Driver API for AFEC (plib_afec0.h) More...

Data Structures
struct	AFEC_CALLBACK_OBJECT
	AFEC callback object structure (Harmony compatible). More...

Typedefs
typedef uint32_t	AFEC_CHANNEL_NUM
	AFEC channel number selection.

typedef uint32_t	AFEC_CHANNEL_MASK
	AFEC channel mask for enabling/disabling multiple channels.

typedef uint32_t	AFEC_CHANNEL_GAIN
	AFEC channel gain selection.

typedef uint32_t	AFEC_INTERRUPT_MASK
	AFEC interrupt mask for enabling/disabling interrupts.

typedef uint32_t	AFEC_COMPARATOR_MODE
	AFEC comparator mode selection.

typedef uint32_t	AFEC_TRIGGER_SOURCE
	AFEC trigger source selection.

typedef uint32_t	AFEC_RESOLUTION
	AFEC resolution selection.

typedef uint32_t	AFEC_STARTUP_TIME
	AFEC startup time selection.

typedef uint32_t	AFEC_SIGN_MODE
	AFEC sign mode selection.

typedef uint32_t	AFEC_TEMP_CMP_MODE
	AFEC temperature comparison mode selection.

typedef void(*	AFEC_CALLBACK_HANDLER) (uint32_t status)
	Simple AFEC interrupt callback handler type.

typedef void(*	AFEC_CALLBACK) (uint32_t status, uintptr_t context)
	AFEC interrupt callback type with context (Harmony compatible).

Functions
void	AFEC0_SoftwareReset (void)
	Software reset of AFEC0.

void	AFEC0_SetPrescaler (uint8_t prescaler)
	Sets the AFEC0 clock prescaler.

void	AFEC0_SetStartupTime (AFEC_STARTUP_TIME startup)
	Sets the AFEC0 startup time.

void	AFEC0_SetTransferPeriod (uint8_t transfer)
	Sets the AFEC0 transfer period.

void	AFEC0_SetFreeRunMode (bool enable)
	Enables or disables free run mode.

void	AFEC0_SetSleepMode (bool enable)
	Enables or disables sleep mode.

void	AFEC0_SetFastWakeup (bool enable)
	Enables or disables fast wakeup mode.

void	AFEC0_SetTriggerEnable (bool enable)
	Enables hardware trigger.

void	AFEC0_SetTriggerSource (AFEC_TRIGGER_SOURCE trigger)
	Sets the hardware trigger source.

void	AFEC0_SetUserSequenceMode (bool enable)
	Enables or disables user sequence mode.

void	AFEC0_SetResolution (AFEC_RESOLUTION resolution)
	Sets the AFEC0 resolution.

void	AFEC0_SetSignMode (AFEC_SIGN_MODE signmode)
	Sets the AFEC0 sign mode.

void	AFEC0_SetTagMode (bool enable)
	Enables or disables TAG mode.

void	AFEC0_SetSingleTriggerMode (bool enable)
	Enables or disables single trigger mode.

void	AFEC0_ChannelsEnable (AFEC_CHANNEL_MASK channelsMask)
	Enables AFEC0 channels.

void	AFEC0_ChannelsDisable (AFEC_CHANNEL_MASK channelsMask)
	Disables AFEC0 channels.

void	AFEC0_ChannelsInterruptEnable (AFEC_INTERRUPT_MASK channelsInterruptMask)
	Enables channel end of conversion interrupts.

void	AFEC0_ChannelsInterruptDisable (AFEC_INTERRUPT_MASK channelsInterruptMask)
	Disables channel end of conversion interrupts.

uint32_t	AFEC0_ChannelsStatusGet (void)
	Gets the channel status.

void	AFEC0_ConversionStart (void)
	Starts an AFEC0 conversion.

bool	AFEC0_ChannelResultIsReady (AFEC_CHANNEL_NUM channel)
	Checks if channel result is ready.

uint16_t	AFEC0_ChannelResultGet (AFEC_CHANNEL_NUM channel)
	Gets the conversion result for a channel.

uint16_t	AFEC0_LastConvertedDataGet (void)
	Gets the last converted data.

uint8_t	AFEC0_LastConvertedChannelGet (void)
	Gets the channel number from last converted data.

void	AFEC0_ConversionSequenceSet (const AFEC_CHANNEL_NUM *channelList, uint8_t numChannel)
	Configures the user-defined conversion sequence.

void	AFEC0_ChannelGainSet (AFEC_CHANNEL_NUM channel, AFEC_CHANNEL_GAIN gain)
	Sets the channel gain.

void	AFEC0_ChannelOffsetSet (AFEC_CHANNEL_NUM channel, uint16_t offset)
	Sets the channel offset.

void	AFEC0_ChannelDifferentialModeSet (AFEC_CHANNEL_NUM channel, bool enable)
	Sets a channel to differential mode.

void	AFEC0_ChannelDualSampleHoldSet (AFEC_CHANNEL_NUM channel, bool enable)
	Sets a channel to dual sample-and-hold mode.

void	AFEC0_PGA0Enable (bool enable)
	Enables PGA0.

void	AFEC0_PGA1Enable (bool enable)
	Enables PGA1.

void	AFEC0_SetBiasCurrentControl (uint8_t ibctl)
	Sets the AFE bias current control.

void	AFEC0_ComparatorChannelSet (AFEC_CHANNEL_NUM channel)
	Sets the comparator channel.

void	AFEC0_CompareAllChannelsEnable (void)
	Enables comparison on all channels.

void	AFEC0_CompareAllChannelsDisable (void)
	Disables comparison on all channels.

void	AFEC0_ComparatorModeSet (AFEC_COMPARATOR_MODE cmpMode)
	Sets the comparator mode.

void	AFEC0_ComparatorFilterSet (uint8_t filter)
	Sets the comparison filter.

void	AFEC0_CompareWindowSet (uint16_t lowThreshold, uint16_t highThreshold)
	Configures the comparison window.

bool	AFEC0_ComparatorStatusGet (void)
	Gets the comparator status.

void	AFEC0_TemperatureRTCTriggerEnable (bool enable)
	Enables temperature sensor RTC trigger.

void	AFEC0_TemperatureComparisonModeSet (AFEC_TEMP_CMP_MODE cmpMode)
	Sets the temperature comparison mode.

void	AFEC0_TemperatureCompareWindowSet (uint16_t lowThreshold, uint16_t highThreshold)
	Sets the temperature comparison window.

void	AFEC0_ChannelErrorCorrectionEnable (AFEC_CHANNEL_NUM channel, bool enable)
	Enables error correction for a channel.

void	AFEC0_CorrectionSelectSet (uint8_t shUnit)
	Selects the sample-and-hold unit for correction.

void	AFEC0_CorrectionValuesSet (int16_t offsetCorr, uint16_t gainCorr)
	Sets the correction values.

void	AFEC0_InterruptsEnable (AFEC_INTERRUPT_MASK interruptMask)
	Enables AFEC0 interrupts.

void	AFEC0_InterruptsDisable (AFEC_INTERRUPT_MASK interruptMask)
	Disables AFEC0 interrupts.

uint32_t	AFEC0_InterruptsMaskGet (void)
	Gets the interrupt mask.

uint32_t	AFEC0_StatusGet (void)
	Gets the interrupt status.

uint32_t	AFEC0_OverrunStatusGet (void)
	Gets the overrun status.

void	AFEC0_WriteProtectionEnable (bool enable)
	Enables write protection.

uint32_t	AFEC0_WriteProtectionStatusGet (void)
	Gets write protection violation status.

void	AFEC0_SetCallbackHandler (AFEC_CALLBACK_HANDLER callback)
	Registers a callback handler.

void	AFEC0_CallbackRegister (AFEC_CALLBACK callback, uintptr_t context)
	Registers a callback with context (Harmony compatible).

AFEC Channel Number Definitions
Channel number values for use with AFEC_CHANNEL_NUM type.
#define	AFEC_CH0 (0U)
	AFEC Channel 0.

#define	AFEC_CH1 (1U)
	AFEC Channel 1.

#define	AFEC_CH2 (2U)
	AFEC Channel 2.

#define	AFEC_CH3 (3U)
	AFEC Channel 3.

#define	AFEC_CH4 (4U)
	AFEC Channel 4.

#define	AFEC_CH5 (5U)
	AFEC Channel 5.

#define	AFEC_CH6 (6U)
	AFEC Channel 6.

#define	AFEC_CH7 (7U)
	AFEC Channel 7.

#define	AFEC_CH8 (8U)
	AFEC Channel 8.

#define	AFEC_CH9 (9U)
	AFEC Channel 9.

#define	AFEC_CH10 (10U)
	AFEC Channel 10.

#define	AFEC_CH11 (11U)
	AFEC Channel 11.

AFEC Channel Mask Definitions
Channel mask values for use with AFEC_CHANNEL_MASK type.
#define	AFEC_CH0_MASK (1U << 0U)
	AFEC Channel 0 mask.

#define	AFEC_CH1_MASK (1U << 1U)
	AFEC Channel 1 mask.

#define	AFEC_CH2_MASK (1U << 2U)
	AFEC Channel 2 mask.

#define	AFEC_CH3_MASK (1U << 3U)
	AFEC Channel 3 mask.

#define	AFEC_CH4_MASK (1U << 4U)
	AFEC Channel 4 mask.

#define	AFEC_CH5_MASK (1U << 5U)
	AFEC Channel 5 mask.

#define	AFEC_CH6_MASK (1U << 6U)
	AFEC Channel 6 mask.

#define	AFEC_CH7_MASK (1U << 7U)
	AFEC Channel 7 mask.

#define	AFEC_CH8_MASK (1U << 8U)
	AFEC Channel 8 mask.

#define	AFEC_CH9_MASK (1U << 9U)
	AFEC Channel 9 mask.

#define	AFEC_CH10_MASK (1U << 10U)
	AFEC Channel 10 mask.

#define	AFEC_CH11_MASK (1U << 11U)
	AFEC Channel 11 mask.

AFEC Gain Definitions
Gain values for use with AFEC_CHANNEL_GAIN type.
#define	AFEC_GAIN_X1 (0U)
	Gain x1 (no amplification)

#define	AFEC_GAIN_X2 (1U)
	Gain x2.

#define	AFEC_GAIN_X4 (3U)
	Gain x4.

AFEC Interrupt Mask Definitions
Interrupt mask values for use with AFEC_INTERRUPT_MASK type.
#define	AFEC_INTERRUPT_EOC0_MASK (1U << 0U)
	End of Conversion Channel 0 interrupt mask.

#define	AFEC_INTERRUPT_EOC1_MASK (1U << 1U)
	End of Conversion Channel 1 interrupt mask.

#define	AFEC_INTERRUPT_EOC2_MASK (1U << 2U)
	End of Conversion Channel 2 interrupt mask.

#define	AFEC_INTERRUPT_EOC3_MASK (1U << 3U)
	End of Conversion Channel 3 interrupt mask.

#define	AFEC_INTERRUPT_EOC4_MASK (1U << 4U)
	End of Conversion Channel 4 interrupt mask.

#define	AFEC_INTERRUPT_EOC5_MASK (1U << 5U)
	End of Conversion Channel 5 interrupt mask.

#define	AFEC_INTERRUPT_EOC6_MASK (1U << 6U)
	End of Conversion Channel 6 interrupt mask.

#define	AFEC_INTERRUPT_EOC7_MASK (1U << 7U)
	End of Conversion Channel 7 interrupt mask.

#define	AFEC_INTERRUPT_EOC8_MASK (1U << 8U)
	End of Conversion Channel 8 interrupt mask.

#define	AFEC_INTERRUPT_EOC9_MASK (1U << 9U)
	End of Conversion Channel 9 interrupt mask.

#define	AFEC_INTERRUPT_EOC10_MASK (1U << 10U)
	End of Conversion Channel 10 interrupt mask.

#define	AFEC_INTERRUPT_EOC11_MASK (1U << 11U)
	End of Conversion Channel 11 interrupt mask.

#define	AFEC_INTERRUPT_DRDY_MASK (1U << 24U)
	Data Ready interrupt mask.

#define	AFEC_INTERRUPT_GOVRE_MASK (1U << 25U)
	General Overrun Error interrupt mask.

#define	AFEC_INTERRUPT_COMPE_MASK (1U << 26U)
	Comparison Event interrupt mask.

#define	AFEC_INTERRUPT_TEMPCHG_MASK (1U << 30U)
	Temperature Change interrupt mask.

AFEC Comparator Mode Definitions
Comparator mode values for use with AFEC_COMPARATOR_MODE type.
#define	AFEC_COMPARATOR_MODE_LOW (0U)
	Event when conversion is lower than low threshold.

#define	AFEC_COMPARATOR_MODE_HIGH (1U)
	Event when conversion is higher than high threshold.

#define	AFEC_COMPARATOR_MODE_IN (2U)
	Event when conversion is within the comparison window.

#define	AFEC_COMPARATOR_MODE_OUT (3U)
	Event when conversion is outside the comparison window.

AFEC Trigger Source Definitions
Trigger source values for use with AFEC_TRIGGER_SOURCE type.
#define	AFEC_TRIGGER_ADTRG (0U)
	External trigger (ADTRG pin)

#define	AFEC_TRIGGER_TIOA0 (1U)
	Timer Counter Channel 0 Output A.

#define	AFEC_TRIGGER_TIOA1 (2U)
	Timer Counter Channel 1 Output A.

#define	AFEC_TRIGGER_TIOA2 (3U)
	Timer Counter Channel 2 Output A.

#define	AFEC_TRIGGER_PWM_EVENT0 (4U)
	PWM Event Line 0.

#define	AFEC_TRIGGER_PWM_EVENT1 (5U)
	PWM Event Line 1.

#define	AFEC_TRIGGER_ANALOG_COMP (6U)
	Analog Comparator.

AFEC Resolution Definitions
Resolution values for use with AFEC_RESOLUTION type.
#define	AFEC_RESOLUTION_12BIT (0U)
	12-bit resolution, no averaging

#define	AFEC_RESOLUTION_13BIT_OSR4 (2U)
	13-bit resolution with 4x oversampling

#define	AFEC_RESOLUTION_14BIT_OSR16 (3U)
	14-bit resolution with 16x oversampling

#define	AFEC_RESOLUTION_15BIT_OSR64 (4U)
	15-bit resolution with 64x oversampling

#define	AFEC_RESOLUTION_16BIT_OSR256 (5U)
	16-bit resolution with 256x oversampling

AFEC Startup Time Definitions
Startup time values for use with AFEC_STARTUP_TIME type (in AFE clock periods).
#define	AFEC_STARTUP_SUT0 (0U)
	0 AFE clock periods

#define	AFEC_STARTUP_SUT8 (1U)
	8 AFE clock periods

#define	AFEC_STARTUP_SUT16 (2U)
	16 AFE clock periods

#define	AFEC_STARTUP_SUT24 (3U)
	24 AFE clock periods

#define	AFEC_STARTUP_SUT64 (4U)
	64 AFE clock periods

#define	AFEC_STARTUP_SUT80 (5U)
	80 AFE clock periods

#define	AFEC_STARTUP_SUT96 (6U)
	96 AFE clock periods

#define	AFEC_STARTUP_SUT112 (7U)
	112 AFE clock periods

#define	AFEC_STARTUP_SUT512 (8U)
	512 AFE clock periods

#define	AFEC_STARTUP_SUT576 (9U)
	576 AFE clock periods

#define	AFEC_STARTUP_SUT640 (10U)
	640 AFE clock periods

#define	AFEC_STARTUP_SUT704 (11U)
	704 AFE clock periods

#define	AFEC_STARTUP_SUT768 (12U)
	768 AFE clock periods

#define	AFEC_STARTUP_SUT832 (13U)
	832 AFE clock periods

#define	AFEC_STARTUP_SUT896 (14U)
	896 AFE clock periods

#define	AFEC_STARTUP_SUT960 (15U)
	960 AFE clock periods

AFEC Sign Mode Definitions
Sign mode values for use with AFEC_SIGN_MODE type.
#define	AFEC_SIGNMODE_SE_UNSG_DF_SIGN (0U)
	Single-ended unsigned, differential signed.

#define	AFEC_SIGNMODE_SE_SIGN_DF_UNSG (1U)
	Single-ended signed, differential unsigned.

#define	AFEC_SIGNMODE_ALL_UNSIGNED (2U)
	All channels unsigned.

#define	AFEC_SIGNMODE_ALL_SIGNED (3U)
	All channels signed.

AFEC Temperature Comparison Mode Definitions
Temperature comparison mode values for use with AFEC_TEMP_CMP_MODE type.
#define	AFEC_TEMPCMPMODE_LOW (0U)
	Event when temperature is below low threshold.

#define	AFEC_TEMPCMPMODE_HIGH (1U)
	Event when temperature is above high threshold.

#define	AFEC_TEMPCMPMODE_IN (2U)
	Event when temperature is within the comparison window.

#define	AFEC_TEMPCMPMODE_OUT (3U)
	Event when temperature is outside the comparison window.

Description

Driver API for AFEC (plib_afec0.h)

Macro Definition Documentation

◆ AFEC_CH0

#define AFEC_CH0 (0U)

AFEC Channel 0.

◆ AFEC_CH0_MASK

#define AFEC_CH0_MASK (1U << 0U)

AFEC Channel 0 mask.

◆ AFEC_CH1

#define AFEC_CH1 (1U)

AFEC Channel 1.

◆ AFEC_CH10

#define AFEC_CH10 (10U)

AFEC Channel 10.

◆ AFEC_CH10_MASK

#define AFEC_CH10_MASK (1U << 10U)

AFEC Channel 10 mask.

◆ AFEC_CH11

#define AFEC_CH11 (11U)

AFEC Channel 11.

◆ AFEC_CH11_MASK

#define AFEC_CH11_MASK (1U << 11U)

AFEC Channel 11 mask.

◆ AFEC_CH1_MASK

#define AFEC_CH1_MASK (1U << 1U)

AFEC Channel 1 mask.

◆ AFEC_CH2

#define AFEC_CH2 (2U)

AFEC Channel 2.

◆ AFEC_CH2_MASK

#define AFEC_CH2_MASK (1U << 2U)

AFEC Channel 2 mask.

◆ AFEC_CH3

#define AFEC_CH3 (3U)

AFEC Channel 3.

◆ AFEC_CH3_MASK

#define AFEC_CH3_MASK (1U << 3U)

AFEC Channel 3 mask.

◆ AFEC_CH4

#define AFEC_CH4 (4U)

AFEC Channel 4.

◆ AFEC_CH4_MASK

#define AFEC_CH4_MASK (1U << 4U)

AFEC Channel 4 mask.

◆ AFEC_CH5

#define AFEC_CH5 (5U)

AFEC Channel 5.

◆ AFEC_CH5_MASK

#define AFEC_CH5_MASK (1U << 5U)

AFEC Channel 5 mask.

◆ AFEC_CH6

#define AFEC_CH6 (6U)

AFEC Channel 6.

◆ AFEC_CH6_MASK

#define AFEC_CH6_MASK (1U << 6U)

AFEC Channel 6 mask.

◆ AFEC_CH7

#define AFEC_CH7 (7U)

AFEC Channel 7.

◆ AFEC_CH7_MASK

#define AFEC_CH7_MASK (1U << 7U)

AFEC Channel 7 mask.

◆ AFEC_CH8

#define AFEC_CH8 (8U)

AFEC Channel 8.

◆ AFEC_CH8_MASK

#define AFEC_CH8_MASK (1U << 8U)

AFEC Channel 8 mask.

◆ AFEC_CH9

#define AFEC_CH9 (9U)

AFEC Channel 9.

◆ AFEC_CH9_MASK

#define AFEC_CH9_MASK (1U << 9U)

AFEC Channel 9 mask.

◆ AFEC_COMPARATOR_MODE_HIGH

#define AFEC_COMPARATOR_MODE_HIGH (1U)

Event when conversion is higher than high threshold.

◆ AFEC_COMPARATOR_MODE_IN

#define AFEC_COMPARATOR_MODE_IN (2U)

Event when conversion is within the comparison window.

◆ AFEC_COMPARATOR_MODE_LOW

#define AFEC_COMPARATOR_MODE_LOW (0U)

Event when conversion is lower than low threshold.

◆ AFEC_COMPARATOR_MODE_OUT

#define AFEC_COMPARATOR_MODE_OUT (3U)

Event when conversion is outside the comparison window.

◆ AFEC_GAIN_X1

#define AFEC_GAIN_X1 (0U)

Gain x1 (no amplification)

◆ AFEC_GAIN_X2

#define AFEC_GAIN_X2 (1U)

Gain x2.

◆ AFEC_GAIN_X4

#define AFEC_GAIN_X4 (3U)

Gain x4.

◆ AFEC_INTERRUPT_COMPE_MASK

#define AFEC_INTERRUPT_COMPE_MASK (1U << 26U)

Comparison Event interrupt mask.

◆ AFEC_INTERRUPT_DRDY_MASK

#define AFEC_INTERRUPT_DRDY_MASK (1U << 24U)

Data Ready interrupt mask.

◆ AFEC_INTERRUPT_EOC0_MASK

#define AFEC_INTERRUPT_EOC0_MASK (1U << 0U)

End of Conversion Channel 0 interrupt mask.

◆ AFEC_INTERRUPT_EOC10_MASK

#define AFEC_INTERRUPT_EOC10_MASK (1U << 10U)

End of Conversion Channel 10 interrupt mask.

◆ AFEC_INTERRUPT_EOC11_MASK

#define AFEC_INTERRUPT_EOC11_MASK (1U << 11U)

End of Conversion Channel 11 interrupt mask.

◆ AFEC_INTERRUPT_EOC1_MASK

#define AFEC_INTERRUPT_EOC1_MASK (1U << 1U)

End of Conversion Channel 1 interrupt mask.

◆ AFEC_INTERRUPT_EOC2_MASK

#define AFEC_INTERRUPT_EOC2_MASK (1U << 2U)

End of Conversion Channel 2 interrupt mask.

◆ AFEC_INTERRUPT_EOC3_MASK

#define AFEC_INTERRUPT_EOC3_MASK (1U << 3U)

End of Conversion Channel 3 interrupt mask.

◆ AFEC_INTERRUPT_EOC4_MASK

#define AFEC_INTERRUPT_EOC4_MASK (1U << 4U)

End of Conversion Channel 4 interrupt mask.

◆ AFEC_INTERRUPT_EOC5_MASK

#define AFEC_INTERRUPT_EOC5_MASK (1U << 5U)

End of Conversion Channel 5 interrupt mask.

◆ AFEC_INTERRUPT_EOC6_MASK

#define AFEC_INTERRUPT_EOC6_MASK (1U << 6U)

End of Conversion Channel 6 interrupt mask.

◆ AFEC_INTERRUPT_EOC7_MASK

#define AFEC_INTERRUPT_EOC7_MASK (1U << 7U)

End of Conversion Channel 7 interrupt mask.

◆ AFEC_INTERRUPT_EOC8_MASK

#define AFEC_INTERRUPT_EOC8_MASK (1U << 8U)

End of Conversion Channel 8 interrupt mask.

◆ AFEC_INTERRUPT_EOC9_MASK

#define AFEC_INTERRUPT_EOC9_MASK (1U << 9U)

End of Conversion Channel 9 interrupt mask.

◆ AFEC_INTERRUPT_GOVRE_MASK

#define AFEC_INTERRUPT_GOVRE_MASK (1U << 25U)

General Overrun Error interrupt mask.

◆ AFEC_INTERRUPT_TEMPCHG_MASK

#define AFEC_INTERRUPT_TEMPCHG_MASK (1U << 30U)

Temperature Change interrupt mask.

◆ AFEC_RESOLUTION_12BIT

#define AFEC_RESOLUTION_12BIT (0U)

12-bit resolution, no averaging

◆ AFEC_RESOLUTION_13BIT_OSR4

#define AFEC_RESOLUTION_13BIT_OSR4 (2U)

13-bit resolution with 4x oversampling

◆ AFEC_RESOLUTION_14BIT_OSR16

#define AFEC_RESOLUTION_14BIT_OSR16 (3U)

14-bit resolution with 16x oversampling

◆ AFEC_RESOLUTION_15BIT_OSR64

#define AFEC_RESOLUTION_15BIT_OSR64 (4U)

15-bit resolution with 64x oversampling

◆ AFEC_RESOLUTION_16BIT_OSR256

#define AFEC_RESOLUTION_16BIT_OSR256 (5U)

16-bit resolution with 256x oversampling

◆ AFEC_SIGNMODE_ALL_SIGNED

#define AFEC_SIGNMODE_ALL_SIGNED (3U)

All channels signed.

◆ AFEC_SIGNMODE_ALL_UNSIGNED

#define AFEC_SIGNMODE_ALL_UNSIGNED (2U)

All channels unsigned.

◆ AFEC_SIGNMODE_SE_SIGN_DF_UNSG

#define AFEC_SIGNMODE_SE_SIGN_DF_UNSG (1U)

Single-ended signed, differential unsigned.

◆ AFEC_SIGNMODE_SE_UNSG_DF_SIGN

#define AFEC_SIGNMODE_SE_UNSG_DF_SIGN (0U)

Single-ended unsigned, differential signed.

◆ AFEC_STARTUP_SUT0

#define AFEC_STARTUP_SUT0 (0U)

0 AFE clock periods

◆ AFEC_STARTUP_SUT112

#define AFEC_STARTUP_SUT112 (7U)

112 AFE clock periods

◆ AFEC_STARTUP_SUT16

#define AFEC_STARTUP_SUT16 (2U)

16 AFE clock periods

◆ AFEC_STARTUP_SUT24

#define AFEC_STARTUP_SUT24 (3U)

24 AFE clock periods

◆ AFEC_STARTUP_SUT512

#define AFEC_STARTUP_SUT512 (8U)

512 AFE clock periods

◆ AFEC_STARTUP_SUT576

#define AFEC_STARTUP_SUT576 (9U)

576 AFE clock periods

◆ AFEC_STARTUP_SUT64

#define AFEC_STARTUP_SUT64 (4U)

64 AFE clock periods

◆ AFEC_STARTUP_SUT640

#define AFEC_STARTUP_SUT640 (10U)

640 AFE clock periods

◆ AFEC_STARTUP_SUT704

#define AFEC_STARTUP_SUT704 (11U)

704 AFE clock periods

◆ AFEC_STARTUP_SUT768

#define AFEC_STARTUP_SUT768 (12U)

768 AFE clock periods

◆ AFEC_STARTUP_SUT8

#define AFEC_STARTUP_SUT8 (1U)

8 AFE clock periods

◆ AFEC_STARTUP_SUT80

#define AFEC_STARTUP_SUT80 (5U)

80 AFE clock periods

◆ AFEC_STARTUP_SUT832

#define AFEC_STARTUP_SUT832 (13U)

832 AFE clock periods

◆ AFEC_STARTUP_SUT896

#define AFEC_STARTUP_SUT896 (14U)

896 AFE clock periods

◆ AFEC_STARTUP_SUT96

#define AFEC_STARTUP_SUT96 (6U)

96 AFE clock periods

◆ AFEC_STARTUP_SUT960

#define AFEC_STARTUP_SUT960 (15U)

960 AFE clock periods

◆ AFEC_TEMPCMPMODE_HIGH

#define AFEC_TEMPCMPMODE_HIGH (1U)

Event when temperature is above high threshold.

◆ AFEC_TEMPCMPMODE_IN

#define AFEC_TEMPCMPMODE_IN (2U)

Event when temperature is within the comparison window.

◆ AFEC_TEMPCMPMODE_LOW

#define AFEC_TEMPCMPMODE_LOW (0U)

Event when temperature is below low threshold.

◆ AFEC_TEMPCMPMODE_OUT

#define AFEC_TEMPCMPMODE_OUT (3U)

Event when temperature is outside the comparison window.

◆ AFEC_TRIGGER_ADTRG

#define AFEC_TRIGGER_ADTRG (0U)

External trigger (ADTRG pin)

◆ AFEC_TRIGGER_ANALOG_COMP

#define AFEC_TRIGGER_ANALOG_COMP (6U)

Analog Comparator.

◆ AFEC_TRIGGER_PWM_EVENT0

#define AFEC_TRIGGER_PWM_EVENT0 (4U)

PWM Event Line 0.

◆ AFEC_TRIGGER_PWM_EVENT1

#define AFEC_TRIGGER_PWM_EVENT1 (5U)

PWM Event Line 1.

◆ AFEC_TRIGGER_TIOA0

#define AFEC_TRIGGER_TIOA0 (1U)

Timer Counter Channel 0 Output A.

◆ AFEC_TRIGGER_TIOA1

#define AFEC_TRIGGER_TIOA1 (2U)

Timer Counter Channel 1 Output A.

◆ AFEC_TRIGGER_TIOA2

#define AFEC_TRIGGER_TIOA2 (3U)

Timer Counter Channel 2 Output A.

Typedef Documentation

◆ AFEC_CALLBACK

AFEC_CALLBACK

AFEC interrupt callback type with context (Harmony compatible).

Defines the prototype for AFEC interrupt callback functions with user context. Use this with AFECx_CallbackRegister() for applications that need to pass user-defined context (e.g., object pointers, state data) to the callback.

This is the recommended callback pattern for new designs as it provides better modularity and compatibility with MPLAB Harmony 3 style APIs.

Parameters

status	The interrupt status register value that triggered the callback.
context	User-defined context value passed during callback registration.

◆ AFEC_CALLBACK_HANDLER

AFEC_CALLBACK_HANDLER

Simple AFEC interrupt callback handler type.

Defines the prototype for simple AFEC interrupt callback functions. Use this with AFECx_SetCallbackHandler() for simple applications that don't need to pass user context to the callback.

Note: For new designs, consider using AFEC_CALLBACK with AFECx_CallbackRegister() which provides context-passing capability for better modularity.

Parameters

status The interrupt status register value that triggered the callback.

◆ AFEC_CHANNEL_GAIN

AFEC_CHANNEL_GAIN

AFEC channel gain selection.

This type specifies the gain for the programmable gain amplifier.

◆ AFEC_CHANNEL_MASK

AFEC_CHANNEL_MASK

AFEC channel mask for enabling/disabling multiple channels.

This type specifies a bitmask of channels.

◆ AFEC_CHANNEL_NUM

AFEC_CHANNEL_NUM

AFEC channel number selection.

This type specifies the AFEC channel number (0-11).

◆ AFEC_COMPARATOR_MODE

AFEC_COMPARATOR_MODE

AFEC comparator mode selection.

This type specifies the comparison mode for window monitoring.

◆ AFEC_INTERRUPT_MASK

AFEC_INTERRUPT_MASK

AFEC interrupt mask for enabling/disabling interrupts.

This type specifies a bitmask of interrupt sources.

◆ AFEC_RESOLUTION

AFEC_RESOLUTION

AFEC resolution selection.

This type specifies the resolution and averaging mode.

◆ AFEC_SIGN_MODE

AFEC_SIGN_MODE

AFEC sign mode selection.

This type specifies the sign mode for conversion results.

◆ AFEC_STARTUP_TIME

AFEC_STARTUP_TIME

AFEC startup time selection.

This type specifies the startup time in AFE clock periods.

◆ AFEC_TEMP_CMP_MODE

AFEC_TEMP_CMP_MODE

AFEC temperature comparison mode selection.

This type specifies the temperature comparison mode.

◆ AFEC_TRIGGER_SOURCE

AFEC_TRIGGER_SOURCE

AFEC trigger source selection.

This type specifies the hardware trigger source.

Function Documentation

◆ AFEC0_CallbackRegister()

void AFEC0_CallbackRegister	(	AFEC_CALLBACK	callback,
		uintptr_t	context )

Registers a callback with context (Harmony compatible).

Sets a user-defined callback function with context to be invoked when an AFEC0 interrupt occurs.

Parameters

callback	Pointer to the callback function.
context	User-defined context value passed to the callback.

Returns: None.

◆ AFEC0_ChannelDifferentialModeSet()

void AFEC0_ChannelDifferentialModeSet	(	AFEC_CHANNEL_NUM	channel,
		bool	enable )

Sets a channel to differential mode.

Configures a channel for differential input operation.

Parameters

channel	Channel number (see AFEC_CHANNEL_NUM).
enable	True for differential mode, false for single-ended.

Returns: None.

◆ AFEC0_ChannelDualSampleHoldSet()

void AFEC0_ChannelDualSampleHoldSet	(	AFEC_CHANNEL_NUM	channel,
		bool	enable )

Sets a channel to dual sample-and-hold mode.

Configures a channel for dual sample-and-hold operation.

Parameters

channel	Channel number (see AFEC_CHANNEL_NUM).
enable	True for dual S&H mode, false for single S&H.

Returns: None.

◆ AFEC0_ChannelErrorCorrectionEnable()

void AFEC0_ChannelErrorCorrectionEnable	(	AFEC_CHANNEL_NUM	channel,
		bool	enable )

Enables error correction for a channel.

Enables automatic error correction for the specified channel.

Parameters

channel	Channel number (see AFEC_CHANNEL_NUM).
enable	True to enable, false to disable.

Returns: None.

◆ AFEC0_ChannelGainSet()

void AFEC0_ChannelGainSet	(	AFEC_CHANNEL_NUM	channel,
		AFEC_CHANNEL_GAIN	gain )

Sets the channel gain.

Configures the programmable gain amplifier for a channel.

Parameters

channel	Channel number (see AFEC_CHANNEL_NUM).
gain	Gain selection (see AFEC_CHANNEL_GAIN).

Returns: None.

◆ AFEC0_ChannelOffsetSet()

void AFEC0_ChannelOffsetSet	(	AFEC_CHANNEL_NUM	channel,
		uint16_t	offset )

Sets the channel offset.

Configures the analog offset compensation for a channel.

Parameters

channel	Channel number (see AFEC_CHANNEL_NUM).
offset	Offset value (0-1023, 512 = no offset).

Returns: None.

◆ AFEC0_ChannelResultGet()

uint16_t AFEC0_ChannelResultGet ( AFEC_CHANNEL_NUM channel )

Gets the conversion result for a channel.

Returns the conversion result for the specified channel.

Parameters

channel Channel number (see AFEC_CHANNEL_NUM).

Returns: 16-bit conversion result.

◆ AFEC0_ChannelResultIsReady()

bool AFEC0_ChannelResultIsReady ( AFEC_CHANNEL_NUM channel )

Checks if channel result is ready.

Returns true if conversion result is available for the specified channel.

Parameters

channel Channel number (see AFEC_CHANNEL_NUM).

Returns: true if result is ready, false otherwise.

◆ AFEC0_ChannelsDisable()

void AFEC0_ChannelsDisable ( AFEC_CHANNEL_MASK channelsMask )

Disables AFEC0 channels.

Disables the specified channels.

Parameters

channelsMask Bitmask of channels to disable (see AFEC_CHANNEL_MASK).

Returns: None.

◆ AFEC0_ChannelsEnable()

void AFEC0_ChannelsEnable ( AFEC_CHANNEL_MASK channelsMask )

Enables AFEC0 channels.

Enables the specified channels for conversion.

Parameters

channelsMask Bitmask of channels to enable (see AFEC_CHANNEL_MASK).

Returns: None.

◆ AFEC0_ChannelsInterruptDisable()

void AFEC0_ChannelsInterruptDisable ( AFEC_INTERRUPT_MASK channelsInterruptMask )

Disables channel end of conversion interrupts.

Disables the specified channel interrupt sources.

Parameters

channelsInterruptMask Bitmask of channel interrupts to disable (see AFEC_INTERRUPT_MASK).

Returns: None.

◆ AFEC0_ChannelsInterruptEnable()

void AFEC0_ChannelsInterruptEnable ( AFEC_INTERRUPT_MASK channelsInterruptMask )

Enables channel end of conversion interrupts.

Enables the specified channel interrupt sources.

Parameters

channelsInterruptMask Bitmask of channel interrupts to enable (see AFEC_INTERRUPT_MASK).

Returns: None.

◆ AFEC0_ChannelsStatusGet()

uint32_t AFEC0_ChannelsStatusGet ( void )

Gets the channel status.

Returns the current channel enable status.

Parameters

None.

Returns: Bitmask of enabled channels.

◆ AFEC0_ComparatorChannelSet()

void AFEC0_ComparatorChannelSet ( AFEC_CHANNEL_NUM channel )

Sets the comparator channel.

Configures which channel is used for comparison.

Parameters

channel Channel number (see AFEC_CHANNEL_NUM).

Returns: None.

◆ AFEC0_ComparatorFilterSet()

void AFEC0_ComparatorFilterSet ( uint8_t filter )

Sets the comparison filter.

Sets the number of consecutive comparison errors needed to raise flag.

Parameters

filter Filter value (0-3, number of comparisons = filter + 1).

Returns: None.

◆ AFEC0_ComparatorModeSet()

void AFEC0_ComparatorModeSet ( AFEC_COMPARATOR_MODE cmpMode )

Sets the comparator mode.

Configures the comparison mode (low, high, in, out).

Parameters

cmpMode Comparator mode selection (see AFEC_COMPARATOR_MODE).

Returns: None.

◆ AFEC0_ComparatorStatusGet()

bool AFEC0_ComparatorStatusGet ( void )

Gets the comparator status.

Returns true if a comparison event has occurred.

Parameters

None.

Returns: true if comparison event occurred, false otherwise.

◆ AFEC0_CompareAllChannelsDisable()

void AFEC0_CompareAllChannelsDisable ( void )

Disables comparison on all channels.

When disabled, only the selected channel is compared.

Parameters

None.

Returns: None.

◆ AFEC0_CompareAllChannelsEnable()

void AFEC0_CompareAllChannelsEnable ( void )

Enables comparison on all channels.

When enabled, all channels are compared against the window.

Parameters

None.

Returns: None.

◆ AFEC0_CompareWindowSet()

void AFEC0_CompareWindowSet	(	uint16_t	lowThreshold,
		uint16_t	highThreshold )

Configures the comparison window.

Sets the low and high thresholds for comparison.

Parameters

lowThreshold	Low threshold value (16-bit).
highThreshold	High threshold value (16-bit).

Returns: None.

◆ AFEC0_ConversionSequenceSet()

void AFEC0_ConversionSequenceSet	(	const AFEC_CHANNEL_NUM *	channelList,
		uint8_t	numChannel )

Configures the user-defined conversion sequence.

Sets the channel conversion sequence for user sequence mode.

Parameters

channelList	Pointer to array of channel numbers.
numChannel	Number of channels in the sequence (max 12).

Returns: None.

◆ AFEC0_ConversionStart()

void AFEC0_ConversionStart ( void )

Starts an AFEC0 conversion.

Initiates a software-triggered conversion on enabled channels.

Parameters

None.

Returns: None.

◆ AFEC0_CorrectionSelectSet()

void AFEC0_CorrectionSelectSet ( uint8_t shUnit )

Selects the sample-and-hold unit for correction.

Selects which S&H unit's correction values are accessed.

Parameters

shUnit Sample-and-hold unit (0 or 1).

Returns: None.

◆ AFEC0_CorrectionValuesSet()

void AFEC0_CorrectionValuesSet	(	int16_t	offsetCorr,
		uint16_t	gainCorr )

Sets the correction values.

Configures offset and gain correction values for the selected S&H unit.

Parameters

offsetCorr	Offset correction value (16-bit signed).
gainCorr	Gain correction value (16-bit).

Returns: None.

◆ AFEC0_InterruptsDisable()

void AFEC0_InterruptsDisable ( AFEC_INTERRUPT_MASK interruptMask )

Disables AFEC0 interrupts.

Disables the specified interrupt sources.

Parameters

interruptMask Bitmask of interrupts to disable (see AFEC_INTERRUPT_MASK).

Returns: None.

◆ AFEC0_InterruptsEnable()

void AFEC0_InterruptsEnable ( AFEC_INTERRUPT_MASK interruptMask )

Enables AFEC0 interrupts.

Enables the specified interrupt sources.

Parameters

interruptMask Bitmask of interrupts to enable (see AFEC_INTERRUPT_MASK).

Returns: None.

◆ AFEC0_InterruptsMaskGet()

uint32_t AFEC0_InterruptsMaskGet ( void )

Gets the interrupt mask.

Returns the current interrupt enable mask.

Parameters

None.

Returns: Bitmask of enabled interrupts.

◆ AFEC0_LastConvertedChannelGet()

uint8_t AFEC0_LastConvertedChannelGet ( void )

Gets the channel number from last converted data.

Returns the channel number associated with last converted data (requires TAG mode).

Parameters

None.

Returns: Channel number (0-11).

◆ AFEC0_LastConvertedDataGet()

uint16_t AFEC0_LastConvertedDataGet ( void )

Gets the last converted data.

Returns the last converted data from LCDR register.

Parameters

None.

Returns: 16-bit last converted data.

◆ AFEC0_OverrunStatusGet()

uint32_t AFEC0_OverrunStatusGet ( void )

Gets the overrun status.

Returns the overrun status for all channels.

Parameters

None.

Returns: Overrun status register value.

◆ AFEC0_PGA0Enable()

void AFEC0_PGA0Enable ( bool enable )

Enables PGA0.

Enables the Programmable Gain Amplifier 0.

Parameters

enable True to enable, false to disable.

Returns: None.

◆ AFEC0_PGA1Enable()

void AFEC0_PGA1Enable ( bool enable )

Enables PGA1.

Enables the Programmable Gain Amplifier 1.

Parameters

enable True to enable, false to disable.

Returns: None.

◆ AFEC0_SetBiasCurrentControl()

void AFEC0_SetBiasCurrentControl ( uint8_t ibctl )

Sets the AFE bias current control.

Configures the bias current for the analog front-end.

Parameters

ibctl Bias current control value (0-3).

Returns: None.

◆ AFEC0_SetCallbackHandler()

void AFEC0_SetCallbackHandler ( AFEC_CALLBACK_HANDLER callback )

Registers a callback handler.

Sets a user-defined callback function to be invoked when an AFEC0 interrupt occurs.

Parameters

callback Pointer to the callback function.

Returns: None.

◆ AFEC0_SetFastWakeup()

void AFEC0_SetFastWakeup ( bool enable )

Enables or disables fast wakeup mode.

In fast wakeup mode, voltage reference stays ON between conversions.

Parameters

enable True to enable fast wakeup, false for normal sleep.

Returns: None.

◆ AFEC0_SetFreeRunMode()

void AFEC0_SetFreeRunMode ( bool enable )

Enables or disables free run mode.

In free run mode, AFEC0 continuously converts without waiting for triggers.

Parameters

enable True to enable, false to disable.

Returns: None.

◆ AFEC0_SetPrescaler()

void AFEC0_SetPrescaler ( uint8_t prescaler )

Sets the AFEC0 clock prescaler.

Configures the AFEC0 clock division factor relative to the peripheral clock. AFE Clock = Peripheral Clock / (PRESCAL + 1) This function also sets the ONE bit (bit 23) in the Mode Register as required by the datasheet. Call this function during AFEC initialization.

Parameters

prescaler Prescaler value (0-255).

Returns: None.

◆ AFEC0_SetResolution()

void AFEC0_SetResolution ( AFEC_RESOLUTION resolution )

Sets the AFEC0 resolution.

Configures the resolution and averaging/oversampling mode.

Parameters

resolution Resolution selection (see AFEC_RESOLUTION).

Returns: None.

◆ AFEC0_SetSignMode()

void AFEC0_SetSignMode ( AFEC_SIGN_MODE signmode )

Sets the AFEC0 sign mode.

Configures whether conversion results are signed or unsigned.

Parameters

signmode Sign mode selection (see AFEC_SIGN_MODE).

Returns: None.

◆ AFEC0_SetSingleTriggerMode()

void AFEC0_SetSingleTriggerMode ( bool enable )

Enables or disables single trigger mode.

When enabled, only a single trigger is required to get an averaged value.

Parameters

enable True to enable single trigger mode, false for multiple triggers.

Returns: None.

◆ AFEC0_SetSleepMode()

void AFEC0_SetSleepMode ( bool enable )

Enables or disables sleep mode.

In sleep mode, AFE and reference voltage are OFF between conversions.

Parameters

enable True to enable sleep mode, false for normal mode.

Returns: None.

◆ AFEC0_SetStartupTime()

void AFEC0_SetStartupTime ( AFEC_STARTUP_TIME startup )

Sets the AFEC0 startup time.

Configures the startup time in AFE clock periods.

Parameters

startup Startup time selection (see AFEC_STARTUP_TIME).

Returns: None.

◆ AFEC0_SetTagMode()

void AFEC0_SetTagMode ( bool enable )

Enables or disables TAG mode.

When enabled, channel number is appended to LCDR.

Parameters

enable True to enable TAG mode, false to disable.

Returns: None.

◆ AFEC0_SetTransferPeriod()

void AFEC0_SetTransferPeriod ( uint8_t transfer )

Sets the AFEC0 transfer period.

Configures the period between start command and channel selection.

Parameters

transfer Transfer period value (0-3, recommended: 2).

Returns: None.

◆ AFEC0_SetTriggerEnable()

void AFEC0_SetTriggerEnable ( bool enable )

Enables hardware trigger.

Enables the hardware trigger selected by SetTriggerSource.

Parameters

enable True to enable hardware trigger, false for software trigger only.

Returns: None.

◆ AFEC0_SetTriggerSource()

void AFEC0_SetTriggerSource ( AFEC_TRIGGER_SOURCE trigger )

Sets the hardware trigger source.

Configures which hardware trigger source is used.

Parameters

trigger Trigger source selection (see AFEC_TRIGGER_SOURCE).

Returns: None.

◆ AFEC0_SetUserSequenceMode()

void AFEC0_SetUserSequenceMode ( bool enable )

Enables or disables user sequence mode.

In user sequence mode, the conversion sequence is defined by SEQ1R/SEQ2R.

Parameters

enable True to enable user sequence, false for numeric order.

Returns: None.

◆ AFEC0_SoftwareReset()

void AFEC0_SoftwareReset ( void )

Software reset of AFEC0.

Resets the AFEC0 module to its default state.

Parameters

None.

Returns: None.

◆ AFEC0_StatusGet()

uint32_t AFEC0_StatusGet ( void )

Gets the interrupt status.

Returns the current interrupt status register (AFEC_ISR). Note: Reading AFEC_ISR clears only GOVRE, COMPE, and TEMPCHG flags. EOCx flags are cleared by reading AFEC_CDRx (via ChannelResultGet). DRDY flag is cleared by reading AFEC_LCDR (via LastConvertedDataGet).

Parameters

None.

Returns: Interrupt status register value.

◆ AFEC0_TemperatureCompareWindowSet()

void AFEC0_TemperatureCompareWindowSet	(	uint16_t	lowThreshold,
		uint16_t	highThreshold )

Sets the temperature comparison window.

Configures the low and high thresholds for temperature comparison.

Parameters

lowThreshold	Low threshold value (16-bit).
highThreshold	High threshold value (16-bit).

Returns: None.

◆ AFEC0_TemperatureComparisonModeSet()

void AFEC0_TemperatureComparisonModeSet ( AFEC_TEMP_CMP_MODE cmpMode )

Sets the temperature comparison mode.

Configures the temperature comparison mode.

Parameters

cmpMode Temperature comparison mode (see AFEC_TEMP_CMP_MODE).

Returns: None.

◆ AFEC0_TemperatureRTCTriggerEnable()

void AFEC0_TemperatureRTCTriggerEnable ( bool enable )

Enables temperature sensor RTC trigger.

When enabled, temperature sensor is triggered by RTC every second.

Parameters

enable True to enable RTC trigger, false to disable.

Returns: None.

◆ AFEC0_WriteProtectionEnable()

void AFEC0_WriteProtectionEnable ( bool enable )

Enables write protection.

Enables write protection for AFEC0 registers.

Parameters

enable True to enable write protection, false to disable.

Returns: None.

◆ AFEC0_WriteProtectionStatusGet()

uint32_t AFEC0_WriteProtectionStatusGet ( void )

Gets write protection violation status.

Returns information about write protection violations.

Parameters

None.

Returns: Write protection status register value.

Data Structures

Typedefs

Functions

AFEC Channel Number Definitions

AFEC Channel Mask Definitions

AFEC Gain Definitions

AFEC Interrupt Mask Definitions

AFEC Comparator Mode Definitions

AFEC Trigger Source Definitions

AFEC Resolution Definitions

AFEC Startup Time Definitions

AFEC Sign Mode Definitions

AFEC Temperature Comparison Mode Definitions

Description

Macro Definition Documentation

◆ AFEC_CH0

◆ AFEC_CH0_MASK

◆ AFEC_CH1

◆ AFEC_CH10

◆ AFEC_CH10_MASK

◆ AFEC_CH11

◆ AFEC_CH11_MASK

◆ AFEC_CH1_MASK

◆ AFEC_CH2

◆ AFEC_CH2_MASK

◆ AFEC_CH3

◆ AFEC_CH3_MASK

◆ AFEC_CH4

◆ AFEC_CH4_MASK

◆ AFEC_CH5

◆ AFEC_CH5_MASK

◆ AFEC_CH6

◆ AFEC_CH6_MASK

◆ AFEC_CH7

◆ AFEC_CH7_MASK

◆ AFEC_CH8

◆ AFEC_CH8_MASK

◆ AFEC_CH9

◆ AFEC_CH9_MASK

◆ AFEC_COMPARATOR_MODE_HIGH

◆ AFEC_COMPARATOR_MODE_IN

◆ AFEC_COMPARATOR_MODE_LOW

◆ AFEC_COMPARATOR_MODE_OUT

◆ AFEC_GAIN_X1

◆ AFEC_GAIN_X2

◆ AFEC_GAIN_X4

◆ AFEC_INTERRUPT_COMPE_MASK

◆ AFEC_INTERRUPT_DRDY_MASK

◆ AFEC_INTERRUPT_EOC0_MASK

◆ AFEC_INTERRUPT_EOC10_MASK

◆ AFEC_INTERRUPT_EOC11_MASK

◆ AFEC_INTERRUPT_EOC1_MASK

◆ AFEC_INTERRUPT_EOC2_MASK

◆ AFEC_INTERRUPT_EOC3_MASK

◆ AFEC_INTERRUPT_EOC4_MASK

◆ AFEC_INTERRUPT_EOC5_MASK

◆ AFEC_INTERRUPT_EOC6_MASK

◆ AFEC_INTERRUPT_EOC7_MASK

◆ AFEC_INTERRUPT_EOC8_MASK

◆ AFEC_INTERRUPT_EOC9_MASK

◆ AFEC_INTERRUPT_GOVRE_MASK

◆ AFEC_INTERRUPT_TEMPCHG_MASK

◆ AFEC_RESOLUTION_12BIT

◆ AFEC_RESOLUTION_13BIT_OSR4

◆ AFEC_RESOLUTION_14BIT_OSR16

◆ AFEC_RESOLUTION_15BIT_OSR64

◆ AFEC_RESOLUTION_16BIT_OSR256

◆ AFEC_SIGNMODE_ALL_SIGNED

◆ AFEC_SIGNMODE_ALL_UNSIGNED

◆ AFEC_SIGNMODE_SE_SIGN_DF_UNSG

◆ AFEC_SIGNMODE_SE_UNSG_DF_SIGN

◆ AFEC_STARTUP_SUT0

◆ AFEC_STARTUP_SUT112

◆ AFEC_STARTUP_SUT16

◆ AFEC_STARTUP_SUT24

◆ AFEC_STARTUP_SUT512

◆ AFEC_STARTUP_SUT576

◆ AFEC_STARTUP_SUT64

◆ AFEC_STARTUP_SUT640

◆ AFEC_STARTUP_SUT704