FIELD 24w01 ADDRERR: DMA address error, SRC address not reachable.
0x4042B054 C   FIELD 25w01 DATAERR: DMA data error, SRC data might be corrupted (PAR or ECC error).
0x4042B05C B  REGISTER DMA_RIS1 (ro): Raw interrupt status
0x4042B05C C   FIELD 00w01 DMACH0: DMA Channel 0 interrupt signals that size counter reached zero (DMASZ=0).
0x4042B05C C   FIELD 24w01 ADDRERR: DMA address error, SRC address not reachable.
0x4042B05C C   FIELD 25w01 DATAERR: DMA data error, SRC data might be corrupted (PAR or ECC error).
0x4042B064 B  REGISTER DMA_MIS1 (ro): Masked interrupt status
0x4042B064 C   FIELD 00w01 DMACH0: DMA Channel 0 interrupt signals that size counter reached zero (DMASZ=0).
0x4042B064 C   FIELD 24w01 ADDRERR: DMA address error, SRC address not reachable.
0x4042B064 C   FIELD 25w01 DATAERR: DMA data error, SRC data might be corrupted (PAR or ECC error).
0x4042B06C B  REGISTER DMA_ISET1 (wo): Interrupt set
0x4042B06C C   FIELD 00w01 DMACH0: DMA Channel 0 interrupt signals that size counter reached zero (DMASZ=0).
0x4042B06C C   FIELD 24w01 ADDRERR: DMA address error, SRC address not reachable.
0x4042B06C C   FIELD 25w01 DATAERR: DMA data error, SRC data might be corrupted (PAR or ECC error).
0x4042B074 B  REGISTER DMA_ICLR1 (wo): Interrupt clear
0x4042B074 C   FIELD 00w01 DMACH0: DMA Channel 0 interrupt signals that size counter reached zero (DMASZ=0).
0x4042B074 C   FIELD 24w01 ADDRERR: DMA address error, SRC address not reachable.
0x4042B074 C   FIELD 25w01 DATAERR: DMA data error, SRC data might be corrupted (PAR or ECC error).
0x4042B0E0 B  REGISTER DMA_EVT_MODE (rw): Event Mode
0x4042B0E0 C   FIELD 00w02 INT0_CFG (ro): Event line mode select for event corresponding to interrupt event INT_EVENT[0]
0x4042B0E0 C   FIELD 02w02 EVT1_CFG (ro): Event line mode select for event corresponding to generic event INT_EVENT[1]
0x4042B0FC B  REGISTER DMA_DESC (ro): Module Description
0x4042B0FC C   FIELD 00w04 MINREV: Minor rev of the IP
0x4042B0FC C   FIELD 04w04 MAJREV: Major rev of the IP
0x4042B0FC C   FIELD 12w04 FEATUREVER: Feature Set for the DMA: number of DMA channel minus one (e.g. 0->1ch, 2->3ch, 15->16ch).
0x4042B0FC C   FIELD 16w16 MODULEID: Module identification contains a unique peripheral identification number. The assignments are maintained in a central database for all of the platform modules to ensure uniqueness.
0x4042B100 B  REGISTER DMA_DMAPRIO (rw): DMA Channel Priority Control
0x4042B100 C   FIELD 00w01 ROUNDROBIN: Round robin. This bit enables the round-robin DMA channel priorities.
0x4042B100 C   FIELD 16w02 BURSTSZ: Define the burst size of a block transfer, before the priority is re-evaluated
0x4042B110 B  CLUSTER DMA_DMATRIG[0]: 
0x4042B110 B  REGISTER DMA_DMATCTL0 (rw): DMA Trigger Select
0x4042B110 C   FIELD 00w06 DMATSEL: DMA Trigger Select Note: Reference the datasheet of the device to see the specific trigger mapping.
0x4042B110 C   FIELD 07w01 DMATINT: DMA Trigger by Internal Channel
0x4042B200 B  CLUSTER DMA_DMACHAN[0]: 
0x4042B200 B  REGISTER DMA_DMACTL0 (rw): DMA Channel Control
0x4042B200 C   FIELD 00w01 DMAREQ: DMA request. Software-controlled DMA start. DMAREQ is reset automatically.
0x4042B200 C   FIELD 01w01 DMAEN: DMA enable
0x4042B200 C   FIELD 04w03 DMAPREIRQ: Enable an early IRQ event. This can help software to react quicker to and DMA done event or allows some additional configuration before the channel is complete. Note: This register is only available in a FULL-channel configuration. Please consult the datasheet of the specific device to map which channel number has FULL or BASIC capability. In a BASIC configuration this register is a read only value and always reads as 0x0.
0x4042B200 C   FIELD 08w02 DMASRCWDTH: DMA source width. This bit selects the source data width as a byte, half word, word or long word.
0x4042B200 C   FIELD 12w02 DMADSTWDTH: DMA destination width. This bit selects the destination as a byte, half word, word or long word.
0x4042B200 C   FIELD 16w04 DMASRCINCR: DMA source increment. This bit selects automatic incrementing or decrementing of the source address DMASA for each transfer. The amount of change to the DMASA is based on the definitin in the DMASRCWDTH. For example an increment of 1 (+1) on a WORD transfer will increment the DMASA by 4.
0x4042B200 C   FIELD 20w04 DMADSTINCR: DMA destination increment. This bit selects automatic incrementing or decrementing of the destination address DMADA for each transfer. The amount of change to the DMADA is based on the definitin in the DMADSTWDTH. For example an increment of 1 (+1) on a WORD transfer will increment the DMADA by 4.
0x4042B200 C   FIELD 24w02 DMAEM: DMA extended mode Note: The extended transfer modes are only available in a FULL-channel configuration. Please consult the datasheet of the specific device to map which channel number has FULL or BASIC capability. In a BASIC channel configuration this register is a read-only register and reads 0x0.
0x4042B200 C   FIELD 28w02 DMATM: DMA transfer mode register Note: The repeat-single (2h) and repeat-block (3h) transfer are only available in a FULL-channel configuration. Please consult the datasheet of the specific device to map which channel number has FULL or BASIC capability. In a BASIC channel configuration only the values for single (0h) and block (1h) transfer can be set.
0x4042B204 B  REGISTER DMA_DMASA0 (rw): DMA Channel Source Address
0x4042B204 C   FIELD 00w32 ADDR: DMA Channel Source Address
0x4042B208 B  REGISTER DMA_DMADA0 (rw): DMA Channel Destination Address
0x4042B208 C   FIELD 00w32 ADDR: DMA Channel Destination Address
0x4042B20C B  REGISTER DMA_DMASZ0 (rw): DMA Channel Size
0x4042B20C C   FIELD 00w16 SIZE: DMA Channel Size in number of transfers
0x40440000 A PERIPHERAL CRC
0x40440800 B  CLUSTER CRC_GPRCM[0]: 
0x40440800 B  REGISTER CRC_PWREN0 (rw): Power enable
0x40440800 C   FIELD 00w01 ENABLE (rw): Enable the power
0x40440804 B  REGISTER CRC_RSTCTL0 (wo): Reset Control
0x40440804 C   FIELD 00w01 RESETASSERT (wo): Assert reset to the peripheral
0x40440804 C   FIELD 01w01 RESETSTKYCLR (wo): Clear the RESETSTKY bit in the STAT register
0x40440814 B  REGISTER CRC_STAT0 (ro): Status Register
0x40440814 C   FIELD 16w01 RESETSTKY (ro): This bit indicates, if the peripheral was reset, since this bit was cleared by RESETSTKYCLR in the RSTCTL register
0x404410FC B  REGISTER CRC_DESC (ro): Module Description
0x404410FC C   FIELD 00w04 MINREV: Minor rev of the IP
0x404410FC C   FIELD 04w04 MAJREV: Major rev of the IP
0x404410FC C   FIELD 08w04 INSTNUM: Instance Number within the device. This will be a parameter to the RTL for modules that can have multiple instances
0x404410FC C   FIELD 12w04 FEATUREVER: Feature Set for the module *instance*
0x404410FC C   FIELD 16w16 MODULEID: Module identification contains a unique peripheral identification number. The assignments are maintained in a central database for all of the platform modules to ensure uniqueness.
0x40441100 B  REGISTER CRC_CRCCTRL (rw): CRC Control Register
0x40441100 C   FIELD 01w01 BITREVERSE (rw): CRC Bit Input and output Reverse. This bit indicates that the bit order of each input byte used for the CRC calculation is reversed before it is passed to the generator, and that the bit order of the calculated CRC is be reversed when read from CRC_RESULT.
0x40441100 C   FIELD 02w01 INPUT_ENDIANNESS (rw): CRC Endian. This bit indicates the byte order within a word or half word of input data.
0x40441100 C   FIELD 04w01 OUTPUT_BYTESWAP (rw): CRC Output Byteswap Enable. This bit controls whether the output is byte-swapped upon a read of the CRCOUT register. If CRCOUT is accessed as a half-word, and the OUTPUT_BYTESWAP is set to to 1, then the two bytes in the 16-bit access are swapped and returned. B1 is returned as B0 B0 is returned as B1 If CRCOUT is accessed as a word, and the OUTPUT_BYTESWAP is set to 1, then the four bytes in the 32-bit read are swapped. B3 is returned as B0 B2 is returned as B1 B1 is returned as B2 B0 is returned as B3 Note that if the CRC POLYSIZE is 16-bit and a 32-bit read of CRCOUT is performed with OUTPUT_BYTESWAP enabled, then the output is: MSB LSB 0x0 0x0 B0 B1 If the CRC POLYSIZE is 16-bit and a 32-bit read of CRCOUT is performed with OUTPUT_BYTESWAP disabled, then the output is: MSB LSB 0x0 0x0 B1 B0
0x40441104 B  REGISTER CRC_CRCSEED (wo): CRC Seed Register
0x40441104 C   FIELD 00w32 SEED (wo): Seed Data
0x40441108 B  REGISTER CRC_CRCIN (wo): CRC Input Data Register
0x40441108 C   FIELD 00w32 DATA (wo): Input Data
0x4044110C B  REGISTER CRC_CRCOUT (ro): CRC Output Result Register
0x4044110C C   FIELD 00w32 RESULT (ro): Result
0x40441800 B  REGISTER CRC_CRCIN_IDX[0] (wo): CRC Input Data Array Register
0x40441800 C   FIELD 00w32 DATA (wo): Input Data
0x40441804 B  REGISTER CRC_CRCIN_IDX[1] (wo): CRC Input Data Array Register
0x40441804 C   FIELD 00w32 DATA (wo): Input Data
0x40441808 B  REGISTER CRC_CRCIN_IDX[2] (wo): CRC Input Data Array Register
0x40441808 C   FIELD 00w32 DATA (wo): Input Data
0x4044180C B  REGISTER CRC_CRCIN_IDX[3] (wo): CRC Input Data Array Register
0x4044180C C   FIELD 00w32 DATA (wo): Input Data
0x40441810 B  REGISTER CRC_CRCIN_IDX[4] (wo): CRC Input Data Array Register
0x40441810 C   FIELD 00w32 DATA (wo): Input Data
0x40441814 B  REGISTER CRC_CRCIN_IDX[5] (wo): CRC Input Data Array Register
0x40441814 C   FIELD 00w32 DATA (wo): Input Data
0x40441818 B  REGISTER CRC_CRCIN_IDX[6] (wo): CRC Input Data Array Register
0x40441818 C   FIELD 00w32 DATA (wo): Input Data
0x4044181C B  REGISTER CRC_CRCIN_IDX[7] (wo): CRC Input Data Array Register
0x4044181C C   FIELD 00w32 DATA (wo): Input Data
0x40441820 B  REGISTER CRC_CRCIN_IDX[8] (wo): CRC Input Data Array Register
0x40441820 C   FIELD 00w32 DATA (wo): Input Data
0x40441824 B  REGISTER CRC_CRCIN_IDX[9] (wo): CRC Input Data Array Register
0x40441824 C   FIELD 00w32 DATA (wo): Input Data
0x40441828 B  REGISTER CRC_CRCIN_IDX[10] (wo): CRC Input Data Array Register
0x40441828 C   FIELD 00w32 DATA (wo): Input Data
0x4044182C B  REGISTER CRC_CRCIN_IDX[11] (wo): CRC Input Data Array Register
0x4044182C C   FIELD 00w32 DATA (wo): Input Data
0x40441830 B  REGISTER CRC_CRCIN_IDX[12] (wo): CRC Input Data Array Register
0x40441830 C   FIELD 00w32 DATA (wo): Input Data
0x40441834 B  REGISTER CRC_CRCIN_IDX[13] (wo): CRC Input Data Array Register
0x40441834 C   FIELD 00w32 DATA (wo): Input Data
0x40441838 B  REGISTER CRC_CRCIN_IDX[14] (wo): CRC Input Data Array Register
0x40441838 C   FIELD 00w32 DATA (wo): Input Data
0x4044183C B  REGISTER CRC_CRCIN_IDX[15] (wo): CRC Input Data Array Register
0x4044183C C   FIELD 00w32 DATA (wo): Input Data
0x40441840 B  REGISTER CRC_CRCIN_IDX[16] (wo): CRC Input Data Array Register
0x40441840 C   FIELD 00w32 DATA (wo): Input Data
0x40441844 B  REGISTER CRC_CRCIN_IDX[17] (wo): CRC Input Data Array Register
0x40441844 C   FIELD 00w32 DATA (wo): Input Data
0x40441848 B  REGISTER CRC_CRCIN_IDX[18] (wo): CRC Input Data Array Register
0x40441848 C   FIELD 00w32 DATA (wo): Input Data
0x4044184C B  REGISTER CRC_CRCIN_IDX[19] (wo): CRC Input Data Array Register
0x4044184C C   FIELD 00w32 DATA (wo): Input Data
0x40441850 B  REGISTER CRC_CRCIN_IDX[20] (wo): CRC Input Data Array Register
0x40441850 C   FIELD 00w32 DATA (wo): Input Data
0x40441854 B  REGISTER CRC_CRCIN_IDX[21] (wo): CRC Input Data Array Register
0x40441854 C   FIELD 00w32 DATA (wo): Input Data
0x40441858 B  REGISTER CRC_CRCIN_IDX[22] (wo): CRC Input Data Array Register
0x40441858 C   FIELD 00w32 DATA (wo): Input Data
0x4044185C B  REGISTER CRC_CRCIN_IDX[23] (wo): CRC Input Data Array Register
0x4044185C C   FIELD 00w32 DATA (wo): Input Data
0x40441860 B  REGISTER CRC_CRCIN_IDX[24] (wo): CRC Input Data Array Register
0x40441860 C   FIELD 00w32 DATA (wo): Input Data
0x40441864 B  REGISTER CRC_CRCIN_IDX[25] (wo): CRC Input Data Array Register
0x40441864 C   FIELD 00w32 DATA (wo): Input Data
0x40441868 B  REGISTER CRC_CRCIN_IDX[26] (wo): CRC Input Data Array Register
0x40441868 C   FIELD 00w32 DATA (wo): Input Data
0x4044186C B  REGISTER CRC_CRCIN_IDX[27] (wo): CRC Input Data Array Register
0x4044186C C   FIELD 00w32 DATA (wo): Input Data
0x40441870 B  REGISTER CRC_CRCIN_IDX[28] (wo): CRC Input Data Array Register
0x40441870 C   FIELD 00w32 DATA (wo): Input Data
0x40441874 B  REGISTER CRC_CRCIN_IDX[29] (wo): CRC Input Data Array Register
0x40441874 C   FIELD 00w32 DATA (wo): Input Data
0x40441878 B  REGISTER CRC_CRCIN_IDX[30] (wo): CRC Input Data Array Register
0x40441878 C   FIELD 00w32 DATA (wo): Input Data
0x4044187C B  REGISTER CRC_CRCIN_IDX[31] (wo): CRC Input Data Array Register
0x4044187C C   FIELD 00w32 DATA (wo): Input Data
0x40441880 B  REGISTER CRC_CRCIN_IDX[32] (wo): CRC Input Data Array Register
0x40441880 C   FIELD 00w32 DATA (wo): Input Data
0x40441884 B  REGISTER CRC_CRCIN_IDX[33] (wo): CRC Input Data Array Register
0x40441884 C   FIELD 00w32 DATA (wo): Input Data
0x40441888 B  REGISTER CRC_CRCIN_IDX[34] (wo): CRC Input Data Array Register
0x40441888 C   FIELD 00w32 DATA (wo): Input Data
0x4044188C B  REGISTER CRC_CRCIN_IDX[35] (wo): CRC Input Data Array Register
0x4044188C C   FIELD 00w32 DATA (wo): Input Data
0x40441890 B  REGISTER CRC_CRCIN_IDX[36] (wo): CRC Input Data Array Register
0x40441890 C   FIELD 00w32 DATA (wo): Input Data
0x40441894 B  REGISTER CRC_CRCIN_IDX[37] (wo): CRC Input Data Array Register
0x40441894 C   FIELD 00w32 DATA (wo): Input Data
0x40441898 B  REGISTER CRC_CRCIN_IDX[38] (wo): CRC Input Data Array Register
0x40441898 C   FIELD 00w32 DATA (wo): Input Data
0x4044189C B  REGISTER CRC_CRCIN_IDX[39] (wo): CRC Input Data Array Register
0x4044189C C   FIELD 00w32 DATA (wo): Input Data
0x404418A0 B  REGISTER CRC_CRCIN_IDX[40] (wo): CRC Input Data Array Register
0x404418A0 C   FIELD 00w32 DATA (wo): Input Data
0x404418A4 B  REGISTER CRC_CRCIN_IDX[41] (wo): CRC Input Data Array Register
0x404418A4 C   FIELD 00w32 DATA (wo): Input Data
0x404418A8 B  REGISTER CRC_CRCIN_IDX[42] (wo): CRC Input Data Array Register
0x404418A8 C   FIELD 00w32 DATA (wo): Input Data
0x404418AC B  REGISTER CRC_CRCIN_IDX[43] (wo): CRC Input Data Array Register
0x404418AC C   FIELD 00w32 DATA (wo): Input Data
0x404418B0 B  REGISTER CRC_CRCIN_IDX[44] (wo): CRC Input Data Array Register
0x404418B0 C   FIELD 00w32 DATA (wo): Input Data
0x404418B4 B  REGISTER CRC_CRCIN_IDX[45] (wo): CRC Input Data Array Register
0x404418B4 C   FIELD 00w32 DATA (wo): Input Data
0x404418B8 B  REGISTER CRC_CRCIN_IDX[46] (wo): CRC Input Data Array Register
0x404418B8 C   FIELD 00w32 DATA (wo): Input Data
0x404418BC B  REGISTER CRC_CRCIN_IDX[47] (wo): CRC Input Data Array Register
0x404418BC C   FIELD 00w32 DATA (wo): Input Data
0x404418C0 B  REGISTER CRC_CRCIN_IDX[48] (wo): CRC Input Data Array Register
0x404418C0 C   FIELD 00w32 DATA (wo): Input Data
0x404418C4 B  REGISTER CRC_CRCIN_IDX[49] (wo): CRC Input Data Array Register
0x404418C4 C   FIELD 00w32 DATA (wo): Input Data
0x404418C8 B  REGISTER CRC_CRCIN_IDX[50] (wo): CRC Input Data Array Register
0x404418C8 C   FIELD 00w32 DATA (wo): Input Data
0x404418CC B  REGISTER CRC_CRCIN_IDX[51] (wo): CRC Input Data Array Register
0x404418CC C   FIELD 00w32 DATA (wo): Input Data
0x404418D0 B  REGISTER CRC_CRCIN_IDX[52] (wo): CRC Input Data Array Register
0x404418D0 C   FIELD 00w32 DATA (wo): Input Data
0x404418D4 B  REGISTER CRC_CRCIN_IDX[53] (wo): CRC Input Data Array Register
0x404418D4 C   FIELD 00w32 DATA (wo): Input Data
0x404418D8 B  REGISTER CRC_CRCIN_IDX[54] (wo): CRC Input Data Array Register
0x404418D8 C   FIELD 00w32 DATA (wo): Input Data
0x404418DC B  REGISTER CRC_CRCIN_IDX[55] (wo): CRC Input Data Array Register
0x404418DC C   FIELD 00w32 DATA (wo): Input Data
0x404418E0 B  REGISTER CRC_CRCIN_IDX[56] (wo): CRC Input Data Array Register
0x404418E0 C   FIELD 00w32 DATA (wo): Input Data
0x404418E4 B  REGISTER CRC_CRCIN_IDX[57] (wo): CRC Input Data Array Register
0x404418E4 C   FIELD 00w32 DATA (wo): Input Data
0x404418E8 B  REGISTER CRC_CRCIN_IDX[58] (wo): CRC Input Data Array Register
0x404418E8 C   FIELD 00w32 DATA (wo): Input Data
0x404418EC B  REGISTER CRC_CRCIN_IDX[59] (wo): CRC Input Data Array Register
0x404418EC C   FIELD 00w32 DATA (wo): Input Data
0x404418F0 B  REGISTER CRC_CRCIN_IDX[60] (wo): CRC Input Data Array Register
0x404418F0 C   FIELD 00w32 DATA (wo): Input Data
0x404418F4 B  REGISTER CRC_CRCIN_IDX[61] (wo): CRC Input Data Array Register
0x404418F4 C   FIELD 00w32 DATA (wo): Input Data
0x404418F8 B  REGISTER CRC_CRCIN_IDX[62] (wo): CRC Input Data Array Register
0x404418F8 C   FIELD 00w32 DATA (wo): Input Data
0x404418FC B  REGISTER CRC_CRCIN_IDX[63] (wo): CRC Input Data Array Register
0x404418FC C   FIELD 00w32 DATA (wo): Input Data
0x40441900 B  REGISTER CRC_CRCIN_IDX[64] (wo): CRC Input Data Array Register
0x40441900 C   FIELD 00w32 DATA (wo): Input Data
0x40441904 B  REGISTER CRC_CRCIN_IDX[65] (wo): CRC Input Data Array Register
0x40441904 C   FIELD 00w32 DATA (wo): Input Data
0x40441908 B  REGISTER CRC_CRCIN_IDX[66] (wo): CRC Input Data Array Register
0x40441908 C   FIELD 00w32 DATA (wo): Input Data
0x4044190C B  REGISTER CRC_CRCIN_IDX[67] (wo): CRC Input Data Array Register
0x4044190C C   FIELD 00w32 DATA (wo): Input Data
0x40441910 B  REGISTER CRC_CRCIN_IDX[68] (wo): CRC Input Data Array Register
0x40441910 C   FIELD 00w32 DATA (wo): Input Data
0x40441914 B  REGISTER CRC_CRCIN_IDX[69] (wo): CRC Input Data Array Register
0x40441914 C   FIELD 00w32 DATA (wo): Input Data
0x40441918 B  REGISTER CRC_CRCIN_IDX[70] (wo): CRC Input Data Array Register
0x40441918 C   FIELD 00w32 DATA (wo): Input Data
0x4044191C B  REGISTER CRC_CRCIN_IDX[71] (wo): CRC Input Data Array Register
0x4044191C C   FIELD 00w32 DATA (wo): Input Data
0x40441920 B  REGISTER CRC_CRCIN_IDX[72] (wo): CRC Input Data Array Register
0x40441920 C   FIELD 00w32 DATA (wo): Input Data
0x40441924 B  REGISTER CRC_CRCIN_IDX[73] (wo): CRC Input Data Array Register
0x40441924 C   FIELD 00w32 DATA (wo): Input Data
0x40441928 B  REGISTER CRC_CRCIN_IDX[74] (wo): CRC Input Data Array Register
0x40441928 C   FIELD 00w32 DATA (wo): Input Data
0x4044192C B  REGISTER CRC_CRCIN_IDX[75] (wo): CRC Input Data Array Register
0x4044192C C   FIELD 00w32 DATA (wo): Input Data
0x40441930 B  REGISTER CRC_CRCIN_IDX[76] (wo): CRC Input Data Array Register
0x40441930 C   FIELD 00w32 DATA (wo): Input Data
0x40441934 B  REGISTER CRC_CRCIN_IDX[77] (wo): CRC Input Data Array Register
0x40441934 C   FIELD 00w32 DATA (wo): Input Data
0x40441938 B  REGISTER CRC_CRCIN_IDX[78] (wo): CRC Input Data Array Register
0x40441938 C   FIELD 00w32 DATA (wo): Input Data
0x4044193C B  REGISTER CRC_CRCIN_IDX[79] (wo): CRC Input Data Array Register
0x4044193C C   FIELD 00w32 DATA (wo): Input Data
0x40441940 B  REGISTER CRC_CRCIN_IDX[80] (wo): CRC Input Data Array Register
0x40441940 C   FIELD 00w32 DATA (wo): Input Data
0x40441944 B  REGISTER CRC_CRCIN_IDX[81] (wo): CRC Input Data Array Register
0x40441944 C   FIELD 00w32 DATA (wo): Input Data
0x40441948 B  REGISTER CRC_CRCIN_IDX[82] (wo): CRC Input Data Array Register
0x40441948 C   FIELD 00w32 DATA (wo): Input Data
0x4044194C B  REGISTER CRC_CRCIN_IDX[83] (wo): CRC Input Data Array Register
0x4044194C C   FIELD 00w32 DATA (wo): Input Data
0x40441950 B  REGISTER CRC_CRCIN_IDX[84] (wo): CRC Input Data Array Register
0x40441950 C   FIELD 00w32 DATA (wo): Input Data
0x40441954 B  REGISTER CRC_CRCIN_IDX[85] (wo): CRC Input Data Array Register
0x40441954 C   FIELD 00w32 DATA (wo): Input Data
0x40441958 B  REGISTER CRC_CRCIN_IDX[86] (wo): CRC Input Data Array Register
0x40441958 C   FIELD 00w32 DATA (wo): Input Data
0x4044195C B  REGISTER CRC_CRCIN_IDX[87] (wo): CRC Input Data Array Register
0x4044195C C   FIELD 00w32 DATA (wo): Input Data
0x40441960 B  REGISTER CRC_CRCIN_IDX[88] (wo): CRC Input Data Array Register
0x40441960 C   FIELD 00w32 DATA (wo): Input Data
0x40441964 B  REGISTER CRC_CRCIN_IDX[89] (wo): CRC Input Data Array Register
0x40441964 C   FIELD 00w32 DATA (wo): Input Data
0x40441968 B  REGISTER CRC_CRCIN_IDX[90] (wo): CRC Input Data Array Register
0x40441968 C   FIELD 00w32 DATA (wo): Input Data
0x4044196C B  REGISTER CRC_CRCIN_IDX[91] (wo): CRC Input Data Array Register
0x4044196C C   FIELD 00w32 DATA (wo): Input Data
0x40441970 B  REGISTER CRC_CRCIN_IDX[92] (wo): CRC Input Data Array Register
0x40441970 C   FIELD 00w32 DATA (wo): Input Data
0x40441974 B  REGISTER CRC_CRCIN_IDX[93] (wo): CRC Input Data Array Register
0x40441974 C   FIELD 00w32 DATA (wo): Input Data
0x40441978 B  REGISTER CRC_CRCIN_IDX[94] (wo): CRC Input Data Array Register
0x40441978 C   FIELD 00w32 DATA (wo): Input Data
0x4044197C B  REGISTER CRC_CRCIN_IDX[95] (wo): CRC Input Data Array Register
0x4044197C C   FIELD 00w32 DATA (wo): Input Data
0x40441980 B  REGISTER CRC_CRCIN_IDX[96] (wo): CRC Input Data Array Register
0x40441980 C   FIELD 00w32 DATA (wo): Input Data
0x40441984 B  REGISTER CRC_CRCIN_IDX[97] (wo): CRC Input Data Array Register
0x40441984 C   FIELD 00w32 DATA (wo): Input Data
0x40441988 B  REGISTER CRC_CRCIN_IDX[98] (wo): CRC Input Data Array Register
0x40441988 C   FIELD 00w32 DATA (wo): Input Data
0x4044198C B  REGISTER CRC_CRCIN_IDX[99] (wo): CRC Input Data Array Register
0x4044198C C   FIELD 00w32 DATA (wo): Input Data
0x40441990 B  REGISTER CRC_CRCIN_IDX[100] (wo): CRC Input Data Array Register
0x40441990 C   FIELD 00w32 DATA (wo): Input Data
0x40441994 B  REGISTER CRC_CRCIN_IDX[101] (wo): CRC Input Data Array Register
0x40441994 C   FIELD 00w32 DATA (wo): Input Data
0x40441998 B  REGISTER CRC_CRCIN_IDX[102] (wo): CRC Input Data Array Register
0x40441998 C   FIELD 00w32 DATA (wo): Input Data
0x4044199C B  REGISTER CRC_CRCIN_IDX[103] (wo): CRC Input Data Array Register
0x4044199C C   FIELD 00w32 DATA (wo): Input Data
0x404419A0 B  REGISTER CRC_CRCIN_IDX[104] (wo): CRC Input Data Array Register
0x404419A0 C   FIELD 00w32 DATA (wo): Input Data
0x404419A4 B  REGISTER CRC_CRCIN_IDX[105] (wo): CRC Input Data Array Register
0x404419A4 C   FIELD 00w32 DATA (wo): Input Data
0x404419A8 B  REGISTER CRC_CRCIN_IDX[106] (wo): CRC Input Data Array Register
0x404419A8 C   FIELD 00w32 DATA (wo): Input Data
0x404419AC B  REGISTER CRC_CRCIN_IDX[107] (wo): CRC Input Data Array Register
0x404419AC C   FIELD 00w32 DATA (wo): Input Data
0x404419B0 B  REGISTER CRC_CRCIN_IDX[108] (wo): CRC Input Data Array Register
0x404419B0 C   FIELD 00w32 DATA (wo): Input Data
0x404419B4 B  REGISTER CRC_CRCIN_IDX[109] (wo): CRC Input Data Array Register
0x404419B4 C   FIELD 00w32 DATA (wo): Input Data
0x404419B8 B  REGISTER CRC_CRCIN_IDX[110] (wo): CRC Input Data Array Register
0x404419B8 C   FIELD 00w32 DATA (wo): Input Data
0x404419BC B  REGISTER CRC_CRCIN_IDX[111] (wo): CRC Input Data Array Register
0x404419BC C   FIELD 00w32 DATA (wo): Input Data
0x404419C0 B  REGISTER CRC_CRCIN_IDX[112] (wo): CRC Input Data Array Register
0x404419C0 C   FIELD 00w32 DATA (wo): Input Data
0x404419C4 B  REGISTER CRC_CRCIN_IDX[113] (wo): CRC Input Data Array Register
0x404419C4 C   FIELD 00w32 DATA (wo): Input Data
0x404419C8 B  REGISTER CRC_CRCIN_IDX[114] (wo): CRC Input Data Array Register
0x404419C8 C   FIELD 00w32 DATA (wo): Input Data
0x404419CC B  REGISTER CRC_CRCIN_IDX[115] (wo): CRC Input Data Array Register
0x404419CC C   FIELD 00w32 DATA (wo): Input Data
0x404419D0 B  REGISTER CRC_CRCIN_IDX[116] (wo): CRC Input Data Array Register
0x404419D0 C   FIELD 00w32 DATA (wo): Input Data
0x404419D4 B  REGISTER CRC_CRCIN_IDX[117] (wo): CRC Input Data Array Register
0x404419D4 C   FIELD 00w32 DATA (wo): Input Data
0x404419D8 B  REGISTER CRC_CRCIN_IDX[118] (wo): CRC Input Data Array Register
0x404419D8 C   FIELD 00w32 DATA (wo): Input Data
0x404419DC B  REGISTER CRC_CRCIN_IDX[119] (wo): CRC Input Data Array Register
0x404419DC C   FIELD 00w32 DATA (wo): Input Data
0x404419E0 B  REGISTER CRC_CRCIN_IDX[120] (wo): CRC Input Data Array Register
0x404419E0 C   FIELD 00w32 DATA (wo): Input Data
0x404419E4 B  REGISTER CRC_CRCIN_IDX[121] (wo): CRC Input Data Array Register
0x404419E4 C   FIELD 00w32 DATA (wo): Input Data
0x404419E8 B  REGISTER CRC_CRCIN_IDX[122] (wo): CRC Input Data Array Register
0x404419E8 C   FIELD 00w32 DATA (wo): Input Data
0x404419EC B  REGISTER CRC_CRCIN_IDX[123] (wo): CRC Input Data Array Register
0x404419EC C   FIELD 00w32 DATA (wo): Input Data
0x404419F0 B  REGISTER CRC_CRCIN_IDX[124] (wo): CRC Input Data Array Register
0x404419F0 C   FIELD 00w32 DATA (wo): Input Data
0x404419F4 B  REGISTER CRC_CRCIN_IDX[125] (wo): CRC Input Data Array Register
0x404419F4 C   FIELD 00w32 DATA (wo): Input Data
0x404419F8 B  REGISTER CRC_CRCIN_IDX[126] (wo): CRC Input Data Array Register
0x404419F8 C   FIELD 00w32 DATA (wo): Input Data
0x404419FC B  REGISTER CRC_CRCIN_IDX[127] (wo): CRC Input Data Array Register
0x404419FC C   FIELD 00w32 DATA (wo): Input Data
0x40441A00 B  REGISTER CRC_CRCIN_IDX[128] (wo): CRC Input Data Array Register
0x40441A00 C   FIELD 00w32 DATA (wo): Input Data
0x40441A04 B  REGISTER CRC_CRCIN_IDX[129] (wo): CRC Input Data Array Register
0x40441A04 C   FIELD 00w32 DATA (wo): Input Data
0x40441A08 B  REGISTER CRC_CRCIN_IDX[130] (wo): CRC Input Data Array Register
0x40441A08 C   FIELD 00w32 DATA (wo): Input Data
0x40441A0C B  REGISTER CRC_CRCIN_IDX[131] (wo): CRC Input Data Array Register
0x40441A0C C   FIELD 00w32 DATA (wo): Input Data
0x40441A10 B  REGISTER CRC_CRCIN_IDX[132] (wo): CRC Input Data Array Register
0x40441A10 C   FIELD 00w32 DATA (wo): Input Data
0x40441A14 B  REGISTER CRC_CRCIN_IDX[133] (wo): CRC Input Data Array Register
0x40441A14 C   FIELD 00w32 DATA (wo): Input Data
0x40441A18 B  REGISTER CRC_CRCIN_IDX[134] (wo): CRC Input Data Array Register
0x40441A18 C   FIELD 00w32 DATA (wo): Input Data
0x40441A1C B  REGISTER CRC_CRCIN_IDX[135] (wo): CRC Input Data Array Register
0x40441A1C C   FIELD 00w32 DATA (wo): Input Data
0x40441A20 B  REGISTER CRC_CRCIN_IDX[136] (wo): CRC Input Data Array Register
0x40441A20 C   FIELD 00w32 DATA (wo): Input Data
0x40441A24 B  REGISTER CRC_CRCIN_IDX[137] (wo): CRC Input Data Array Register
0x40441A24 C   FIELD 00w32 DATA (wo): Input Data
0x40441A28 B  REGISTER CRC_CRCIN_IDX[138] (wo): CRC Input Data Array Register
0x40441A28 C   FIELD 00w32 DATA (wo): Input Data
0x40441A2C B  REGISTER CRC_CRCIN_IDX[139] (wo): CRC Input Data Array Register
0x40441A2C C   FIELD 00w32 DATA (wo): Input Data
0x40441A30 B  REGISTER CRC_CRCIN_IDX[140] (wo): CRC Input Data Array Register
0x40441A30 C   FIELD 00w32 DATA (wo): Input Data
0x40441A34 B  REGISTER CRC_CRCIN_IDX[141] (wo): CRC Input Data Array Register
0x40441A34 C   FIELD 00w32 DATA (wo): Input Data
0x40441A38 B  REGISTER CRC_CRCIN_IDX[142] (wo): CRC Input Data Array Register
0x40441A38 C   FIELD 00w32 DATA (wo): Input Data
0x40441A3C B  REGISTER CRC_CRCIN_IDX[143] (wo): CRC Input Data Array Register
0x40441A3C C   FIELD 00w32 DATA (wo): Input Data
0x40441A40 B  REGISTER CRC_CRCIN_IDX[144] (wo): CRC Input Data Array Register
0x40441A40 C   FIELD 00w32 DATA (wo): Input Data
0x40441A44 B  REGISTER CRC_CRCIN_IDX[145] (wo): CRC Input Data Array Register
0x40441A44 C   FIELD 00w32 DATA (wo): Input Data
0x40441A48 B  REGISTER CRC_CRCIN_IDX[146] (wo): CRC Input Data Array Register
0x40441A48 C   FIELD 00w32 DATA (wo): Input Data
0x40441A4C B  REGISTER CRC_CRCIN_IDX[147] (wo): CRC Input Data Array Register
0x40441A4C C   FIELD 00w32 DATA (wo): Input Data
0x40441A50 B  REGISTER CRC_CRCIN_IDX[148] (wo): CRC Input Data Array Register
0x40441A50 C   FIELD 00w32 DATA (wo): Input Data
0x40441A54 B  REGISTER CRC_CRCIN_IDX[149] (wo): CRC Input Data Array Register
0x40441A54 C   FIELD 00w32 DATA (wo): Input Data
0x40441A58 B  REGISTER CRC_CRCIN_IDX[150] (wo): CRC Input Data Array Register
0x40441A58 C   FIELD 00w32 DATA (wo): Input Data
0x40441A5C B  REGISTER CRC_CRCIN_IDX[151] (wo): CRC Input Data Array Register
0x40441A5C C   FIELD 00w32 DATA (wo): Input Data
0x40441A60 B  REGISTER CRC_CRCIN_IDX[152] (wo): CRC Input Data Array Register
0x40441A60 C   FIELD 00w32 DATA (wo): Input Data
0x40441A64 B  REGISTER CRC_CRCIN_IDX[153] (wo): CRC Input Data Array Register
0x40441A64 C   FIELD 00w32 DATA (wo): Input Data
0x40441A68 B  REGISTER CRC_CRCIN_IDX[154] (wo): CRC Input Data Array Register
0x40441A68 C   FIELD 00w32 DATA (wo): Input Data
0x40441A6C B  REGISTER CRC_CRCIN_IDX[155] (wo): CRC Input Data Array Register
0x40441A6C C   FIELD 00w32 DATA (wo): Input Data
0x40441A70 B  REGISTER CRC_CRCIN_IDX[156] (wo): CRC Input Data Array Register
0x40441A70 C   FIELD 00w32 DATA (wo): Input Data
0x40441A74 B  REGISTER CRC_CRCIN_IDX[157] (wo): CRC Input Data Array Register
0x40441A74 C   FIELD 00w32 DATA (wo): Input Data
0x40441A78 B  REGISTER CRC_CRCIN_IDX[158] (wo): CRC Input Data Array Register
0x40441A78 C   FIELD 00w32 DATA (wo): Input Data
0x40441A7C B  REGISTER CRC_CRCIN_IDX[159] (wo): CRC Input Data Array Register
0x40441A7C C   FIELD 00w32 DATA (wo): Input Data
0x40441A80 B  REGISTER CRC_CRCIN_IDX[160] (wo): CRC Input Data Array Register
0x40441A80 C   FIELD 00w32 DATA (wo): Input Data
0x40441A84 B  REGISTER CRC_CRCIN_IDX[161] (wo): CRC Input Data Array Register
0x40441A84 C   FIELD 00w32 DATA (wo): Input Data
0x40441A88 B  REGISTER CRC_CRCIN_IDX[162] (wo): CRC Input Data Array Register
0x40441A88 C   FIELD 00w32 DATA (wo): Input Data
0x40441A8C B  REGISTER CRC_CRCIN_IDX[163] (wo): CRC Input Data Array Register
0x40441A8C C   FIELD 00w32 DATA (wo): Input Data
0x40441A90 B  REGISTER CRC_CRCIN_IDX[164] (wo): CRC Input Data Array Register
0x40441A90 C   FIELD 00w32 DATA (wo): Input Data
0x40441A94 B  REGISTER CRC_CRCIN_IDX[165] (wo): CRC Input Data Array Register
0x40441A94 C   FIELD 00w32 DATA (wo): Input Data
0x40441A98 B  REGISTER CRC_CRCIN_IDX[166] (wo): CRC Input Data Array Register
0x40441A98 C   FIELD 00w32 DATA (wo): Input Data
0x40441A9C B  REGISTER CRC_CRCIN_IDX[167] (wo): CRC Input Data Array Register
0x40441A9C C   FIELD 00w32 DATA (wo): Input Data
0x40441AA0 B  REGISTER CRC_CRCIN_IDX[168] (wo): CRC Input Data Array Register
0x40441AA0 C   FIELD 00w32 DATA (wo): Input Data
0x40441AA4 B  REGISTER CRC_CRCIN_IDX[169] (wo): CRC Input Data Array Register
0x40441AA4 C   FIELD 00w32 DATA (wo): Input Data
0x40441AA8 B  REGISTER CRC_CRCIN_IDX[170] (wo): CRC Input Data Array Register
0x40441AA8 C   FIELD 00w32 DATA (wo): Input Data
0x40441AAC B  REGISTER CRC_CRCIN_IDX[171] (wo): CRC Input Data Array Register
0x40441AAC C   FIELD 00w32 DATA (wo): Input Data
0x40441AB0 B  REGISTER CRC_CRCIN_IDX[172] (wo): CRC Input Data Array Register
0x40441AB0 C   FIELD 00w32 DATA (wo): Input Data
0x40441AB4 B  REGISTER CRC_CRCIN_IDX[173] (wo): CRC Input Data Array Register
0x40441AB4 C   FIELD 00w32 DATA (wo): Input Data
0x40441AB8 B  REGISTER CRC_CRCIN_IDX[174] (wo): CRC Input Data Array Register
0x40441AB8 C   FIELD 00w32 DATA (wo): Input Data
0x40441ABC B  REGISTER CRC_CRCIN_IDX[175] (wo): CRC Input Data Array Register
0x40441ABC C   FIELD 00w32 DATA (wo): Input Data
0x40441AC0 B  REGISTER CRC_CRCIN_IDX[176] (wo): CRC Input Data Array Register
0x40441AC0 C   FIELD 00w32 DATA (wo): Input Data
0x40441AC4 B  REGISTER CRC_CRCIN_IDX[177] (wo): CRC Input Data Array Register
0x40441AC4 C   FIELD 00w32 DATA (wo): Input Data
0x40441AC8 B  REGISTER CRC_CRCIN_IDX[178] (wo): CRC Input Data Array Register
0x40441AC8 C   FIELD 00w32 DATA (wo): Input Data
0x40441ACC B  REGISTER CRC_CRCIN_IDX[179] (wo): CRC Input Data Array Register
0x40441ACC C   FIELD 00w32 DATA (wo): Input Data
0x40441AD0 B  REGISTER CRC_CRCIN_IDX[180] (wo): CRC Input Data Array Register
0x40441AD0 C   FIELD 00w32 DATA (wo): Input Data
0x40441AD4 B  REGISTER CRC_CRCIN_IDX[181] (wo): CRC Input Data Array Register
0x40441AD4 C   FIELD 00w32 DATA (wo): Input Data
0x40441AD8 B  REGISTER CRC_CRCIN_IDX[182] (wo): CRC Input Data Array Register
0x40441AD8 C   FIELD 00w32 DATA (wo): Input Data
0x40441ADC B  REGISTER CRC_CRCIN_IDX[183] (wo): CRC Input Data Array Register
0x40441ADC C   FIELD 00w32 DATA (wo): Input Data
0x40441AE0 B  REGISTER CRC_CRCIN_IDX[184] (wo): CRC Input Data Array Register
0x40441AE0 C   FIELD 00w32 DATA (wo): Input Data
0x40441AE4 B  REGISTER CRC_CRCIN_IDX[185] (wo): CRC Input Data Array Register
0x40441AE4 C   FIELD 00w32 DATA (wo): Input Data
0x40441AE8 B  REGISTER CRC_CRCIN_IDX[186] (wo): CRC Input Data Array Register
0x40441AE8 C   FIELD 00w32 DATA (wo): Input Data
0x40441AEC B  REGISTER CRC_CRCIN_IDX[187] (wo): CRC Input Data Array Register
0x40441AEC C   FIELD 00w32 DATA (wo): Input Data
0x40441AF0 B  REGISTER CRC_CRCIN_IDX[188] (wo): CRC Input Data Array Register
0x40441AF0 C   FIELD 00w32 DATA (wo): Input Data
0x40441AF4 B  REGISTER CRC_CRCIN_IDX[189] (wo): CRC Input Data Array Register
0x40441AF4 C   FIELD 00w32 DATA (wo): Input Data
0x40441AF8 B  REGISTER CRC_CRCIN_IDX[190] (wo): CRC Input Data Array Register
0x40441AF8 C   FIELD 00w32 DATA (wo): Input Data
0x40441AFC B  REGISTER CRC_CRCIN_IDX[191] (wo): CRC Input Data Array Register
0x40441AFC C   FIELD 00w32 DATA (wo): Input Data
0x40441B00 B  REGISTER CRC_CRCIN_IDX[192] (wo): CRC Input Data Array Register
0x40441B00 C   FIELD 00w32 DATA (wo): Input Data
0x40441B04 B  REGISTER CRC_CRCIN_IDX[193] (wo): CRC Input Data Array Register
0x40441B04 C   FIELD 00w32 DATA (wo): Input Data
0x40441B08 B  REGISTER CRC_CRCIN_IDX[194] (wo): CRC Input Data Array Register
0x40441B08 C   FIELD 00w32 DATA (wo): Input Data
0x40441B0C B  REGISTER CRC_CRCIN_IDX[195] (wo): CRC Input Data Array Register
0x40441B0C C   FIELD 00w32 DATA (wo): Input Data
0x40441B10 B  REGISTER CRC_CRCIN_IDX[196] (wo): CRC Input Data Array Register
0x40441B10 C   FIELD 00w32 DATA (wo): Input Data
0x40441B14 B  REGISTER CRC_CRCIN_IDX[197] (wo): CRC Input Data Array Register
0x40441B14 C   FIELD 00w32 DATA (wo): Input Data
0x40441B18 B  REGISTER CRC_CRCIN_IDX[198] (wo): CRC Input Data Array Register
0x40441B18 C   FIELD 00w32 DATA (wo): Input Data
0x40441B1C B  REGISTER CRC_CRCIN_IDX[199] (wo): CRC Input Data Array Register
0x40441B1C C   FIELD 00w32 DATA (wo): Input Data
0x40441B20 B  REGISTER CRC_CRCIN_IDX[200] (wo): CRC Input Data Array Register
0x40441B20 C   FIELD 00w32 DATA (wo): Input Data
0x40441B24 B  REGISTER CRC_CRCIN_IDX[201] (wo): CRC Input Data Array Register
0x40441B24 C   FIELD 00w32 DATA (wo): Input Data
0x40441B28 B  REGISTER CRC_CRCIN_IDX[202] (wo): CRC Input Data Array Register
0x40441B28 C   FIELD 00w32 DATA (wo): Input Data
0x40441B2C B  REGISTER CRC_CRCIN_IDX[203] (wo): CRC Input Data Array Register
0x40441B2C C   FIELD 00w32 DATA (wo): Input Data
0x40441B30 B  REGISTER CRC_CRCIN_IDX[204] (wo): CRC Input Data Array Register
0x40441B30 C   FIELD 00w32 DATA (wo): Input Data
0x40441B34 B  REGISTER CRC_CRCIN_IDX[205] (wo): CRC Input Data Array Register
0x40441B34 C   FIELD 00w32 DATA (wo): Input Data
0x40441B38 B  REGISTER CRC_CRCIN_IDX[206] (wo): CRC Input Data Array Register
0x40441B38 C   FIELD 00w32 DATA (wo): Input Data
0x40441B3C B  REGISTER CRC_CRCIN_IDX[207] (wo): CRC Input Data Array Register
0x40441B3C C   FIELD 00w32 DATA (wo): Input Data
0x40441B40 B  REGISTER CRC_CRCIN_IDX[208] (wo): CRC Input Data Array Register
0x40441B40 C   FIELD 00w32 DATA (wo): Input Data
0x40441B44 B  REGISTER CRC_CRCIN_IDX[209] (wo): CRC Input Data Array Register
0x40441B44 C   FIELD 00w32 DATA (wo): Input Data
0x40441B48 B  REGISTER CRC_CRCIN_IDX[210] (wo): CRC Input Data Array Register
0x40441B48 C   FIELD 00w32 DATA (wo): Input Data
0x40441B4C B  REGISTER CRC_CRCIN_IDX[211] (wo): CRC Input Data Array Register
0x40441B4C C   FIELD 00w32 DATA (wo): Input Data
0x40441B50 B  REGISTER CRC_CRCIN_IDX[212] (wo): CRC Input Data Array Register
0x40441B50 C   FIELD 00w32 DATA (wo): Input Data
0x40441B54 B  REGISTER CRC_CRCIN_IDX[213] (wo): CRC Input Data Array Register
0x40441B54 C   FIELD 00w32 DATA (wo): Input Data
0x40441B58 B  REGISTER CRC_CRCIN_IDX[214] (wo): CRC Input Data Array Register
0x40441B58 C   FIELD 00w32 DATA (wo): Input Data
0x40441B5C B  REGISTER CRC_CRCIN_IDX[215] (wo): CRC Input Data Array Register
0x40441B5C C   FIELD 00w32 DATA (wo): Input Data
0x40441B60 B  REGISTER CRC_CRCIN_IDX[216] (wo): CRC Input Data Array Register
0x40441B60 C   FIELD 00w32 DATA (wo): Input Data
0x40441B64 B  REGISTER CRC_CRCIN_IDX[217] (wo): CRC Input Data Array Register
0x40441B64 C   FIELD 00w32 DATA (wo): Input Data
0x40441B68 B  REGISTER CRC_CRCIN_IDX[218] (wo): CRC Input Data Array Register
0x40441B68 C   FIELD 00w32 DATA (wo): Input Data
0x40441B6C B  REGISTER CRC_CRCIN_IDX[219] (wo): CRC Input Data Array Register
0x40441B6C C   FIELD 00w32 DATA (wo): Input Data
0x40441B70 B  REGISTER CRC_CRCIN_IDX[220] (wo): CRC Input Data Array Register
0x40441B70 C   FIELD 00w32 DATA (wo): Input Data
0x40441B74 B  REGISTER CRC_CRCIN_IDX[221] (wo): CRC Input Data Array Register
0x40441B74 C   FIELD 00w32 DATA (wo): Input Data
0x40441B78 B  REGISTER CRC_CRCIN_IDX[222] (wo): CRC Input Data Array Register
0x40441B78 C   FIELD 00w32 DATA (wo): Input Data
0x40441B7C B  REGISTER CRC_CRCIN_IDX[223] (wo): CRC Input Data Array Register
0x40441B7C C   FIELD 00w32 DATA (wo): Input Data
0x40441B80 B  REGISTER CRC_CRCIN_IDX[224] (wo): CRC Input Data Array Register
0x40441B80 C   FIELD 00w32 DATA (wo): Input Data
0x40441B84 B  REGISTER CRC_CRCIN_IDX[225] (wo): CRC Input Data Array Register
0x40441B84 C   FIELD 00w32 DATA (wo): Input Data
0x40441B88 B  REGISTER CRC_CRCIN_IDX[226] (wo): CRC Input Data Array Register
0x40441B88 C   FIELD 00w32 DATA (wo): Input Data
0x40441B8C B  REGISTER CRC_CRCIN_IDX[227] (wo): CRC Input Data Array Register
0x40441B8C C   FIELD 00w32 DATA (wo): Input Data
0x40441B90 B  REGISTER CRC_CRCIN_IDX[228] (wo): CRC Input Data Array Register
0x40441B90 C   FIELD 00w32 DATA (wo): Input Data
0x40441B94 B  REGISTER CRC_CRCIN_IDX[229] (wo): CRC Input Data Array Register
0x40441B94 C   FIELD 00w32 DATA (wo): Input Data
0x40441B98 B  REGISTER CRC_CRCIN_IDX[230] (wo): CRC Input Data Array Register
0x40441B98 C   FIELD 00w32 DATA (wo): Input Data
0x40441B9C B  REGISTER CRC_CRCIN_IDX[231] (wo): CRC Input Data Array Register
0x40441B9C C   FIELD 00w32 DATA (wo): Input Data
0x40441BA0 B  REGISTER CRC_CRCIN_IDX[232] (wo): CRC Input Data Array Register
0x40441BA0 C   FIELD 00w32 DATA (wo): Input Data
0x40441BA4 B  REGISTER CRC_CRCIN_IDX[233] (wo): CRC Input Data Array Register
0x40441BA4 C   FIELD 00w32 DATA (wo): Input Data
0x40441BA8 B  REGISTER CRC_CRCIN_IDX[234] (wo): CRC Input Data Array Register
0x40441BA8 C   FIELD 00w32 DATA (wo): Input Data
0x40441BAC B  REGISTER CRC_CRCIN_IDX[235] (wo): CRC Input Data Array Register
0x40441BAC C   FIELD 00w32 DATA (wo): Input Data
0x40441BB0 B  REGISTER CRC_CRCIN_IDX[236] (wo): CRC Input Data Array Register
0x40441BB0 C   FIELD 00w32 DATA (wo): Input Data
0x40441BB4 B  REGISTER CRC_CRCIN_IDX[237] (wo): CRC Input Data Array Register
0x40441BB4 C   FIELD 00w32 DATA (wo): Input Data
0x40441BB8 B  REGISTER CRC_CRCIN_IDX[238] (wo): CRC Input Data Array Register
0x40441BB8 C   FIELD 00w32 DATA (wo): Input Data
0x40441BBC B  REGISTER CRC_CRCIN_IDX[239] (wo): CRC Input Data Array Register
0x40441BBC C   FIELD 00w32 DATA (wo): Input Data
0x40441BC0 B  REGISTER CRC_CRCIN_IDX[240] (wo): CRC Input Data Array Register
0x40441BC0 C   FIELD 00w32 DATA (wo): Input Data
0x40441BC4 B  REGISTER CRC_CRCIN_IDX[241] (wo): CRC Input Data Array Register
0x40441BC4 C   FIELD 00w32 DATA (wo): Input Data
0x40441BC8 B  REGISTER CRC_CRCIN_IDX[242] (wo): CRC Input Data Array Register
0x40441BC8 C   FIELD 00w32 DATA (wo): Input Data
0x40441BCC B  REGISTER CRC_CRCIN_IDX[243] (wo): CRC Input Data Array Register
0x40441BCC C   FIELD 00w32 DATA (wo): Input Data
0x40441BD0 B  REGISTER CRC_CRCIN_IDX[244] (wo): CRC Input Data Array Register
0x40441BD0 C   FIELD 00w32 DATA (wo): Input Data
0x40441BD4 B  REGISTER CRC_CRCIN_IDX[245] (wo): CRC Input Data Array Register
0x40441BD4 C   FIELD 00w32 DATA (wo): Input Data
0x40441BD8 B  REGISTER CRC_CRCIN_IDX[246] (wo): CRC Input Data Array Register
0x40441BD8 C   FIELD 00w32 DATA (wo): Input Data
0x40441BDC B  REGISTER CRC_CRCIN_IDX[247] (wo): CRC Input Data Array Register
0x40441BDC C   FIELD 00w32 DATA (wo): Input Data
0x40441BE0 B  REGISTER CRC_CRCIN_IDX[248] (wo): CRC Input Data Array Register
0x40441BE0 C   FIELD 00w32 DATA (wo): Input Data
0x40441BE4 B  REGISTER CRC_CRCIN_IDX[249] (wo): CRC Input Data Array Register
0x40441BE4 C   FIELD 00w32 DATA (wo): Input Data
0x40441BE8 B  REGISTER CRC_CRCIN_IDX[250] (wo): CRC Input Data Array Register
0x40441BE8 C   FIELD 00w32 DATA (wo): Input Data
0x40441BEC B  REGISTER CRC_CRCIN_IDX[251] (wo): CRC Input Data Array Register
0x40441BEC C   FIELD 00w32 DATA (wo): Input Data
0x40441BF0 B  REGISTER CRC_CRCIN_IDX[252] (wo): CRC Input Data Array Register
0x40441BF0 C   FIELD 00w32 DATA (wo): Input Data
0x40441BF4 B  REGISTER CRC_CRCIN_IDX[253] (wo): CRC Input Data Array Register
0x40441BF4 C   FIELD 00w32 DATA (wo): Input Data
0x40441BF8 B  REGISTER CRC_CRCIN_IDX[254] (wo): CRC Input Data Array Register
0x40441BF8 C   FIELD 00w32 DATA (wo): Input Data
0x40441BFC B  REGISTER CRC_CRCIN_IDX[255] (wo): CRC Input Data Array Register
0x40441BFC C   FIELD 00w32 DATA (wo): Input Data
0x40441C00 B  REGISTER CRC_CRCIN_IDX[256] (wo): CRC Input Data Array Register
0x40441C00 C   FIELD 00w32 DATA (wo): Input Data
0x40441C04 B  REGISTER CRC_CRCIN_IDX[257] (wo): CRC Input Data Array Register
0x40441C04 C   FIELD 00w32 DATA (wo): Input Data
0x40441C08 B  REGISTER CRC_CRCIN_IDX[258] (wo): CRC Input Data Array Register
0x40441C08 C   FIELD 00w32 DATA (wo): Input Data
0x40441C0C B  REGISTER CRC_CRCIN_IDX[259] (wo): CRC Input Data Array Register
0x40441C0C C   FIELD 00w32 DATA (wo): Input Data
0x40441C10 B  REGISTER CRC_CRCIN_IDX[260] (wo): CRC Input Data Array Register
0x40441C10 C   FIELD 00w32 DATA (wo): Input Data
0x40441C14 B  REGISTER CRC_CRCIN_IDX[261] (wo): CRC Input Data Array Register
0x40441C14 C   FIELD 00w32 DATA (wo): Input Data
0x40441C18 B  REGISTER CRC_CRCIN_IDX[262] (wo): CRC Input Data Array Register
0x40441C18 C   FIELD 00w32 DATA (wo): Input Data
0x40441C1C B  REGISTER CRC_CRCIN_IDX[263] (wo): CRC Input Data Array Register
0x40441C1C C   FIELD 00w32 DATA (wo): Input Data
0x40441C20 B  REGISTER CRC_CRCIN_IDX[264] (wo): CRC Input Data Array Register
0x40441C20 C   FIELD 00w32 DATA (wo): Input Data
0x40441C24 B  REGISTER CRC_CRCIN_IDX[265] (wo): CRC Input Data Array Register
0x40441C24 C   FIELD 00w32 DATA (wo): Input Data
0x40441C28 B  REGISTER CRC_CRCIN_IDX[266] (wo): CRC Input Data Array Register
0x40441C28 C   FIELD 00w32 DATA (wo): Input Data
0x40441C2C B  REGISTER CRC_CRCIN_IDX[267] (wo): CRC Input Data Array Register
0x40441C2C C   FIELD 00w32 DATA (wo): Input Data
0x40441C30 B  REGISTER CRC_CRCIN_IDX[268] (wo): CRC Input Data Array Register
0x40441C30 C   FIELD 00w32 DATA (wo): Input Data
0x40441C34 B  REGISTER CRC_CRCIN_IDX[269] (wo): CRC Input Data Array Register
0x40441C34 C   FIELD 00w32 DATA (wo): Input Data
0x40441C38 B  REGISTER CRC_CRCIN_IDX[270] (wo): CRC Input Data Array Register
0x40441C38 C   FIELD 00w32 DATA (wo): Input Data
0x40441C3C B  REGISTER CRC_CRCIN_IDX[271] (wo): CRC Input Data Array Register
0x40441C3C C   FIELD 00w32 DATA (wo): Input Data
0x40441C40 B  REGISTER CRC_CRCIN_IDX[272] (wo): CRC Input Data Array Register
0x40441C40 C   FIELD 00w32 DATA (wo): Input Data
0x40441C44 B  REGISTER CRC_CRCIN_IDX[273] (wo): CRC Input Data Array Register
0x40441C44 C   FIELD 00w32 DATA (wo): Input Data
0x40441C48 B  REGISTER CRC_CRCIN_IDX[274] (wo): CRC Input Data Array Register
0x40441C48 C   FIELD 00w32 DATA (wo): Input Data
0x40441C4C B  REGISTER CRC_CRCIN_IDX[275] (wo): CRC Input Data Array Register
0x40441C4C C   FIELD 00w32 DATA (wo): Input Data
0x40441C50 B  REGISTER CRC_CRCIN_IDX[276] (wo): CRC Input Data Array Register
0x40441C50 C   FIELD 00w32 DATA (wo): Input Data
0x40441C54 B  REGISTER CRC_CRCIN_IDX[277] (wo): CRC Input Data Array Register
0x40441C54 C   FIELD 00w32 DATA (wo): Input Data
0x40441C58 B  REGISTER CRC_CRCIN_IDX[278] (wo): CRC Input Data Array Register
0x40441C58 C   FIELD 00w32 DATA (wo): Input Data
0x40441C5C B  REGISTER CRC_CRCIN_IDX[279] (wo): CRC Input Data Array Register
0x40441C5C C   FIELD 00w32 DATA (wo): Input Data
0x40441C60 B  REGISTER CRC_CRCIN_IDX[280] (wo): CRC Input Data Array Register
0x40441C60 C   FIELD 00w32 DATA (wo): Input Data
0x40441C64 B  REGISTER CRC_CRCIN_IDX[281] (wo): CRC Input Data Array Register
0x40441C64 C   FIELD 00w32 DATA (wo): Input Data
0x40441C68 B  REGISTER CRC_CRCIN_IDX[282] (wo): CRC Input Data Array Register
0x40441C68 C   FIELD 00w32 DATA (wo): Input Data
0x40441C6C B  REGISTER CRC_CRCIN_IDX[283] (wo): CRC Input Data Array Register
0x40441C6C C   FIELD 00w32 DATA (wo): Input Data
0x40441C70 B  REGISTER CRC_CRCIN_IDX[284] (wo): CRC Input Data Array Register
0x40441C70 C   FIELD 00w32 DATA (wo): Input Data
0x40441C74 B  REGISTER CRC_CRCIN_IDX[285] (wo): CRC Input Data Array Register
0x40441C74 C   FIELD 00w32 DATA (wo): Input Data
0x40441C78 B  REGISTER CRC_CRCIN_IDX[286] (wo): CRC Input Data Array Register
0x40441C78 C   FIELD 00w32 DATA (wo): Input Data
0x40441C7C B  REGISTER CRC_CRCIN_IDX[287] (wo): CRC Input Data Array Register
0x40441C7C C   FIELD 00w32 DATA (wo): Input Data
0x40441C80 B  REGISTER CRC_CRCIN_IDX[288] (wo): CRC Input Data Array Register
0x40441C80 C   FIELD 00w32 DATA (wo): Input Data
0x40441C84 B  REGISTER CRC_CRCIN_IDX[289] (wo): CRC Input Data Array Register
0x40441C84 C   FIELD 00w32 DATA (wo): Input Data
0x40441C88 B  REGISTER CRC_CRCIN_IDX[290] (wo): CRC Input Data Array Register
0x40441C88 C   FIELD 00w32 DATA (wo): Input Data
0x40441C8C B  REGISTER CRC_CRCIN_IDX[291] (wo): CRC Input Data Array Register
0x40441C8C C   FIELD 00w32 DATA (wo): Input Data
0x40441C90 B  REGISTER CRC_CRCIN_IDX[292] (wo): CRC Input Data Array Register
0x40441C90 C   FIELD 00w32 DATA (wo): Input Data
0x40441C94 B  REGISTER CRC_CRCIN_IDX[293] (wo): CRC Input Data Array Register
0x40441C94 C   FIELD 00w32 DATA (wo): Input Data
0x40441C98 B  REGISTER CRC_CRCIN_IDX[294] (wo): CRC Input Data Array Register
0x40441C98 C   FIELD 00w32 DATA (wo): Input Data
0x40441C9C B  REGISTER CRC_CRCIN_IDX[295] (wo): CRC Input Data Array Register
0x40441C9C C   FIELD 00w32 DATA (wo): Input Data
0x40441CA0 B  REGISTER CRC_CRCIN_IDX[296] (wo): CRC Input Data Array Register
0x40441CA0 C   FIELD 00w32 DATA (wo): Input Data
0x40441CA4 B  REGISTER CRC_CRCIN_IDX[297] (wo): CRC Input Data Array Register
0x40441CA4 C   FIELD 00w32 DATA (wo): Input Data
0x40441CA8 B  REGISTER CRC_CRCIN_IDX[298] (wo): CRC Input Data Array Register
0x40441CA8 C   FIELD 00w32 DATA (wo): Input Data
0x40441CAC B  REGISTER CRC_CRCIN_IDX[299] (wo): CRC Input Data Array Register
0x40441CAC C   FIELD 00w32 DATA (wo): Input Data
0x40441CB0 B  REGISTER CRC_CRCIN_IDX[300] (wo): CRC Input Data Array Register
0x40441CB0 C   FIELD 00w32 DATA (wo): Input Data
0x40441CB4 B  REGISTER CRC_CRCIN_IDX[301] (wo): CRC Input Data Array Register
0x40441CB4 C   FIELD 00w32 DATA (wo): Input Data
0x40441CB8 B  REGISTER CRC_CRCIN_IDX[302] (wo): CRC Input Data Array Register
0x40441CB8 C   FIELD 00w32 DATA (wo): Input Data
0x40441CBC B  REGISTER CRC_CRCIN_IDX[303] (wo): CRC Input Data Array Register
0x40441CBC C   FIELD 00w32 DATA (wo): Input Data
0x40441CC0 B  REGISTER CRC_CRCIN_IDX[304] (wo): CRC Input Data Array Register
0x40441CC0 C   FIELD 00w32 DATA (wo): Input Data
0x40441CC4 B  REGISTER CRC_CRCIN_IDX[305] (wo): CRC Input Data Array Register
0x40441CC4 C   FIELD 00w32 DATA (wo): Input Data
0x40441CC8 B  REGISTER CRC_CRCIN_IDX[306] (wo): CRC Input Data Array Register
0x40441CC8 C   FIELD 00w32 DATA (wo): Input Data
0x40441CCC B  REGISTER CRC_CRCIN_IDX[307] (wo): CRC Input Data Array Register
0x40441CCC C   FIELD 00w32 DATA (wo): Input Data
0x40441CD0 B  REGISTER CRC_CRCIN_IDX[308] (wo): CRC Input Data Array Register
0x40441CD0 C   FIELD 00w32 DATA (wo): Input Data
0x40441CD4 B  REGISTER CRC_CRCIN_IDX[309] (wo): CRC Input Data Array Register
0x40441CD4 C   FIELD 00w32 DATA (wo): Input Data
0x40441CD8 B  REGISTER CRC_CRCIN_IDX[310] (wo): CRC Input Data Array Register
0x40441CD8 C   FIELD 00w32 DATA (wo): Input Data
0x40441CDC B  REGISTER CRC_CRCIN_IDX[311] (wo): CRC Input Data Array Register
0x40441CDC C   FIELD 00w32 DATA (wo): Input Data
0x40441CE0 B  REGISTER CRC_CRCIN_IDX[312] (wo): CRC Input Data Array Register
0x40441CE0 C   FIELD 00w32 DATA (wo): Input Data
0x40441CE4 B  REGISTER CRC_CRCIN_IDX[313] (wo): CRC Input Data Array Register
0x40441CE4 C   FIELD 00w32 DATA (wo): Input Data
0x40441CE8 B  REGISTER CRC_CRCIN_IDX[314] (wo): CRC Input Data Array Register
0x40441CE8 C   FIELD 00w32 DATA (wo): Input Data
0x40441CEC B  REGISTER CRC_CRCIN_IDX[315] (wo): CRC Input Data Array Register
0x40441CEC C   FIELD 00w32 DATA (wo): Input Data
0x40441CF0 B  REGISTER CRC_CRCIN_IDX[316] (wo): CRC Input Data Array Register
0x40441CF0 C   FIELD 00w32 DATA (wo): Input Data
0x40441CF4 B  REGISTER CRC_CRCIN_IDX[317] (wo): CRC Input Data Array Register
0x40441CF4 C   FIELD 00w32 DATA (wo): Input Data
0x40441CF8 B  REGISTER CRC_CRCIN_IDX[318] (wo): CRC Input Data Array Register
0x40441CF8 C   FIELD 00w32 DATA (wo): Input Data
0x40441CFC B  REGISTER CRC_CRCIN_IDX[319] (wo): CRC Input Data Array Register
0x40441CFC C   FIELD 00w32 DATA (wo): Input Data
0x40441D00 B  REGISTER CRC_CRCIN_IDX[320] (wo): CRC Input Data Array Register
0x40441D00 C   FIELD 00w32 DATA (wo): Input Data
0x40441D04 B  REGISTER CRC_CRCIN_IDX[321] (wo): CRC Input Data Array Register
0x40441D04 C   FIELD 00w32 DATA (wo): Input Data
0x40441D08 B  REGISTER CRC_CRCIN_IDX[322] (wo): CRC Input Data Array Register
0x40441D08 C   FIELD 00w32 DATA (wo): Input Data
0x40441D0C B  REGISTER CRC_CRCIN_IDX[323] (wo): CRC Input Data Array Register
0x40441D0C C   FIELD 00w32 DATA (wo): Input Data
0x40441D10 B  REGISTER CRC_CRCIN_IDX[324] (wo): CRC Input Data Array Register
0x40441D10 C   FIELD 00w32 DATA (wo): Input Data
0x40441D14 B  REGISTER CRC_CRCIN_IDX[325] (wo): CRC Input Data Array Register
0x40441D14 C   FIELD 00w32 DATA (wo): Input Data
0x40441D18 B  REGISTER CRC_CRCIN_IDX[326] (wo): CRC Input Data Array Register
0x40441D18 C   FIELD 00w32 DATA (wo): Input Data
0x40441D1C B  REGISTER CRC_CRCIN_IDX[327] (wo): CRC Input Data Array Register
0x40441D1C C   FIELD 00w32 DATA (wo): Input Data
0x40441D20 B  REGISTER CRC_CRCIN_IDX[328] (wo): CRC Input Data Array Register
0x40441D20 C   FIELD 00w32 DATA (wo): Input Data
0x40441D24 B  REGISTER CRC_CRCIN_IDX[329] (wo): CRC Input Data Array Register
0x40441D24 C   FIELD 00w32 DATA (wo): Input Data
0x40441D28 B  REGISTER CRC_CRCIN_IDX[330] (wo): CRC Input Data Array Register
0x40441D28 C   FIELD 00w32 DATA (wo): Input Data
0x40441D2C B  REGISTER CRC_CRCIN_IDX[331] (wo): CRC Input Data Array Register
0x40441D2C C   FIELD 00w32 DATA (wo): Input Data
0x40441D30 B  REGISTER CRC_CRCIN_IDX[332] (wo): CRC Input Data Array Register
0x40441D30 C   FIELD 00w32 DATA (wo): Input Data
0x40441D34 B  REGISTER CRC_CRCIN_IDX[333] (wo): CRC Input Data Array Register
0x40441D34 C   FIELD 00w32 DATA (wo): Input Data
0x40441D38 B  REGISTER CRC_CRCIN_IDX[334] (wo): CRC Input Data Array Register
0x40441D38 C   FIELD 00w32 DATA (wo): Input Data
0x40441D3C B  REGISTER CRC_CRCIN_IDX[335] (wo): CRC Input Data Array Register
0x40441D3C C   FIELD 00w32 DATA (wo): Input Data
0x40441D40 B  REGISTER CRC_CRCIN_IDX[336] (wo): CRC Input Data Array Register
0x40441D40 C   FIELD 00w32 DATA (wo): Input Data
0x40441D44 B  REGISTER CRC_CRCIN_IDX[337] (wo): CRC Input Data Array Register
0x40441D44 C   FIELD 00w32 DATA (wo): Input Data
0x40441D48 B  REGISTER CRC_CRCIN_IDX[338] (wo): CRC Input Data Array Register
0x40441D48 C   FIELD 00w32 DATA (wo): Input Data
0x40441D4C B  REGISTER CRC_CRCIN_IDX[339] (wo): CRC Input Data Array Register
0x40441D4C C   FIELD 00w32 DATA (wo): Input Data
0x40441D50 B  REGISTER CRC_CRCIN_IDX[340] (wo): CRC Input Data Array Register
0x40441D50 C   FIELD 00w32 DATA (wo): Input Data
0x40441D54 B  REGISTER CRC_CRCIN_IDX[341] (wo): CRC Input Data Array Register
0x40441D54 C   FIELD 00w32 DATA (wo): Input Data
0x40441D58 B  REGISTER CRC_CRCIN_IDX[342] (wo): CRC Input Data Array Register
0x40441D58 C   FIELD 00w32 DATA (wo): Input Data
0x40441D5C B  REGISTER CRC_CRCIN_IDX[343] (wo): CRC Input Data Array Register
0x40441D5C C   FIELD 00w32 DATA (wo): Input Data
0x40441D60 B  REGISTER CRC_CRCIN_IDX[344] (wo): CRC Input Data Array Register
0x40441D60 C   FIELD 00w32 DATA (wo): Input Data
0x40441D64 B  REGISTER CRC_CRCIN_IDX[345] (wo): CRC Input Data Array Register
0x40441D64 C   FIELD 00w32 DATA (wo): Input Data
0x40441D68 B  REGISTER CRC_CRCIN_IDX[346] (wo): CRC Input Data Array Register
0x40441D68 C   FIELD 00w32 DATA (wo): Input Data
0x40441D6C B  REGISTER CRC_CRCIN_IDX[347] (wo): CRC Input Data Array Register
0x40441D6C C   FIELD 00w32 DATA (wo): Input Data
0x40441D70 B  REGISTER CRC_CRCIN_IDX[348] (wo): CRC Input Data Array Register
0x40441D70 C   FIELD 00w32 DATA (wo): Input Data
0x40441D74 B  REGISTER CRC_CRCIN_IDX[349] (wo): CRC Input Data Array Register
0x40441D74 C   FIELD 00w32 DATA (wo): Input Data
0x40441D78 B  REGISTER CRC_CRCIN_IDX[350] (wo): CRC Input Data Array Register
0x40441D78 C   FIELD 00w32 DATA (wo): Input Data
0x40441D7C B  REGISTER CRC_CRCIN_IDX[351] (wo): CRC Input Data Array Register
0x40441D7C C   FIELD 00w32 DATA (wo): Input Data
0x40441D80 B  REGISTER CRC_CRCIN_IDX[352] (wo): CRC Input Data Array Register
0x40441D80 C   FIELD 00w32 DATA (wo): Input Data
0x40441D84 B  REGISTER CRC_CRCIN_IDX[353] (wo): CRC Input Data Array Register
0x40441D84 C   FIELD 00w32 DATA (wo): Input Data
0x40441D88 B  REGISTER CRC_CRCIN_IDX[354] (wo): CRC Input Data Array Register
0x40441D88 C   FIELD 00w32 DATA (wo): Input Data
0x40441D8C B  REGISTER CRC_CRCIN_IDX[355] (wo): CRC Input Data Array Register
0x40441D8C C   FIELD 00w32 DATA (wo): Input Data
0x40441D90 B  REGISTER CRC_CRCIN_IDX[356] (wo): CRC Input Data Array Register
0x40441D90 C   FIELD 00w32 DATA (wo): Input Data
0x40441D94 B  REGISTER CRC_CRCIN_IDX[357] (wo): CRC Input Data Array Register
0x40441D94 C   FIELD 00w32 DATA (wo): Input Data
0x40441D98 B  REGISTER CRC_CRCIN_IDX[358] (wo): CRC Input Data Array Register
0x40441D98 C   FIELD 00w32 DATA (wo): Input Data
0x40441D9C B  REGISTER CRC_CRCIN_IDX[359] (wo): CRC Input Data Array Register
0x40441D9C C   FIELD 00w32 DATA (wo): Input Data
0x40441DA0 B  REGISTER CRC_CRCIN_IDX[360] (wo): CRC Input Data Array Register
0x40441DA0 C   FIELD 00w32 DATA (wo): Input Data
0x40441DA4 B  REGISTER CRC_CRCIN_IDX[361] (wo): CRC Input Data Array Register
0x40441DA4 C   FIELD 00w32 DATA (wo): Input Data
0x40441DA8 B  REGISTER CRC_CRCIN_IDX[362] (wo): CRC Input Data Array Register
0x40441DA8 C   FIELD 00w32 DATA (wo): Input Data
0x40441DAC B  REGISTER CRC_CRCIN_IDX[363] (wo): CRC Input Data Array Register
0x40441DAC C   FIELD 00w32 DATA (wo): Input Data
0x40441DB0 B  REGISTER CRC_CRCIN_IDX[364] (wo): CRC Input Data Array Register
0x40441DB0 C   FIELD 00w32 DATA (wo): Input Data
0x40441DB4 B  REGISTER CRC_CRCIN_IDX[365] (wo): CRC Input Data Array Register
0x40441DB4 C   FIELD 00w32 DATA (wo): Input Data
0x40441DB8 B  REGISTER CRC_CRCIN_IDX[366] (wo): CRC Input Data Array Register
0x40441DB8 C   FIELD 00w32 DATA (wo): Input Data
0x40441DBC B  REGISTER CRC_CRCIN_IDX[367] (wo): CRC Input Data Array Register
0x40441DBC C   FIELD 00w32 DATA (wo): Input Data
0x40441DC0 B  REGISTER CRC_CRCIN_IDX[368] (wo): CRC Input Data Array Register
0x40441DC0 C   FIELD 00w32 DATA (wo): Input Data
0x40441DC4 B  REGISTER CRC_CRCIN_IDX[369] (wo): CRC Input Data Array Register
0x40441DC4 C   FIELD 00w32 DATA (wo): Input Data
0x40441DC8 B  REGISTER CRC_CRCIN_IDX[370] (wo): CRC Input Data Array Register
0x40441DC8 C   FIELD 00w32 DATA (wo): Input Data
0x40441DCC B  REGISTER CRC_CRCIN_IDX[371] (wo): CRC Input Data Array Register
0x40441DCC C   FIELD 00w32 DATA (wo): Input Data
0x40441DD0 B  REGISTER CRC_CRCIN_IDX[372] (wo): CRC Input Data Array Register
0x40441DD0 C   FIELD 00w32 DATA (wo): Input Data
0x40441DD4 B  REGISTER CRC_CRCIN_IDX[373] (wo): CRC Input Data Array Register
0x40441DD4 C   FIELD 00w32 DATA (wo): Input Data
0x40441DD8 B  REGISTER CRC_CRCIN_IDX[374] (wo): CRC Input Data Array Register
0x40441DD8 C   FIELD 00w32 DATA (wo): Input Data
0x40441DDC B  REGISTER CRC_CRCIN_IDX[375] (wo): CRC Input Data Array Register
0x40441DDC C   FIELD 00w32 DATA (wo): Input Data
0x40441DE0 B  REGISTER CRC_CRCIN_IDX[376] (wo): CRC Input Data Array Register
0x40441DE0 C   FIELD 00w32 DATA (wo): Input Data
0x40441DE4 B  REGISTER CRC_CRCIN_IDX[377] (wo): CRC Input Data Array Register
0x40441DE4 C   FIELD 00w32 DATA (wo): Input Data
0x40441DE8 B  REGISTER CRC_CRCIN_IDX[378] (wo): CRC Input Data Array Register
0x40441DE8 C   FIELD 00w32 DATA (wo): Input Data
0x40441DEC B  REGISTER CRC_CRCIN_IDX[379] (wo): CRC Input Data Array Register
0x40441DEC C   FIELD 00w32 DATA (wo): Input Data
0x40441DF0 B  REGISTER CRC_CRCIN_IDX[380] (wo): CRC Input Data Array Register
0x40441DF0 C   FIELD 00w32 DATA (wo): Input Data
0x40441DF4 B  REGISTER CRC_CRCIN_IDX[381] (wo): CRC Input Data Array Register
0x40441DF4 C   FIELD 00w32 DATA (wo): Input Data
0x40441DF8 B  REGISTER CRC_CRCIN_IDX[382] (wo): CRC Input Data Array Register
0x40441DF8 C   FIELD 00w32 DATA (wo): Input Data
0x40441DFC B  REGISTER CRC_CRCIN_IDX[383] (wo): CRC Input Data Array Register
0x40441DFC C   FIELD 00w32 DATA (wo): Input Data
0x40441E00 B  REGISTER CRC_CRCIN_IDX[384] (wo): CRC Input Data Array Register
0x40441E00 C   FIELD 00w32 DATA (wo): Input Data
0x40441E04 B  REGISTER CRC_CRCIN_IDX[385] (wo): CRC Input Data Array Register
0x40441E04 C   FIELD 00w32 DATA (wo): Input Data
0x40441E08 B  REGISTER CRC_CRCIN_IDX[386] (wo): CRC Input Data Array Register
0x40441E08 C   FIELD 00w32 DATA (wo): Input Data
0x40441E0C B  REGISTER CRC_CRCIN_IDX[387] (wo): CRC Input Data Array Register
0x40441E0C C   FIELD 00w32 DATA (wo): Input Data
0x40441E10 B  REGISTER CRC_CRCIN_IDX[388] (wo): CRC Input Data Array Register
0x40441E10 C   FIELD 00w32 DATA (wo): Input Data
0x40441E14 B  REGISTER CRC_CRCIN_IDX[389] (wo): CRC Input Data Array Register
0x40441E14 C   FIELD 00w32 DATA (wo): Input Data
0x40441E18 B  REGISTER CRC_CRCIN_IDX[390] (wo): CRC Input Data Array Register
0x40441E18 C   FIELD 00w32 DATA (wo): Input Data
0x40441E1C B  REGISTER CRC_CRCIN_IDX[391] (wo): CRC Input Data Array Register
0x40441E1C C   FIELD 00w32 DATA (wo): Input Data
0x40441E20 B  REGISTER CRC_CRCIN_IDX[392] (wo): CRC Input Data Array Register
0x40441E20 C   FIELD 00w32 DATA (wo): Input Data
0x40441E24 B  REGISTER CRC_CRCIN_IDX[393] (wo): CRC Input Data Array Register
0x40441E24 C   FIELD 00w32 DATA (wo): Input Data
0x40441E28 B  REGISTER CRC_CRCIN_IDX[394] (wo): CRC Input Data Array Register
0x40441E28 C   FIELD 00w32 DATA (wo): Input Data
0x40441E2C B  REGISTER CRC_CRCIN_IDX[395] (wo): CRC Input Data Array Register
0x40441E2C C   FIELD 00w32 DATA (wo): Input Data
0x40441E30 B  REGISTER CRC_CRCIN_IDX[396] (wo): CRC Input Data Array Register
0x40441E30 C   FIELD 00w32 DATA (wo): Input Data
0x40441E34 B  REGISTER CRC_CRCIN_IDX[397] (wo): CRC Input Data Array Register
0x40441E34 C   FIELD 00w32 DATA (wo): Input Data
0x40441E38 B  REGISTER CRC_CRCIN_IDX[398] (wo): CRC Input Data Array Register
0x40441E38 C   FIELD 00w32 DATA (wo): Input Data
0x40441E3C B  REGISTER CRC_CRCIN_IDX[399] (wo): CRC Input Data Array Register
0x40441E3C C   FIELD 00w32 DATA (wo): Input Data
0x40441E40 B  REGISTER CRC_CRCIN_IDX[400] (wo): CRC Input Data Array Register
0x40441E40 C   FIELD 00w32 DATA (wo): Input Data
0x40441E44 B  REGISTER CRC_CRCIN_IDX[401] (wo): CRC Input Data Array Register
0x40441E44 C   FIELD 00w32 DATA (wo): Input Data
0x40441E48 B  REGISTER CRC_CRCIN_IDX[402] (wo): CRC Input Data Array Register
0x40441E48 C   FIELD 00w32 DATA (wo): Input Data
0x40441E4C B  REGISTER CRC_CRCIN_IDX[403] (wo): CRC Input Data Array Register
0x40441E4C C   FIELD 00w32 DATA (wo): Input Data
0x40441E50 B  REGISTER CRC_CRCIN_IDX[404] (wo): CRC Input Data Array Register
0x40441E50 C   FIELD 00w32 DATA (wo): Input Data
0x40441E54 B  REGISTER CRC_CRCIN_IDX[405] (wo): CRC Input Data Array Register
0x40441E54 C   FIELD 00w32 DATA (wo): Input Data
0x40441E58 B  REGISTER CRC_CRCIN_IDX[406] (wo): CRC Input Data Array Register
0x40441E58 C   FIELD 00w32 DATA (wo): Input Data
0x40441E5C B  REGISTER CRC_CRCIN_IDX[407] (wo): CRC Input Data Array Register
0x40441E5C C   FIELD 00w32 DATA (wo): Input Data
0x40441E60 B  REGISTER CRC_CRCIN_IDX[408] (wo): CRC Input Data Array Register
0x40441E60 C   FIELD 00w32 DATA (wo): Input Data
0x40441E64 B  REGISTER CRC_CRCIN_IDX[409] (wo): CRC Input Data Array Register
0x40441E64 C   FIELD 00w32 DATA (wo): Input Data
0x40441E68 B  REGISTER CRC_CRCIN_IDX[410] (wo): CRC Input Data Array Register
0x40441E68 C   FIELD 00w32 DATA (wo): Input Data
0x40441E6C B  REGISTER CRC_CRCIN_IDX[411] (wo): CRC Input Data Array Register
0x40441E6C C   FIELD 00w32 DATA (wo): Input Data
0x40441E70 B  REGISTER CRC_CRCIN_IDX[412] (wo): CRC Input Data Array Register
0x40441E70 C   FIELD 00w32 DATA (wo): Input Data
0x40441E74 B  REGISTER CRC_CRCIN_IDX[413] (wo): CRC Input Data Array Register
0x40441E74 C   FIELD 00w32 DATA (wo): Input Data
0x40441E78 B  REGISTER CRC_CRCIN_IDX[414] (wo): CRC Input Data Array Register
0x40441E78 C   FIELD 00w32 DATA (wo): Input Data
0x40441E7C B  REGISTER CRC_CRCIN_IDX[415] (wo): CRC Input Data Array Register
0x40441E7C C   FIELD 00w32 DATA (wo): Input Data
0x40441E80 B  REGISTER CRC_CRCIN_IDX[416] (wo): CRC Input Data Array Register
0x40441E80 C   FIELD 00w32 DATA (wo): Input Data
0x40441E84 B  REGISTER CRC_CRCIN_IDX[417] (wo): CRC Input Data Array Register
0x40441E84 C   FIELD 00w32 DATA (wo): Input Data
0x40441E88 B  REGISTER CRC_CRCIN_IDX[418] (wo): CRC Input Data Array Register
0x40441E88 C   FIELD 00w32 DATA (wo): Input Data
0x40441E8C B  REGISTER CRC_CRCIN_IDX[419] (wo): CRC Input Data Array Register
0x40441E8C C   FIELD 00w32 DATA (wo): Input Data
0x40441E90 B  REGISTER CRC_CRCIN_IDX[420] (wo): CRC Input Data Array Register
0x40441E90 C   FIELD 00w32 DATA (wo): Input Data
0x40441E94 B  REGISTER CRC_CRCIN_IDX[421] (wo): CRC Input Data Array Register
0x40441E94 C   FIELD 00w32 DATA (wo): Input Data
0x40441E98 B  REGISTER CRC_CRCIN_IDX[422] (wo): CRC Input Data Array Register
0x40441E98 C   FIELD 00w32 DATA (wo): Input Data
0x40441E9C B  REGISTER CRC_CRCIN_IDX[423] (wo): CRC Input Data Array Register
0x40441E9C C   FIELD 00w32 DATA (wo): Input Data
0x40441EA0 B  REGISTER CRC_CRCIN_IDX[424] (wo): CRC Input Data Array Register
0x40441EA0 C   FIELD 00w32 DATA (wo): Input Data
0x40441EA4 B  REGISTER CRC_CRCIN_IDX[425] (wo): CRC Input Data Array Register
0x40441EA4 C   FIELD 00w32 DATA (wo): Input Data
0x40441EA8 B  REGISTER CRC_CRCIN_IDX[426] (wo): CRC Input Data Array Register
0x40441EA8 C   FIELD 00w32 DATA (wo): Input Data
0x40441EAC B  REGISTER CRC_CRCIN_IDX[427] (wo): CRC Input Data Array Register
0x40441EAC C   FIELD 00w32 DATA (wo): Input Data
0x40441EB0 B  REGISTER CRC_CRCIN_IDX[428] (wo): CRC Input Data Array Register
0x40441EB0 C   FIELD 00w32 DATA (wo): Input Data
0x40441EB4 B  REGISTER CRC_CRCIN_IDX[429] (wo): CRC Input Data Array Register
0x40441EB4 C   FIELD 00w32 DATA (wo): Input Data
0x40441EB8 B  REGISTER CRC_CRCIN_IDX[430] (wo): CRC Input Data Array Register
0x40441EB8 C   FIELD 00w32 DATA (wo): Input Data
0x40441EBC B  REGISTER CRC_CRCIN_IDX[431] (wo): CRC Input Data Array Register
0x40441EBC C   FIELD 00w32 DATA (wo): Input Data
0x40441EC0 B  REGISTER CRC_CRCIN_IDX[432] (wo): CRC Input Data Array Register
0x40441EC0 C   FIELD 00w32 DATA (wo): Input Data
0x40441EC4 B  REGISTER CRC_CRCIN_IDX[433] (wo): CRC Input Data Array Register
0x40441EC4 C   FIELD 00w32 DATA (wo): Input Data
0x40441EC8 B  REGISTER CRC_CRCIN_IDX[434] (wo): CRC Input Data Array Register
0x40441EC8 C   FIELD 00w32 DATA (wo): Input Data
0x40441ECC B  REGISTER CRC_CRCIN_IDX[435] (wo): CRC Input Data Array Register
0x40441ECC C   FIELD 00w32 DATA (wo): Input Data
0x40441ED0 B  REGISTER CRC_CRCIN_IDX[436] (wo): CRC Input Data Array Register
0x40441ED0 C   FIELD 00w32 DATA (wo): Input Data
0x40441ED4 B  REGISTER CRC_CRCIN_IDX[437] (wo): CRC Input Data Array Register
0x40441ED4 C   FIELD 00w32 DATA (wo): Input Data
0x40441ED8 B  REGISTER CRC_CRCIN_IDX[438] (wo): CRC Input Data Array Register
0x40441ED8 C   FIELD 00w32 DATA (wo): Input Data
0x40441EDC B  REGISTER CRC_CRCIN_IDX[439] (wo): CRC Input Data Array Register
0x40441EDC C   FIELD 00w32 DATA (wo): Input Data
0x40441EE0 B  REGISTER CRC_CRCIN_IDX[440] (wo): CRC Input Data Array Register
0x40441EE0 C   FIELD 00w32 DATA (wo): Input Data
0x40441EE4 B  REGISTER CRC_CRCIN_IDX[441] (wo): CRC Input Data Array Register
0x40441EE4 C   FIELD 00w32 DATA (wo): Input Data
0x40441EE8 B  REGISTER CRC_CRCIN_IDX[442] (wo): CRC Input Data Array Register
0x40441EE8 C   FIELD 00w32 DATA (wo): Input Data
0x40441EEC B  REGISTER CRC_CRCIN_IDX[443] (wo): CRC Input Data Array Register
0x40441EEC C   FIELD 00w32 DATA (wo): Input Data
0x40441EF0 B  REGISTER CRC_CRCIN_IDX[444] (wo): CRC Input Data Array Register
0x40441EF0 C   FIELD 00w32 DATA (wo): Input Data
0x40441EF4 B  REGISTER CRC_CRCIN_IDX[445] (wo): CRC Input Data Array Register
0x40441EF4 C   FIELD 00w32 DATA (wo): Input Data
0x40441EF8 B  REGISTER CRC_CRCIN_IDX[446] (wo): CRC Input Data Array Register
0x40441EF8 C   FIELD 00w32 DATA (wo): Input Data
0x40441EFC B  REGISTER CRC_CRCIN_IDX[447] (wo): CRC Input Data Array Register
0x40441EFC C   FIELD 00w32 DATA (wo): Input Data
0x40441F00 B  REGISTER CRC_CRCIN_IDX[448] (wo): CRC Input Data Array Register
0x40441F00 C   FIELD 00w32 DATA (wo): Input Data
0x40441F04 B  REGISTER CRC_CRCIN_IDX[449] (wo): CRC Input Data Array Register
0x40441F04 C   FIELD 00w32 DATA (wo): Input Data
0x40441F08 B  REGISTER CRC_CRCIN_IDX[450] (wo): CRC Input Data Array Register
0x40441F08 C   FIELD 00w32 DATA (wo): Input Data
0x40441F0C B  REGISTER CRC_CRCIN_IDX[451] (wo): CRC Input Data Array Register
0x40441F0C C   FIELD 00w32 DATA (wo): Input Data
0x40441F10 B  REGISTER CRC_CRCIN_IDX[452] (wo): CRC Input Data Array Register
0x40441F10 C   FIELD 00w32 DATA (wo): Input Data
0x40441F14 B  REGISTER CRC_CRCIN_IDX[453] (wo): CRC Input Data Array Register
0x40441F14 C   FIELD 00w32 DATA (wo): Input Data
0x40441F18 B  REGISTER CRC_CRCIN_IDX[454] (wo): CRC Input Data Array Register
0x40441F18 C   FIELD 00w32 DATA (wo): Input Data
0x40441F1C B  REGISTER CRC_CRCIN_IDX[455] (wo): CRC Input Data Array Register
0x40441F1C C   FIELD 00w32 DATA (wo): Input Data
0x40441F20 B  REGISTER CRC_CRCIN_IDX[456] (wo): CRC Input Data Array Register
0x40441F20 C   FIELD 00w32 DATA (wo): Input Data
0x40441F24 B  REGISTER CRC_CRCIN_IDX[457] (wo): CRC Input Data Array Register
0x40441F24 C   FIELD 00w32 DATA (wo): Input Data
0x40441F28 B  REGISTER CRC_CRCIN_IDX[458] (wo): CRC Input Data Array Register
0x40441F28 C   FIELD 00w32 DATA (wo): Input Data
0x40441F2C B  REGISTER CRC_CRCIN_IDX[459] (wo): CRC Input Data Array Register
0x40441F2C C   FIELD 00w32 DATA (wo): Input Data
0x40441F30 B  REGISTER CRC_CRCIN_IDX[460] (wo): CRC Input Data Array Register
0x40441F30 C   FIELD 00w32 DATA (wo): Input Data
0x40441F34 B  REGISTER CRC_CRCIN_IDX[461] (wo): CRC Input Data Array Register
0x40441F34 C   FIELD 00w32 DATA (wo): Input Data
0x40441F38 B  REGISTER CRC_CRCIN_IDX[462] (wo): CRC Input Data Array Register
0x40441F38 C   FIELD 00w32 DATA (wo): Input Data
0x40441F3C B  REGISTER CRC_CRCIN_IDX[463] (wo): CRC Input Data Array Register
0x40441F3C C   FIELD 00w32 DATA (wo): Input Data
0x40441F40 B  REGISTER CRC_CRCIN_IDX[464] (wo): CRC Input Data Array Register
0x40441F40 C   FIELD 00w32 DATA (wo): Input Data
0x40441F44 B  REGISTER CRC_CRCIN_IDX[465] (wo): CRC Input Data Array Register
0x40441F44 C   FIELD 00w32 DATA (wo): Input Data
0x40441F48 B  REGISTER CRC_CRCIN_IDX[466] (wo): CRC Input Data Array Register
0x40441F48 C   FIELD 00w32 DATA (wo): Input Data
0x40441F4C B  REGISTER CRC_CRCIN_IDX[467] (wo): CRC Input Data Array Register
0x40441F4C C   FIELD 00w32 DATA (wo): Input Data
0x40441F50 B  REGISTER CRC_CRCIN_IDX[468] (wo): CRC Input Data Array Register
0x40441F50 C   FIELD 00w32 DATA (wo): Input Data
0x40441F54 B  REGISTER CRC_CRCIN_IDX[469] (wo): CRC Input Data Array Register
0x40441F54 C   FIELD 00w32 DATA (wo): Input Data
0x40441F58 B  REGISTER CRC_CRCIN_IDX[470] (wo): CRC Input Data Array Register
0x40441F58 C   FIELD 00w32 DATA (wo): Input Data
0x40441F5C B  REGISTER CRC_CRCIN_IDX[471] (wo): CRC Input Data Array Register
0x40441F5C C   FIELD 00w32 DATA (wo): Input Data
0x40441F60 B  REGISTER CRC_CRCIN_IDX[472] (wo): CRC Input Data Array Register
0x40441F60 C   FIELD 00w32 DATA (wo): Input Data
0x40441F64 B  REGISTER CRC_CRCIN_IDX[473] (wo): CRC Input Data Array Register
0x40441F64 C   FIELD 00w32 DATA (wo): Input Data
0x40441F68 B  REGISTER CRC_CRCIN_IDX[474] (wo): CRC Input Data Array Register
0x40441F68 C   FIELD 00w32 DATA (wo): Input Data
0x40441F6C B  REGISTER CRC_CRCIN_IDX[475] (wo): CRC Input Data Array Register
0x40441F6C C   FIELD 00w32 DATA (wo): Input Data
0x40441F70 B  REGISTER CRC_CRCIN_IDX[476] (wo): CRC Input Data Array Register
0x40441F70 C   FIELD 00w32 DATA (wo): Input Data
0x40441F74 B  REGISTER CRC_CRCIN_IDX[477] (wo): CRC Input Data Array Register
0x40441F74 C   FIELD 00w32 DATA (wo): Input Data
0x40441F78 B  REGISTER CRC_CRCIN_IDX[478] (wo): CRC Input Data Array Register
0x40441F78 C   FIELD 00w32 DATA (wo): Input Data
0x40441F7C B  REGISTER CRC_CRCIN_IDX[479] (wo): CRC Input Data Array Register
0x40441F7C C   FIELD 00w32 DATA (wo): Input Data
0x40441F80 B  REGISTER CRC_CRCIN_IDX[480] (wo): CRC Input Data Array Register
0x40441F80 C   FIELD 00w32 DATA (wo): Input Data
0x40441F84 B  REGISTER CRC_CRCIN_IDX[481] (wo): CRC Input Data Array Register
0x40441F84 C   FIELD 00w32 DATA (wo): Input Data
0x40441F88 B  REGISTER CRC_CRCIN_IDX[482] (wo): CRC Input Data Array Register
0x40441F88 C   FIELD 00w32 DATA (wo): Input Data
0x40441F8C B  REGISTER CRC_CRCIN_IDX[483] (wo): CRC Input Data Array Register
0x40441F8C C   FIELD 00w32 DATA (wo): Input Data
0x40441F90 B  REGISTER CRC_CRCIN_IDX[484] (wo): CRC Input Data Array Register
0x40441F90 C   FIELD 00w32 DATA (wo): Input Data
0x40441F94 B  REGISTER CRC_CRCIN_IDX[485] (wo): CRC Input Data Array Register
0x40441F94 C   FIELD 00w32 DATA (wo): Input Data
0x40441F98 B  REGISTER CRC_CRCIN_IDX[486] (wo): CRC Input Data Array Register
0x40441F98 C   FIELD 00w32 DATA (wo): Input Data
0x40441F9C B  REGISTER CRC_CRCIN_IDX[487] (wo): CRC Input Data Array Register
0x40441F9C C   FIELD 00w32 DATA (wo): Input Data
0x40441FA0 B  REGISTER CRC_CRCIN_IDX[488] (wo): CRC Input Data Array Register
0x40441FA0 C   FIELD 00w32 DATA (wo): Input Data
0x40441FA4 B  REGISTER CRC_CRCIN_IDX[489] (wo): CRC Input Data Array Register
0x40441FA4 C   FIELD 00w32 DATA (wo): Input Data
0x40441FA8 B  REGISTER CRC_CRCIN_IDX[490] (wo): CRC Input Data Array Register
0x40441FA8 C   FIELD 00w32 DATA (wo): Input Data
0x40441FAC B  REGISTER CRC_CRCIN_IDX[491] (wo): CRC Input Data Array Register
0x40441FAC C   FIELD 00w32 DATA (wo): Input Data
0x40441FB0 B  REGISTER CRC_CRCIN_IDX[492] (wo): CRC Input Data Array Register
0x40441FB0 C   FIELD 00w32 DATA (wo): Input Data
0x40441FB4 B  REGISTER CRC_CRCIN_IDX[493] (wo): CRC Input Data Array Register
0x40441FB4 C   FIELD 00w32 DATA (wo): Input Data
0x40441FB8 B  REGISTER CRC_CRCIN_IDX[494] (wo): CRC Input Data Array Register
0x40441FB8 C   FIELD 00w32 DATA (wo): Input Data
0x40441FBC B  REGISTER CRC_CRCIN_IDX[495] (wo): CRC Input Data Array Register
0x40441FBC C   FIELD 00w32 DATA (wo): Input Data
0x40441FC0 B  REGISTER CRC_CRCIN_IDX[496] (wo): CRC Input Data Array Register
0x40441FC0 C   FIELD 00w32 DATA (wo): Input Data
0x40441FC4 B  REGISTER CRC_CRCIN_IDX[497] (wo): CRC Input Data Array Register
0x40441FC4 C   FIELD 00w32 DATA (wo): Input Data
0x40441FC8 B  REGISTER CRC_CRCIN_IDX[498] (wo): CRC Input Data Array Register
0x40441FC8 C   FIELD 00w32 DATA (wo): Input Data
0x40441FCC B  REGISTER CRC_CRCIN_IDX[499] (wo): CRC Input Data Array Register
0x40441FCC C   FIELD 00w32 DATA (wo): Input Data
0x40441FD0 B  REGISTER CRC_CRCIN_IDX[500] (wo): CRC Input Data Array Register
0x40441FD0 C   FIELD 00w32 DATA (wo): Input Data
0x40441FD4 B  REGISTER CRC_CRCIN_IDX[501] (wo): CRC Input Data Array Register
0x40441FD4 C   FIELD 00w32 DATA (wo): Input Data
0x40441FD8 B  REGISTER CRC_CRCIN_IDX[502] (wo): CRC Input Data Array Register
0x40441FD8 C   FIELD 00w32 DATA (wo): Input Data
0x40441FDC B  REGISTER CRC_CRCIN_IDX[503] (wo): CRC Input Data Array Register
0x40441FDC C   FIELD 00w32 DATA (wo): Input Data
0x40441FE0 B  REGISTER CRC_CRCIN_IDX[504] (wo): CRC Input Data Array Register
0x40441FE0 C   FIELD 00w32 DATA (wo): Input Data
0x40441FE4 B  REGISTER CRC_CRCIN_IDX[505] (wo): CRC Input Data Array Register
0x40441FE4 C   FIELD 00w32 DATA (wo): Input Data
0x40441FE8 B  REGISTER CRC_CRCIN_IDX[506] (wo): CRC Input Data Array Register
0x40441FE8 C   FIELD 00w32 DATA (wo): Input Data
0x40441FEC B  REGISTER CRC_CRCIN_IDX[507] (wo): CRC Input Data Array Register
0x40441FEC C   FIELD 00w32 DATA (wo): Input Data
0x40441FF0 B  REGISTER CRC_CRCIN_IDX[508] (wo): CRC Input Data Array Register
0x40441FF0 C   FIELD 00w32 DATA (wo): Input Data
0x40441FF4 B  REGISTER CRC_CRCIN_IDX[509] (wo): CRC Input Data Array Register
0x40441FF4 C   FIELD 00w32 DATA (wo): Input Data
0x40441FF8 B  REGISTER CRC_CRCIN_IDX[510] (wo): CRC Input Data Array Register
0x40441FF8 C   FIELD 00w32 DATA (wo): Input Data
0x40441FFC B  REGISTER CRC_CRCIN_IDX[511] (wo): CRC Input Data Array Register
0x40441FFC C   FIELD 00w32 DATA (wo): Input Data
0x40468000 A PERIPHERAL SPI0
0x40468800 B  CLUSTER SPI0_GPRCM[0]: 
0x40468800 B  REGISTER SPI0_PWREN0 (rw): Power enable
0x40468800 C   FIELD 00w01 ENABLE (rw): Enable the power
0x40468804 B  REGISTER SPI0_RSTCTL0 (wo): Reset Control
0x40468804 C   FIELD 00w01 RESETASSERT (wo): Assert reset to the peripheral
0x40468804 C   FIELD 01w01 RESETSTKYCLR (wo): Clear the RESETSTKY bit in the STAT register
0x40468808 B  REGISTER SPI0_CLKCFG0 (rw): Peripheral Clock Configuration Register
0x40468808 C   FIELD 08w01 BLOCKASYNC (rw): Async Clock Request is blocked from starting SYSOSC or forcing bus clock to 32MHz
0x40468814 B  REGISTER SPI0_GPRCM_STAT0 (ro): Status Register
0x40468814 C   FIELD 16w01 RESETSTKY (ro): This bit indicates, if the peripheral was reset, since this bit was cleared by RESETSTKYCLR in the RSTCTL register
0x40469000 B  REGISTER SPI0_CLKDIV (rw): Clock Divider
0x40469000 C   FIELD 00w03 RATIO: Selects divide ratio of module clock
0x40469004 B  REGISTER SPI0_CLKSEL (rw): Clock Select for Ultra Low Power peripherals
0x40469004 C   FIELD 01w01 LFCLK_SEL (rw): Selects LFCLK as clock source if enabled
0x40469004 C   FIELD 02w01 MFCLK_SEL (rw): Selects MFCLK as clock source if enabled
0x40469004 C   FIELD 03w01 SYSCLK_SEL (rw): Selects SYSCLK as clock source if enabled
0x40469018 B  REGISTER SPI0_PDBGCTL (rw): Peripheral Debug Control
0x40469018 C   FIELD 00w01 FREE (rw): Free run control
0x40469018 C   FIELD 01w01 SOFT (rw): Soft halt boundary control. This function is only available, if [FREE] is set to 'STOP'
0x40469020 B  CLUSTER SPI0_INT_EVENT0[0]: 
0x40469020 B  REGISTER SPI0_IIDX0 (ro): Interrupt Index Register
0x40469020 C   FIELD 00w08 STAT (ro): Interrupt index status
0x40469028 B  REGISTER SPI0_IMASK0 (rw): Interrupt mask
0x40469028 C   FIELD 00w01 RXFIFO_OVF: RXFIFO overflow event mask.
0x40469028 C   FIELD 01w01 PER: Parity error event mask.
0x40469028 C   FIELD 02w01 RTOUT: Enable SPI Receive Time-Out event mask.
0x40469028 C   FIELD 03w01 RX: Receive FIFO event.This interrupt is set if the selected Receive FIFO level has been reached
0x40469028 C   FIELD 04w01 TX: Transmit FIFO event mask.
0x40469028 C   FIELD 05w01 TXEMPTY: Transmit FIFO Empty event mask.
0x40469028 C   FIELD 06w01 IDLE: SPI Idle event mask.
0x40469028 C   FIELD 07w01 DMA_DONE_RX: DMA Done 1 event for RX event mask.
0x40469028 C   FIELD 08w01 DMA_DONE_TX: DMA Done 1 event for TX event mask.
0x40469028 C   FIELD 09w01 TXFIFO_UNF (rw): TX FIFO underflow interrupt mask
0x40469028 C   FIELD 10w01 RXFULL (rw): RX FIFO Full Interrupt Mask
0x40469030 B  REGISTER SPI0_RIS0 (ro): Raw interrupt status
0x40469030 C   FIELD 00w01 RXFIFO_OVF: RXFIFO overflow event. This interrupt is set if an RX FIFO overflow has been detected.
0x40469030 C   FIELD 01w01 PER: Parity error event: this bit is set if a Parity error has been detected
0x40469030 C   FIELD 02w01 RTOUT: SPI Receive Time-Out event.
0x40469030 C   FIELD 03w01 RX: Receive FIFO event.This interrupt is set if the selected Receive FIFO level has been reached
0x40469030 C   FIELD 04w01 TX: Transmit FIFO event..This interrupt is set if the selected Transmit FIFO level has been reached.
0x40469030 C   FIELD 05w01 TXEMPTY: Transmit FIFO Empty interrupt mask. This interrupt is set if all data in the Transmit FIFO have been move to the shift register.
0x40469030 C   FIELD 06w01 IDLE: SPI has done finished transfers and changed into IDLE mode. This bit is set when BUSY goes low.
0x40469030 C   FIELD 07w01 DMA_DONE_RX: DMA Done 1 event for RX. This interrupt is set if the RX DMA channel sends the DONE signal. This allows the handling of the DMA event inside the mapped peripheral.
0x40469030 C   FIELD 08w01 DMA_DONE_TX: DMA Done 1 event for TX. This interrupt is set if the TX DMA channel sends the DONE signal. This allows the handling of the DMA event inside the mapped peripheral.
0x40469030 C   FIELD 09w01 TXFIFO_UNF: TX FIFO Underflow Interrupt
0x40469030 C   FIELD 10w01 RXFULL: RX FIFO Full Interrupt
0x40469038 B  REGISTER SPI0_MIS0 (ro): Masked interrupt status
0x40469038 C   FIELD 00w01 RXFIFO_OVF: Masked RXFIFO overflow event. This interrupt is set if an RX FIFO overflow has been detected.
0x40469038 C   FIELD 01w01 PER: Masked Parity error event: this bit if a Parity error has been detected
0x40469038 C   FIELD 02w01 RTOUT: Masked SPI Receive Time-Out Interrupt.
0x40469038 C   FIELD 03w01 RX: Masked receive FIFO event.This interrupt is set if the selected Receive FIFO level has been reached
0x40469038 C   FIELD 04w01 TX: Masked Transmit FIFO event. This interrupt is set if the selected Transmit FIFO level has been reached.
0x40469038 C   FIELD 05w01 TXEMPTY: Masked Transmit FIFO Empty event.
0x40469038 C   FIELD 06w01 IDLE: Masked SPI IDLE mode event.
0x40469038 C   FIELD 07w01 DMA_DONE_RX: Masked DMA Done 1 event for RX.
0x40469038 C   FIELD 08w01 DMA_DONE_TX: Masked DMA Done 1 event for TX.
0x40469038 C   FIELD 09w01 TXFIFO_UNF: TX FIFO underflow interrupt
0x40469038 C   FIELD 10w01 RXFULL: RX FIFO Full Interrupt
0x40469040 B  REGISTER SPI0_ISET0 (wo): Interrupt set
0x40469040 C   FIELD 00w01 RXFIFO_OVF: Set RXFIFO overflow event.
0x40469040 C   FIELD 01w01 PER: Set Parity error event.
0x40469040 C   FIELD 02w01 RTOUT: Set SPI Receive Time-Out Event.
0x40469040 C   FIELD 03w01 RX: Set Receive FIFO event.
0x40469040 C   FIELD 04w01 TX: Set Transmit FIFO event.
0x40469040 C   FIELD 05w01 TXEMPTY: Set Transmit FIFO Empty event.
0x40469040 C   FIELD 06w01 IDLE: Set SPI IDLE mode event.
0x40469040 C   FIELD 07w01 DMA_DONE_RX: Set DMA Done 1 event for RX.
0x40469040 C   FIELD 08w01 DMA_DONE_TX: Set DMA Done 1 event for TX.
0x40469040 C   FIELD 09w01 TXFIFO_UNF: Set TX FIFO Underflow Event
0x40469040 C   FIELD 10w01 RXFULL: Set RX FIFO Full Event
0x40469048 B  REGISTER SPI0_ICLR0 (wo): Interrupt clear
0x40469048 C   FIELD 00w01 RXFIFO_OVF: Clear RXFIFO overflow event.
0x40469048 C   FIELD 01w01 PER: Clear Parity error event.
0x40469048 C   FIELD 02w01 RTOUT: Clear SPI Receive Time-Out Event.
0x40469048 C   FIELD 03w01 RX: Clear Receive FIFO event.
0x40469048 C   FIELD 04w01 TX: Clear Transmit FIFO event.
0x40469048 C   FIELD 05w01 TXEMPTY: Clear Transmit FIFO Empty event.
0x40469048 C   FIELD 06w01 IDLE: Clear SPI IDLE mode event.
0x40469048 C   FIELD 07w01 DMA_DONE_RX: Clear DMA Done 1 event for RX.
0x40469048 C   FIELD 08w01 DMA_DONE_TX: Clear DMA Done 1 event for TX.
0x40469048 C   FIELD 09w01 TXFIFO_UNF: Clear TXFIFO underflow event
0x40469048 C   FIELD 10w01 RXFULL: Clear RX FIFO underflow event
0x404690E0 B  REGISTER SPI0_EVT_MODE (rw): Event Mode
0x404690E0 C   FIELD 00w02 INT0_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT0]
0x404690E0 C   FIELD 02w02 INT1_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT1]
0x404690E0 C   FIELD 04w02 INT2_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT2]
0x404690E4 B  REGISTER SPI0_INTCTL (rw): Interrupt control register
0x404690E4 C   FIELD 00w01 INTEVAL (wo): Writing a 1 to this field re-evaluates the interrupt sources.
0x40469100 B  REGISTER SPI0_CTL0 (rw): SPI control register 0
0x40469100 C   FIELD 00w05 DSS (rw): Data Size Select. Values 0 - 2 are reserved and shall not be used. 3h = 4_BIT : 4-bit data SPI allows only values up to 16 Bit
0x40469100 C   FIELD 05w02 FRF (rw): Frame format Select
0x40469100 C   FIELD 07w01 PACKEN (rw): Packing Enable. When 1, packing feature is enabled inside the IP When 0, packing feature is disabled inside the IP
0x40469100 C   FIELD 08w01 SPO (rw): CLKOUT polarity (Motorola SPI frame format only)
0x40469100 C   FIELD 09w01 SPH (rw): CLKOUT phase (Motorola SPI frame format only) This bit selects the clock edge that captures data and enables it to change state. It has the most impact on the first bit transmitted by either permitting or not permitting a clock transition before the first data capture edge.
0x40469100 C   FIELD 12w02 CSSEL (rw): Select the CS line to control on data transfer This bit is applicable for both controller/target mode
0x40469100 C   FIELD 14w01 CSCLR (rw): Clear shift register counter on CS inactive This bit is relevant only in the peripheral, CTL1.CP=0.
0x40469104 B  REGISTER SPI0_CTL1 (rw): SPI control register 1
0x40469104 C   FIELD 00w01 ENABLE (rw): SPI enable
0x40469104 C   FIELD 01w01 LBM (rw): Loop back mode
0x40469104 C   FIELD 02w01 CP (rw): Controller or peripheral mode select. This bit can be modified only when SPI is disabled, CTL1.ENABLE=0.
0x40469104 C   FIELD 03w01 POD (rw): Peripheral-mode: Data output disabled This bit is relevant only in Peripheral mode. In multiple-peripheral system topologies, SPI controller can broadcast a message to all peripherals, while only one peripheral drives the line. POD can be used by the SPI peripheral to disable driving data on the line.
0x40469104 C   FIELD 04w01 MSB (rw): MSB first select. Controls the direction of the receive and transmit shift register.
0x40469104 C   FIELD 05w01 PREN (rw): Parity receive enable If enabled, parity reception check will be done for both controller and peripheral modes In case of a parity miss-match the parity error flag RIS.PER will be set.
0x40469104 C   FIELD 06w01 PES (rw): Even Parity Select
0x40469104 C   FIELD 08w01 PTEN (rw): Parity transmit enable If enabled, parity transmission will be done for both controller and peripheral modes.
0x40469104 C   FIELD 11w01 CDENABLE (rw): Command/Data Mode enable
0x40469104 C   FIELD 12w04 CDMODE (rw): Command/Data Mode Value When CTL1.CDENABLE is 1, CS3 line is used as C/D signal to distinguish between Command (C/D low) and Data (C/D high) information. When a value is written into the CTL1.CDMODE bits, the C/D (CS3) line will go low for the given numbers of byte which are sent by the SPI, starting with the next value to be transmitted after which, C/D line will go high automatically 0: Manual mode with C/D signal as High 1-14: C/D is low while this number of bytes are being sent after which, this field sets to 0 and C/D goes high. Reading this field at any time returns the remaining number of command bytes. 15: Manual mode with C/D signal as Low.
0x40469104 C   FIELD 16w08 REPEATTX (rw): Counter to repeat last transfer 0: repeat last transfer is disabled. x: repeat the last transfer with the given number. The transfer will be started with writing a data into the TX Buffer. Sending the data will be repeated with the given value, so the data will be transferred X+1 times in total. The behavior is identical as if the data would be written into the TX Buffer that many times as defined by the value here. It can be used to clean a transfer or to pull a certain amount of data by a peripheral.
0x40469104 C   FIELD 24w06 RXTIMEOUT (rw): Receive Timeout (only for Peripheral mode) Defines the number of Clock Cycles before after which the Receive Timeout flag RTOUT is set. The time is calculated using the control register for the clock selection and divider in the Controller mode configuration. A value of 0 disables this function.
0x40469108 B  REGISTER SPI0_CLKCTL (rw): Clock prescaler and divider register.
0x40469108 C   FIELD 00w10 SCR (rw): Serial clock divider: This is used to generate the transmit and receive bit rate of the SPI. The SPI bit rate is (SPI's functional clock frequency)/((SCR+1)*2). SCR is a value from 0-1023.
0x40469108 C   FIELD 28w04 DSAMPLE (rw): Delayed sampling value. In controller mode the data on the input pin will be delayed sampled by the defined clock cycles of internal functional clock hence relaxing the setup time of input data. This setting is useful in systems where the board delays and external peripheral delays are more than the input setup time of the controller. Please refer to the datasheet for values of controller input setup time and assess what DSAMPLE value meets the requirement of the system. Note: High values of DSAMPLE can cause HOLD time violations and must be factored in the calculations.
0x4046910C B  REGISTER SPI0_IFLS (rw): Interrupt FIFO Level Select Register
0x4046910C C   FIELD 00w03 TXIFLSEL (rw): SPI Transmit Interrupt FIFO Level Select The trigger points for the transmit interrupt are as follows:
0x4046910C C   FIELD 03w03 RXIFLSEL (rw): SPI Receive Interrupt FIFO Level Select The trigger points for the receive interrupt are as follows:
0x40469110 B  REGISTER SPI0_STAT (ro): Status Register
0x40469110 C   FIELD 00w01 TFE: Transmit FIFO empty.
0x40469110 C   FIELD 01w01 TNF: Transmit FIFO not full
0x40469110 C   FIELD 02w01 RFE: Receive FIFO empty.
0x40469110 C   FIELD 03w01 RNF: Receive FIFO not full
0x40469110 C   FIELD 04w01 BUSY: Busy
0x40469130 B  REGISTER SPI0_RXDATA (ro): RXDATA Register
0x40469130 C   FIELD 00w16 DATA (ro): Received Data When PACKEN=1,two entries of the FIFO are returned as a 32-bit value. When PACKEN=0, 1 entry of FIFO is returned as 16-bit value. As data values are removed by the receive logic from the incoming data frame, they are placed into the entry in the receive FIFO, pointed to by the current FIFO write pointer. Received data less than 16 bits is automatically right justified in the receive buffer.
0x40469140 B  REGISTER SPI0_TXDATA (rw): TXDATA Register
0x40469140 C   FIELD 00w16 DATA (rw): Transmit Data When read, last written value will be returned. If the last write to this field was a 32-bit write (with PACKEN=1), 32-bits will be returned and if the last write was a 16-bit write (PACKEN=0), those 16-bits will be returned. When written, one or two FIFO entries will be written depending on PACKEN value. Data values are removed from the transmit FIFO one value at a time by the transmit logic. It is loaded into the transmit serial shifter, then serially shifted out onto the TXD output pin at the programmed bit rate. When a data size of less than 16 bits is selected, the user must right-justify data written to the transmit FIFO. The transmit logic ignores the unused bits.
0x4055A000 A PERIPHERAL ADC0_SVT
0x40860000 A PERIPHERAL TIMA0
0x40860400 B  REGISTER TIMA0_FSUB_0 (rw): Subsciber Port 0
0x40860400 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40860404 B  REGISTER TIMA0_FSUB_1 (rw): Subscriber Port 1
0x40860404 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40860444 B  REGISTER TIMA0_FPUB_0 (rw): Publisher Port 0
0x40860444 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40860448 B  REGISTER TIMA0_FPUB_1 (rw): Publisher Port 1
0x40860448 C   FIELD 00w02 CHANID: 0 = disconnected. 1-15 = connected to channelID = CHANID.
0x40860800 B  CLUSTER TIMA0_GPRCM[0]: 
0x40860800 B  REGISTER TIMA0_PWREN0 (rw): Power enable
0x40860800 C   FIELD 00w01 ENABLE: Enable the power
0x40860804 B  REGISTER TIMA0_RSTCTL0 (wo): Reset Control
0x40860804 C   FIELD 00w01 RESETASSERT (wo): Assert reset to the peripheral
0x40860804 C   FIELD 01w01 RESETSTKYCLR (wo): Clear the RESETSTKY bit in the STAT register
0x40860814 B  REGISTER TIMA0_STAT0 (ro): Status Register
0x40860814 C   FIELD 16w01 RESETSTKY (ro): This bit indicates, if the peripheral was reset, since this bit was cleared by RESETSTKYCLR in the RSTCTL register
0x40861000 B  REGISTER TIMA0_CLKDIV (rw): Clock Divider
0x40861000 C   FIELD 00w03 RATIO: Selects divide ratio of module clock
0x40861008 B  REGISTER TIMA0_CLKSEL (rw): Clock Select for Ultra Low Power peripherals
0x40861008 C   FIELD 01w01 LFCLK_SEL (rw): Selects LFCLK as clock source if enabled
0x40861008 C   FIELD 02w01 MFCLK_SEL (rw): Selects MFCLK as clock source if enabled
0x40861008 C   FIELD 03w01 BUSCLK_SEL (rw): Selects BUSCLK as clock source if enabled
0x40861018 B  REGISTER TIMA0_PDBGCTL (rw): Peripheral Debug Control
0x40861018 C   FIELD 00w01 FREE (rw): Free run control
0x40861018 C   FIELD 01w01 SOFT (rw): Soft halt boundary control. This function is only available, if [FREE] is set to 'STOP'
0x40861020 B  CLUSTER TIMA0_INT_EVENT[0]: 
0x40861020 B  REGISTER TIMA0_IIDX0 (ro): Interrupt index
0x40861020 C   FIELD 00w08 STAT (ro): Interrupt index status
0x40861028 B  REGISTER TIMA0_IMASK0 (rw): Interrupt mask
0x40861028 C   FIELD 00w01 Z: Zero Event mask
0x40861028 C   FIELD 01w01 L: Load Event mask
0x40861028 C   FIELD 04w01 CCD0: Capture or Compare DN event mask CCP0
0x40861028 C   FIELD 05w01 CCD1: Capture or Compare DN event mask CCP1
0x40861028 C   FIELD 06w01 CCD2: Capture or Compare DN event mask CCP2
0x40861028 C   FIELD 07w01 CCD3: Capture or Compare DN event mask CCP3
0x40861028 C   FIELD 08w01 CCU0: Capture or Compare UP event mask CCP0
0x40861028 C   FIELD 09w01 CCU1: Capture or Compare UP event mask CCP1
0x40861028 C   FIELD 10w01 CCU2: Capture or Compare UP event mask CCP2
0x40861028 C   FIELD 11w01 CCU3: Capture or Compare UP event mask CCP3
0x40861028 C   FIELD 12w01 CCD4: Compare DN event mask CCP4
0x40861028 C   FIELD 13w01 CCD5: Compare DN event mask CCP5
0x40861028 C   FIELD 14w01 CCU4: Compare UP event mask CCP4
0x40861028 C   FIELD 15w01 CCU5: Compare UP event mask CCP5
0x40861028 C   FIELD 24w01 F: Fault Event mask
0x40861028 C   FIELD 25w01 TOV: Trigger Overflow Event mask
0x40861028 C   FIELD 26w01 REPC: Repeat Counter Zero Event mask
0x40861030 B  REGISTER TIMA0_RIS0 (ro): Raw interrupt status
0x40861030 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40861030 C   FIELD 01w01 L: Load event generated an interrupt.
0x40861030 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40861030 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40861030 C   FIELD 06w01 CCD2: Capture or compare down event generated an interrupt CCP2
0x40861030 C   FIELD 07w01 CCD3: Capture or compare down event generated an interrupt CCP3
0x40861030 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40861030 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40861030 C   FIELD 10w01 CCU2: Capture or compare up event generated an interrupt CCP2
0x40861030 C   FIELD 11w01 CCU3: Capture or compare up event generated an interrupt CCP3
0x40861030 C   FIELD 12w01 CCD4: Compare down event generated an interrupt CCD4
0x40861030 C   FIELD 13w01 CCD5: Compare down event generated an interrupt CCD5
0x40861030 C   FIELD 14w01 CCU4: Compare up event generated an interrupt CCU4
0x40861030 C   FIELD 15w01 CCU5: Compare up event generated an interrupt CCP5
0x40861030 C   FIELD 24w01 F: Fault
0x40861030 C   FIELD 25w01 TOV: Trigger overflow
0x40861030 C   FIELD 26w01 REPC: Repeat Counter Zero
0x40861038 B  REGISTER TIMA0_MIS0 (ro): Masked interrupt status
0x40861038 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40861038 C   FIELD 01w01 L: Load event generated an interrupt.
0x40861038 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40861038 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40861038 C   FIELD 06w01 CCD2: Capture or compare down event generated an interrupt CCP2
0x40861038 C   FIELD 07w01 CCD3: Capture or compare down event generated an interrupt CCP3
0x40861038 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40861038 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40861038 C   FIELD 10w01 CCU2: Capture or compare up event generated an interrupt CCP2
0x40861038 C   FIELD 11w01 CCU3: Capture or compare up event generated an interrupt CCP3
0x40861038 C   FIELD 12w01 CCD4: Compare down event generated an interrupt CCP4
0x40861038 C   FIELD 13w01 CCD5: Compare down event generated an interrupt CCP5
0x40861038 C   FIELD 14w01 CCU4: Compare up event generated an interrupt CCP4
0x40861038 C   FIELD 15w01 CCU5: Compare up event generated an interrupt CCP5
0x40861038 C   FIELD 24w01 F: Fault
0x40861038 C   FIELD 25w01 TOV: Trigger overflow
0x40861038 C   FIELD 26w01 REPC: Repeat Counter Zero
0x40861040 B  REGISTER TIMA0_ISET0 (wo): Interrupt set
0x40861040 C   FIELD 00w01 Z: Zero event SET
0x40861040 C   FIELD 01w01 L: Load event SET
0x40861040 C   FIELD 04w01 CCD0: Capture or compare down event SET
0x40861040 C   FIELD 05w01 CCD1: Capture or compare down event SET
0x40861040 C   FIELD 06w01 CCD2: Capture or compare down event SET
0x40861040 C   FIELD 07w01 CCD3: Capture or compare down event SET
0x40861040 C   FIELD 08w01 CCU0: Capture or compare up event SET
0x40861040 C   FIELD 09w01 CCU1: Capture or compare up event SET
0x40861040 C   FIELD 10w01 CCU2: Capture or compare up event SET
0x40861040 C   FIELD 11w01 CCU3: Capture or compare up event SET
0x40861040 C   FIELD 12w01 CCD4: Compare down event 4 SET
0x40861040 C   FIELD 13w01 CCD5: Compare down event 5 SET
0x40861040 C   FIELD 14w01 CCU4: Compare up event 4 SET
0x40861040 C   FIELD 15w01 CCU5: Compare up event 5 SET
0x40861040 C   FIELD 24w01 F: Fault event SET
0x40861040 C   FIELD 25w01 TOV: Trigger Overflow event SET
0x40861040 C   FIELD 26w01 REPC: Repeat Counter Zero event SET
0x40861048 B  REGISTER TIMA0_ICLR0 (wo): Interrupt clear
0x40861048 C   FIELD 00w01 Z: Zero event CLEAR
0x40861048 C   FIELD 01w01 L: Load event CLEAR
0x40861048 C   FIELD 04w01 CCD0: Capture or compare down event CLEAR
0x40861048 C   FIELD 05w01 CCD1: Capture or compare down event CLEAR
0x40861048 C   FIELD 06w01 CCD2: Capture or compare down event CLEAR
0x40861048 C   FIELD 07w01 CCD3: Capture or compare down event CLEAR
0x40861048 C   FIELD 08w01 CCU0: Capture or compare up event CLEAR
0x40861048 C   FIELD 09w01 CCU1: Capture or compare up event CLEAR
0x40861048 C   FIELD 10w01 CCU2: Capture or compare up event CLEAR
0x40861048 C   FIELD 11w01 CCU3: Capture or compare up event CLEAR
0x40861048 C   FIELD 12w01 CCD4: Compare down event 4 CLEAR
0x40861048 C   FIELD 13w01 CCD5: Compare down event 5 CLEAR
0x40861048 C   FIELD 14w01 CCU4: Compare up event 4 CLEAR
0x40861048 C   FIELD 15w01 CCU5: Compare up event 5 CLEAR
0x40861048 C   FIELD 24w01 F: Fault event CLEAR
0x40861048 C   FIELD 25w01 TOV: Trigger Overflow event CLEAR
0x40861048 C   FIELD 26w01 REPC: Repeat Counter Zero event CLEAR
0x4086104C B  CLUSTER TIMA0_INT_EVENT[1]: 
0x4086104C B  REGISTER TIMA0_IIDX1 (ro): Interrupt index
0x4086104C C   FIELD 00w08 STAT (ro): Interrupt index status
0x40861054 B  REGISTER TIMA0_IMASK1 (rw): Interrupt mask
0x40861054 C   FIELD 00w01 Z: Zero Event mask
0x40861054 C   FIELD 01w01 L: Load Event mask
0x40861054 C   FIELD 04w01 CCD0: Capture or Compare DN event mask CCP0
0x40861054 C   FIELD 05w01 CCD1: Capture or Compare DN event mask CCP1
0x40861054 C   FIELD 06w01 CCD2: Capture or Compare DN event mask CCP2
0x40861054 C   FIELD 07w01 CCD3: Capture or Compare DN event mask CCP3
0x40861054 C   FIELD 08w01 CCU0: Capture or Compare UP event mask CCP0
0x40861054 C   FIELD 09w01 CCU1: Capture or Compare UP event mask CCP1
0x40861054 C   FIELD 10w01 CCU2: Capture or Compare UP event mask CCP2
0x40861054 C   FIELD 11w01 CCU3: Capture or Compare UP event mask CCP3
0x40861054 C   FIELD 12w01 CCD4: Compare DN event mask CCP4
0x40861054 C   FIELD 13w01 CCD5: Compare DN event mask CCP5
0x40861054 C   FIELD 14w01 CCU4: Compare UP event mask CCP4
0x40861054 C   FIELD 15w01 CCU5: Compare UP event mask CCP5
0x40861054 C   FIELD 24w01 F: Fault Event mask
0x40861054 C   FIELD 25w01 TOV: Trigger Overflow Event mask
0x40861054 C   FIELD 26w01 REPC: Repeat Counter Zero Event mask
0x4086105C B  REGISTER TIMA0_RIS1 (ro): Raw interrupt status
0x4086105C C   FIELD 00w01 Z: Zero event generated an interrupt.
0x4086105C C   FIELD 01w01 L: Load event generated an interrupt.
0x4086105C C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x4086105C C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x4086105C C   FIELD 06w01 CCD2: Capture or compare down event generated an interrupt CCP2
0x4086105C C   FIELD 07w01 CCD3: Capture or compare down event generated an interrupt CCP3
0x4086105C C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x4086105C C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x4086105C C   FIELD 10w01 CCU2: Capture or compare up event generated an interrupt CCP2
0x4086105C C   FIELD 11w01 CCU3: Capture or compare up event generated an interrupt CCP3
0x4086105C C   FIELD 12w01 CCD4: Compare down event generated an interrupt CCD4
0x4086105C C   FIELD 13w01 CCD5: Compare down event generated an interrupt CCD5
0x4086105C C   FIELD 14w01 CCU4: Compare up event generated an interrupt CCU4
0x4086105C C   FIELD 15w01 CCU5: Compare up event generated an interrupt CCP5
0x4086105C C   FIELD 24w01 F: Fault
0x4086105C C   FIELD 25w01 TOV: Trigger overflow
0x4086105C C   FIELD 26w01 REPC: Repeat Counter Zero
0x40861064 B  REGISTER TIMA0_MIS1 (ro): Masked interrupt status
0x40861064 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40861064 C   FIELD 01w01 L: Load event generated an interrupt.
0x40861064 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40861064 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40861064 C   FIELD 06w01 CCD2: Capture or compare down event generated an interrupt CCP2
0x40861064 C   FIELD 07w01 CCD3: Capture or compare down event generated an interrupt CCP3
0x40861064 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40861064 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40861064 C   FIELD 10w01 CCU2: Capture or compare up event generated an interrupt CCP2
0x40861064 C   FIELD 11w01 CCU3: Capture or compare up event generated an interrupt CCP3
0x40861064 C   FIELD 12w01 CCD4: Compare down event generated an interrupt CCP4
0x40861064 C   FIELD 13w01 CCD5: Compare down event generated an interrupt CCP5
0x40861064 C   FIELD 14w01 CCU4: Compare up event generated an interrupt CCP4
0x40861064 C   FIELD 15w01 CCU5: Compare up event generated an interrupt CCP5
0x40861064 C   FIELD 24w01 F: Fault
0x40861064 C   FIELD 25w01 TOV: Trigger overflow
0x40861064 C   FIELD 26w01 REPC: Repeat Counter Zero
0x4086106C B  REGISTER TIMA0_ISET1 (wo): Interrupt set
0x4086106C C   FIELD 00w01 Z: Zero event SET
0x4086106C C   FIELD 01w01 L: Load event SET
0x4086106C C   FIELD 04w01 CCD0: Capture or compare down event SET
0x4086106C C   FIELD 05w01 CCD1: Capture or compare down event SET
0x4086106C C   FIELD 06w01 CCD2: Capture or compare down event SET
0x4086106C C   FIELD 07w01 CCD3: Capture or compare down event SET
0x4086106C C   FIELD 08w01 CCU0: Capture or compare up event SET
0x4086106C C   FIELD 09w01 CCU1: Capture or compare up event SET
0x4086106C C   FIELD 10w01 CCU2: Capture or compare up event SET
0x4086106C C   FIELD 11w01 CCU3: Capture or compare up event SET
0x4086106C C   FIELD 12w01 CCD4: Compare down event 4 SET
0x4086106C C   FIELD 13w01 CCD5: Compare down event 5 SET
0x4086106C C   FIELD 14w01 CCU4: Compare up event 4 SET
0x4086106C C   FIELD 15w01 CCU5: Compare up event 5 SET
0x4086106C C   FIELD 24w01 F: Fault event SET
0x4086106C C   FIELD 25w01 TOV: Trigger Overflow event SET
0x4086106C C   FIELD 26w01 REPC: Repeat Counter Zero event SET
0x40861074 B  REGISTER TIMA0_ICLR1 (wo): Interrupt clear
0x40861074 C   FIELD 00w01 Z: Zero event CLEAR
0x40861074 C   FIELD 01w01 L: Load event CLEAR
0x40861074 C   FIELD 04w01 CCD0: Capture or compare down event CLEAR
0x40861074 C   FIELD 05w01 CCD1: Capture or compare down event CLEAR
0x40861074 C   FIELD 06w01 CCD2: Capture or compare down event CLEAR
0x40861074 C   FIELD 07w01 CCD3: Capture or compare down event CLEAR
0x40861074 C   FIELD 08w01 CCU0: Capture or compare up event CLEAR
0x40861074 C   FIELD 09w01 CCU1: Capture or compare up event CLEAR
0x40861074 C   FIELD 10w01 CCU2: Capture or compare up event CLEAR
0x40861074 C   FIELD 11w01 CCU3: Capture or compare up event CLEAR
0x40861074 C   FIELD 12w01 CCD4: Compare down event 4 CLEAR
0x40861074 C   FIELD 13w01 CCD5: Compare down event 5 CLEAR
0x40861074 C   FIELD 14w01 CCU4: Compare up event 4 CLEAR
0x40861074 C   FIELD 15w01 CCU5: Compare up event 5 CLEAR
0x40861074 C   FIELD 24w01 F: Fault event CLEAR
0x40861074 C   FIELD 25w01 TOV: Trigger Overflow event CLEAR
0x40861074 C   FIELD 26w01 REPC: Repeat Counter Zero event CLEAR
0x40861078 B  CLUSTER TIMA0_INT_EVENT[2]: 
0x40861078 B  REGISTER TIMA0_IIDX2 (ro): Interrupt index
0x40861078 C   FIELD 00w08 STAT (ro): Interrupt index status
0x40861080 B  REGISTER TIMA0_IMASK2 (rw): Interrupt mask
0x40861080 C   FIELD 00w01 Z: Zero Event mask
0x40861080 C   FIELD 01w01 L: Load Event mask
0x40861080 C   FIELD 04w01 CCD0: Capture or Compare DN event mask CCP0
0x40861080 C   FIELD 05w01 CCD1: Capture or Compare DN event mask CCP1
0x40861080 C   FIELD 06w01 CCD2: Capture or Compare DN event mask CCP2
0x40861080 C   FIELD 07w01 CCD3: Capture or Compare DN event mask CCP3
0x40861080 C   FIELD 08w01 CCU0: Capture or Compare UP event mask CCP0
0x40861080 C   FIELD 09w01 CCU1: Capture or Compare UP event mask CCP1
0x40861080 C   FIELD 10w01 CCU2: Capture or Compare UP event mask CCP2
0x40861080 C   FIELD 11w01 CCU3: Capture or Compare UP event mask CCP3
0x40861080 C   FIELD 12w01 CCD4: Compare DN event mask CCP4
0x40861080 C   FIELD 13w01 CCD5: Compare DN event mask CCP5
0x40861080 C   FIELD 14w01 CCU4: Compare UP event mask CCP4
0x40861080 C   FIELD 15w01 CCU5: Compare UP event mask CCP5
0x40861080 C   FIELD 24w01 F: Fault Event mask
0x40861080 C   FIELD 25w01 TOV: Trigger Overflow Event mask
0x40861080 C   FIELD 26w01 REPC: Repeat Counter Zero Event mask
0x40861088 B  REGISTER TIMA0_RIS2 (ro): Raw interrupt status
0x40861088 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40861088 C   FIELD 01w01 L: Load event generated an interrupt.
0x40861088 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40861088 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40861088 C   FIELD 06w01 CCD2: Capture or compare down event generated an interrupt CCP2
0x40861088 C   FIELD 07w01 CCD3: Capture or compare down event generated an interrupt CCP3
0x40861088 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40861088 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40861088 C   FIELD 10w01 CCU2: Capture or compare up event generated an interrupt CCP2
0x40861088 C   FIELD 11w01 CCU3: Capture or compare up event generated an interrupt CCP3
0x40861088 C   FIELD 12w01 CCD4: Compare down event generated an interrupt CCD4
0x40861088 C   FIELD 13w01 CCD5: Compare down event generated an interrupt CCD5
0x40861088 C   FIELD 14w01 CCU4: Compare up event generated an interrupt CCU4
0x40861088 C   FIELD 15w01 CCU5: Compare up event generated an interrupt CCP5
0x40861088 C   FIELD 24w01 F: Fault
0x40861088 C   FIELD 25w01 TOV: Trigger overflow
0x40861088 C   FIELD 26w01 REPC: Repeat Counter Zero
0x40861090 B  REGISTER TIMA0_MIS2 (ro): Masked interrupt status
0x40861090 C   FIELD 00w01 Z: Zero event generated an interrupt.
0x40861090 C   FIELD 01w01 L: Load event generated an interrupt.
0x40861090 C   FIELD 04w01 CCD0: Capture or compare down event generated an interrupt CCP0
0x40861090 C   FIELD 05w01 CCD1: Capture or compare down event generated an interrupt CCP1
0x40861090 C   FIELD 06w01 CCD2: Capture or compare down event generated an interrupt CCP2
0x40861090 C   FIELD 07w01 CCD3: Capture or compare down event generated an interrupt CCP3
0x40861090 C   FIELD 08w01 CCU0: Capture or compare up event generated an interrupt CCP0
0x40861090 C   FIELD 09w01 CCU1: Capture or compare up event generated an interrupt CCP1
0x40861090 C   FIELD 10w01 CCU2: Capture or compare up event generated an interrupt CCP2
0x40861090 C   FIELD 11w01 CCU3: Capture or compare up event generated an interrupt CCP3
0x40861090 C   FIELD 12w01 CCD4: Compare down event generated an interrupt CCP4
0x40861090 C   FIELD 13w01 CCD5: Compare down event generated an interrupt CCP5
0x40861090 C   FIELD 14w01 CCU4: Compare up event generated an interrupt CCP4
0x40861090 C   FIELD 15w01 CCU5: Compare up event generated an interrupt CCP5
0x40861090 C   FIELD 24w01 F: Fault
0x40861090 C   FIELD 25w01 TOV: Trigger overflow
0x40861090 C   FIELD 26w01 REPC: Repeat Counter Zero
0x40861098 B  REGISTER TIMA0_ISET2 (wo): Interrupt set
0x40861098 C   FIELD 00w01 Z: Zero event SET
0x40861098 C   FIELD 01w01 L: Load event SET
0x40861098 C   FIELD 04w01 CCD0: Capture or compare down event SET
0x40861098 C   FIELD 05w01 CCD1: Capture or compare down event SET
0x40861098 C   FIELD 06w01 CCD2: Capture or compare down event SET
0x40861098 C   FIELD 07w01 CCD3: Capture or compare down event SET
0x40861098 C   FIELD 08w01 CCU0: Capture or compare up event SET
0x40861098 C   FIELD 09w01 CCU1: Capture or compare up event SET
0x40861098 C   FIELD 10w01 CCU2: Capture or compare up event SET
0x40861098 C   FIELD 11w01 CCU3: Capture or compare up event SET
0x40861098 C   FIELD 12w01 CCD4: Compare down event 4 SET
0x40861098 C   FIELD 13w01 CCD5: Compare down event 5 SET
0x40861098 C   FIELD 14w01 CCU4: Compare up event 4 SET
0x40861098 C   FIELD 15w01 CCU5: Compare up event 5 SET
0x40861098 C   FIELD 24w01 F: Fault event SET
0x40861098 C   FIELD 25w01 TOV: Trigger Overflow event SET
0x40861098 C   FIELD 26w01 REPC: Repeat Counter Zero event SET
0x408610A0 B  REGISTER TIMA0_ICLR2 (wo): Interrupt clear
0x408610A0 C   FIELD 00w01 Z: Zero event CLEAR
0x408610A0 C   FIELD 01w01 L: Load event CLEAR
0x408610A0 C   FIELD 04w01 CCD0: Capture or compare down event CLEAR
0x408610A0 C   FIELD 05w01 CCD1: Capture or compare down event CLEAR
0x408610A0 C   FIELD 06w01 CCD2: Capture or compare down event CLEAR
0x408610A0 C   FIELD 07w01 CCD3: Capture or compare down event CLEAR
0x408610A0 C   FIELD 08w01 CCU0: Capture or compare up event CLEAR
0x408610A0 C   FIELD 09w01 CCU1: Capture or compare up event CLEAR
0x408610A0 C   FIELD 10w01 CCU2: Capture or compare up event CLEAR
0x408610A0 C   FIELD 11w01 CCU3: Capture or compare up event CLEAR
0x408610A0 C   FIELD 12w01 CCD4: Compare down event 4 CLEAR
0x408610A0 C   FIELD 13w01 CCD5: Compare down event 5 CLEAR
0x408610A0 C   FIELD 14w01 CCU4: Compare up event 4 CLEAR
0x408610A0 C   FIELD 15w01 CCU5: Compare up event 5 CLEAR
0x408610A0 C   FIELD 24w01 F: Fault event CLEAR
0x408610A0 C   FIELD 25w01 TOV: Trigger Overflow event CLEAR
0x408610A0 C   FIELD 26w01 REPC: Repeat Counter Zero event CLEAR
0x408610E0 B  REGISTER TIMA0_EVT_MODE (rw): Event Mode
0x408610E0 C   FIELD 00w02 EVT0_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT][0]
0x408610E0 C   FIELD 02w02 EVT1_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT][1]
0x408610E0 C   FIELD 04w02 EVT2_CFG (ro): Event line mode select for event corresponding to [IPSTANDARD.INT_EVENT][1]
0x408610FC B  REGISTER TIMA0_DESC (ro): Module Description
0x408610FC C   FIELD 00w04 MINREV: Minor rev of the IP
0x408610FC C   FIELD 04w04 MAJREV: Major rev of the IP
0x408610FC C   FIELD 08w04 INSTNUM: Instance Number within the device. This will be a parameter to the RTL for modules that can have multiple instances
0x408610FC C   FIELD 12w04 FEATUREVER: Feature Set for the module *instance*
0x408610FC C   FIELD 16w16 MODULEID: Module identification contains a unique peripheral identification number. The assignments are maintained in a central database for all of the platform modules to ensure uniqueness.
0x40861100 B  CLUSTER TIMA0_COMMONREGS[0]: 
0x40861100 B  REGISTER TIMA0_CCPD0 (rw): CCP Direction
0x40861100 C   FIELD 00w01 C0CCP0: Counter CCP0
0x40861100 C   FIELD 01w01 C0CCP1: Counter CCP1
0x40861100 C   FIELD 02w01 C0CCP2: Counter CCP2
0x40861100 C   FIELD 03w01 C0CCP3: Counter CCP3
0x40861104 B  REGISTER TIMA0_ODIS0 (rw): Output Disable
0x40861104 C   FIELD 00w01 C0CCP0 (rw): Counter CCP0 Disable Mask Defines whether CCP0 of Counter n is forced low or not
0x40861104 C   FIELD 01w01 C0CCP1 (rw): Counter CCP1 Disable Mask Defines whether CCP0 of Counter n is forced low or not
0x40861104 C   FIELD 02w01 C0CCP2 (rw): Counter CCP2 Disable Mask Defines whether CCP2 of Counter n is forced low or not
0x40861104 C   FIELD 03w01 C0CCP3 (rw): Counter CCP3 Disable Mask Defines whether CCP3 of Counter n is forced low or not
0x40861108 B  REGISTER TIMA0_CCLKCTL0 (rw): Counter Clock Control Register
0x40861108 C   FIELD 00w01 CLKEN (rw): Clock Enable Disables the clock gating to the module. SW has to explicitly program the value to 0 to gate the clock.
0x4086110C B  REGISTER TIMA0_CPS0 (rw): Clock Prescale Register
0x4086110C C   FIELD 00w08 PCNT (rw): Pre-Scale Count This field specifies the pre-scale count value. The selected TIMCLK source is divided by a value of (PCNT+1). A PCNT value of 0 divides TIMCLK by 1, effectively bypassing the divider. A PCNT value of greater than 0 divides the TIMCLK source generating a slower clock
0x40861110 B  REGISTER TIMA0_CPSV0 (ro): Clock prescale count status register
0x40861110 C   FIELD 00w08 CPSVAL (ro): Current Prescale Count Value
0x40861114 B  REGISTER TIMA0_CTTRIGCTL0 (rw): Timer Cross Trigger Control Register
0x40861114 C   FIELD 00w01 CTEN (rw): Timer Cross trigger enable. This field is used to enable whether the SW or HW logic can generate a timer cross trigger event in the system. These cross triggers are connected to the respective timer trigger in of the other timer IPs in the SOC power domain. The timer cross trigger is essentially the combined logic of the HW and SW conditions controlling EN bit in the CTRCTL register.
0x40861114 C   FIELD 01w01 EVTCTEN (rw): Enable the Input Trigger Conditions to the Timer module as a condition for Cross Triggers. Refer Figure 8 Cross Trigger Generation Path
0x40861114 C   FIELD 16w04 EVTCTTRIGSEL (rw): Used to Select the subscriber port that should be used for input cross trigger. Refer Figure 8 Cross Trigger Generation Path
0x4086111C B  REGISTER TIMA0_CTTRIG0 (wo): Timer Cross Trigger Register
0x4086111C C   FIELD 00w01 TRIG (wo): Generate Cross Trigger This bit when programmed will generate a synchronized trigger condition all the cross trigger enabled Timer instances including current timer instance.
0x40861120 B  REGISTER TIMA0_FSCTL0 (rw): Fault Source Control
0x40861120 C   FIELD 00w01 FCEN (rw): This field controls whether the fault caused by the system clock fault is enable. 0: DISABLE 1: ENABLE
0x40861120 C   FIELD 01w01 FAC0EN (rw): This field controls whether the fault signal detected by the analog comparator0 is enable 0: DISABLE 1: ENABLE
0x40861120 C   FIELD 02w01 FAC1EN (rw): This field controls whether the fault signal detected by the analog comparator1 is enable 0: DISABLE 1: ENABLE
0x40861120 C   FIELD 03w01 FAC2EN (rw): This field controls whether the fault signal detected by the analog comparator2 is enable 0: DISABLE 1: ENABLE
0x40861120 C   FIELD 04w01 FEX0EN (rw): This field controls whether the fault caused by external fault pin0 is enable. 0: DISABLE 1: ENABLE
0x40861120 C   FIELD 05w01 FEX1EN (rw): This field controls whether the fault caused by external fault pin1 is enable. 0: DISABLE 1: ENABLE
0x40861120 C   FIELD 06w01 FEX2EN (rw): This field controls whether the fault caused by external fault pin2 is enable. 0: DISABLE 1: ENABLE
0x40861124 B  REGISTER TIMA0_GCTL0 (rw): Shadow to active load mask
0x40861124 C   FIELD 00w01 SHDWLDEN (rw): Enables shadow to active load of bufferred registers and register fields.
0x40861800 B  CLUSTER TIMA0_COUNTERREGS[0]: 
0x40861800 B  REGISTER TIMA0_CTR0 (rw): Counter Register
0x40861800 C   FIELD 00w16 CCTR (rw): Current Counter value
0x40861804 B  REGISTER TIMA0_CTRCTL0 (rw): Counter Control Register
0x40861804 C   FIELD 00w01 EN (rw): Counter Enable. This bit allows the timer to advance This bit is automatically cleared if REPEAT=0 (do not automatically reload) and the counter value equals zero. CPU Write: A register write that sets the EN bit, the counter value is set per the CVAE value. Hardware: This bit may also be set as the result of an LCOND or ZCOND condition being met and the counter value changed to the load value or zero value, respectively.
0x40861804 C   FIELD 01w03 REPEAT (rw): Repeat. The repeat bit controls whether the counter continues to advance following a zero event, or the exiting of a debug or fault condition. If counting down, a zero event is followed by a load at the next advance condition. If counting up-down, a zero event is followed by an advance event (+1). The intent of encoding 3 is that if the debug condition is in effect, the generation of the load pulse is deferred until the debug condition is over. This allows the counter to reach zero before counting is suspended.
0x40861804 C   FIELD 04w02 CM (rw): Count Mode
0x40861804 C   FIELD 07w03 CLC (rw): Counter Load Control. This field specifies what controls the counter operation with respect to setting the counter to the LD register value. Encodings 1-3 are present based on the CCPC parameter value. Bits 4-5 are present based on the HQEI parameter value. Any encodings not provided are documented as reserved.
0x40861804 C   FIELD 10w03 CAC (rw): Counter Advance Control. This field specifies what controls the counter operation with respect to advancing (incrementing or decrementing) the counter value. Encodings 1-3 are present based on the CCPC parameter value. Bits 4-5 are present based on the HQEI parameter value. Any encodings not provided are documented as reserved.
0x40861804 C   FIELD 13w03 CZC (rw): Counter Zero Control This field specifies what controls the counter operation with respect to zeroing the counter value. Encodings 1-3 are present based on the CCPC parameter value. Bits 4-5 are present based on the HQEI parameter value. Any encodings not provided are documented as reserved.
0x40861804 C   FIELD 17w01 DRB (rw): Debug Resume Behavior This bit specifies what the device does following the release/exit of debug mode.
0x40861804 C   FIELD 18w01 FB (rw): Fault Behavior This bit specifies whether the counter continues running or suspends during a fault mode. There is a separate control under REPEAT to indicate whether counting is to suspend at next Counter==0
0x40861804 C   FIELD 19w01 FRB (rw): Fault Resume Behavior This bit specifies what the device does following the release/exit of fault condition.
0x40861804 C   FIELD 23w01 SLZERCNEZ (rw): Suppress Load and Zero Events if Repeat Counter is Not Equal to Zero. This bit suppresses the generation of the Z (zero) and L (load) events from the counter when the repeat counter (RC) value is not 0.
0x40861804 C   FIELD 24w01 PLEN (rw): Phase Load Enable. This bit allows the timer to have phase load feature.
0x40861804 C   FIELD 28w02 CVAE (rw): Counter Value After Enable. This field specifies the initialization condition of the counter when the EN bit is changed from 0 to 1 by a write to the CTRCTL register. Note that an external event can also cause the EN bit to go active.
0x40861808 B  REGISTER TIMA0_LOAD0 (rw): Load Register
0x40861808 C   FIELD 00w16 LD (rw): Load Value
0x40861810 B  REGISTER TIMA0_CC_01[%s]0 (rw): Capture or Compare Register 0 to Capture or Compare Register 1
0x40861810 C   FIELD 00w16 CCVAL (rw): Capture or compare value
0x40861818 B  REGISTER TIMA0_CC_23[%s]0 (rw): Capture or Compare Register 0 to Capture or Compare Register 1
0x40861818 C   FIELD 00w16 CCVAL (rw): Capture or compare value
0x40861820 B  REGISTER TIMA0_CC_45[%s]0 (rw): Compare Register 4 to Compare Register 5
0x40861820 C   FIELD 00w16 CCVAL (rw): Capture or compare value
0x40861830 B  REGISTER TIMA0_CCCTL_01[%s]0 (rw): Capture or Compare Control Registers
0x40861830 C   FIELD 00w03 CCOND (rw): Capture Condition. #br# Specifies the condition that generates a capture pulse. 4h-Fh = Reserved
0x40861830 C   FIELD 04w03 ACOND (rw): Advance Condition. #br# Specifies the condition that generates an advance pulse. 6h-Fh = Reserved
0x40861830 C   FIELD 08w03 LCOND (rw): Load Condition. #br# Specifies the condition that generates a load pulse. 4h-Fh = Reserved
0x40861830 C   FIELD 12w03 ZCOND (rw): Zero Condition. #br# This field specifies the condition that generates a zero pulse. 4h-Fh = Reserved
0x40861830 C   FIELD 17w01 COC (rw): Capture or Compare. #br# Specifies whether the corresponding CC register is used as a capture register or a compare register (never both).
0x40861830 C   FIELD 18w03 CCUPD (rw): Capture and Compare Update Method This field controls how updates to the pipelined capture and compare register are performed (when operating in compare mode, COC=0).
0x40861830 C   FIELD 22w03 CC2SELU: Selects the source second CCU event.
0x40861830 C   FIELD 25w01 SCERCNEZ (rw): Suppress Compare Event if Repeat Counter is Not Equal to Zero This bit suppresses the generation of the compare (CCD, CCU and RC) events from the counter when the repeat counter (RC) value is not 0.
0x40861830 C   FIELD 26w03 CCACTUPD (rw): CCACT shadow register Update Method This field controls how updates to the CCCACT shadow register are performed
0x40861830 C   FIELD 29w03 CC2SELD: Selects the source second CCD event.
0x40861838 B  REGISTER TIMA0_CCCTL_23[%s]0 (rw): Capture or Compare Control Registers
0x40861838 C   FIELD 00w03 CCOND (rw): Capture Condition. #br# Specifies the condition that generates a capture pulse. 4h-Fh = Reserved
0x40861838 C   FIELD 04w03 ACOND (rw): Advance Condition. #br# Specifies the condition that generates an advance pulse. 6h-Fh = Reserved
0x40861838 C   FIELD 08w03 LCOND (rw): Load Condition. #br# Specifies the condition that generates a load pulse. 4h-Fh = Reserved
0x40861838 C   FIELD 12w03 ZCOND (rw): Zero Condition. #br# This field specifies the condition that generates a zero pulse. 4h-Fh = Reserved
0x40861838 C   FIELD 17w01 COC (rw): Capture or Compare. #br# Specifies whether the corresponding CC register is used as a capture register or a compare register (never both).
0x40861838 C   FIELD 18w03 CCUPD (rw): Capture and Compare Update Method This field controls how updates to the pipelined capture and compare register are performed (when operating in compare mode, COC=0).
0x40861838 C   FIELD 22w03 CC2SELU: Selects the source second CCU event.
0x40861838 C   FIELD 25w01 SCERCNEZ (rw): Suppress Compare Event if Repeat Counter is Not Equal to Zero This bit suppresses the generation of the compare (CCD, CCU and RC) events from the counter when the repeat counter (RCn) value is not 0.
0x40861838 C   FIELD 26w03 CCACTUPD (rw): CCACT shadow register Update Method This field controls how updates to the CCCACT shadow register are performed
0x40861838 C   FIELD 29w03 CC2SELD: Selects the source second CCD event.
0x40861840 B  REGISTER TIMA0_CCCTL_45[%s]0 (rw): Capture or Compare Control Registers
0x40861840 C   FIELD 18w03 CCUPD (rw): Capture and Compare Update Method This field controls how updates to the pipelined capture and compare register are performed (when operating in compare mode, COC=0).
0x40861840 C   FIELD 25w01 SCERCNEZ (rw): Suppress Compare Event if Repeat Counter is Not Equal to Zero This bit suppresses the generation of the compare (CCD, CCU and RC) events from the counter when the repeat counter (RC) value is not 0.
0x40861850 B  REGISTER TIMA0_OCTL_01[%s]0 (rw): CCP Output Control Registers
0x40861850 C   FIELD 00w04 CCPO (rw): CCP Output Source
0x40861850 C   FIELD 04w01 CCPOINV (rw): CCP Output Invert The output as selected by CCPO is conditionally inverted.
0x40861850 C   FIELD 05w01 CCPIV (rw): CCP Initial Value This bit specifies the logical value put on the signal generator state while the counter is disabled (CTRCTL.EN == 0).
0x40861858 B  REGISTER TIMA0_OCTL_23[%s]0 (rw): CCP Output Control Registers
0x40861858 C   FIELD 00w04 CCPO (rw): CCP Output Source
0x40861858 C   FIELD 04w01 CCPOINV (rw): CCP Output Invert The output as selected by CCPO is conditionally inverted.
0x40861858 C   FIELD 05w01 CCPIV (rw): CCP Initial Value This bit specifies the logical value put on the signal generator state while the counter is disabled (CTRCTL.EN == 0).
0x40861870 B  REGISTER TIMA0_CCACT_01[%s]0 (rw): Capture or Compare Action Registers
0x40861870 C   FIELD 00w02 ZACT (rw): CCP Output Action on Zero Specifies what changes occur to CCP output as the result of a zero event.
0x40861870 C   FIELD 03w02 LACT (rw): CCP Output Action on Load Specifies what changes occur to CCP output as the result of a load event.
0x40861870 C   FIELD 06w02 CDACT (rw): CCP Output Action on Compare (Down) This field describes the resulting action of the signal generator upon detecting a compare event while counting down.
0x40861870 C   FIELD 09w02 CUACT (rw): CCP Output Action on Compare (Up) This field describes the resulting action of the signal generator upon detecting a compare event while counting up.
0x40861870 C   FIELD 12w02 CC2DACT (rw): CCP Output Action on CC2D event.
0x40861870 C   FIELD 15w02 CC2UACT (rw): CCP Output Action on CC2U event.
0x40861870 C   FIELD 22w03 FENACT (rw): CCP Output Action on Fault Entry This field describes the resulting action of the signal generator upon detecting a fault.
0x40861870 C   FIELD 25w03 FEXACT (rw): CCP Output Action on Fault Exit This field describes the resulting action of the signal generator upon exiting the fault condition.
0x40861870 C   FIELD 28w02 SWFRCACT (rw): CCP Output Action on Software Force Output This field describes the resulting action of software force. This action has a shadow register, which will be updated under specific condition. So that this register cannot take into effect immediately.
0x40861870 C   FIELD 30w02 SWFRCACT_CMPL (rw): CCP_CMPL Output Action on Software Force Output This field describes the resulting action of software force. This action has a shadow register, which will be updated under specific condition. So that this register cannot take into effect immediately.
0x40861878 B  REGISTER TIMA0_CCACT_23[%s]0 (rw): Capture or Compare Action Registers
0x40861878 C   FIELD 00w02 ZACT (rw): CCP Output Action on Zero Specifies what changes occur to CCP output as the result of a zero event.
0x40861878 C   FIELD 03w02 LACT (rw): CCP Output Action on Load Specifies what changes occur to CCP output as the result of a load event.
0x40861878 C   FIELD 06w02 CDACT (rw): CCP Output Action on Compare (Down) This field describes the resulting action of the signal generator upon detecting a compare event while counting down.
0x40861878 C   FIELD 09w02 CUACT (rw): CCP Output Action on Compare (Up) This field describes the resulting action of the signal generator upon detecting a compare event while counting up.
0x40861878 C   FIELD 12w02 CC2DACT (rw): CCP Output Action on CC2D event.
0x40861878 C   FIELD 15w02 CC2UACT (rw): CCP Output Action on CC2U event.
0x40861878 C   FIELD 22w03 FENACT (rw): CCP Output Action on Fault Entry This field describes the resulting action of the signal generator upon detecting a fault.
0x40861878 C   FIELD 25w03 FEXACT (rw): CCP Output Action on Fault Exit This field describes the resulting action of the signal generator upon exiting the fault condition.
0x40861878 C   FIELD 28w02 SWFRCACT (rw): CCP Output Action on Software Force Output This field describes the resulting action of software force. This action has a shadow register, which will be updated under specific condition. So that this register cannot take into effect immediately.
0x40861878 C   FIELD 30w02 SWFRCACT_CMPL (rw): CCP_CMPL Output Action on Software Force Output This field describes the resulting action of software force. This action has a shadow register, which will be updated under specific condition. So that this register cannot take into effect immediately.
0x40861880 B  REGISTER TIMA0_IFCTL_01[%s]0 (rw): Input Filter Control Register
0x40861880 C   FIELD 00w04 ISEL (rw): Input Select (CCP0) This field selects the input source to the filter input. 4h-7h = Reserved
0x40861880 C   FIELD 07w01 INV (rw): Input Inversion This bit controls whether the selected input is inverted.
0x40861880 C   FIELD 08w02 FP (rw): Filter Period. This field specifies the sample period for the input filter. I.e. The input is sampled for FP timer clocks during filtering.
0x40861880 C   FIELD 11w01 CPV (rw): Consecutive Period/Voting Select This bit controls whether the input filter uses a stricter consecutive period count or majority voting.
0x40861880 C   FIELD 12w01 FE (rw): Filter Enable This bit controls whether the input is filtered by the input filter or bypasses to the edge detect.
0x40861888 B  REGISTER TIMA0_IFCTL_23[%s]0 (rw): Input Filter Control Register
0x40861888 C   FIELD 00w04 ISEL (rw): Input Select (CCP0) This field selects the input source to the filter input. 4h-7h = Reserved
0x40861888 C   FIELD 07w01 INV (rw): Input Inversion This bit controls whether the selected input is inverted.
0x40861888 C   FIELD 08w02 FP (rw): Filter Period. This field specifies the sample period for the input filter. I.e. The input is sampled for FP timer clocks during filtering.
0x40861888 C   FIELD 11w01 CPV (rw): Consecutive Period/Voting Select This bit controls whether the input filter uses a stricter consecutive period count or majority voting.
0x40861888 C   FIELD 12w01 FE (rw): Filter Enable This bit controls whether the input is filtered by the input filter or bypasses to the edge detect.
0x408618A0 B  REGISTER TIMA0_PL0 (rw): Counter Register
0x408618A0 C   FIELD 00w16 PHASE (rw): Phase Load value
0x408618A4 B  REGISTER TIMA0_DBCTL0 (rw): Dead Band insertion control register
0x408618A4 C   FIELD 00w12 RISEDELAY: Rise Delay The number of TIMCLK periods inserted between the fall of CCPi and the rise of CCPAo.
0x408618A4 C   FIELD 12w01 M1_ENABLE (rw): Dead Band Mode 1 Enable.
0x408618A4 C   FIELD 16w12 FALLDELAY: Fall Delay The number of TIMCLK periods inserted between the fall of CCPi and the rise of CCPBo
0x408618B0 B  REGISTER TIMA0_TSEL0 (rw): Trigger Select
0x408618B0 C   FIELD 00w05 ETSEL (rw): External Trigger Select. #br# This selects which System Event is used if the input filter selects trigger. Triggers 0-15 are used to connect triggers generated by other timer modules in the same power domain. Refer to the SoC datasheet to get details. Triggers 16 and 17 are connected to event manager subscriber ports. Event lines 18-31 are reserved for future use.
0x408618B0 C   FIELD 09w01 TE (rw): Trigger Enable. This selects whether a trigger is enabled or not for this counter 0x0 = Triggers are not used 0x1 = Triggers are used as selected by the ETSEL field
0x408618B4 B  REGISTER TIMA0_RC0 (ro): Repeat counter
0x408618B4 C   FIELD 00w08 RC (ro): Repeat Counter Value
0x408618B8 B  REGISTER TIMA0_RCLD0 (rw): Repeat counter
0x408618B8 C   FIELD 00w08 RCLD (rw): Repeat Counter Load Value This field provides the value loaded into the repeat counter at a load event following the repeat counter value equaling 0.
0x408618D0 B  REGISTER TIMA0_FCTL0 (rw): Fault Control Register
0x408618D0 C   FIELD 00w01 FIEN (rw): Fault Input Enable This bit enables the input for fault detection.
0x408618D0 C   FIELD 02w01 FI (rw): Fault Input Specifies whether the overall fault condition is dependent on the sensed fault pin.
0x408618D0 C   FIELD 03w02 FL (rw): Fault Latch mode Specifies whether the fault condition is latched and configures the latch clear conditions.
0x408618D0 C   FIELD 07w01 TFIM (rw): Trigger Fault Input Mask Specifies whether the selected trigger participates as a fault input. If enabled and the trigger asserts, the trigger is treated as a fault.
0x408618D0 C   FIELD 08w01 FSENAC0 (rw): Specifies whether the analog comparator0 fault sense is high or low active
0x408618D0 C   FIELD 09w01 FSENAC1 (rw): Specifies whether the analog comparator1 fault sense is high or low active
0x408618D0 C   FIELD 10w01 FSENAC2 (rw): Specifies whether the analog comparator2 fault sense is high or low active
0x408618D0 C   FIELD 11w01 FSENEXT0 (rw): Specifies whether the external fault pin0 sense is high or low active
0x408618D0 C   FIELD 12w01 FSENEXT1 (rw): Specifies whether the external fault pin1 fault sense is high or low active
0x408618D0 C   FIELD 13w01 FSENEXT2 (rw): Specifies whether the external fault pin3 fault sense is high or low active
0x408618D4 B  REGISTER TIMA0_FIFCTL0 (rw): Fault input Filter control register
0x408618D4 C   FIELD 00w02 FP (rw): Filter Period This field specifies the sample period for the input filter. I.e. The input is sampled for FP timer clocks during filtering.
0x408618D4 C   FIELD 03w01 CPV (rw): Consecutive Period/Voting Select This bit controls whether the input filter uses a stricter consecutive period count or majority voting.
0x408618D4 C   FIELD 04w01 FILTEN (rw): Filter Enable This bit controls whether the input is filtered by the input filter or bypasses to go directly to the optional pre-scale filter and then to the edge detect.
0x40AB0160 B  REGISTER ADC0_SVT_FIFODATA (ro): FIFO Data Register
0x40AB0280 B  REGISTER ADC0_SVT_MEMRES[0] (ro): Memory Result Register
0x40AB0280 C   FIELD 00w16 DATA: MEMRES result register. If DF = 0, unsigned binary: The conversion results are right aligned. In 10 and 8 bit modes, the unused MSB bits are forced to 0. If DF = 1, 2s-complement format: The conversion results are left aligned. In 10 and 8 bit modes, the unused LSB bits are forced to 0. The data is stored in the right-justified format and is converted to the left-justified 2s-complement format during read back.
0x40AB0284 B  REGISTER ADC0_SVT_MEMRES[1] (ro): Memory Result Register
0x40AB0284 C   FIELD 00w16 DATA: MEMRES result register. If DF = 0, unsigned binary: The conversion results are right aligned. In 10 and 8 bit modes, the unused MSB bits are forced to 0. If DF = 1, 2s-complement format: The conversion results are left aligned. In 10 and 8 bit modes, the unused LSB bits are forced to 0. The data is stored in the right-justified format and is converted to the left-justified 2s-complement format during read back.
0x40AB0288 B  REGISTER ADC0_SVT_MEMRES[2] (ro): Memory Result Register
0x40AB0288 C   FIELD 00w16 DATA: MEMRES result register. If DF = 0, unsigned binary: The conversion results are right aligned. In 10 and 8 bit modes, the unused MSB bits are forced to 0. If DF = 1, 2s-complement format: The conversion results are left aligned. In 10 and 8 bit modes, the unused LSB bits are forced to 0. The data is stored in the right-justified format and is converted to the left-justified 2s-complement format during read back.
0x40AB028C B  REGISTER ADC0_SVT_MEMRES[3] (ro): Memory Result Register
0x40AB028C C   FIELD 00w16 DATA: MEMRES result register. If DF = 0, unsigned binary: The conversion results are right aligned. In 10 and 8 bit modes, the unused MSB bits are forced to 0. If DF = 1, 2s-complement format: The conversion results are left aligned. In 10 and 8 bit modes, the unused LSB bits are forced to 0. The data is stored in the right-justified format and is converted to the left-justified 2s-complement format during read back.