Driver API for TCC (plib_tcc0_capture.h) More...

Data Structures
struct	TCC0_CAPTURE_OBJECT
	TCC0 Capture object structure. More...

Macros
#define	TCC_CAPTURE_SOURCE_POLARITY_NON_INVERTED 0U
	Signal polarity for TCC0 capture input sources.

#define	TCC_CAPTURE_SOURCE_POLARITY_INVERTED 1U

#define	TCC_CAPTURE_EVENT_INV_TC_0 0
	Timer counter channel for event inversion.

#define	TCC_CAPTURE_EVENT_INV_TC_1 1

#define	TCC_CAPTURE_CHANNEL_0 0
	Channels for TCC0 capture mode.

#define	TCC_CAPTURE_CHANNEL_1 1

#define	TCC_CAPTURE_CHANNEL_2 2

#define	TCC_CAPTURE_CHANNEL_3 3

#define	TCC_COUNT_DIRECTION_UP 1U
	Counter direction for TCC0.

#define	TCC_COUNT_DIRECTION_DOWN 2U

Typedefs
typedef void(*	TCC0_CAPTURE_CALLBACK_HANDLER) (TCC_INTERRUPT int_cause)
	Callback handler type for TCC0 capture interrupts.

typedef uint32_t	TCC_CAPTURE_EVENT_OUTPUT
	Event output selection for TCC0 capture (bitmask values).

typedef uint32_t	TCC_CAPTURE_INPUT_SOURCE_POLARITY
	TCC0 signal polarity selection.

typedef uint32_t	TCC_CAPTURE_INPUT_EVACT0
	TCC0 event action selection for input event 0.

typedef uint32_t	TCC_CAPTURE_INPUT_EVENT_ACTION_1
	TCC0 event action selection for input event 1.

typedef uint32_t	TCC_CAPTURE_EVENT_INV_CHANNEL
	TCC0 INVERT_TIMER event inversion selection.

typedef uint32_t	TCC_CAPTURE_EVENT_INPUT_CHANNEL
	TCC0 event channel selection.

typedef uint32_t	TCC_CAPTURE_CHANNEL
	TCC0 compare channel selection.

typedef uint32_t	TCC_GCLK_PRESCALER
	TCC0 clock prescaler options.

typedef uint32_t	TCC_PRESCALER_SYNC_MODE
	TCC0 prescaler synchronization mode.

typedef uint32_t	TCC_WAVE_GEN_MODE
	TCC0 waveform generation mode.

typedef uint8_t	TCC_COUNT_DIRECTION
	TCC0 counter direction.

typedef uint32_t	TCC_EVENT_OUTPUT_CNTSEL_PHASE
	TCC0 event output phase.

typedef uint32_t	TCC_INTERRUPT
	TCC0 interrupt sources.

typedef uint32_t	TCC_WAVE_RAMP_OPERATION
	TCC0 capture ramp operation selection.

Functions
void	TCC0_CAPTURE_Initialize (void)
	Initialize the TCC0 capture module.

void	TCC0_CAPTURE_SetClockPrescaler (TCC_GCLK_PRESCALER prescaler, TCC_PRESCALER_SYNC_MODE presc_sync_mode)
	Set the prescaler and prescaler synchronization for TCC0 capture.

void	TCC0_CAPTURE_Enable (void)
	Enable the TCC0 capture module.

void	TCC0_CAPTURE_Disable (void)
	Disable the TCC0 capture module.

void	TCC0_CAPTURE_ResetSoftware (void)
	Perform a software reset of the TCC0 capture module.

void	TCC0_CAPTURE_StopCapture (void)
	Stop the capture operation.

bool	TCC0_CAPTURE_CaptureIsStopped (void)
	Check if the capture operation is stopped.

void	TCC0_CAPTURE_RetriggerCapture (void)
	Retrigger the capture operation.

void	TCC0_CAPTURE_EnableCaptureChannel (TCC_CAPTURE_CHANNEL channel)
	Enable a capture channel.

void	TCC0_CAPTURE_DisableCaptureChannel (TCC_CAPTURE_CHANNEL channel)
	Disable a capture channel.

uint32_t	TCC0_CAPTURE_GetPrescaler (void)
	Get the current prescaler value.

uint32_t	TCC0_CAPTURE_GetCaptureValue (TCC_CAPTURE_CHANNEL channel)
	Get the captured value for a channel.

void	TCC0_CAPTURE_EnableEventOutput (TCC_CAPTURE_EVENT_OUTPUT event)
	Enable event output for a specific event type.

void	TCC0_CAPTURE_DisableEventOutput (TCC_CAPTURE_EVENT_OUTPUT event)
	Disable event output for a specific event type.

void	TCC0_CAPTURE_EnableInputEvent (TCC_CAPTURE_EVENT_INPUT_CHANNEL event_channel)
	Enable input event for the capture module.

void	TCC0_CAPTURE_DisableInputEvent (TCC_CAPTURE_EVENT_INPUT_CHANNEL event_channel)
	Disable input event for the capture module.

void	TCC0_CAPTURE_SetEventInputPolarity (TCC_CAPTURE_EVENT_INV_CHANNEL event_channel, TCC_CAPTURE_INPUT_SOURCE_POLARITY polarity)
	Set event input polarity for the capture module.

void	TCC0_CAPTURE_SetEvent0InputAction (TCC_CAPTURE_INPUT_EVACT0 action)
	Set event input action 0 for the timer.

void	TCC0_CAPTURE_SetEvent1InputAction (TCC_CAPTURE_INPUT_EVENT_ACTION_1 action)
	Set event input action 1 for the timer.

void	TCC0_CAPTURE_EnableInterrupt (TCC_INTERRUPT source)
	Enable specific TCC0 capture interrupts.

void	TCC0_CAPTURE_DisableInterrupt (TCC_INTERRUPT source)
	Disable specific TCC0 capture interrupts.

void	TCC0_CAPTURE_ClearInterruptFlag (TCC_INTERRUPT flag)
	Clear specific TCC0 capture interrupt flags.

uint32_t	TCC0_CAPTURE_GetInterruptFlag (void)
	Get the current TCC0 capture interrupt flags.

void	TCC0_CAPTURE_SetCallbackHandler (TCC0_CAPTURE_CALLBACK_HANDLER callback)
	Register a callback for capture interrupts.

void	TCC0_CAPTURE_EnableFullCycleStop (void)
	Enable full cycle stop (wait for end of cycle before stopping).

void	TCC0_CAPTURE_DisableFullCycleStop (void)
	Disable full cycle stop (stop immediately).

bool	TCC0_CAPTURE_FullCycleStopIsEnabled (void)
	Check if full cycle stop is enabled.

void	TCC0_CAPTURE_EnableRunOnStandby (void)
	Enable run in standby mode.

void	TCC0_CAPTURE_DisableRunOnStandby (void)
	Disable run in standby mode.

void	TCC0_CAPTURE_EnableDMAOneShot (void)
	Enable DMA one-shot mode.

void	TCC0_CAPTURE_DisableDMAOneShot (void)
	Disable DMA one-shot mode.

void	TCC0_SetInterruptHandler (void(*handler)(void))
	Registers the TCC0 interrupt callback function. The callback function can be called from main.c for direct callback registration.

Description

Driver API for TCC (plib_tcc0_capture.h)

Usage Example

The following example demonstrates typical usage of the TCC peripheral:

 
  #include "plib_tcc0_capture.h"
 
  // User capture callback
  void TCC0_Capture_Interrupt_Handler(TCC_INTERRUPT int_cause)
  {
      if (((uint32_t)int_cause & (uint32_t)TCC_INTENSET_MC0_Msk) != 0U)
      {
           // Handle captured0 value
          //uint32_t captured0 = TCC0_CAPTURE_GetCaptureValue(TCC_CAPTURE_CHANNEL_0);
           TCC0_CAPTURE_ClearInterruptFlag(TCC_INTENSET_MC0_Msk);     
      }
      if (((uint32_t)int_cause & (uint32_t)TCC_INTENSET_MC1_Msk) != 0U)
      {   
           // Handle captured1 value
         // uint32_t captured1 = TCC0_CAPTURE_GetCaptureValue(TCC_CAPTURE_CHANNEL_1);
           TCC0_CAPTURE_ClearInterruptFlag(TCC_INTENSET_MC1_Msk);     
      }
      if (((uint32_t)int_cause & (uint32_t)TCC_INTENSET_MC2_Msk) != 0U)
      {   
           // Handle captured2 value
          // uint32_t captured2 = TCC0_CAPTURE_GetCaptureValue(TCC_CAPTURE_CHANNEL_2);
           TCC0_CAPTURE_ClearInterruptFlag(TCC_INTENSET_MC2_Msk);        
      }
      if (((uint32_t)int_cause & (uint32_t)TCC_INTENSET_MC3_Msk) != 0U)
      {   
           // Handle captured3 value
          // uint32_t captured3 = TCC0_CAPTURE_GetCaptureValue(TCC_CAPTURE_CHANNEL_3);
           TCC0_CAPTURE_ClearInterruptFlag(TCC_INTENSET_MC3_Msk);     
      }
  }
 
  int32_t configure_tcc0_capture(void)
  {
      // Reset TCC0 using software reset
      TCC0_CAPTURE_ResetSoftware();    
      // Initialize TCC0 capture mode
      TCC0_CAPTURE_Initialize();    
      // Disable TCC0 before configuration
      TCC0_CAPTURE_Disable();    
      // Set clock prescaler and counter synchronization
      TCC0_CAPTURE_SetClockPrescaler(TCC_CTRLA_PRESCALER_DIV1, TCC_CTRLA_PRESCSYNC_PRESC);  
      // Enables capture on channel 0,1,2 and 3
      TCC0_CAPTURE_EnableCaptureChannel(TCC_CAPTURE_CHANNEL_0);
      TCC0_CAPTURE_EnableCaptureChannel(TCC_CAPTURE_CHANNEL_1);  
      TCC0_CAPTURE_EnableCaptureChannel(TCC_CAPTURE_CHANNEL_2);
      TCC0_CAPTURE_EnableCaptureChannel(TCC_CAPTURE_CHANNEL_3);
      //Enables input event
      TCC0_CAPTURE_EnableInputEvent(TCC_EVCTRL_TCEI0_Msk);
      TCC0_CAPTURE_EnableInputEvent(TCC_EVCTRL_TCEI1_Msk);
      TCC0_CAPTURE_EnableInputEvent(TCC_EVCTRL_MCEI0_Msk);
      TCC0_CAPTURE_EnableInputEvent(TCC_EVCTRL_MCEI1_Msk);
      TCC0_CAPTURE_EnableInputEvent(TCC_EVCTRL_MCEI2_Msk);
      TCC0_CAPTURE_EnableInputEvent(TCC_EVCTRL_MCEI3_Msk);    
      // Set event 1 input action to Pulse-Width and Period capture mode
      TCC0_CAPTURE_SetEvent1InputAction(TCC_EVCTRL_EVACT1_PWP);    
      //Interrupt handler for TCC0 capture events
      TCC0_CAPTURE_SetCallbackHandler(&TCC0_Capture_Interrupt_Handler);    
      //Enables interrupt for Match compare
      TCC0_CAPTURE_EnableInterrupt(TCC_INTENSET_MC0_Msk);
      TCC0_CAPTURE_EnableInterrupt(TCC_INTENSET_MC1_Msk);
      TCC0_CAPTURE_EnableInterrupt(TCC_INTENSET_MC2_Msk); 
      TCC0_CAPTURE_EnableInterrupt(TCC_INTENSET_MC3_Msk);  
      //Enable TCC0 capture mode
      TCC0_CAPTURE_Enable();
 
      return 0;
  }
  

Macro Definition Documentation

◆ TCC_CAPTURE_CHANNEL_0

#define TCC_CAPTURE_CHANNEL_0 0

Channels for TCC0 capture mode.

◆ TCC_CAPTURE_CHANNEL_1

#define TCC_CAPTURE_CHANNEL_1 1

◆ TCC_CAPTURE_CHANNEL_2

#define TCC_CAPTURE_CHANNEL_2 2

◆ TCC_CAPTURE_CHANNEL_3

#define TCC_CAPTURE_CHANNEL_3 3

◆ TCC_CAPTURE_EVENT_INV_TC_0

#define TCC_CAPTURE_EVENT_INV_TC_0 0

Timer counter channel for event inversion.

◆ TCC_CAPTURE_EVENT_INV_TC_1

#define TCC_CAPTURE_EVENT_INV_TC_1 1

◆ TCC_CAPTURE_SOURCE_POLARITY_INVERTED

#define TCC_CAPTURE_SOURCE_POLARITY_INVERTED 1U

◆ TCC_CAPTURE_SOURCE_POLARITY_NON_INVERTED

#define TCC_CAPTURE_SOURCE_POLARITY_NON_INVERTED 0U

Signal polarity for TCC0 capture input sources.

◆ TCC_COUNT_DIRECTION_DOWN

#define TCC_COUNT_DIRECTION_DOWN 2U

◆ TCC_COUNT_DIRECTION_UP

#define TCC_COUNT_DIRECTION_UP 1U

Counter direction for TCC0.

Typedef Documentation

◆ TCC0_CAPTURE_CALLBACK_HANDLER

TCC0_CAPTURE_CALLBACK_HANDLER

Callback handler type for TCC0 capture interrupts.

Parameters

int_cause Interrupt source mask of type TCC_INTERRUPT.

Returns: None

◆ TCC_CAPTURE_CHANNEL

typedef uint32_t TCC_CAPTURE_CHANNEL

TCC0 compare channel selection.

Selects the compare channel for TCC0 capture.

◆ TCC_CAPTURE_EVENT_INPUT_CHANNEL

typedef uint32_t TCC_CAPTURE_EVENT_INPUT_CHANNEL

TCC0 event channel selection.

Selects the event input channel for TCC0 capture.

◆ TCC_CAPTURE_EVENT_INV_CHANNEL

typedef uint32_t TCC_CAPTURE_EVENT_INV_CHANNEL

TCC0 INVERT_TIMER event inversion selection.

Selects the timer counter channel for event inversion.

◆ TCC_CAPTURE_EVENT_OUTPUT

typedef uint32_t TCC_CAPTURE_EVENT_OUTPUT

Event output selection for TCC0 capture (bitmask values).

◆ TCC_CAPTURE_INPUT_EVACT0

typedef uint32_t TCC_CAPTURE_INPUT_EVACT0

TCC0 event action selection for input event 0.

Selects the event action for TCC0 input event 0.

◆ TCC_CAPTURE_INPUT_EVENT_ACTION_1

typedef uint32_t TCC_CAPTURE_INPUT_EVENT_ACTION_1

TCC0 event action selection for input event 1.

Selects the event action for TCC0 input event 1.

◆ TCC_CAPTURE_INPUT_SOURCE_POLARITY

typedef uint32_t TCC_CAPTURE_INPUT_SOURCE_POLARITY

TCC0 signal polarity selection.

Selects the signal polarity for TCC0 capture input sources.

◆ TCC_COUNT_DIRECTION

typedef uint8_t TCC_COUNT_DIRECTION

TCC0 counter direction.

Selects the counter direction for TCC0.

◆ TCC_EVENT_OUTPUT_CNTSEL_PHASE

typedef uint32_t TCC_EVENT_OUTPUT_CNTSEL_PHASE

TCC0 event output phase.

Selects the event output phase TCC0.

◆ TCC_GCLK_PRESCALER

typedef uint32_t TCC_GCLK_PRESCALER

TCC0 clock prescaler options.

Selects the clock prescaler for TCC0.

◆ TCC_INTERRUPT

typedef uint32_t TCC_INTERRUPT

TCC0 interrupt sources.

◆ TCC_PRESCALER_SYNC_MODE

typedef uint32_t TCC_PRESCALER_SYNC_MODE

TCC0 prescaler synchronization mode.

Selects the prescaler synchronization mode for TCC0.

◆ TCC_WAVE_GEN_MODE

typedef uint32_t TCC_WAVE_GEN_MODE

TCC0 waveform generation mode.

Selects the waveform generation mode for TCC0.

◆ TCC_WAVE_RAMP_OPERATION

typedef uint32_t TCC_WAVE_RAMP_OPERATION

TCC0 capture ramp operation selection.

Selects the ramp operation for TCC0 capture mode.

Function Documentation

◆ TCC0_CAPTURE_CaptureIsStopped()

bool TCC0_CAPTURE_CaptureIsStopped ( void )

Check if the capture operation is stopped.

Parameters

None

Returns: true if stopped, false otherwise.

◆ TCC0_CAPTURE_ClearInterruptFlag()

void TCC0_CAPTURE_ClearInterruptFlag ( TCC_INTERRUPT flag )

Clear specific TCC0 capture interrupt flags.

Parameters

flag	Interrupt flag mask.

Returns: None

◆ TCC0_CAPTURE_Disable()

void TCC0_CAPTURE_Disable ( void )

Disable the TCC0 capture module.

Parameters

None

Returns: None

◆ TCC0_CAPTURE_DisableCaptureChannel()

void TCC0_CAPTURE_DisableCaptureChannel ( TCC_CAPTURE_CHANNEL channel )

Disable a capture channel.

Parameters

channel Capture channel number.

Returns: None

◆ TCC0_CAPTURE_DisableDMAOneShot()

void TCC0_CAPTURE_DisableDMAOneShot ( void )

Disable DMA one-shot mode.

Parameters

None

Returns: None

◆ TCC0_CAPTURE_DisableEventOutput()

void TCC0_CAPTURE_DisableEventOutput ( TCC_CAPTURE_EVENT_OUTPUT event )

Disable event output for a specific event type.

Parameters

event Event output type (see TCC_CAPTURE_EVENT_OUTPUT).

Returns: None

◆ TCC0_CAPTURE_DisableFullCycleStop()

void TCC0_CAPTURE_DisableFullCycleStop ( void )

Disable full cycle stop (stop immediately).

Parameters

None

Returns: None

◆ TCC0_CAPTURE_DisableInputEvent()

void TCC0_CAPTURE_DisableInputEvent ( TCC_CAPTURE_EVENT_INPUT_CHANNEL event_channel )

Disable input event for the capture module.

Parameters

event_channel Event input channel (see TCC_CAPTURE_EVENT_INPUT_CHANNEL).

Returns: None

◆ TCC0_CAPTURE_DisableInterrupt()

void TCC0_CAPTURE_DisableInterrupt ( TCC_INTERRUPT source )

Disable specific TCC0 capture interrupts.

Parameters

source Interrupt source mask of type TCC_INTERRUPT.

Returns: None

◆ TCC0_CAPTURE_DisableRunOnStandby()

void TCC0_CAPTURE_DisableRunOnStandby ( void )

Disable run in standby mode.

Parameters

None

Returns: None

◆ TCC0_CAPTURE_Enable()

void TCC0_CAPTURE_Enable ( void )

Enable the TCC0 capture module.

Parameters

None

Returns: None

◆ TCC0_CAPTURE_EnableCaptureChannel()

void TCC0_CAPTURE_EnableCaptureChannel ( TCC_CAPTURE_CHANNEL channel )

Enable a capture channel.

Parameters

channel Capture channel number.

Returns: None

◆ TCC0_CAPTURE_EnableDMAOneShot()

void TCC0_CAPTURE_EnableDMAOneShot ( void )

Enable DMA one-shot mode.

Parameters

None

Returns: None

◆ TCC0_CAPTURE_EnableEventOutput()

void TCC0_CAPTURE_EnableEventOutput ( TCC_CAPTURE_EVENT_OUTPUT event )

Enable event output for a specific event type.

Parameters

event Event output type (see TCC_CAPTURE_EVENT_OUTPUT).

Returns: None

◆ TCC0_CAPTURE_EnableFullCycleStop()

void TCC0_CAPTURE_EnableFullCycleStop ( void )

Enable full cycle stop (wait for end of cycle before stopping).

Parameters

None

Returns: None

◆ TCC0_CAPTURE_EnableInputEvent()

void TCC0_CAPTURE_EnableInputEvent ( TCC_CAPTURE_EVENT_INPUT_CHANNEL event_channel )

Enable input event for the capture module.

Parameters

event_channel Event input channel (see TCC_CAPTURE_EVENT_INPUT_CHANNEL).

Returns: None

◆ TCC0_CAPTURE_EnableInterrupt()

void TCC0_CAPTURE_EnableInterrupt ( TCC_INTERRUPT source )

Enable specific TCC0 capture interrupts.

Parameters

source Interrupt source mask of type TCC_INTERRUPT.

Returns: None

◆ TCC0_CAPTURE_EnableRunOnStandby()

void TCC0_CAPTURE_EnableRunOnStandby ( void )

Enable run in standby mode.

Parameters

None

Returns: None

◆ TCC0_CAPTURE_FullCycleStopIsEnabled()

bool TCC0_CAPTURE_FullCycleStopIsEnabled ( void )

Check if full cycle stop is enabled.

Parameters

None

Returns: true if enabled, false otherwise.

◆ TCC0_CAPTURE_GetCaptureValue()

uint32_t TCC0_CAPTURE_GetCaptureValue ( TCC_CAPTURE_CHANNEL channel )

Get the captured value for a channel.

Parameters

channel Capture channel number.

Returns: Captured value.

◆ TCC0_CAPTURE_GetInterruptFlag()

uint32_t TCC0_CAPTURE_GetInterruptFlag ( void )

Get the current TCC0 capture interrupt flags.

Parameters

None

Returns: Interrupt flag mask.

◆ TCC0_CAPTURE_GetPrescaler()

uint32_t TCC0_CAPTURE_GetPrescaler ( void )

Get the current prescaler value.

Parameters

None

Returns: Prescaler value.

◆ TCC0_CAPTURE_Initialize()

void TCC0_CAPTURE_Initialize ( void )

Initialize the TCC0 capture module.

Parameters

None

Returns: None

◆ TCC0_CAPTURE_ResetSoftware()

void TCC0_CAPTURE_ResetSoftware ( void )

Perform a software reset of the TCC0 capture module.

Parameters

None

Returns: None

◆ TCC0_CAPTURE_RetriggerCapture()

void TCC0_CAPTURE_RetriggerCapture ( void )

Retrigger the capture operation.

Parameters

None

Returns: None

◆ TCC0_CAPTURE_SetCallbackHandler()

void TCC0_CAPTURE_SetCallbackHandler ( TCC0_CAPTURE_CALLBACK_HANDLER callback )

Register a callback for capture interrupts.

Parameters

callback Function pointer to callback.

Returns: true if registered, false if source invalid.

◆ TCC0_CAPTURE_SetClockPrescaler()

void TCC0_CAPTURE_SetClockPrescaler	(	TCC_GCLK_PRESCALER	prescaler,
		TCC_PRESCALER_SYNC_MODE	presc_sync_mode )

Set the prescaler and prescaler synchronization for TCC0 capture.

Parameters

prescaler	Prescaler value.
presc_sync_mode	Prescaler synchronization value.

Returns: None

◆ TCC0_CAPTURE_SetEvent0InputAction()

void TCC0_CAPTURE_SetEvent0InputAction ( TCC_CAPTURE_INPUT_EVACT0 action )

Set event input action 0 for the timer.

Parameters

action Event action (see TCC_CAPTURE_INPUT_EVACT0).

Returns: None

◆ TCC0_CAPTURE_SetEvent1InputAction()

void TCC0_CAPTURE_SetEvent1InputAction ( TCC_CAPTURE_INPUT_EVENT_ACTION_1 action )

Set event input action 1 for the timer.

Parameters

action Event action (see TCC_CAPTURE_INPUT_EVENT_ACTION_1).

Returns: None

◆ TCC0_CAPTURE_SetEventInputPolarity()

void TCC0_CAPTURE_SetEventInputPolarity	(	TCC_CAPTURE_EVENT_INV_CHANNEL	event_channel,
		TCC_CAPTURE_INPUT_SOURCE_POLARITY	polarity )

Set event input polarity for the capture module.

Parameters

event_channel	Event input channel (see TCC_CAPTURE_EVENT_INPUT_CHANNEL).
polarity	Signal polarity (normal or inverted).

Returns: None

◆ TCC0_CAPTURE_StopCapture()

void TCC0_CAPTURE_StopCapture ( void )

Stop the capture operation.

Parameters

None

Returns: None

◆ TCC0_SetInterruptHandler()

void TCC0_SetInterruptHandler ( void(*)(void) handler )

Registers the TCC0 interrupt callback function. The callback function can be called from main.c for direct callback registration.

Parameters

[in] callback Pointer to user-defined TCC0 interrupt handler function. Pass NULL to unregister any existing callback.

Data Structures

Macros

Typedefs

Functions

Description

Usage Example

Macro Definition Documentation

◆ TCC_CAPTURE_CHANNEL_0

◆ TCC_CAPTURE_CHANNEL_1

◆ TCC_CAPTURE_CHANNEL_2

◆ TCC_CAPTURE_CHANNEL_3

◆ TCC_CAPTURE_EVENT_INV_TC_0

◆ TCC_CAPTURE_EVENT_INV_TC_1

◆ TCC_CAPTURE_SOURCE_POLARITY_INVERTED

◆ TCC_CAPTURE_SOURCE_POLARITY_NON_INVERTED

◆ TCC_COUNT_DIRECTION_DOWN

◆ TCC_COUNT_DIRECTION_UP

Typedef Documentation

◆ TCC0_CAPTURE_CALLBACK_HANDLER

◆ TCC_CAPTURE_CHANNEL

◆ TCC_CAPTURE_EVENT_INPUT_CHANNEL

◆ TCC_CAPTURE_EVENT_INV_CHANNEL

◆ TCC_CAPTURE_EVENT_OUTPUT

◆ TCC_CAPTURE_INPUT_EVACT0

◆ TCC_CAPTURE_INPUT_EVENT_ACTION_1

◆ TCC_CAPTURE_INPUT_SOURCE_POLARITY

◆ TCC_COUNT_DIRECTION

◆ TCC_EVENT_OUTPUT_CNTSEL_PHASE

◆ TCC_GCLK_PRESCALER

◆ TCC_INTERRUPT

◆ TCC_PRESCALER_SYNC_MODE

◆ TCC_WAVE_GEN_MODE

◆ TCC_WAVE_RAMP_OPERATION

Function Documentation

◆ TCC0_CAPTURE_CaptureIsStopped()

◆ TCC0_CAPTURE_ClearInterruptFlag()

◆ TCC0_CAPTURE_Disable()

◆ TCC0_CAPTURE_DisableCaptureChannel()

◆ TCC0_CAPTURE_DisableDMAOneShot()

◆ TCC0_CAPTURE_DisableEventOutput()

◆ TCC0_CAPTURE_DisableFullCycleStop()

◆ TCC0_CAPTURE_DisableInputEvent()

◆ TCC0_CAPTURE_DisableInterrupt()

◆ TCC0_CAPTURE_DisableRunOnStandby()

◆ TCC0_CAPTURE_Enable()

◆ TCC0_CAPTURE_EnableCaptureChannel()

◆ TCC0_CAPTURE_EnableDMAOneShot()

◆ TCC0_CAPTURE_EnableEventOutput()

◆ TCC0_CAPTURE_EnableFullCycleStop()

◆ TCC0_CAPTURE_EnableInputEvent()

◆ TCC0_CAPTURE_EnableInterrupt()

◆ TCC0_CAPTURE_EnableRunOnStandby()

◆ TCC0_CAPTURE_FullCycleStopIsEnabled()

◆ TCC0_CAPTURE_GetCaptureValue()

◆ TCC0_CAPTURE_GetInterruptFlag()

◆ TCC0_CAPTURE_GetPrescaler()

◆ TCC0_CAPTURE_Initialize()

◆ TCC0_CAPTURE_ResetSoftware()

◆ TCC0_CAPTURE_RetriggerCapture()

◆ TCC0_CAPTURE_SetCallbackHandler()

◆ TCC0_CAPTURE_SetClockPrescaler()

◆ TCC0_CAPTURE_SetEvent0InputAction()

◆ TCC0_CAPTURE_SetEvent1InputAction()

◆ TCC0_CAPTURE_SetEventInputPolarity()

◆ TCC0_CAPTURE_StopCapture()

◆ TCC0_SetInterruptHandler()