Introduction

This module contains APIs to program and use the ECAP module.

Files
file	ecap/v0/ecap.h
	This file contains the function prototypes for the device abstraction layer for ECAP. It also contains some related macro definitions and some files to be included.

Functions
void	ECAP_captureLoadingEnable (uint32_t baseAddr)
	This function enables capture loading. More...

void	ECAP_captureLoadingDisable (uint32_t baseAddr)
	This function disables capture loading. More...

void	ECAP_prescaleConfig (uint32_t baseAddr, uint32_t prescale)
	This function configures prescale value. More...

void	ECAP_operatingModeSelect (uint32_t baseAddr, uint32_t modeSelect)
	This function configures ecapture module to operate in capture mode or in APWM mode. More...

uint32_t	ECAP_timeStampRead (uint32_t baseAddr, uint32_t capEvtFlag)
	This function returns time-stamp for a given capture event. More...

void	ECAP_counterConfig (uint32_t baseAddr, uint32_t countVal)
	This function configures the counter register which is used as Capture Time base. More...

void	ECAP_captureEvtPolarityConfig (uint32_t baseAddr, uint32_t capEvt1pol, uint32_t capEvt2pol, uint32_t capEvt3pol, uint32_t capEvt4pol)
	This function configures Capture Event polarity. More...

void	ECAP_captureEvtCntrRstConfig (uint32_t baseAddr, uint32_t counterRst1, uint32_t counterRst2, uint32_t counterRst3, uint32_t counterRst4)
	This function enables reset of the counters upon Capture Events. More...

void	ECAP_continousModeConfig (uint32_t baseAddr)
	This function configures ECAP to Continuous mode. More...

void	ECAP_oneShotModeConfig (uint32_t baseAddr, uint32_t stopVal)
	This function configures ECAP to One-shot mode and also stop value for this mode. More...

void	ECAP_oneShotReArm (uint32_t baseAddr)
	This function configures ECAP to One-Short Re-arming. More...

void	ECAP_APWM_polarityConfig (uint32_t baseAddr, uint32_t flag)
	This function configures output polarity for APWM output. More...

void	ECAP_counterControl (uint32_t baseAddr, uint32_t flag)
	This function configures counter to stop or free running based on its input argument flag. More...

void	ECAP_syncInOutSelect (uint32_t baseAddr, uint32_t syncIn, uint32_t syncOut)
	This function configures Sync-In and Sync-Out. More...

void	ECAP_APWM_captureConfig (uint32_t baseAddr, uint32_t compareVal, uint32_t periodVal)
	When ECAP module is configured in APWM mode capture 1 and capture 2 registers are used as period and compare register.This function configures compare and period values to this register. More...

void	ECAP_APWM_shadowCaptureConfig (uint32_t baseAddr, uint32_t compareVal, uint32_t periodVal)
	This function configures the Shadow register. More...

void	ECAP_counterPhaseValConfig (uint32_t baseAddr, uint32_t cntPhaseVal)
	This function configures the counter phase value. More...

void	ECAP_globalIntrClear (uint32_t baseAddr)
	This function clears global interrupt and enables the generation of interrupts if any of the event interrupt are enabled and corresponding event interrupt flag is set. More...

void	ECAP_intrEnable (uint32_t baseAddr, uint32_t flag)
	This function enables the specified interrupts. More...

void	ECAP_intrDisable (uint32_t baseAddr, uint32_t flag)
	This function disables the specified interrupts. More...

uint32_t	ECAP_getIntrStatus (uint32_t baseAddr, uint32_t flag)
	This function returns the status specified interrupts. More...

void	ECAP_intrStatusClear (uint32_t baseAddr, uint32_t flag)
	This function clears of the status specified interrupts. More...

uint32_t	ECAP_peripheralIdGet (uint32_t baseAddr)
	This function returns the peripheral ID. More...

ECAP Operating Mode

#define	ECAP_CAPTURE_MODE (0U)
	Capture Mode. More...

#define	ECAP_APWM_MODE (1U)
	Auxiliary PWM Mode. More...

ECAP time stamp capture on event

#define	ECAP_CAPTURE_EVENT_1 ((uint32_t)0x08U)
	Time stamp capture on event 1. More...

#define	ECAP_CAPTURE_EVENT_2 ((uint32_t)0x0cU)
	Time stamp capture on event 2. More...

#define	ECAP_CAPTURE_EVENT_3 ((uint32_t)0x10U)
	Time stamp capture on event 3. More...

#define	ECAP_CAPTURE_EVENT_4 ((uint32_t)0x14U)
	Time stamp capture on event 4. More...

ECAP stop capture on event

#define	ECAP_CAPTURE_EVENT1_STOP ((uint32_t)0x00U)
	Stop capture after event 1. More...

#define	ECAP_CAPTURE_EVENT2_STOP ((uint32_t)0x01U)
	Stop capture after event 2. More...

#define	ECAP_CAPTURE_EVENT3_STOP ((uint32_t)0x02U)
	Stop capture after event 3. More...

#define	ECAP_CAPTURE_EVENT4_STOP ((uint32_t)0x03U)
	Stop capture after event 4. More...

ECAP APWM Output Polarity

#define	ECAP_APWM_ACTIVE_HIGH (0U)
	Output Polarity HIGH. More...

#define	ECAP_APWM_ACTIVE_LOW (1U)
	Output Polarity LOW. More...

ECAP Counter Mode

#define	ECAP_COUNTER_STOP (0U)
	Counter Mode Stop. More...

#define	ECAP_COUNTER_FREE_RUNNING (1U)
	Counter Mode Free Running. More...

ECAP Counter SyncIn Mode

#define	ECAP_SYNC_IN_DISABLE ((uint32_t)0U)
	Disable SyncIn option. More...

#define	ECAP_ENABLE_COUNTER ((uint32_t)1U)
	Enable Counter to be loaded from the ECAP_CNTPHS register upon SYNCI signal. More...

ECAP Counter SyncOut Mode

#define	ECAP_SYNC_IN ((uint32_t)0x0U)
	Select SyncIn event to be the SyncOut signal. More...

#define	ECAP_PRD_EQ ((uint32_t)0x1U)
	Select PRD event to be the SyncOut signal. More...

#define	ECAP_SYNC_OUT_DISABLE ((uint32_t)0x2U)
	Disable SyncOut Signal. More...

ECAP Interrupt Sources

#define	ECAP_CEVT1_INT (ECAP_ECEINT_CEVT1)
	Capture Event 1 Interrupt Enable. More...

#define	ECAP_CEVT2_INT (ECAP_ECEINT_CEVT2)
	Capture Event 2 Interrupt Enable. More...

#define	ECAP_CEVT3_INT (ECAP_ECEINT_CEVT3)
	Capture Event 3 Interrupt Enable. More...

#define	ECAP_CEVT4_INT (ECAP_ECEINT_CEVT4)
	Capture Event 4 Interrupt Enable. More...

#define	ECAP_CNTOVF_INT (ECAP_ECEINT_CTROVF)
	Counter Overflow Interrupt Enable. More...

#define	ECAP_PRDEQ_INT (ECAP_ECEINT_CTR_PRD)
	Period Equal Interrupt Enable. More...

#define	ECAP_CMPEQ_INT (ECAP_ECEINT_CTR_CMP)
	Compare Equal Interrupt Enable. More...

ECAP Global Interrupt Source

#define	ECAP_GLOBAL_INT (ECAP_ECFLG_INT)
	Global Interrupt Source Clear Flag. More...

ECAP Capture Event Polarity

#define	ECAP_CAPTURE_EVENT_RISING (0U)
	Capture Event Rising Edge. More...

#define	ECAP_CAPTURE_EVENT_FALLING (1U)
	Capture Event Falling Edge. More...

ECAP Counter Reset On Capture Event

#define	ECAP_CAPTURE_EVENT_RESET_COUNTER_NO_RESET (0U)
	No counter reset upon Capture Event. More...

#define	ECAP_CAPTURE_EVENT_RESET_COUNTER_RESET (1U)
	Counter reset upon Capture Event. More...

Macro Definition Documentation

◆ ECAP_CAPTURE_MODE

#define ECAP_CAPTURE_MODE (0U)

Capture Mode.

◆ ECAP_APWM_MODE

#define ECAP_APWM_MODE (1U)

Auxiliary PWM Mode.

◆ ECAP_CAPTURE_EVENT_1

#define ECAP_CAPTURE_EVENT_1 ((uint32_t)0x08U)

Time stamp capture on event 1.

◆ ECAP_CAPTURE_EVENT_2

#define ECAP_CAPTURE_EVENT_2 ((uint32_t)0x0cU)

Time stamp capture on event 2.

◆ ECAP_CAPTURE_EVENT_3

#define ECAP_CAPTURE_EVENT_3 ((uint32_t)0x10U)

Time stamp capture on event 3.

◆ ECAP_CAPTURE_EVENT_4

#define ECAP_CAPTURE_EVENT_4 ((uint32_t)0x14U)

Time stamp capture on event 4.

◆ ECAP_CAPTURE_EVENT1_STOP

#define ECAP_CAPTURE_EVENT1_STOP ((uint32_t)0x00U)

Stop capture after event 1.

◆ ECAP_CAPTURE_EVENT2_STOP

#define ECAP_CAPTURE_EVENT2_STOP ((uint32_t)0x01U)

Stop capture after event 2.

◆ ECAP_CAPTURE_EVENT3_STOP

#define ECAP_CAPTURE_EVENT3_STOP ((uint32_t)0x02U)

Stop capture after event 3.

◆ ECAP_CAPTURE_EVENT4_STOP

#define ECAP_CAPTURE_EVENT4_STOP ((uint32_t)0x03U)

Stop capture after event 4.

◆ ECAP_APWM_ACTIVE_HIGH

#define ECAP_APWM_ACTIVE_HIGH (0U)

Output Polarity HIGH.

◆ ECAP_APWM_ACTIVE_LOW

#define ECAP_APWM_ACTIVE_LOW (1U)

Output Polarity LOW.

◆ ECAP_COUNTER_STOP

#define ECAP_COUNTER_STOP (0U)

Counter Mode Stop.

◆ ECAP_COUNTER_FREE_RUNNING

#define ECAP_COUNTER_FREE_RUNNING (1U)

Counter Mode Free Running.

◆ ECAP_SYNC_IN_DISABLE

#define ECAP_SYNC_IN_DISABLE ((uint32_t)0U)

Disable SyncIn option.

◆ ECAP_ENABLE_COUNTER

#define ECAP_ENABLE_COUNTER ((uint32_t)1U)

Enable Counter to be loaded from the ECAP_CNTPHS register upon SYNCI signal.

◆ ECAP_SYNC_IN

#define ECAP_SYNC_IN ((uint32_t)0x0U)

Select SyncIn event to be the SyncOut signal.

◆ ECAP_PRD_EQ

#define ECAP_PRD_EQ ((uint32_t)0x1U)

Select PRD event to be the SyncOut signal.

◆ ECAP_SYNC_OUT_DISABLE

#define ECAP_SYNC_OUT_DISABLE ((uint32_t)0x2U)

Disable SyncOut Signal.

◆ ECAP_CEVT1_INT

#define ECAP_CEVT1_INT (ECAP_ECEINT_CEVT1)

Capture Event 1 Interrupt Enable.

◆ ECAP_CEVT2_INT

#define ECAP_CEVT2_INT (ECAP_ECEINT_CEVT2)

Capture Event 2 Interrupt Enable.

◆ ECAP_CEVT3_INT

#define ECAP_CEVT3_INT (ECAP_ECEINT_CEVT3)

Capture Event 3 Interrupt Enable.

◆ ECAP_CEVT4_INT

#define ECAP_CEVT4_INT (ECAP_ECEINT_CEVT4)

Capture Event 4 Interrupt Enable.

◆ ECAP_CNTOVF_INT

#define ECAP_CNTOVF_INT (ECAP_ECEINT_CTROVF)

Counter Overflow Interrupt Enable.

◆ ECAP_PRDEQ_INT

#define ECAP_PRDEQ_INT (ECAP_ECEINT_CTR_PRD)

Period Equal Interrupt Enable.

◆ ECAP_CMPEQ_INT

#define ECAP_CMPEQ_INT (ECAP_ECEINT_CTR_CMP)

Compare Equal Interrupt Enable.

◆ ECAP_GLOBAL_INT

#define ECAP_GLOBAL_INT (ECAP_ECFLG_INT)

Global Interrupt Source Clear Flag.

◆ ECAP_CAPTURE_EVENT_RISING

#define ECAP_CAPTURE_EVENT_RISING (0U)

Capture Event Rising Edge.

◆ ECAP_CAPTURE_EVENT_FALLING

#define ECAP_CAPTURE_EVENT_FALLING (1U)

Capture Event Falling Edge.

◆ ECAP_CAPTURE_EVENT_RESET_COUNTER_NO_RESET

#define ECAP_CAPTURE_EVENT_RESET_COUNTER_NO_RESET (0U)

No counter reset upon Capture Event.

◆ ECAP_CAPTURE_EVENT_RESET_COUNTER_RESET

#define ECAP_CAPTURE_EVENT_RESET_COUNTER_RESET (1U)

Counter reset upon Capture Event.

Function Documentation

◆ ECAP_captureLoadingEnable()

void ECAP_captureLoadingEnable ( uint32_t baseAddr )

This function enables capture loading.

Parameters

baseAddr It is the Memory address of the ECAP instance used.

◆ ECAP_captureLoadingDisable()

void ECAP_captureLoadingDisable ( uint32_t baseAddr )

This function disables capture loading.

Parameters

baseAddr It is the Memory address of the ECAP instance used.

◆ ECAP_prescaleConfig()

void ECAP_prescaleConfig	(	uint32_t	baseAddr,
		uint32_t	prescale
	)

This function configures prescale value.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
prescale	It is the value which is used to prescale the incoming input.

Prescale can take any integer value between 0 to 31

◆ ECAP_operatingModeSelect()

void ECAP_operatingModeSelect	(	uint32_t	baseAddr,
		uint32_t	modeSelect
	)

This function configures ecapture module to operate in capture mode or in APWM mode.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
modeSelect	It is the value which determines whether ecapture module to operate in capture mode or in APWM mode. modeSelect can take one of the following macros. Ecap_OperMode_t.

◆ ECAP_timeStampRead()

uint32_t ECAP_timeStampRead	(	uint32_t	baseAddr,
		uint32_t	capEvtFlag
	)

This function returns time-stamp for a given capture event.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
capEvtFlag	It is the value which determines for which capture event time-stam has to returned.

capEvtFlag can take one of the following macros.

Ecap_CaptEvt_t.

Returns: Returns the time-stamp for given capure event.

◆ ECAP_counterConfig()

void ECAP_counterConfig	(	uint32_t	baseAddr,
		uint32_t	countVal
	)

This function configures the counter register which is used as Capture Time base.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
countVal	It is counter value to be configured.

◆ ECAP_captureEvtPolarityConfig()

void ECAP_captureEvtPolarityConfig	(	uint32_t	baseAddr,
		uint32_t	capEvt1pol,
		uint32_t	capEvt2pol,
		uint32_t	capEvt3pol,
		uint32_t	capEvt4pol
	)

This function configures Capture Event polarity.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
capEvt1pol	It determines whether Capture Event1 has to be generated on rising edge or falling edge of pulse.
capEvt2pol	It determines whether Capture Event2 has to be generated on rising edge or falling edge of pulse.
capEvt3pol	It determines whether Capture Event3 has to be generated on rising edge or falling edge of pulse.
capEvt4pol	It determines whether Capture Event4 has to be generated on rising edge or falling edge of pulse.

capEvtpol variables can take one of the following macros.

Ecap_CaptureEvtPolarityConfig_t.

◆ ECAP_captureEvtCntrRstConfig()

void ECAP_captureEvtCntrRstConfig	(	uint32_t	baseAddr,
		uint32_t	counterRst1,
		uint32_t	counterRst2,
		uint32_t	counterRst3,
		uint32_t	counterRst4
	)

This function enables reset of the counters upon Capture Events.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
counterRst1	It determines whether counter has to be reset upon Capture Event1.
counterRst2	It determines whether counter has to be reset upon Capture Event2.
counterRst3	It determines whether counter has to be reset upon Capture Event3.
counterRst4	It determines whether counter has to be reset upon Capture Event4.

counterRst variables can take one of the following macros.

Ecap_CaptureEvtCntrRstConfig_t.

◆ ECAP_continousModeConfig()

void ECAP_continousModeConfig ( uint32_t baseAddr )

This function configures ECAP to Continuous mode.

This API is valid only if ECAP is configured to Capture Mode.It has no significance when ECAP is configured in APWM mode.

Parameters

baseAddr It is the Memory address of the ECAP instance used.

◆ ECAP_oneShotModeConfig()

void ECAP_oneShotModeConfig	(	uint32_t	baseAddr,
		uint32_t	stopVal
	)

This function configures ECAP to One-shot mode and also stop value for this mode.

This API is valid only if ECAP is configured to Capture Mode.It has no significance when ECAP is configured in APWM mode.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
stopVal	It is the number of captures allowed to occur before Capture register(1-4) are frozen. stopVal can take one of the following macros. Ecap_StopCaptEvt_t.

◆ ECAP_oneShotReArm()

void ECAP_oneShotReArm ( uint32_t baseAddr )

This function configures ECAP to One-Short Re-arming.

When this API is invoked following things happen.

Resets Mod4 counter to zero.
Un-freezes the Mod4 counter.
Enables capture register loads.

Parameters

baseAddr It is the Memory address of the ECAP instance used.

◆ ECAP_APWM_polarityConfig()

void ECAP_APWM_polarityConfig	(	uint32_t	baseAddr,
		uint32_t	flag
	)

This function configures output polarity for APWM output.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
flag	It is the value which determines the output polarity for APWM output. flag can take one of the following macros. Ecap_StopCaptEvt_t.

◆ ECAP_counterControl()

void ECAP_counterControl	(	uint32_t	baseAddr,
		uint32_t	flag
	)

This function configures counter to stop or free running based on its input argument flag.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
flag	It is the value which determine counter to be configured to stop or free running. flag can take one of the following macros. Ecap_CounterMode_t.

◆ ECAP_syncInOutSelect()

void ECAP_syncInOutSelect	(	uint32_t	baseAddr,
		uint32_t	syncIn,
		uint32_t	syncOut
	)

This function configures Sync-In and Sync-Out.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
syncIn	It is the value which determines whether to disable syncIn or to enable counter to be loaded from CNTPHS register upon a SYNCI signal. syncIn can take one of the following macros. Ecap_CounterSyncInMode_t.
syncOut	It is the value which select type of syncOut signal (i.e select syncIn event to be the Sync-Out signal, select PRD_eq event to be Sync-Out signal). syncOut can take one of the following macros. Ecap_CounterSyncInMode_t.

◆ ECAP_APWM_captureConfig()

void ECAP_APWM_captureConfig	(	uint32_t	baseAddr,
		uint32_t	compareVal,
		uint32_t	periodVal
	)

When ECAP module is configured in APWM mode capture 1 and capture 2 registers are used as period and compare register.This function configures compare and period values to this register.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
compareVal	It is the Compare value to be configured.
periodVal	It is the Period value to be configured.

◆ ECAP_APWM_shadowCaptureConfig()

void ECAP_APWM_shadowCaptureConfig	(	uint32_t	baseAddr,
		uint32_t	compareVal,
		uint32_t	periodVal
	)

This function configures the Shadow register.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
compareVal	It is the Compare value to be configured.
periodVal	It is the Period value to be configured.

◆ ECAP_counterPhaseValConfig()

void ECAP_counterPhaseValConfig	(	uint32_t	baseAddr,
		uint32_t	cntPhaseVal
	)

This function configures the counter phase value.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
cntPhaseVal	It is the counter phase value to be programmed for phase lag/lead.

◆ ECAP_globalIntrClear()

void ECAP_globalIntrClear ( uint32_t baseAddr )

This function clears global interrupt and enables the generation of interrupts if any of the event interrupt are enabled and corresponding event interrupt flag is set.

Parameters

baseAddr It is the Memory address of the ECAP instance used.

◆ ECAP_intrEnable()

void ECAP_intrEnable	(	uint32_t	baseAddr,
		uint32_t	flag
	)

This function enables the specified interrupts.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
flag	It is the value which specifies the interrupts to be enabled. flag can take one of the following macros. Ecap_IntrSrc_t.

◆ ECAP_intrDisable()

void ECAP_intrDisable	(	uint32_t	baseAddr,
		uint32_t	flag
	)

This function disables the specified interrupts.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
flag	It is the value which specifies the interrupts to be disabled. flag can take one of the following macros. Ecap_IntrSrc_t.

◆ ECAP_getIntrStatus()

uint32_t ECAP_getIntrStatus	(	uint32_t	baseAddr,
		uint32_t	flag
	)

This function returns the status specified interrupts.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
flag	It is the value which specifies the status of interrupts to be returned. flag can take one of the following macros. Ecap_IntrSrc_t.

Returns: Status of the specified interrupts.

◆ ECAP_intrStatusClear()

void ECAP_intrStatusClear	(	uint32_t	baseAddr,
		uint32_t	flag
	)

This function clears of the status specified interrupts.

Parameters

baseAddr	It is the Memory address of the ECAP instance used.
flag	It is the value which specifies the status of interrupts to be cleared. flag can take one of the following macros. Ecap_IntrSrc_t.

◆ ECAP_peripheralIdGet()

uint32_t ECAP_peripheralIdGet ( uint32_t baseAddr )

This function returns the peripheral ID.

Parameters

baseAddr It is the Memory address of the ECAP instance used.

Returns: Peripheral ID.

Introduction

Files

Functions

ECAP Operating Mode

ECAP time stamp capture on event

ECAP stop capture on event

ECAP APWM Output Polarity

ECAP Counter Mode

ECAP Counter SyncIn Mode

ECAP Counter SyncOut Mode

ECAP Interrupt Sources

ECAP Global Interrupt Source

ECAP Capture Event Polarity

ECAP Counter Reset On Capture Event

Macro Definition Documentation

◆ ECAP_CAPTURE_MODE

◆ ECAP_APWM_MODE

◆ ECAP_CAPTURE_EVENT_1

◆ ECAP_CAPTURE_EVENT_2

◆ ECAP_CAPTURE_EVENT_3

◆ ECAP_CAPTURE_EVENT_4

◆ ECAP_CAPTURE_EVENT1_STOP

◆ ECAP_CAPTURE_EVENT2_STOP

◆ ECAP_CAPTURE_EVENT3_STOP

◆ ECAP_CAPTURE_EVENT4_STOP

◆ ECAP_APWM_ACTIVE_HIGH

◆ ECAP_APWM_ACTIVE_LOW

◆ ECAP_COUNTER_STOP

◆ ECAP_COUNTER_FREE_RUNNING

◆ ECAP_SYNC_IN_DISABLE

◆ ECAP_ENABLE_COUNTER

◆ ECAP_SYNC_IN

◆ ECAP_PRD_EQ

◆ ECAP_SYNC_OUT_DISABLE

◆ ECAP_CEVT1_INT

◆ ECAP_CEVT2_INT

◆ ECAP_CEVT3_INT

◆ ECAP_CEVT4_INT

◆ ECAP_CNTOVF_INT

◆ ECAP_PRDEQ_INT

◆ ECAP_CMPEQ_INT

◆ ECAP_GLOBAL_INT

◆ ECAP_CAPTURE_EVENT_RISING

◆ ECAP_CAPTURE_EVENT_FALLING

◆ ECAP_CAPTURE_EVENT_RESET_COUNTER_NO_RESET

◆ ECAP_CAPTURE_EVENT_RESET_COUNTER_RESET

Function Documentation

◆ ECAP_captureLoadingEnable()

◆ ECAP_captureLoadingDisable()

◆ ECAP_prescaleConfig()

◆ ECAP_operatingModeSelect()

◆ ECAP_timeStampRead()

◆ ECAP_counterConfig()

◆ ECAP_captureEvtPolarityConfig()

◆ ECAP_captureEvtCntrRstConfig()

◆ ECAP_continousModeConfig()

◆ ECAP_oneShotModeConfig()

◆ ECAP_oneShotReArm()

◆ ECAP_APWM_polarityConfig()

◆ ECAP_counterControl()

◆ ECAP_syncInOutSelect()

◆ ECAP_APWM_captureConfig()

◆ ECAP_APWM_shadowCaptureConfig()

◆ ECAP_counterPhaseValConfig()

◆ ECAP_globalIntrClear()

◆ ECAP_intrEnable()

◆ ECAP_intrDisable()

◆ ECAP_getIntrStatus()

◆ ECAP_intrStatusClear()

◆ ECAP_peripheralIdGet()