XBAR (信号互联配置)

简介

XBAR模块主要功能，是为芯片的输入管脚，输出管脚和内部模块之间提供灵活的连接关系，这些连接关系可通过配置进行路由选择， 同时可以通过内部集成的可配置逻辑单元(CLU)对部分连接关系进行逻辑运算，以提供更大的灵活性和可能性。

功能概述

XBAR模块主要包含以下几种类型的XBAR子单元：

  • INXB(INPUT XBAR)

  • PFXB(SrPWM XBAR)

  • ETXB(ETIMER XBAR)

  • CLU (3组处理单元，分别输出到ADC CLU, ETIMER CLU, OUTPUT XBAR CLU)

  • OPXB(OUTPUT XBAR)

软件配置流程

XBAR模块软件配置流程如下：

  1. 解锁XBAR寄存器写保护

  2. 根据输入信号MUX表选择对应的输入信号

  3. 根据每个模块的特性，分别设置对应输入通道的输入滤波，输入极性。

  4. 选择对应的输出通道，并配置输出通道的配置参数，如输出是否取反，输出信号处理方式，输出是否展宽等。

  5. 配置XBAR MUX寄存器，选择XBAR模块输入的信号对应的输出通道

  6. 设置输出通道使能

  7. 上锁XBAR寄存器写保护

另外：如果配置INXB模块，还需要考虑INXB输出是否经过CLU单元，如果需要，还需要进行以下额外配置：

  1. 配置对应CLU单元，选择需要输入的INXB 输出信号

  2. 选择是否需要BYBASS该信号

  3. 选择对应CLU单元对信号处理的逻辑算法模式

  4. 配置对应输出的中断触发类型，并使能该通道中断

  5. 配置对应输出的输出极性，最后使能输出

对应的配置示例代码如下：

/* 1. unclock reg protect */
_XBAR_REG_WR_UNLOCK();
/* 2. Input channel config */
XBAR_initInputChMsk(&inChMsk);
/* 3. add XBAR XCOX output channel 0 to OPXB input */
XBAR_addInputSource(&inChMsk, OPXB_SRC_MUX24_INPUTXBAR_CLU2OUT0);
/* 4. setup signal map between XBAR XCOX CH0 to OPXB output ch 0~3 */
XBAR_OPXB_setMuxConfig((uint8_t)BIT_MASK(0), &inChMsk);
/* 5. Enable Output CH0 and disable interrupt */
XBAR_OPXB_enableOutputMux((uint8_t)BIT_MASK(0));
/* 6. lock reg */
_XBAR_REG_WR_LOCK();

输入源的添加

XBAR模块的输入源添加是通过 XBAR_addInputSource() 函数实现的。该函数允许将特定的输入信号源添加到XBAR的输入通道中。

重要

  • 每个XBAR子模块的每一个输出通道 都可以选择多个输入源MUX组进行逻辑或操作，但是每一个MUX输入组只能选择一个输入源。

  • 在添加输入源到不同的输出通道前，需要调用 XBAR_initInputChMsk() 函数初始化输入通道掩码。

举例说明，以PFXB为例，可以同时添加MUX0组的ADCA_EVT0 、MUX1组的CMP_EVT1 MUX2组的CMP_EVT2_OR_EVT3 到输出通道0。 但是不能同时添加MUX0组的ADCA_EVT0 和 MUX0组的CMP_EVT0_OR_EVT1 到同一个输出通道。

// 输出通道0添加输入源
XBAR_initInputChMsk(&inChMsk);
XBAR_addInputSource(&inChMsk, PFXB_SRC_MUX0_ADCA_EVT0);
XBAR_addInputSource(&inChMsk, PFXB_SRC_MUX1_CMP_EVT1);
XBAR_addInputSource(&inChMsk, PFXB_SRC_MUX2_CMP_EVT2_OR_EVT3);
XBAR_PFXB_setMuxConfig(OUT_CH0, &inChMsk);
XBAR_PFXB_enableOutputMux(OUT_CH0);
// 输出通道1添加输入源
XBAR_initInputChMsk(&inChMsk);  // 记得添加输入源前需要先初始化输入通道掩码
XBAR_addInputSource(&inChMsk, PFXB_SRC_MUX07_ETIMOUT3);
XBAR_addInputSource(&inChMsk, PFXB_SRC_MUX09_ETIMOUT4);
XBAR_addInputSource(&inChMsk, PFXB_SRC_MUX11_ADCC_EVT3);
XBAR_PFXB_setMuxConfig(OUT_CH1, &inChMsk);
XBAR_PFXB_enableOutputMux(OUT_CH1);

INXB(Input XBAR)

Input XBAR 输入均来自 GPIO， 84 个 GPIO 信号经过极性选择， 信号同步， 接口滤波后， 进行信号输出选择， 每个输出信号可选择任意一路 GPIO 或多路 GPIO 的逻辑或作为输出， 同时支持对输出信号进行锁存和取沿， 输出使能控制和输出极性选择。

Input XBAR支持的功能特性包含：

  1. 输入滤波窗口设置(每8个GPIO端口共享一组配置值)

  2. 输入滤波使能配置

  3. 输入极性配置

  4. 输出信号处理配置

  5. 输出锁存清除配置

  6. 输出使能配置

  7. 输出极性选择配置

  8. 输出mux选择配置

  9. 输出状态和输出锁存状态获取

  10. 输出中断使能(输出通道12~15)

  11. 输出中断掩码配置

  12. 输出中断强制触发

  13. 输出中断状态获取

  14. 输出中断状态清除

Input XBAR 的输入源最大支持 84 路，输出最大支持16路:

输入

输出

GPIO0_0~GPIO0_15

GPIO1_0~GPIO1_15

GPIO2_0~GPIO2_15

GPIO3_0~GPIO3_15

GPIO4_0~GPIO4_15

GPIO5_0~GPIO5_3

XCSA

XCET

XCOX

PFXB

ETXB

OPXB

备注

上表中的 GPIO0_0~GPIO0_15 表述对于GPIOA组的16个PIN. 具体的映射关系参考 inc/et6x_pinmap.h

INXB输出通道与SrPWM模块的连接关系

Input XBAR的 输出信号部分被送到SrPWM模块，作为故障触发或者同步信号。更详细的介绍请参考用户手册SrPWM模块 Fault信号处理 章节

INXB输出通道与SrPWM模块的连接关系

INXB输出通道

PWM通道

PWM前级故障实时信号

PWM前级故障锁存信号

0

0~3 [1]

SRPWM_PREP_SIG_FAULT_REAL0

SRPWM_PREP_SIG_FAULT_LATCH0

1

0~3

SRPWM_PREP_SIG_FAULT_REAL1

SRPWM_PREP_SIG_FAULT_LATCH1

2

4~7

SRPWM_PREP_SIG_FAULT_REAL0

SRPWM_PREP_SIG_FAULT_LATCH0

3

4~7

SRPWM_PREP_SIG_FAULT_REAL1

SRPWM_PREP_SIG_FAULT_LATCH1

4

8~11

SRPWM_PREP_SIG_FAULT_REAL0

SRPWM_PREP_SIG_FAULT_LATCH0

5

8~11

SRPWM_PREP_SIG_FAULT_REAL1

SRPWM_PREP_SIG_FAULT_LATCH1

INXB支持4路中断输出，支持中断输出的通道固定为输出通道CH12~CH15.

PFXB(SRPWM Fault XBAR)

PFXB模块功能特性与INXB类似，主要包含以下特性：

  1. 输出信号处理配置

  2. 输出锁存清除配置

  3. 输出使能配置

  4. 输出极性选择配置

  5. 输出mux选择配置

  6. 输出状态获取

SrPWM XBAR 的输入源最大支持128路，输出最大支持12路。

输入信号如下表，共32组，每组4个输入选一个输出信号。

MUX

0

1

2

3

0

CMP_EVT0

CMP_EVT0_OR_EVT1

ADCA_EVT0

Reserved

1

CMP_EVT1

INPUTXBAR0

ADCA_EVT1

ETIMOUT0

2

CMP_EVT2

CMP_EVT2_OR_EVT3

ADCA_EVT2

Reserved

3

CMP_EVT3

INPUTXBAR1

ADCA_EVT3

ETIMOUT1

4

CMP_EVT4

CMP_EVT4_OR_EVT5

ADCB_EVT0

Reserved

5

CMP_EVT5

INPUTXBAR2

ADCB_EVT1

ETIMOUT2

6

CMP_EVT6

CMP_EVT6_OR_EVT7

ADCB_EVT2

Reserved

7

CMP_EVT7

INPUTXBAR3

ADCB_EVT3

ETIMOUT3

8

Reserved

Reserved

ADCC_EVT0

Reserved

9

Reserved

INPUTXBAR4

ADCC_EVT1

ETIMOUT4

10

Reserved

ADCSOCAO

ADCC_EVT2

Reserved

11

Reserved

INPUTXBAR5

ADCC_EVT3

Reserved

12

ERRORSTS

Reserved

FLASH_ERR

Reserved

13

EXTSYNCOUT

INPUTXBAR6

CPU_HALT

Reserved

14

Reserved

ADCSOCBO

SYS_ERR

Reserved

15

Reserved

INPUTXBAR7

PT_ERR

ETIMOUT5

16

SD0FLT0_EVT0

SD0FLT0_EVT0_OR_EVT1

Reserved

Reserved

17

SD0FLT0_EVT1

INPUTXBAR8

Reserved

ETIMOUT6

18

SD0FLT1_EVT0

SD0FLT1_EVT0_OR_EVT1

Reserved

Reserved

19

SD0FLT1_EVT1

INPUTXBAR9

Reserved

ETIMOUT7

20

SD0FLT2_EVT0

SD0FLT2_EVT0_OR_EVT1

Reserved

Reserved

21

SD0FLT2_EVT1

INPUTXBAR10

Reserved

ETIMOUT8

22

SD0FLT3_EVT0

SD0FLT3_EVT0_OR_EVT1

Reserved

Reserved

23

SD0FLT3_EVT1

INPUTXBAR11

Reserved

ETIMOUT9

24

SD1FLT0_EVT0

SD1FLT0_EVT0_OR_EVT1

SRPWM_XBAR_SYNC0

Reserved

25

SD1FLT0_EVT1

INPUTXBAR12

Reserved

ETIMOUT10

26

SD1FLT1_EVT0

SD1FLT1_EVT0_OR_EVT1

SRPWM_XBAR_SYNC1

Reserved

27

SD1FLT1_EVT1

INPUTXBAR13

Reserved

ETIMOUT11

28

SD1FLT2_EVT0

SD1FLT2_EVT0_OR_EVT1

SRPWM_XBAR_SYNC2

Reserved

29

SD1FLT2_EVT1

INPUTXBAR14

Reserved

ETIMOUT12

30

SD1FLT3_EVT0

SD1FLT3_EVT0_OR_EVT1

SRPWM_XBAR_SYNC3

Reserved

31

SD1FLT3_EVT1

INPUTXBAR15

ERRORSTS

ETIMOUT13

PFXB输出通道与SrPWM模块的连接关系

SrPWM XBAR的 输出信号被送到SrPWM模块，作为故障触发或者同步信号。更详细的介绍请参考用户手册19.4.8 Fault信号处理章节

PFXB输出通道与SrPWM模块的连接关系

PFXB输出通道

PWM通道

PWM前级故障实时信号

PWM前级故障锁存信号

0

0~3 [1]

SRPWM_PREP_SIG_FAULT_REAL2

SRPWM_PREP_SIG_FAULT_LATCH2

1

0~3

SRPWM_PREP_SIG_FAULT_REAL3

SRPWM_PREP_SIG_FAULT_LATCH3

2

0~3

SRPWM_PREP_SIG_FAULT_REAL4

SRPWM_PREP_SIG_FAULT_LATCH4

3

0~3

SRPWM_PREP_SIG_FAULT_REAL5

SRPWM_PREP_SIG_FAULT_LATCH5

4

4~7

SRPWM_PREP_SIG_FAULT_REAL2

SRPWM_PREP_SIG_FAULT_LATCH2

5

4~7

SRPWM_PREP_SIG_FAULT_REAL3

SRPWM_PREP_SIG_FAULT_LATCH3

6

4~7

SRPWM_PREP_SIG_FAULT_REAL4

SRPWM_PREP_SIG_FAULT_LATCH4

7

4~7

SRPWM_PREP_SIG_FAULT_REAL5

SRPWM_PREP_SIG_FAULT_LATCH5

8

8~11

SRPWM_PREP_SIG_FAULT_REAL2

SRPWM_PREP_SIG_FAULT_LATCH2

9

8~11

SRPWM_PREP_SIG_FAULT_REAL3

SRPWM_PREP_SIG_FAULT_LATCH3

10

8~11

SRPWM_PREP_SIG_FAULT_REAL4

SRPWM_PREP_SIG_FAULT_LATCH4

11

8~11

SRPWM_PREP_SIG_FAULT_REAL5

SRPWM_PREP_SIG_FAULT_LATCH5

OPXB(Output XBAR)

Output XBAR的输出可直接输出到外部管脚上。

OPXB模块功能特性与INXB类似，主要包含以下特性：

  1. 输出锁存使能

  2. 输出锁存清除配置

  3. 输出使能配置

  4. 输出极性选择配置

  5. 输出mux选择配置

  6. 软件配置输入信号

Output XBAR 的输入信号来源内部各信号, 总共支持128个输入源。可输出14路Output XBAR Out信号。

MUX

0

1

2

3

0

CMP_OUT0

CMP_OUT0_OR_OUT1

ADCA_EVT0

Reserved

1

CMP_OUT1

INPUTXBAR0

ADCA_EVT1

ETIMOUT0

2

CMP_OUT2

CMP_OUT2_OR_OUT3

ADCA_EVT2

Reserved

3

CMP_OUT3

INPUTXBAR1

ADCA_EVT3

ETIMOUT1

4

CMP_OUT4

CMP_OUT4_OR_OUT5

ADCB_EVT0

Reserved

5

CMP_OUT5

INPUTXBAR2

ADCB_EVT1

ETIMOUT2

6

CMP_OUT6

CMP_OUT6_OR_OUT7

ADCB_EVT2

Reserved

7

CMP_OUT7

INPUTXBAR3

ADCB_EVT3

ETIMOUT3

8

Reserved

CFG_OPXB_SWx

ADCC_EVT0

Reserved

9

Reserved

INPUTXBAR4

ADCC_EVT1

ETIMOUT4

10

Reserved

ADCSOCAO

ADCC_EVT2

Reserved

11

Reserved

INPUTXBAR5

ADCC_EVT3

Reserved

12

ERRORSTS

CFG_OPXB_SWx

FLASH_ERR

Reserved

13

EXTSYNCOUT

INPUTXBAR6

CPU_HALT

Reserved

14

Reserved

ADCSOCBO

SYS_ERR

Reserved

15

Reserved

INPUTXBAR7

PT_ERR

ETIMOUT5

16

SD0FLT0_EVT0

SD0FLT0_EVT0_OR_EVT1

STM0_OC0

Reserved

17

SD0FLT0_EVT1

INPUTXBAR8

STM0_OC1

ETIMOUT6

18

SD0FLT1_EVT0

SD0FLT1_EVT0_OR_EVT1

STM0_OC2

Reserved

19

SD0FLT1_EVT1

INPUTXBAR9

STM0_OC3

ETIMOUT7

20

SD0FLT2_EVT0

SD0FLT2_EVT0_OR_EVT1

STM1_OC0

Reserved

21

SD0FLT2_EVT1

INPUTXBAR10

STM1_OC1

ETIMOUT8

22

SD0FLT3_EVT0

SD0FLT3_EVT0_OR_EVT1

STM1_OC2

Reserved

23

SD0FLT3_EVT1

INPUTXBAR11

STM1_OC3

ETIMOUT9

24

SD1FLT0_EVT0

SD1FLT0_EVT0_OR_EVT1

SRPWM_XBAR_SYNC0

INPUTXBAR_CLU2OUT[0]

25

SD1FLT0_EVT1

INPUTXBAR12

Reserved

ETIMOUT10

26

SD1FLT1_EVT0

SD1FLT1_EVT0_OR_EVT1

SRPWM_XBAR_SYNC1

INPUTXBAR_CLU2OUT[1]

27

SD1FLT1_EVT1

INPUTXBAR13

Reserved

ETIMOUT11

28

SD1FLT2_EVT0

SD1FLT2_EVT0_OR_EVT1

SRPWM_XBAR_SYNC2

INPUTXBAR_CLU2OUT[2]

29

SD1FLT2_EVT1

INPUTXBAR14

Reserved

ETIMOUT12

30

SD1FLT3_EVT0

SD1FLT3_EVT0_OR_EVT1

SRPWM_XBAR_SYNC3

INPUTXBAR_CLU2OUT[3]

31

SD1FLT3_EVT1

INPUTXBAR15

ERRORSTS

ETIMOUT13

ETXB(ETIMER XBAR)

ETIMER XBAR的输出可送往ETIMER模块，用于ECAP的捕获触发或者ETIMER Fault信号输入。

ETXB模块功能特性与INXB类似，主要包含以下特性：

  1. 输出锁存使能

  2. 输出锁存清除配置

  3. 输出使能配置

  4. 输出极性选择配置

  5. 输入mux选择配置

  6. 输出状态获取

  7. 软件可配置输入信号源

ETIMER XBAR 的输入信号来源内部各信号, 总共支持128个输入源。可输出14路ETIMER Out信号。 ETIMER Trigger XBAR 的输入源最大支持128路，输出最大支持14路。

MUX

0

1

2

3

0

CMP_EVT0

CMP_EVT0_OR_EVT1

ADCA_EVT0

Reserved

1

CMP_EVT1

INPUTXBAR0

ADCA_EVT1

Reserved

2

CMP_EVT2

CMP_EVT2_OR_EVT3

ADCA_EVT2

Reserved

3

CMP_EVT3

INPUTXBAR1

ADCA_EVT3

Reserved

4

CMP_EVT4

CMP_EVT4_OR_EVT5

ADCB_EVT0

Reserved

5

CMP_EVT5

INPUTXBAR2

ADCB_EVT1

Reserved

6

CMP_EVT6

CMP_EVT6_OR_EVT7

ADCB_EVT2

Reserved

7

CMP_EVT7

INPUTXBAR3

ADCB_EVT3

Reserved

8

Reserved

Reserved

ADCC_EVT0

Reserved

9

Reserved

INPUTXBAR4

ADCC_EVT1

Reserved

10

Reserved

Reserved

ADCC_EVT2

Reserved

11

Reserved

INPUTXBAR5

ADCC_EVT3

Reserved

12

ERRORSTS

Reserved

FLASH_ERR

Reserved

13

EXTSYNCOUT

INPUTXBAR6

CPU_HALT

Reserved

14

Reserved

CFG_ETXB_SWx

SYS_ERR

Reserved

15

Reserved

INPUTXBAR7

PT_ERR

Reserved

16

SD0FLT0_EVT0

SD0FLT0_EVT0_OR_EVT1

Reserved

Reserved

17

SD0FLT0_EVT1

INPUTXBAR8

Reserved

Reserved

18

SD0FLT1_EVT0

SD0FLT1_EVT0_OR_EVT1

Reserved

Reserved

19

SD0FLT1_EVT1

INPUTXBAR9

Reserved

Reserved

20

SD0FLT2_EVT0

SD0FLT2_EVT0_OR_EVT1

Reserved

Reserved

21

SD0FLT2_EVT1

INPUTXBAR10

Reserved

Reserved

22

SD0FLT3_EVT0

SD0FLT3_EVT0_OR_EVT1

Reserved

Reserved

23

SD0FLT3_EVT1

INPUTXBAR11

Reserved

Reserved

24

SD1FLT0_EVT0

SD1FLT0_EVT0_OR_EVT1

Reserved

Reserved

25

SD1FLT0_EVT1

INPUTXBAR12

Reserved

Reserved

26

SD1FLT1_EVT0

SD1FLT1_EVT0_OR_EVT1

Reserved

Reserved

27

SD1FLT1_EVT1

INPUTXBAR13

Reserved

Reserved

28

SD1FLT2_EVT0

SD1FLT2_EVT0_OR_EVT1

Reserved

Reserved

29

SD1FLT2_EVT1

INPUTXBAR14

Reserved

Reserved

30

SD1FLT3_EVT0

SD1FLT3_EVT0_OR_EVT1

CFG_ETXB_SWx

Reserved

31

SD1FLT3_EVT1

INPUTXBAR15

ERRORSTS

Reserved

CLU(Configurable Logic Unit)

XBRA模块内部包含3组CLU处理单元。3组CLU的实现完全一致，只是连接关系不同。3组CLU根据连接关系的不同可分为：

  • XCSA (CLU->ADC)

  • XCET (CLU->ETIMER)

  • XCOX (CLU->OutputXBAR)

3个CLU 的输入信号来源均来自Input XBAR的输出。经过3个CLU单元处理后可输出到ADC, ETIMER 及 Output XBAR模块。 每个CLU单元的输入源最大支持16路，输出最大支持4路。

CLU模块输入输出关系

如上图所示，每个CLU模块的输入是顺序对应下文中的门1，2，3，4。4路输入信号经过选择后的逻辑单元后输出一路信号。

输入

输出

INXB_Out0~15

XCSA_Out0~3

XCET_Out0~3

XCOX_Out0~3

CLU输入信号进行4MUX1操作进入逻辑处理单元，逻辑处理单元总共支持8种操作类型。

Mode

逻辑操作

000

AND-OR

001

OR-XOR

010

4输入AND

011

S-R锁存器

100

带置1和复位功能1输入D触发器

101

带置1和复位功能2输入D触发器

110

带复位功能J-K触发器

111

带置1和复位功能透明锁存器

CLU支持1路聚合中断输出，12个输出通道中断状态可通过 XBAR_CLU_getChInterruptStatus() 查询.

应用示例

API Reference

Header File

Functions

DRV_Status XBAR_initInputChMsk(XBAR_InChMsk_TypeDef *in_ch_mask)

Reset struct XBAR_InChMsk_TypeDef for add source next.

参数:

in_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_addInputSource(XBAR_InChMsk_TypeDef *in_ch_mask, uint8_t ch_idx)

Add input channel source to in_ch_mask struct.

Attention

in_ch_mask should be reset before start a new input channels add in

参数:

  • in_ch_mask – Pointer to in_ch_mask, input channel mask initialized by XBAR_initInputChMsk

  • ch_idx – XBAR input channel index

返回:

DRV_Status

DRV_Status XBAR_INXB_setInputFilterWnd(XBAR_INXB_FILTERWND_GRP_Def gpio_grp, uint16_t filter_dly)

Set INXB GPIO group Filter Window value, per 8 inputs share one value.

Attention

This parameter setting takes effect for all input channels in one filer group

参数:

  • gpio_grp – INXB Filter Window GPIO group, per 8 gpios in a group share filter window value

  • filter_dly – 0 ~1023, filter clk = ahbclk/2/filter_dly

返回:

DRV_Status

DRV_Status XBAR_INXB_initInputChannel(XBAR_INXB_InCfg_TypeDef *cfg, XBAR_InChMsk_TypeDef *in_ch_mask)

Configure INXB Input Channel Paramater.

参数:

  • cfg –

    • inFilterEn Filter Enable or Disable

    • inInvertEn Input invert Enable or Disable

    • inEdgeType

  • in_ch_mask – input channel valid mask, XBAR_addInputSource can invoked to fill input source to in_ch_mask

返回:

DRV_Status

DRV_Status XBAR_INXB_setMuxConfig(uint16_t out_ch_mask, XBAR_InChMsk_TypeDef *in_ch_mask)

Configure INXB Input Mux total of 16 channels of output, each channel of output can choose 80 input channel after every 4 choose 1 mux, that is, total 20 mux groups.

参数:

  • out_ch_mask – Which Output channel for mux input

  • in_ch_mask – Which Input channel input to mux for 4 chose 1 4 channels a group, take effect on the last mux. For example, if in_ch_mask is xxxx_0b0111_xxxx, ch2 selected

返回:

DRV_Status

DRV_Status XBAR_INXB_initOutputChannel(XBAR_OutCfg_TypeDef *cfg, uint16_t out_ch_mask)

Configure INXB Input Channel Paramater.

参数:

  • cfg –

    • outDsel output signal type select

    • outPolarInvertEn output signal polar reversal Enable or Disable

  • out_ch_mask – output channel valid mask

返回:

DRV_Status

DRV_Status XBAR_INXB_enableOutputMux(uint16_t out_ch_mask)

Enable output.

参数:

out_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_INXB_disableOutputMux(uint16_t out_ch_mask)

Disable output.

参数:

out_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_INXB_clearOutputLatch(uint16_t out_ch_mask)

Clear output latch status.

参数:

out_ch_mask –

返回:

DRV_Status

FlagStatus XBAR_INXB_getOutputChStatus(uint16_t out_ch, bool latched)

Get output channel status.

参数:

  • out_ch – output channel 0~15

  • latched – get latched status or real-time status

返回:

FlagStatus

uint32_t XBAR_INXB_getOutputStatus(bool latched)

Get XBAR INXB Output All Channel Status.

参数:

latched – get latched status or real-time status

返回:

status with all channel

DRV_Status XBAR_INXB_enableInterrupt(XBAR_INXB_IRQ_TypeDef it_channel_mask)
参数:

it_channel_mask –

返回:

DRV_Status

DRV_Status XBAR_INXB_disableInterrupt(XBAR_INXB_IRQ_TypeDef it_channel_mask)
参数:

it_channel_mask –

返回:

DRV_Status

DRV_Status XBAR_INXB_setInterruptMask(XBAR_INXB_IRQ_TypeDef it_channel_mask)
参数:

it_channel_mask –

返回:

DRV_Status

DRV_Status XBAR_INXB_clearInterruptMask(XBAR_INXB_IRQ_TypeDef it_channel_mask)
参数:

it_channel_mask –

返回:

DRV_Status

DRV_Status XBAR_INXB_forceTriggerInterrupt(XBAR_INXB_IRQ_TypeDef it_channel_mask)
参数:

it_channel_mask –

返回:

DRV_Status

DRV_Status XBAR_INXB_clearInterruptStatus(XBAR_INXB_IRQ_TypeDef it_channel_mask)
参数:

it_channel_mask – XBAR_INXB_IRQ_TypeDef

返回:

DRV_Status

ITStatus XBAR_INXB_getChInterruptStatus(XBAR_INXB_IRQ_TypeDef itchannel)
参数:

it_channel_mask – ch0~4

返回:

DRV_Status

ITStatus XBAR_INXB_getChInterruptRawStatus(XBAR_INXB_IRQ_TypeDef itchannel)
参数:

it_channel_mask –

返回:

DRV_Status

uint8_t XBAR_INXB_getInterruptStatus(void)

Get INXB Interrupt Status.

返回:

uint8_t INXB int status(4bit)

uint8_t XBAR_INXB_getInterruptRawStatus(void)

Get INXB Interrupt Raw Status.

返回:

uint8_t INXB raw int status(4bit)

DRV_Status XBAR_PFXB_setMuxConfig(uint32_t out_ch_mask, XBAR_InChMsk_TypeDef *in_ch_mask)

Configures PWM Fault XBAR output MUX.

参数:

  • out_ch_mask –

  • in_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_PFXB_initOutputChannel(XBAR_OutCfg_TypeDef *cfg, uint16_t out_ch_mask)

Configure PFXB Input Channel Paramater.

参数:

  • cfg –

    • outDsel output signal type select

    • outPolarInvertEn output signal polar reversal Enable or Disable

  • out_ch_mask – output channel valid mask

返回:

DRV_Status

DRV_Status XBAR_PFXB_enableOutputMux(uint32_t out_ch_mask)

Enable output.

参数:

out_ch_mask – ch0~ch16 mask

返回:

DRV_Status

DRV_Status XBAR_PFXB_disableOutputMux(uint32_t out_ch_mask)

Disable output.

参数:

out_ch_mask – ch0~ch16 mask

返回:

DRV_Status

DRV_Status XBAR_PFXB_clearOutputLatch(uint32_t out_ch_mask)

Clear output latch status.

参数:

out_ch_mask – ch0~ch16 mask

返回:

DRV_Status

FlagStatus XBAR_PFXB_getOutputChStatus(uint32_t out_ch, bool latched)

Get XBAR PFXB Output Channel Latch Status.

参数:

  • out_ch – channel number 0~16

  • latched –

返回:

FlagStatus

uint32_t XBAR_PFXB_getOutputStatus(bool latched)

Get XBAR PFXB Output All Channel Latch Status.

参数:

latched – get latched status or real-time status

返回:

status with all channel

DRV_Status XBAR_ETXB_setMuxConfig(uint16_t out_ch_mask, XBAR_InChMsk_TypeDef *in_ch_mask)

Configures ETIMER XBAR output MUX.

参数:

  • out_ch_mask –

  • in_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_ETXB_initOutputChannel(XBAR_OutCfg_TypeDef *cfg, uint16_t out_ch_mask)

Configure ETXB Input Channel Paramater.

参数:

  • cfg –

    • outDsel output signal type select

    • outPolarInvertEn output signal polar reversal Enable or Disable

  • out_ch_mask – output channel valid mask

返回:

DRV_Status

DRV_Status XBAR_ETXB_enableOutputMux(uint16_t out_ch_mask)

Enable output.

参数:

out_ch_mask – ch0~ch11 mask

返回:

DRV_Status

DRV_Status XBAR_ETXB_disableOutputMux(uint16_t out_ch_mask)

Disable output.

参数:

out_ch_mask – ch0~ch11 mask

返回:

DRV_Status

DRV_Status XBAR_ETXB_clearOutputLatch(uint16_t out_ch_mask)

Clear output latch status.

参数:

out_ch_mask – ch0~ch11 mask

返回:

DRV_Status

DRV_Status XBAR_ETXB_setSoftwareInput(uint16_t out_ch_mask)

Set Software Trigger input.

参数:

sw_in_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_ETXB_clearSoftwareInput(uint16_t out_ch_mask)

Clear Software Trigger input.

参数:

sw_in_ch_mask –

返回:

DRV_Status

FlagStatus XBAR_ETXB_getOutputChStatus(uint16_t out_ch, bool latched)

Get XBAR ETXB Output Channel Latch Status.

参数:

  • out_ch – ch0~ch11

  • latched –

返回:

FlagStatus

uint32_t XBAR_ETXB_getOutputStatus(bool latched)

Get XBAR ETXB Output All Channel Latch Status.

参数:

latched – get latched status or real-time status

返回:

status with all channel

DRV_Status XBAR_OPXB_setMuxConfig(uint16_t out_ch_mask, XBAR_InChMsk_TypeDef *in_ch_mask)

Configure OPXB Input Mux.

Attention

every 4 input channels, if all 4 channels are masked, the last one takes effect

参数:

  • out_ch_mask – Which Output channel for mux input

  • in_ch_mask – Which Input channel input to mux for 4 chose 1

返回:

DRV_Status

DRV_Status XBAR_OPXB_initOutputChannel(XBAR_OutCfg_TypeDef *cfg, uint16_t out_ch_mask)

Configure OPXB Input Channel Paramater.

参数:

  • cfg –

    • outDsel output signal type select

    • outPolarInvertEn output signal polar reversal Enable or Disable

  • out_ch_mask – output channel valid mask

返回:

DRV_Status

DRV_Status XBAR_OPXB_enableOutputMux(uint16_t out_ch_mask)

Enable output.

参数:

out_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_OPXB_disableOutputMux(uint16_t out_ch_mask)

Disable output.

参数:

out_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_OPXB_clearOutputLatch(uint16_t out_ch_mask)

Clear output latch status.

参数:

out_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_OPXB_setSoftwareInput(uint16_t out_ch_mask)

Set Software Trigger input.

参数:

sw_in_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_OPXB_clearSoftwareInput(uint16_t out_ch_mask)

Clear Software Trigger input.

参数:

sw_in_ch_mask –

返回:

DRV_Status

FlagStatus XBAR_OPXB_getOutputChStatus(uint16_t out_ch, bool latched)

Get output channel latch status.

参数:

  • out_ch – output channel 0~15

  • latched – latch or not latch

返回:

FlagStatus SET or RESET

uint32_t XBAR_OPXB_getOutputStatus(bool latched)

Get XBAR OPXB Output All Channel Latch Status.

参数:

latched – latch or not latch

返回:

status with all channel

DRV_Status XBAR_CLU_setConfig(XBAR_CLU_TypeDef clu_type, uint8_t out_ch_mask, XBAR_CLU_Cfg_TypeDef *cfg)

Configure edgeType, invertEn, bypassEn, outEn, clu_type.

参数:

  • clu_type –

    • XBAR_CLU_XCSA

    • XBAR_CLU_XCET

    • XBAR_CLU_XCOX

  • out_ch_mask – max 4ch ->0x0F 0x03 : ch0~1

  • cfg –

返回:

DRV_Status

DRV_Status XBAR_CLU_enableInterrupt(XBAR_CLU_TypeDef clu_type, uint8_t out_ch_mask)

Enable CLU interrupt.

参数:

  • clu_type –

    • XBAR_CLU_XCSA

    • XBAR_CLU_XCET

    • XBAR_CLU_XCOX

  • out_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_CLU_disableInterrupt(XBAR_CLU_TypeDef clu_type, uint8_t out_ch_mask)

Disable CLU interrupt.

参数:

  • clu_type –

    • XBAR_CLU_XCSA

    • XBAR_CLU_XCET

    • XBAR_CLU_XCOX

  • out_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_CLU_setInterruptMask(XBAR_CLU_TypeDef clu_type, uint8_t out_ch_mask)

Set CLU interrupt mask.

参数:

  • clu_type –

    • XBAR_CLU_XCSA

    • XBAR_CLU_XCET

    • XBAR_CLU_XCOX

  • out_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_CLU_clearInterruptMask(XBAR_CLU_TypeDef clu_type, uint8_t out_ch_mask)

Clear CLU interrupt mask.

参数:

  • clu_type –

    • XBAR_CLU_XCSA

    • XBAR_CLU_XCET

    • XBAR_CLU_XCOX

  • out_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_CLU_forceTriggerInterrupt(XBAR_CLU_TypeDef clu_type, uint8_t out_ch_mask)

force trigger CLU Interrupt Status

参数:

  • clu_type –

    • XBAR_CLU_XCSA

    • XBAR_CLU_XCET

    • XBAR_CLU_XCOX

  • out_ch_mask –

返回:

DRV_Status

DRV_Status XBAR_CLU_clearInterruptStatus(XBAR_CLU_TypeDef clu_type, uint8_t out_ch_mask)

Clear CLU Interrupt Status.

参数:

  • clu_type –

    • XBAR_CLU_XCSA

    • XBAR_CLU_XCET

    • XBAR_CLU_XCOX

  • out_ch_mask –

返回:

DRV_Status

ITStatus XBAR_CLU_getChInterruptStatus(XBAR_CLU_TypeDef clu_type, uint8_t channel)

Get CLU Interrupt Status.

参数:

  • clu_type –

    • XBAR_CLU_XCSA

    • XBAR_CLU_XCET

    • XBAR_CLU_XCOX

  • channel – ch0~4

返回:

DRV_Status

ITStatus XBAR_CLU_getChInterruptRawStatus(XBAR_CLU_TypeDef clu_type, uint8_t channel)

Get CLU Interrupt Raw Status.

参数:

  • clu_type –

    • XBAR_CLU_XCSA

    • XBAR_CLU_XCET

    • XBAR_CLU_XCOX

  • channel –

返回:

DRV_Status

uint8_t XBAR_CLU_getInterruptStatus(XBAR_CLU_TypeDef clu_type)

Get CLU Interrupt Status.

参数:

clu_type – ref to enum XBAR_CLU_TypeDef

返回:

uint8_t clu int status(4bit)

uint8_t XBAR_CLU_getInterruptRawStatus(XBAR_CLU_TypeDef clu_type)

Get CLU Interrupt Raw Status.

参数:

clu_type – ref to enum XBAR_CLU_TypeDef

返回:

uint8_t clu raw int status(4bit)

DRV_Status XBAR_selectFaultMux(uint32_t fault_src_mask)

select input fault signal source

参数:

fault_src_mask – ref to enum XBAR_FALUT_SRC_TypeDef

返回:

DRV_Status

void XBAR_resetFaultMux(void)

reset fault signal mux selection, all fault signal in disabled

DRV_Status XBAR_selectStimerEFSingalOutput(XBAR_STIM_IDX_TypeDef stim_idx, XBAR_STIM_EF_SIG_TypeDef stim_es_sig, uint32_t fault_src_mask)

XBAR Stimer Emergency Stop Signal source select and enable.

参数:

  • stim_idx – reference to stimer index

  • stim_es_sig – stimer emergency signal source

  • fault_src_mask – ref to enum XBAR_FALUT_SRC_TypeDef

返回:

DRV_Status

void XBAR_resetStimerEFSignalOutput(XBAR_STIM_IDX_TypeDef stim_idx, XBAR_STIM_EF_SIG_TypeDef stim_es_sig)

XBAR Stimer Emergency Stop Signal source select disable.

参数:

  • stim_idx – reference to stimer index

  • stim_es_sig – stimer emergency signal source

返回:

DRV_Status

Structures

struct XBAR_INXB_InCfg_TypeDef

INXB input param configure.

Public Members

ControlStatus inFilterEn

Single input filter enable or disable, default: disable

ControlStatus inInvertEn

Single input invert enable or disable, default: disable

struct XBAR_OutCfg_TypeDef

XBAR out param configure.

Public Members

XBAR_OUT_DSEL_TypeDef outDsel

Single input filter enable or disable, default: disable

ControlStatus outPolarInvertEn

Single output polar reversal, default: disable

ControlStatus outPulseStretchEn

Single output pulse stretch, default: disable

XBAR_OPXB_OEMOD_TypeDef outOEmode

Single output enable mode

struct XBAR_CLU_Cfg_TypeDef

CLU Parameters Configure.

Public Members

XBAR_CLU_EDGE_TypeDef edgeType

CLU output edge trigger type, default: rise edge

ControlStatus invertEn

CLU output invert enable or disable, default: disable

ControlStatus bypassEn

CLU output bypass enable or disable, default: disable

ControlStatus outEn

CLU output enable or disable, default: low level

XBAR_CLU_UNIT_TypeDef cluType

CLU logic unit type, default: AND-OR

struct XBAR_InChMsk_TypeDef

INXB Input Mask Struct.

Public Members

uint32_t chBitMsk[4]

Single input source bit mask struct, bit0~83 valid

Macros

_XBAR_REG_WR_LOCK()
_XBAR_REG_WR_UNLOCK()

Enumerations

enum XBAR_INXB_FILTERWND_GRP_Def

Input XBAR FilterWindow Group enumeration Maping, every group has 8 GPIO pins.

+—————————+———+ | INXB_FILTERWND_GPIOA_GRP0 | GPIO47 | | | GPIO48 | | | GPIO51 | | | GPIO50 | | | GPIO28 | | | GPIO46 | | | GPIO49 | | | GPIO76 | | INXB_FILTERWND_GPIOA_GRP1 | GPIO77 | | | GPIO66 | | | GPIO52 | | | GPIO53 | | | GPIO54 | | | GPIO67 | | | GPIO78 | | | GPIO79 | | INXB_FILTERWND_GPIOB_GRP0 | GPIO63 | | | GPIO68 | | | GPIO69 | | | GPIO70 | | | GPIO8 | | | GPIO4 | | | GPIO3 | | | GPIO2 | | INXB_FILTERWND_GPIOB_GRP1 | GPIO1 | | | GPIO0 | | | GPIO40 | | | GPIO23 | | | GPIO41 | | | GPIO22 | | | GPIO7 | | | GPIO44 | | INXB_FILTERWND_GPIOC_GRP0 | GPIO5 | | | GPIO9 | | | GPIO61 | | | GPIO59 | | | GPIO10 | | | GPIO34 | | | GPIO15 | | | GPIO14 | | INXB_FILTERWND_GPIOC_GRP1 | GPIO6 | | | GPIO30 | | | GPIO31 | | | GPIO29 | | | GPIO72 | | | GPIO74 | | | GPIO73 | | | GPIO75 | | INXB_FILTERWND_GPIOD_GRP0 | GPIO64 | | | GPIO80 | | | GPIO55 | | | GPIO60 | | | GPIO20 | | | GPIO21 | | | GPIO13 | | | GPIO12 | | INXB_FILTERWND_GPIOD_GRP1 | GPIO11 | | | GPIO33 | | | GPIO16 | | | GPIO17 | | | GPIO25 | | | GPIO26 | | | GPIO27 | | | GPIO37 | | INXB_FILTERWND_GPIOE_GRP0 | GPIO35 | | | GPIO43 | | | GPIO56 | | | GPIO57 | | | GPIO58 | | | GPIO39 | | | GPIO42 | | | GPIO65 | | INXB_FILTERWND_GPIOE_GRP1 | GPIO62 | | | GPIO83 | | | GPIO84 | | | GPIO85 | | | GPIO71 | | | GPIO82 | | | GPIO81 | | | GPIO45 | | INXB_FILTERWND_GPIOF_GRP0 | SWCLK | | | SWDIO | | | GPIO32 | | | GPIO24 | +—————————+———+

Values:

enumerator INXB_FILTERWND_GPIOA_GRP0

Input XBAR FilterWindow GRP ref to below table

enumerator INXB_FILTERWND_GPIOA_GRP1

Input XBAR FilterWindow GRP ref to below table

enumerator INXB_FILTERWND_GPIOB_GRP0

Input XBAR FilterWindow GRP ref to below table

enumerator INXB_FILTERWND_GPIOB_GRP1

Input XBAR FilterWindow GRP ref to below table

enumerator INXB_FILTERWND_GPIOC_GRP0

Input XBAR FilterWindow GRP ref to below table

enumerator INXB_FILTERWND_GPIOC_GRP1

Input XBAR FilterWindow GRP ref to below table

enumerator INXB_FILTERWND_GPIOD_GRP0

Input XBAR FilterWindow GRP ref to below table

enumerator INXB_FILTERWND_GPIOD_GRP1

Input XBAR FilterWindow GRP ref to below table

enumerator INXB_FILTERWND_GPIOE_GRP0

Input XBAR FilterWindow GRP ref to below table

enumerator INXB_FILTERWND_GPIOE_GRP1

Input XBAR FilterWindow GRP ref to below table

enumerator INXB_FILTERWND_GPIOF_GRP0

Input XBAR FilterWindow GRP ref to below table

enum XBAR_INXB_SRC_TypeDef

Input XBAR Source enumeration.

Values:

enumerator INXB_SRC_GPIOA_GPIO47

Input XBAR Source GPIOA~GPIOF

enumerator INXB_SRC_GPIOA_GPIO48
enumerator INXB_SRC_GPIOA_GPIO51
enumerator INXB_SRC_GPIOA_GPIO50
enumerator INXB_SRC_GPIOA_GPIO28
enumerator INXB_SRC_GPIOA_GPIO46
enumerator INXB_SRC_GPIOA_GPIO49
enumerator INXB_SRC_GPIOA_GPIO76
enumerator INXB_SRC_GPIOA_GPIO77
enumerator INXB_SRC_GPIOA_GPIO66
enumerator INXB_SRC_GPIOA_GPIO52
enumerator INXB_SRC_GPIOA_GPIO53
enumerator INXB_SRC_GPIOA_GPIO54
enumerator INXB_SRC_GPIOA_GPIO67
enumerator INXB_SRC_GPIOA_GPIO78
enumerator INXB_SRC_GPIOA_GPIO79
enumerator INXB_SRC_GPIOB_GPIO63
enumerator INXB_SRC_GPIOB_GPIO68
enumerator INXB_SRC_GPIOB_GPIO69
enumerator INXB_SRC_GPIOB_GPIO70
enumerator INXB_SRC_GPIOB_GPIO8
enumerator INXB_SRC_GPIOB_GPIO4
enumerator INXB_SRC_GPIOB_GPIO3
enumerator INXB_SRC_GPIOB_GPIO2
enumerator INXB_SRC_GPIOB_GPIO1
enumerator INXB_SRC_GPIOB_GPIO0
enumerator INXB_SRC_GPIOB_GPIO40
enumerator INXB_SRC_GPIOB_GPIO23
enumerator INXB_SRC_GPIOB_GPIO41
enumerator INXB_SRC_GPIOB_GPIO22
enumerator INXB_SRC_GPIOB_GPIO7
enumerator INXB_SRC_GPIOB_GPIO44
enumerator INXB_SRC_GPIOC_GPIO5
enumerator INXB_SRC_GPIOC_GPIO9
enumerator INXB_SRC_GPIOC_GPIO61
enumerator INXB_SRC_GPIOC_GPIO59
enumerator INXB_SRC_GPIOC_GPIO10
enumerator INXB_SRC_GPIOC_GPIO34
enumerator INXB_SRC_GPIOC_GPIO15
enumerator INXB_SRC_GPIOC_GPIO14
enumerator INXB_SRC_GPIOC_GPIO6
enumerator INXB_SRC_GPIOC_GPIO30
enumerator INXB_SRC_GPIOC_GPIO31
enumerator INXB_SRC_GPIOC_GPIO29
enumerator INXB_SRC_GPIOC_GPIO72
enumerator INXB_SRC_GPIOC_GPIO74
enumerator INXB_SRC_GPIOC_GPIO73
enumerator INXB_SRC_GPIOC_GPIO75
enumerator INXB_SRC_GPIOD_GPIO64
enumerator INXB_SRC_GPIOD_GPIO80
enumerator INXB_SRC_GPIOD_GPIO55
enumerator INXB_SRC_GPIOD_GPIO60
enumerator INXB_SRC_GPIOD_GPIO20
enumerator INXB_SRC_GPIOD_GPIO21
enumerator INXB_SRC_GPIOD_GPIO13
enumerator INXB_SRC_GPIOD_GPIO12
enumerator INXB_SRC_GPIOD_GPIO11
enumerator INXB_SRC_GPIOD_GPIO33
enumerator INXB_SRC_GPIOD_GPIO16
enumerator INXB_SRC_GPIOD_GPIO17
enumerator INXB_SRC_GPIOD_GPIO25
enumerator INXB_SRC_GPIOD_GPIO26
enumerator INXB_SRC_GPIOD_GPIO27
enumerator INXB_SRC_GPIOD_GPIO37
enumerator INXB_SRC_GPIOE_GPIO35
enumerator INXB_SRC_GPIOE_GPIO43
enumerator INXB_SRC_GPIOE_GPIO56
enumerator INXB_SRC_GPIOE_GPIO57
enumerator INXB_SRC_GPIOE_GPIO58
enumerator INXB_SRC_GPIOE_GPIO39
enumerator INXB_SRC_GPIOE_GPIO42
enumerator INXB_SRC_GPIOE_GPIO65
enumerator INXB_SRC_GPIOE_GPIO62
enumerator INXB_SRC_GPIOE_GPIO83
enumerator INXB_SRC_GPIOE_GPIO84
enumerator INXB_SRC_GPIOE_GPIO85
enumerator INXB_SRC_GPIOE_GPIO71
enumerator INXB_SRC_GPIOE_GPIO82
enumerator INXB_SRC_GPIOE_GPIO81
enumerator INXB_SRC_GPIOE_GPIO45
enumerator INXB_SRC_GPIOF_SWCLK
enumerator INXB_SRC_GPIOF_SWDIO
enumerator INXB_SRC_GPIOF_GPIO32
enumerator INXB_SRC_GPIOF_GPIO24
enum XBAR_PFXB_SRC_TypeDef

SrPWM Fault and SrPWM Sync XBAR Source enumeration.

Values:

enumerator PFXB_SRC_MUX00_CMP_EVT0
enumerator PFXB_SRC_MUX00_CMP_EVT0_OR_EVT1
enumerator PFXB_SRC_MUX00_ADCA_EVT0
enumerator PFXB_SRC_MUX00_RESERVED
enumerator PFXB_SRC_MUX01_CMP_EVT1
enumerator PFXB_SRC_MUX01_INPUTXBAR0
enumerator PFXB_SRC_MUX01_ADCA_EVT1
enumerator PFXB_SRC_MUX01_ETIMOUT0
enumerator PFXB_SRC_MUX02_CMP_EVT2
enumerator PFXB_SRC_MUX02_CMP_EVT2_OR_EVT3
enumerator PFXB_SRC_MUX02_ADCA_EVT2
enumerator PFXB_SRC_MUX02_RESERVED
enumerator PFXB_SRC_MUX03_CMP_EVT3
enumerator PFXB_SRC_MUX03_INPUTXBAR1
enumerator PFXB_SRC_MUX03_ADCA_EVT3
enumerator PFXB_SRC_MUX03_ETIMOUT1
enumerator PFXB_SRC_MUX04_CMP_EVT4
enumerator PFXB_SRC_MUX04_CMP_EVT4_OR_EVT5
enumerator PFXB_SRC_MUX04_ADCB_EVT0
enumerator PFXB_SRC_MUX04_RESERVED
enumerator PFXB_SRC_MUX05_CMP_EVT5
enumerator PFXB_SRC_MUX05_INPUTXBAR2
enumerator PFXB_SRC_MUX05_ADCB_EVT1
enumerator PFXB_SRC_MUX05_ETIMOUT2
enumerator PFXB_SRC_MUX06_CMP_EVT6
enumerator PFXB_SRC_MUX06_CMP_EVT6_OR_EVT7
enumerator PFXB_SRC_MUX06_ADCB_EVT2
enumerator PFXB_SRC_MUX06_RESERVED
enumerator PFXB_SRC_MUX07_CMP_EVT7
enumerator PFXB_SRC_MUX07_INPUTXBAR3
enumerator PFXB_SRC_MUX07_ADCB_EVT3
enumerator PFXB_SRC_MUX07_ETIMOUT3
enumerator PFXB_SRC_MUX08_RESERVED
enumerator PFXB_SRC_MUX08_RESERVED1
enumerator PFXB_SRC_MUX08_ADCC_EVT0
enumerator PFXB_SRC_MUX08_RESERVED2
enumerator PFXB_SRC_MUX09_RESERVED
enumerator PFXB_SRC_MUX09_INPUTXBAR4
enumerator PFXB_SRC_MUX09_ADCC_EVT1
enumerator PFXB_SRC_MUX09_ETIMOUT4
enumerator PFXB_SRC_MUX10_RESERVED
enumerator PFXB_SRC_MUX10_ADCSOCAO
enumerator PFXB_SRC_MUX10_ADCC_EVT2
enumerator PFXB_SRC_MUX10_RESERVED1
enumerator PFXB_SRC_MUX11_RESERVED
enumerator PFXB_SRC_MUX11_INPUTXBAR5
enumerator PFXB_SRC_MUX11_ADCC_EVT3
enumerator PFXB_SRC_MUX11_RESERVED1
enumerator PFXB_SRC_MUX12_ERRORSTS
enumerator PFXB_SRC_MUX12_RESERVED
enumerator PFXB_SRC_MUX12_FLASH_ERR
enumerator PFXB_SRC_MUX12_RESERVED1
enumerator PFXB_SRC_MUX13_EXTSYNCOUT
enumerator PFXB_SRC_MUX13_INPUTXBAR6
enumerator PFXB_SRC_MUX13_CPU_HALT
enumerator PFXB_SRC_MUX13_RESERVED
enumerator PFXB_SRC_MUX14_RESERVED
enumerator PFXB_SRC_MUX14_ADCSOCBO
enumerator PFXB_SRC_MUX14_SYS_ERR
enumerator PFXB_SRC_MUX14_RESERVED1
enumerator PFXB_SRC_MUX15_RESERVED
enumerator PFXB_SRC_MUX15_INPUTXBAR7
enumerator PFXB_SRC_MUX15_PT_ERR
enumerator PFXB_SRC_MUX15_ETIMOUT5
enumerator PFXB_SRC_MUX16_SD0FLT0_EVT0
enumerator PFXB_SRC_MUX16_SD0FLT0_EVT0_OR_EVT1
enumerator PFXB_SRC_MUX16_RESERVED
enumerator PFXB_SRC_MUX16_RESERVED1
enumerator PFXB_SRC_MUX17_SD0FLT0_EVT1
enumerator PFXB_SRC_MUX17_INPUTXBAR8
enumerator PFXB_SRC_MUX17_RESERVED
enumerator PFXB_SRC_MUX17_ETIMOUT6
enumerator PFXB_SRC_MUX18_SD0FLT1_EVT0
enumerator PFXB_SRC_MUX18_SD0FLT1_EVT0_OR_EVT1
enumerator PFXB_SRC_MUX18_RESERVED
enumerator PFXB_SRC_MUX18_RESERVED1
enumerator PFXB_SRC_MUX19_SD0FLT1_EVT1
enumerator PFXB_SRC_MUX19_INPUTXBAR9
enumerator PFXB_SRC_MUX19_RESERVED
enumerator PFXB_SRC_MUX19_ETIMOUT7
enumerator PFXB_SRC_MUX20_SD0FLT2_EVT0
enumerator PFXB_SRC_MUX20_SD0FLT2_EVT0_OR_EVT1
enumerator PFXB_SRC_MUX20_RESERVED
enumerator PFXB_SRC_MUX20_RESERVED1
enumerator PFXB_SRC_MUX21_SD0FLT2_EVT1
enumerator PFXB_SRC_MUX21_INPUTXBAR10
enumerator PFXB_SRC_MUX21_RESERVED
enumerator PFXB_SRC_MUX21_ETIMOUT8
enumerator PFXB_SRC_MUX22_SD0FLT3_EVT0
enumerator PFXB_SRC_MUX22_SD0FLT3_EVT0_OR_EVT1
enumerator PFXB_SRC_MUX22_RESERVED
enumerator PFXB_SRC_MUX22_RESERVED1
enumerator PFXB_SRC_MUX23_SD0FLT3_EVT1
enumerator PFXB_SRC_MUX23_INPUTXBAR11
enumerator PFXB_SRC_MUX23_RESERVED
enumerator PFXB_SRC_MUX23_ETIMOUT9
enumerator PFXB_SRC_MUX24_SD1FLT0_EVT0
enumerator PFXB_SRC_MUX24_SD1FLT0_EVT0_OR_EVT1
enumerator PFXB_SRC_MUX24_SRPWM_XBAR_SYNC0
enumerator PFXB_SRC_MUX24_RESERVED
enumerator PFXB_SRC_MUX25_SD1FLT0_EVT1
enumerator PFXB_SRC_MUX25_INPUTXBAR12
enumerator PFXB_SRC_MUX25_RESERVED
enumerator PFXB_SRC_MUX25_ETIMOUT10
enumerator PFXB_SRC_MUX26_SD1FLT1_EVT0
enumerator PFXB_SRC_MUX26_SD1FLT1_EVT0_OR_EVT1
enumerator PFXB_SRC_MUX26_SRPWM_XBAR_SYNC1
enumerator PFXB_SRC_MUX26_RESERVED
enumerator PFXB_SRC_MUX27_SD1FLT1_EVT1
enumerator PFXB_SRC_MUX27_INPUTXBAR13
enumerator PFXB_SRC_MUX27_RESERVED
enumerator PFXB_SRC_MUX27_ETIMOUT11
enumerator PFXB_SRC_MUX28_SD1FLT2_EVT0
enumerator PFXB_SRC_MUX28_SD1FLT2_EVT0_OR_EVT1
enumerator PFXB_SRC_MUX28_SRPWM_XBAR_SYNC2
enumerator PFXB_SRC_MUX28_RESERVED
enumerator PFXB_SRC_MUX29_SD1FLT2_EVT1
enumerator PFXB_SRC_MUX29_INPUTXBAR14
enumerator PFXB_SRC_MUX29_RESERVED
enumerator PFXB_SRC_MUX29_ETIMOUT12
enumerator PFXB_SRC_MUX30_SD1FLT3_EVT0
enumerator PFXB_SRC_MUX30_SD1FLT3_EVT0_OR_EVT1
enumerator PFXB_SRC_MUX30_SRPWM_XBAR_SYNC3
enumerator PFXB_SRC_MUX30_RESERVED
enumerator PFXB_SRC_MUX31_SD1FLT3_EVT1
enumerator PFXB_SRC_MUX31_INPUTXBAR15
enumerator PFXB_SRC_MUX31_ERRORSTS
enumerator PFXB_SRC_MUX31_ETIMOUT13
enum XBAR_ETXB_SRC_TypeDef

ETIM Trigger XBAR Source enumeration.

Values:

enumerator ETXB_SRC_MUX00_CMP_EVT0
enumerator ETXB_SRC_MUX00_CMP_EVT0_OR_EVT1
enumerator ETXB_SRC_MUX00_ADCA_EVT0
enumerator ETXB_SRC_MUX00_RESERVED
enumerator ETXB_SRC_MUX01_CMP_EVT1
enumerator ETXB_SRC_MUX01_INPUTXBAR0
enumerator ETXB_SRC_MUX01_ADCA_EVT1
enumerator ETXB_SRC_MUX01_RESERVED
enumerator ETXB_SRC_MUX02_CMP_EVT2
enumerator ETXB_SRC_MUX02_CMP_EVT2_OR_EVT3
enumerator ETXB_SRC_MUX02_ADCA_EVT2
enumerator ETXB_SRC_MUX02_RESERVED
enumerator ETXB_SRC_MUX03_CMP_EVT3
enumerator ETXB_SRC_MUX03_INPUTXBAR1
enumerator ETXB_SRC_MUX03_ADCA_EVT3
enumerator ETXB_SRC_MUX03_RESERVED
enumerator ETXB_SRC_MUX04_CMP_EVT4
enumerator ETXB_SRC_MUX04_CMP_EVT4_OR_EVT5
enumerator ETXB_SRC_MUX04_ADCB_EVT0
enumerator ETXB_SRC_MUX04_RESERVED
enumerator ETXB_SRC_MUX05_CMP_EVT5
enumerator ETXB_SRC_MUX05_INPUTXBAR2
enumerator ETXB_SRC_MUX05_ADCB_EVT1
enumerator ETXB_SRC_MUX05_RESERVED
enumerator ETXB_SRC_MUX06_CMP_EVT6
enumerator ETXB_SRC_MUX06_CMP_EVT6_OR_EVT7
enumerator ETXB_SRC_MUX06_ADCB_EVT2
enumerator ETXB_SRC_MUX06_RESERVED
enumerator ETXB_SRC_MUX07_CMP_EVT7
enumerator ETXB_SRC_MUX07_INPUTXBAR3
enumerator ETXB_SRC_MUX07_ADCB_EVT3
enumerator ETXB_SRC_MUX07_RESERVED
enumerator ETXB_SRC_MUX08_RESERVED
enumerator ETXB_SRC_MUX08_RESERVED1
enumerator ETXB_SRC_MUX08_ADCC_EVT0
enumerator ETXB_SRC_MUX08_RESERVED2
enumerator ETXB_SRC_MUX09_RESERVED
enumerator ETXB_SRC_MUX09_INPUTXBAR4
enumerator ETXB_SRC_MUX09_ADCC_EVT1
enumerator ETXB_SRC_MUX09_RESERVED1
enumerator ETXB_SRC_MUX10_RESERVED
enumerator ETXB_SRC_MUX10_RESERVED1
enumerator ETXB_SRC_MUX10_ADCC_EVT2
enumerator ETXB_SRC_MUX10_RESERVED2
enumerator ETXB_SRC_MUX11_RESERVED
enumerator ETXB_SRC_MUX11_INPUTXBAR5
enumerator ETXB_SRC_MUX11_ADCC_EVT3
enumerator ETXB_SRC_MUX11_RESERVED1
enumerator ETXB_SRC_MUX12_ERRORSTS
enumerator ETXB_SRC_MUX12_RESERVED
enumerator ETXB_SRC_MUX12_FLASH_ERR
enumerator ETXB_SRC_MUX12_RESERVED1
enumerator ETXB_SRC_MUX13_EXTSYNCOUT
enumerator ETXB_SRC_MUX13_INPUTXBAR6
enumerator ETXB_SRC_MUX13_CPU_HALT
enumerator ETXB_SRC_MUX13_RESERVED
enumerator ETXB_SRC_MUX14_RESERVED
enumerator ETXB_SRC_MUX14_CFG_ETXB_SWx
enumerator ETXB_SRC_MUX14_SYS_ERR
enumerator ETXB_SRC_MUX14_RESERVED1
enumerator ETXB_SRC_MUX15_RESERVED
enumerator ETXB_SRC_MUX15_INPUTXBAR7
enumerator ETXB_SRC_MUX15_PT_ERR
enumerator ETXB_SRC_MUX15_RESERVED1
enumerator ETXB_SRC_MUX16_SD0FLT0_EVT0
enumerator ETXB_SRC_MUX16_SD0FLT0_EVT0_OR_EVT1
enumerator ETXB_SRC_MUX16_RESERVED
enumerator ETXB_SRC_MUX16_RESERVED1
enumerator ETXB_SRC_MUX17_SD0FLT0_EVT1
enumerator ETXB_SRC_MUX17_INPUTXBAR8
enumerator ETXB_SRC_MUX17_RESERVED
enumerator ETXB_SRC_MUX17_RESERVED1
enumerator ETXB_SRC_MUX18_SD0FLT1_EVT0
enumerator ETXB_SRC_MUX18_SD0FLT1_EVT0_OR_EVT1
enumerator ETXB_SRC_MUX18_RESERVED
enumerator ETXB_SRC_MUX18_RESERVED1
enumerator ETXB_SRC_MUX19_SD0FLT1_EVT1
enumerator ETXB_SRC_MUX19_INPUTXBAR9
enumerator ETXB_SRC_MUX19_RESERVED
enumerator ETXB_SRC_MUX19_RESERVED1
enumerator ETXB_SRC_MUX20_SD0FLT2_EVT0
enumerator ETXB_SRC_MUX20_SD0FLT2_EVT0_OR_EVT1
enumerator ETXB_SRC_MUX20_RESERVED
enumerator ETXB_SRC_MUX20_RESERVED1
enumerator ETXB_SRC_MUX21_SD0FLT2_EVT1
enumerator ETXB_SRC_MUX21_INPUTXBAR10
enumerator ETXB_SRC_MUX21_RESERVED
enumerator ETXB_SRC_MUX21_RESERVED1
enumerator ETXB_SRC_MUX22_SD0FLT3_EVT0
enumerator ETXB_SRC_MUX22_SD0FLT3_EVT0_OR_EVT1
enumerator ETXB_SRC_MUX22_RESERVED
enumerator ETXB_SRC_MUX22_RESERVED1
enumerator ETXB_SRC_MUX23_SD0FLT3_EVT1
enumerator ETXB_SRC_MUX23_INPUTXBAR11
enumerator ETXB_SRC_MUX23_RESERVED
enumerator ETXB_SRC_MUX23_RESERVED1
enumerator ETXB_SRC_MUX24_SD1FLT0_EVT0
enumerator ETXB_SRC_MUX24_SD1FLT0_EVT0_OR_EVT1
enumerator ETXB_SRC_MUX24_RESERVED
enumerator ETXB_SRC_MUX24_RESERVED1
enumerator ETXB_SRC_MUX25_SD1FLT0_EVT1
enumerator ETXB_SRC_MUX25_INPUTXBAR12
enumerator ETXB_SRC_MUX25_RESERVED
enumerator ETXB_SRC_MUX25_RESERVED1
enumerator ETXB_SRC_MUX26_SD1FLT1_EVT0
enumerator ETXB_SRC_MUX26_SD1FLT1_EVT0_OR_EVT1
enumerator ETXB_SRC_MUX26_RESERVED
enumerator ETXB_SRC_MUX26_RESERVED1
enumerator ETXB_SRC_MUX27_SD1FLT1_EVT1
enumerator ETXB_SRC_MUX27_INPUTXBAR13
enumerator ETXB_SRC_MUX27_RESERVED
enumerator ETXB_SRC_MUX27_RESERVED1
enumerator ETXB_SRC_MUX28_SD1FLT2_EVT0
enumerator ETXB_SRC_MUX28_SD1FLT2_EVT0_OR_EVT1
enumerator ETXB_SRC_MUX28_RESERVED
enumerator ETXB_SRC_MUX28_RESERVED1
enumerator ETXB_SRC_MUX29_SD1FLT2_EVT1
enumerator ETXB_SRC_MUX29_INPUTXBAR14
enumerator ETXB_SRC_MUX29_RESERVED
enumerator ETXB_SRC_MUX29_RESERVED1
enumerator ETXB_SRC_MUX30_SD1FLT3_EVT0
enumerator ETXB_SRC_MUX30_SD1FLT3_EVT0_OR_EVT1
enumerator ETXB_SRC_MUX30_CFG_ETXB_SWx
enumerator ETXB_SRC_MUX30_RESERVED
enumerator ETXB_SRC_MUX31_SD1FLT3_EVT1
enumerator ETXB_SRC_MUX31_INPUTXBAR15
enumerator ETXB_SRC_MUX31_ERRORSTS
enumerator ETXB_SRC_MUX31_RESERVED
enum XBAR_OPXB_SRC_TypeDef

Output XBAR Source enumeration.

Values:

enumerator OPXB_SRC_MUX00_CMP_OUT0
enumerator OPXB_SRC_MUX00_CMP_OUT0_OR_OUT1
enumerator OPXB_SRC_MUX00_ADCA_EVT0
enumerator OPXB_SRC_MUX00_RESERVED
enumerator OPXB_SRC_MUX01_CMP_OUT1
enumerator OPXB_SRC_MUX01_INPUTXBAR0
enumerator OPXB_SRC_MUX01_ADCA_EVT1
enumerator OPXB_SRC_MUX01_ETIMOUT0
enumerator OPXB_SRC_MUX02_CMP_OUT2
enumerator OPXB_SRC_MUX02_CMP_OUT2_OR_OUT3
enumerator OPXB_SRC_MUX02_ADCA_EVT2
enumerator OPXB_SRC_MUX02_RESERVED
enumerator OPXB_SRC_MUX03_CMP_OUT3
enumerator OPXB_SRC_MUX03_INPUTXBAR1
enumerator OPXB_SRC_MUX03_ADCA_EVT3
enumerator OPXB_SRC_MUX03_ETIMOUT1
enumerator OPXB_SRC_MUX04_CMP_OUT4
enumerator OPXB_SRC_MUX04_CMP_OUT4_OR_OUT5
enumerator OPXB_SRC_MUX04_ADCB_EVT0
enumerator OPXB_SRC_MUX04_RESERVED
enumerator OPXB_SRC_MUX05_CMP_OUT5
enumerator OPXB_SRC_MUX05_INPUTXBAR2
enumerator OPXB_SRC_MUX05_ADCB_EVT1
enumerator OPXB_SRC_MUX05_ETIMOUT2
enumerator OPXB_SRC_MUX06_CMP_OUT6
enumerator OPXB_SRC_MUX06_CMP_OUT6_OR_OUT7
enumerator OPXB_SRC_MUX06_ADCB_EVT2
enumerator OPXB_SRC_MUX06_RESERVED
enumerator OPXB_SRC_MUX07_CMP_OUT7
enumerator OPXB_SRC_MUX07_INPUTXBAR3
enumerator OPXB_SRC_MUX07_ADCB_EVT3
enumerator OPXB_SRC_MUX07_ETIMOUT3
enumerator OPXB_SRC_MUX08_RESERVED
enumerator OPXB_SRC_MUX08_CFG_OPXB_SWx
enumerator OPXB_SRC_MUX08_ADCC_EVT0
enumerator OPXB_SRC_MUX08_RESERVED1
enumerator OPXB_SRC_MUX09_RESERVED
enumerator OPXB_SRC_MUX09_INPUTXBAR4
enumerator OPXB_SRC_MUX09_ADCC_EVT1
enumerator OPXB_SRC_MUX09_ETIMOUT4
enumerator OPXB_SRC_MUX10_RESERVED
enumerator OPXB_SRC_MUX10_ADCSOCAO
enumerator OPXB_SRC_MUX10_ADCC_EVT2
enumerator OPXB_SRC_MUX10_RESERVED1
enumerator OPXB_SRC_MUX11_RESERVED
enumerator OPXB_SRC_MUX11_INPUTXBAR5
enumerator OPXB_SRC_MUX11_ADCC_EVT3
enumerator OPXB_SRC_MUX11_RESERVED1
enumerator OPXB_SRC_MUX12_ERRORSTS
enumerator OPXB_SRC_MUX12_CFG_OPXB_SWx
enumerator OPXB_SRC_MUX12_FLASH_ERR
enumerator OPXB_SRC_MUX12_RESERVED
enumerator OPXB_SRC_MUX13_EXTSYNCOUT
enumerator OPXB_SRC_MUX13_INPUTXBAR6
enumerator OPXB_SRC_MUX13_CPU_HALT
enumerator OPXB_SRC_MUX13_RESERVED
enumerator OPXB_SRC_MUX14_RESERVED
enumerator OPXB_SRC_MUX14_ADCSOCBO
enumerator OPXB_SRC_MUX14_SYS_ERR
enumerator OPXB_SRC_MUX14_RESERVED1
enumerator OPXB_SRC_MUX15_RESERVED
enumerator OPXB_SRC_MUX15_INPUTXBAR7
enumerator OPXB_SRC_MUX15_PT_ERR
enumerator OPXB_SRC_MUX15_ETIMOUT5
enumerator OPXB_SRC_MUX16_SD0FLT0_EVT0
enumerator OPXB_SRC_MUX16_SD0FLT0_EVT0_OR_EVT1
enumerator OPXB_SRC_MUX16_STM0_OC0
enumerator OPXB_SRC_MUX16_RESERVED
enumerator OPXB_SRC_MUX17_SD0FLT0_EVT1
enumerator OPXB_SRC_MUX17_INPUTXBAR8
enumerator OPXB_SRC_MUX17_STM0_OC1
enumerator OPXB_SRC_MUX17_ETIMOUT6
enumerator OPXB_SRC_MUX18_SD0FLT1_EVT0
enumerator OPXB_SRC_MUX18_SD0FLT1_EVT0_OR_EVT1
enumerator OPXB_SRC_MUX18_STM0_OC2
enumerator OPXB_SRC_MUX18_RESERVED
enumerator OPXB_SRC_MUX19_SD0FLT1_EVT1
enumerator OPXB_SRC_MUX19_INPUTXBAR9
enumerator OPXB_SRC_MUX19_STM0_OC3
enumerator OPXB_SRC_MUX19_ETIMOUT7
enumerator OPXB_SRC_MUX20_SD0FLT2_EVT0
enumerator OPXB_SRC_MUX20_SD0FLT2_EVT0_OR_EVT1
enumerator OPXB_SRC_MUX20_STM1_OC0
enumerator OPXB_SRC_MUX20_RESERVED
enumerator OPXB_SRC_MUX21_SD0FLT2_EVT1
enumerator OPXB_SRC_MUX21_INPUTXBAR10
enumerator OPXB_SRC_MUX21_STM1_OC1
enumerator OPXB_SRC_MUX21_ETIMOUT8
enumerator OPXB_SRC_MUX22_SD0FLT3_EVT0
enumerator OPXB_SRC_MUX22_SD0FLT3_EVT0_OR_EVT1
enumerator OPXB_SRC_MUX22_STM1_OC2
enumerator OPXB_SRC_MUX22_RESERVED
enumerator OPXB_SRC_MUX23_SD0FLT3_EVT1
enumerator OPXB_SRC_MUX23_INPUTXBAR11
enumerator OPXB_SRC_MUX23_STM1_OC3
enumerator OPXB_SRC_MUX23_ETIMOUT9
enumerator OPXB_SRC_MUX24_SD1FLT0_EVT0
enumerator OPXB_SRC_MUX24_SD1FLT0_EVT0_OR_EVT1
enumerator OPXB_SRC_MUX24_SRPWM_XBAR_SYNC0
enumerator OPXB_SRC_MUX24_INPUTXBAR_CLU2OUT0
enumerator OPXB_SRC_MUX25_SD1FLT0_EVT1
enumerator OPXB_SRC_MUX25_INPUTXBAR12
enumerator OPXB_SRC_MUX25_RESERVED
enumerator OPXB_SRC_MUX25_ETIMOUT10
enumerator OPXB_SRC_MUX26_SD1FLT1_EVT0
enumerator OPXB_SRC_MUX26_SD1FLT1_EVT0_OR_EVT1
enumerator OPXB_SRC_MUX26_SRPWM_XBAR_SYNC1
enumerator OPXB_SRC_MUX26_INPUTXBAR_CLU2OUT1
enumerator OPXB_SRC_MUX27_SD1FLT1_EVT1
enumerator OPXB_SRC_MUX27_INPUTXBAR13
enumerator OPXB_SRC_MUX27_RESERVED
enumerator OPXB_SRC_MUX27_ETIMOUT11
enumerator OPXB_SRC_MUX28_SD1FLT2_EVT0
enumerator OPXB_SRC_MUX28_SD1FLT2_EVT0_OR_EVT1
enumerator OPXB_SRC_MUX28_SRPWM_XBAR_SYNC2
enumerator OPXB_SRC_MUX28_INPUTXBAR_CLU2OUT2
enumerator OPXB_SRC_MUX29_SD1FLT2_EVT1
enumerator OPXB_SRC_MUX29_INPUTXBAR14
enumerator OPXB_SRC_MUX29_RESERVED
enumerator OPXB_SRC_MUX29_ETIMOUT12
enumerator OPXB_SRC_MUX30_SD1FLT3_EVT0
enumerator OPXB_SRC_MUX30_SD1FLT3_EVT0_OR_EVT1
enumerator OPXB_SRC_MUX30_SRPWM_XBAR_SYNC3
enumerator OPXB_SRC_MUX30_INPUTXBAR_CLU2OUT3
enumerator OPXB_SRC_MUX31_SD1FLT3_EVT1
enumerator OPXB_SRC_MUX31_INPUTXBAR15
enumerator OPXB_SRC_MUX31_ERRORSTS
enumerator OPXB_SRC_MUX31_ETIMOUT13
enum XBAR_OUT_DSEL_TypeDef

XBAR Input Signal Edge trigger type enumeration.

Values:

enumerator XBAR_DSEL_MUX_OUT

Select Signal after MUX out

enumerator XBAR_DSEL_LATCHED_HI

Select Signal after Latched High level

enumerator XBAR_DSEL_EDGE_RISING

Select Signal after Latched Rising

enumerator XBAR_DSEL_EDGE_FALLING

Select Signal after Latched Falling

enum XBAR_OPXB_OEMOD_TypeDef

XBAR OPXB Output Signal mode type enumeration.

Values:

enumerator XBAR_OPXB_OEMOD_VALID

output always valid

enumerator XBAR_OPXB_OEMOD_PWM_OE

if input signal include etimer pwm out signal, output select etimer pwm oe signal as EN signal

enumerator XBAR_OPXB_OEMOD_TRI_STATE

output always tri-state

enumerator XBAR_OPXB_OEMOD_VALID1

same as XBAR_OPXB_OEMOD_VALID

enum XBAR_INXB_IRQ_TypeDef

XBAR INXB Output channel for interrupt mask enumeration.

Values:

enumerator XBAR_INXB_OUTPUT_CH12_IRQ0

INXB output channel 12 for generate irq 0

enumerator XBAR_INXB_OUTPUT_CH13_IRQ1

INXB output channel 13 for generate irq 1

enumerator XBAR_INXB_OUTPUT_CH14_IRQ2

INXB output channel 14 for generate irq 2

enumerator XBAR_INXB_OUTPUT_CH15_IRQ3

INXB output channel 15 for generate irq 3

enum XBAR_CLU_TypeDef

XBAR CLU module enumeration.

Values:

enumerator XBAR_CLU_XCSA

XBAR CLU2ADC

enumerator XBAR_CLU_XCET

XBAR CLU2ETIMER

enumerator XBAR_CLU_XCOX

XBAR CLU2OutputXBAR

enum XBAR_CLU_EDGE_TypeDef

XBAR CLU out edge type enumeration.

Values:

enumerator XBAR_CLU_EDGE_RISE

XBAR CLU out edge Rise

enumerator XBAR_CLU_EDGE_FALLING

XBAR CLU out edge Falling

enumerator XBAR_CLU_EDGE_BOTH

XBAR CLU out edge both Rise and Falling

enum XBAR_CLU_UNIT_TypeDef

XBAR CLU logic unit type enumeration.

Values:

enumerator XBAR_CLU_ANDOR

XBAR CLU logic unit AND-OR

enumerator XBAR_CLU_ORXOR

XBAR CLU logic unit OR-XOR

enumerator XBAR_CLU_4INAND

XBAR CLU logic unit 4 Input AND

enumerator XBAR_CLU_SRLATCH

XBAR CLU logic unit S-R Latch

enumerator XBAR_CLU_1INDFF

XBAR CLU logic unit 1 Input Set-Reset flip-flop

enumerator XBAR_CLU_2INDFF

XBAR CLU logic unit 2 Input Set-Reset flip-flop

enumerator XBAR_CLU_JKFF

XBAR CLU logic unit J-K flip-flop

enumerator XBAR_CLU_LATCH

XBAR CLU logic unit Set-Reset Latch

enum XBAR_FALUT_SRC_TypeDef

XBAR Fault Source type enumeration.

Values:

enumerator XBAR_FAULT_PWR_TEMP_WARN
enumerator XBAR_FAULT_PWR_POWER_ERR
enumerator XBAR_FAULT_PWR_PWR_OCP_WARN
enumerator XBAR_FAULT_PWR_POR_UV_WARN
enumerator XBAR_FAULT_SYS_CLOCK_FAULT
enumerator XBAR_FAULT_SYS_CPU_BUS_ERR
enumerator XBAR_FAULT_SYS_BUS_TIMEOUT
enumerator XBAR_FAULT_SYS_CAN_ECC_ERR
enumerator XBAR_FAULT_SYS_SRAM_ECC_ERR
enumerator XBAR_FAULT_SYS_CPU_ECC_ERR
enumerator XBAR_FAULT_SYS_CPU_LOCKUP
enumerator XBAR_FAULT_SYS_CPU_RST_REC
enumerator XBAR_FAULT_SYS_WDG1_REQ_REC
enumerator XBAR_FAULT_SYS_WDG0_REQ_REC
enumerator XBAR_FAULT_FLASH_DFLASH_BUS_ERR
enumerator XBAR_FAULT_FLASH_DFLASH_ECC_ERR
enumerator XBAR_FAULT_FLASH_PFLASH_BUS_ERR
enumerator XBAR_FAULT_FLASH_PFLASH_ECC_ERR

XBAR Fault source PFlash ECC Error

enum XBAR_STIM_EF_SIG_TypeDef

XBAR STIMER Emergency Fault Signal output type enumeration.

Values:

enumerator XBAR_STIM_EG_FAULT_SIG0
enumerator XBAR_STIM_EG_FAULT_SIG1
enum XBAR_STIM_IDX_TypeDef

XBAR STIMER Emergency Fault Signal output target STIMER enumerationn.

Values:

enumerator XBAR_STIM0
enumerator XBAR_STIM1