Detailed Description

Incremental Analog to Digital Converter (IADC) Peripheral API.

This module contains functions to control the IADC peripheral of Silicon Labs 32-bit MCUs and SoCs. The IADC is used to convert analog signals into a digital representation.

Data Structures
struct	IADC_AllConfigs_t

struct	IADC_Config_t

struct	IADC_Init_t

struct	IADC_InitScan_t

struct	IADC_InitSingle_t

struct	IADC_Result_t

struct	IADC_ScanTable_t

struct	IADC_ScanTableEntry_t

struct	IADC_SingleInput_t

Macros
#define	IADC_ALLCONFIGS_DEFAULT

#define	IADC_CONFIG_DEFAULT

#define	IADC_INIT_DEFAULT

#define	IADC_INITSCAN_DEFAULT

#define	IADC_INITSINGLE_DEFAULT

#define	IADC_SCANTABLE_DEFAULT

#define	IADC_SCANTABLEENTRY_DEFAULT

#define	IADC_SINGLEINPUT_DEFAULT

Enumerations
enum	IADC_Alignment_t { iadcAlignRight12 = _IADC_SCANFIFOCFG_ALIGNMENT_RIGHT12, iadcAlignLeft12 = _IADC_SCANFIFOCFG_ALIGNMENT_LEFT12 }

enum	IADC_CfgAdcMode_t { iadcCfgModeNormal = _IADC_CFG_ADCMODE_NORMAL }

enum	IADC_CfgAnalogGain_t { iadcCfgAnalogGain0P5x = _IADC_CFG_ANALOGGAIN_ANAGAIN0P5, iadcCfgAnalogGain1x = _IADC_CFG_ANALOGGAIN_ANAGAIN1, iadcCfgAnalogGain2x = _IADC_CFG_ANALOGGAIN_ANAGAIN2, iadcCfgAnalogGain3x = _IADC_CFG_ANALOGGAIN_ANAGAIN3, iadcCfgAnalogGain4x = _IADC_CFG_ANALOGGAIN_ANAGAIN4 }

enum	IADC_CfgOsrHighSpeed_t { iadcCfgOsrHighSpeed2x = _IADC_CFG_OSRHS_HISPD2, iadcCfgOsrHighSpeed4x = _IADC_CFG_OSRHS_HISPD4, iadcCfgOsrHighSpeed8x = _IADC_CFG_OSRHS_HISPD8, iadcCfgOsrHighSpeed16x = _IADC_CFG_OSRHS_HISPD16, iadcCfgOsrHighSpeed32x = _IADC_CFG_OSRHS_HISPD32 }

enum	IADC_CfgReference_t { iadcCfgReferenceInt1V2 = _IADC_CFG_REFSEL_VBGR, iadcCfgReferenceExt1V25 = _IADC_CFG_REFSEL_VREF, iadcCfgReferenceVddx = _IADC_CFG_REFSEL_VDDX, iadcCfgReferenceVddX0P8Buf = _IADC_CFG_REFSEL_VDDX0P8BUF }

enum	IADC_CfgTwosComp_t { iadcCfgTwosCompAuto = _IADC_CFG_TWOSCOMPL_AUTO, iadcCfgTwosCompUnipolar = _IADC_CFG_TWOSCOMPL_FORCEUNIPOLAR, iadcCfgTwosCompBipolar = _IADC_CFG_TWOSCOMPL_FORCEBIPOLAR }

enum	IADC_Cmd_t { iadcCmdStartSingle = IADC_CMD_SINGLESTART, iadcCmdStopSingle = IADC_CMD_SINGLESTOP, iadcCmdStartScan = IADC_CMD_SCANSTART, iadcCmdStopScan = IADC_CMD_SCANSTOP, iadcCmdEnableTimer = IADC_CMD_TIMEREN, iadcCmdDisableTimer = IADC_CMD_TIMERDIS }

enum	IADC_NegInput_t { iadcNegInputGnd , iadcNegInputNegRef = (_IADC_SCAN_PORTNEG_PADREFNEG << (_IADC_SCAN_PORTNEG_SHIFT - _IADC_SCAN_PINNEG_SHIFT)), iadcNegInputPortAPin0 = (_IADC_SCAN_PORTNEG_PORTA << (_IADC_SCAN_PORTNEG_SHIFT - _IADC_SCAN_PINNEG_SHIFT)), iadcNegInputPortAPin1 , iadcNegInputPortAPin2 , iadcNegInputPortAPin3 , iadcNegInputPortAPin4 , iadcNegInputPortAPin5 , iadcNegInputPortAPin6 , iadcNegInputPortAPin7 , iadcNegInputPortAPin8 , iadcNegInputPortAPin9 , iadcNegInputPortAPin10 , iadcNegInputPortAPin11 , iadcNegInputPortAPin12 , iadcNegInputPortAPin13 , iadcNegInputPortAPin14 , iadcNegInputPortAPin15 , iadcNegInputPortBPin0 , iadcNegInputPortBPin1 , iadcNegInputPortBPin2 , iadcNegInputPortBPin3 , iadcNegInputPortBPin4 , iadcNegInputPortBPin5 , iadcNegInputPortBPin6 , iadcNegInputPortBPin7 , iadcNegInputPortBPin8 , iadcNegInputPortBPin9 , iadcNegInputPortBPin10 , iadcNegInputPortBPin11 , iadcNegInputPortBPin12 , iadcNegInputPortBPin13 , iadcNegInputPortBPin14 , iadcNegInputPortBPin15 , iadcNegInputPortCPin0 , iadcNegInputPortCPin1 , iadcNegInputPortCPin2 , iadcNegInputPortCPin3 , iadcNegInputPortCPin4 , iadcNegInputPortCPin5 , iadcNegInputPortCPin6 , iadcNegInputPortCPin7 , iadcNegInputPortCPin8 , iadcNegInputPortCPin9 , iadcNegInputPortCPin10 , iadcNegInputPortCPin11 , iadcNegInputPortCPin12 , iadcNegInputPortCPin13 , iadcNegInputPortCPin14 , iadcNegInputPortCPin15 , iadcNegInputPortDPin0 , iadcNegInputPortDPin1 , iadcNegInputPortDPin2 , iadcNegInputPortDPin3 , iadcNegInputPortDPin4 , iadcNegInputPortDPin5 , iadcNegInputPortDPin6 , iadcNegInputPortDPin7 , iadcNegInputPortDPin8 , iadcNegInputPortDPin9 , iadcNegInputPortDPin10 , iadcNegInputPortDPin11 , iadcNegInputPortDPin12 , iadcNegInputPortDPin13 , iadcNegInputPortDPin14 , iadcNegInputPortDPin15 }

enum	IADC_PosInput_t { iadcPosInputGnd = (_IADC_SCAN_PORTPOS_GND << (_IADC_SCAN_PORTPOS_SHIFT - _IADC_SCAN_PINPOS_SHIFT)), iadcPosInputAvdd , iadcPosInputVddio , iadcPosInputVss , iadcPosInputDvdd , iadcPosInputVddx , iadcPosInputVddlv , iadcPosInputPosRef = (_IADC_SCAN_PORTPOS_PADREFPOS << (_IADC_SCAN_PORTPOS_SHIFT - _IADC_SCAN_PINPOS_SHIFT)), iadcPosInputPortAPin0 = (_IADC_SCAN_PORTPOS_PORTA << (_IADC_SCAN_PORTPOS_SHIFT - _IADC_SCAN_PINPOS_SHIFT)), iadcPosInputPortAPin1 , iadcPosInputPortAPin2 , iadcPosInputPortAPin3 , iadcPosInputPortAPin4 , iadcPosInputPortAPin5 , iadcPosInputPortAPin6 , iadcPosInputPortAPin7 , iadcPosInputPortAPin8 , iadcPosInputPortAPin9 , iadcPosInputPortAPin10 , iadcPosInputPortAPin11 , iadcPosInputPortAPin12 , iadcPosInputPortAPin13 , iadcPosInputPortAPin14 , iadcPosInputPortAPin15 , iadcPosInputPortBPin0 , iadcPosInputPortBPin1 , iadcPosInputPortBPin2 , iadcPosInputPortBPin3 , iadcPosInputPortBPin4 , iadcPosInputPortBPin5 , iadcPosInputPortBPin6 , iadcPosInputPortBPin7 , iadcPosInputPortBPin8 , iadcPosInputPortBPin9 , iadcPosInputPortBPin10 , iadcPosInputPortBPin11 , iadcPosInputPortBPin12 , iadcPosInputPortBPin13 , iadcPosInputPortBPin14 , iadcPosInputPortBPin15 , iadcPosInputPortCPin0 , iadcPosInputPortCPin1 , iadcPosInputPortCPin2 , iadcPosInputPortCPin3 , iadcPosInputPortCPin4 , iadcPosInputPortCPin5 , iadcPosInputPortCPin6 , iadcPosInputPortCPin7 , iadcPosInputPortCPin8 , iadcPosInputPortCPin9 , iadcPosInputPortCPin10 , iadcPosInputPortCPin11 , iadcPosInputPortCPin12 , iadcPosInputPortCPin13 , iadcPosInputPortCPin14 , iadcPosInputPortCPin15 , iadcPosInputPortDPin0 , iadcPosInputPortDPin1 , iadcPosInputPortDPin2 , iadcPosInputPortDPin3 , iadcPosInputPortDPin4 , iadcPosInputPortDPin5 , iadcPosInputPortDPin6 , iadcPosInputPortDPin7 , iadcPosInputPortDPin8 , iadcPosInputPortDPin9 , iadcPosInputPortDPin10 , iadcPosInputPortDPin11 , iadcPosInputPortDPin12 , iadcPosInputPortDPin13 , iadcPosInputPortDPin14 , iadcPosInputPortDPin15 }

enum	IADC_TriggerAction_t { iadcTriggerActionOnce = _IADC_TRIGGER_SCANTRIGACTION_ONCE, iadcTriggerActionContinuous = _IADC_TRIGGER_SCANTRIGACTION_CONTINUOUS }

enum	IADC_TriggerSel_t { iadcTriggerSelImmediate = _IADC_TRIGGER_SCANTRIGSEL_IMMEDIATE, iadcTriggerSelTimer = _IADC_TRIGGER_SCANTRIGSEL_TIMER, iadcTriggerSelPrs0SameClk = _IADC_TRIGGER_SCANTRIGSEL_PRSCLKGRP, iadcTriggerSelPrs0PosEdge = _IADC_TRIGGER_SCANTRIGSEL_PRSPOS, iadcTriggerSelPrs0NegEdge = _IADC_TRIGGER_SCANTRIGSEL_PRSNEG }

enum	IADC_Warmup_t { iadcWarmupNormal = _IADC_CTRL_WARMUPMODE_NORMAL, iadcWarmupKeepInStandby = _IADC_CTRL_WARMUPMODE_KEEPINSTANDBY, iadcWarmupKeepWarm = _IADC_CTRL_WARMUPMODE_KEEPWARM }

Functions
uint8_t	IADC_calcAdcClkPrescale (IADC_TypeDef *iadc, uint32_t adcClkFreq, uint32_t cmuClkFreq, IADC_CfgAdcMode_t adcMode, uint8_t srcClkPrescaler)
	Calculate prescaler for ADC_CLK clock.

uint8_t	IADC_calcSrcClkPrescale (IADC_TypeDef *iadc, uint32_t srcClkFreq, uint32_t cmuClkFreq)
	Calculate prescaler for CLK_SRC_ADC high speed clock.

uint8_t	IADC_calcTimebase (IADC_TypeDef *iadc, uint32_t cmuClkFreq)
	Calculate timebase value in order to get a timebase providing at least 1us.

__STATIC_INLINE void	IADC_clearInt (IADC_TypeDef *iadc, uint32_t flags)
	Clear one or more pending IADC interrupts.

__STATIC_INLINE void	IADC_command (IADC_TypeDef *iadc, IADC_Cmd_t cmd)
	Start/stop scan sequence, single conversion and/or timer.

__STATIC_INLINE void	IADC_disableInt (IADC_TypeDef *iadc, uint32_t flags)
	Disable one or more IADC interrupts.

__STATIC_INLINE void	IADC_enableInt (IADC_TypeDef *iadc, uint32_t flags)
	Enable one or more IADC interrupts.

__STATIC_INLINE uint32_t	IADC_getEnabledInt (IADC_TypeDef *iadc)
	Get enabled and pending IADC interrupt flags. Useful for handling more interrupt sources in the same interrupt handler.

__STATIC_INLINE uint32_t	IADC_getInt (IADC_TypeDef *iadc)
	Get pending IADC interrupt flags.

__STATIC_INLINE uint8_t	IADC_getScanFifoCnt (IADC_TypeDef *iadc)
	Get number of elements in the IADC scan FIFO.

__STATIC_INLINE uint32_t	IADC_getScanMask (IADC_TypeDef *iadc)
	Get the scan mask currently used in the IADC.

__STATIC_INLINE uint8_t	IADC_getSingleFifoCnt (IADC_TypeDef *iadc)
	Get number of elements in the IADC single FIFO.

__STATIC_INLINE uint32_t	IADC_getStatus (IADC_TypeDef *iadc)
	Get status bits of IADC.

void	IADC_init (IADC_TypeDef iadc, const IADC_Init_t init, const IADC_AllConfigs_t *allConfigs)
	Initialize IADC.

void	IADC_initScan (IADC_TypeDef iadc, const IADC_InitScan_t init, const IADC_ScanTable_t *scanTable)
	Initialize IADC scan sequence.

void	IADC_initSingle (IADC_TypeDef iadc, const IADC_InitSingle_t init, const IADC_SingleInput_t *input)
	Initialize single IADC conversion.

__STATIC_INLINE IADC_NegInput_t	IADC_portPinToNegInput ( GPIO_Port_TypeDef port, uint8_t pin)
	Convert GPIO port/pin to IADC negative input selection.

__STATIC_INLINE IADC_PosInput_t	IADC_portPinToPosInput ( GPIO_Port_TypeDef port, uint8_t pin)
	Convert GPIO port/pin to IADC positive input selection.

__STATIC_INLINE uint32_t	IADC_pullScanFifoData (IADC_TypeDef *iadc)
	Pull data from scan data FIFO. If showId was set for the scan entry initialization, the data will contain the ID of the scan entry.

IADC_Result_t	IADC_pullScanFifoResult (IADC_TypeDef *iadc)
	Pull result from scan data FIFO. The result struct includes both the data and the ID (0x20) if showId was set when initializing scan entry.

__STATIC_INLINE uint32_t	IADC_pullSingleFifoData (IADC_TypeDef *iadc)
	Pull data from single data FIFO. If showId was set when initializing single mode, the results will contain the ID (0x20).

IADC_Result_t	IADC_pullSingleFifoResult (IADC_TypeDef *iadc)
	Pull result from single data FIFO. The result struct includes both the data and the ID (0x20) if showId was set when initializing single mode.

__STATIC_INLINE uint32_t	IADC_readScanData (IADC_TypeDef *iadc)
	Read most recent scan conversion data. If showId was set for the scan entry initialization, the data will contain the ID of the scan entry. Calling this function will not affect the state of the scan data FIFO.

IADC_Result_t	IADC_readScanResult (IADC_TypeDef *iadc)
	Read most recent scan conversion result. The result struct includes both the data and the ID (0x20) if showId was set when initializing scan entry. Calling this function will not affect the state of the scan data FIFO.

__STATIC_INLINE uint32_t	IADC_readSingleData (IADC_TypeDef *iadc)
	Read most recent single conversion data. If showId was set when initializing single mode, the data will contain the ID (0x20). Calling this function will not affect the state of the single data FIFO.

IADC_Result_t	IADC_readSingleResult (IADC_TypeDef *iadc)
	Read most recent single conversion result. The result struct includes both the data and the ID (0x20) if showId was set when initializing single mode. Calling this function will not affect the state of the single data FIFO.

void	IADC_reset (IADC_TypeDef *iadc)
	Reset IADC to same state as after a HW reset.

__STATIC_INLINE void	IADC_setInt (IADC_TypeDef *iadc, uint32_t flags)
	Set one or more pending IADC interrupts from SW.

void	IADC_setScanMask (IADC_TypeDef *iadc, uint32_t mask)
	Set mask of IADC scan table entries to include in scan.

void	IADC_updateScanEntry (IADC_TypeDef iadc, uint8_t id, IADC_ScanTableEntry_t entry)
	Add/update entry in scan table.

void	IADC_updateSingleInput (IADC_TypeDef iadc, const IADC_SingleInput_t input)
	Update IADC single input selection.

Macro Definition Documentation

#define IADC_ALLCONFIGS_DEFAULT

Value:

         { \
        
         { \
        
         IADC_CONFIG_DEFAULT, \
        
         IADC_CONFIG_DEFAULT \
        
         } \
        
         }

Default IADC sructure for all configs.

Definition at line 690 of file em_iadc.h .

#define IADC_CONFIG_DEFAULT

Value:

         { \
        
         iadcCfgModeNormal,
         
          /* Normal mode for IADC. */
         
         \
        
         iadcCfgOsrHighSpeed2x,
         
          /* 2x high speed over sampling. */
         
         \
        
         iadcCfgAnalogGain1x,
         
          /* 1x analog gain. */
         
         \
        
         iadcCfgReferenceInt1V2,
         
          /* Internal 1.2V band gap reference. */
         
         \
        
         iadcCfgTwosCompAuto,
         
          /* Automatic Two's Complement. */
         
         \
        
         0,
         
          /* Max IADC analog clock rate. */
         
         \
        
         1210
         
          /* Vref expressed in millivolts. */
         
         \
        
         }

Default IADC config structure.

Definition at line 672 of file em_iadc.h .

#define IADC_INIT_DEFAULT

Value:

         { \
        
         false,
         
          /* IADC clock not disabled on PRS0*/
         
         \
        
         false,
         
          /* IADC clock not disabld on PRS1 */
         
         \
        
         false,
         
          /* Do not halt during debug */
         
         \
        
         iadcWarmupNormal,
         
          /* IADC shutdown after each conversion. */
         
         \
        
         0,
         
          /* Calculate timebase. */
         
         \
        
         0,
         
          /* Max IADC clock rate. */
         
         \
        
         _IADC_TIMER_TIMER_DEFAULT,
         
          /* Use HW default value. */
         
         \
        
         _IADC_CMPTHR_ADGT_DEFAULT,
         
          /* Use HW default value. */
         
         \
        
         _IADC_CMPTHR_ADLT_DEFAULT,
         
          /* Use HW default value. */
         
         \
        
         }

Default config for IADC init structure.

Definition at line 647 of file em_iadc.h .

#define IADC_INITSCAN_DEFAULT

Value:

         { \
        
         iadcAlignRight12,
         
          /* Results 12-bit right aligned */
         
         \
        
         false,
         
          /* Do not show ID in result */
         
         \
        
         _IADC_SCANFIFOCFG_DVL_DEFAULT,
         
          /* Use HW default value. */
         
         \
        
         false,
         
          /* Do not wake up DMA on scan FIFO DVL */
         
         \
        
         iadcTriggerSelImmediate,
         
          /* Start scan immediately on trigger */
         
         \
        
         iadcTriggerActionOnce,
         
          /* Convert once on scan trigger */
         
         \
        
         false
         
          /* Do not start scan queue */
         
         \
        
         }

Default config for IADC scan init structure.

Definition at line 710 of file em_iadc.h .

#define IADC_INITSINGLE_DEFAULT

Value:

         { \
        
         iadcAlignRight12,
         
          /* Results 12-bit right aligned */
         
         \
        
         false,
         
          /* Do not show ID in result */
         
         \
        
         _IADC_SINGLEFIFOCFG_DVL_DEFAULT,
         
          /* Use HW default value. */
         
         \
        
         false,
         
          /* Do not wake up DMA on single FIFO DVL */
         
         \
        
         iadcTriggerSelImmediate,
         
          /* Start single immediately on trigger */
         
         \
        
         iadcTriggerActionOnce,
         
          /* Convert once on single trigger */
         
         \
        
         false,
         
          /* No tailgating */
         
         \
        
         false
         
          /* Do not start single queue */
         
         \
        
         }

Default config for IADC single init structure.

Definition at line 735 of file em_iadc.h .

#define IADC_SCANTABLE_DEFAULT

Value:

         { \
        
         { \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT, \
        
         IADC_SCANTABLEENTRY_DEFAULT \
        
         } \
        
         }

Default IADC sructure for scan table

Definition at line 790 of file em_iadc.h .

#define IADC_SCANTABLEENTRY_DEFAULT

Value:

         { \
        
         iadcNegInputGnd,
         
          /* Negative input GND */
         
         \
        
         iadcPosInputGnd,
         
          /* Positive input GND */
         
         \
        
         0,
         
          /* Config 0 */
         
         \
        
         false,
         
          /* Do not compare results */
         
         \
        
         false
         
          /* Do not include in scan */
         
         \
        
         }

Default config for IADC scan table entry structure.

Definition at line 774 of file em_iadc.h .

#define IADC_SINGLEINPUT_DEFAULT

Value:

         { \
        
         iadcNegInputGnd,
         
          /* Negative input GND */
         
         \
        
         iadcPosInputGnd,
         
          /* Positive input GND */
         
         \
        
         0,
         
          /* Config 0 */
         
         \
        
         false
         
          /* Do not compare results */
         
         \
        
         }

Default config for IADC single input structure.

Definition at line 756 of file em_iadc.h .

Enumeration Type Documentation

enum IADC_Alignment_t

IADC result alignment.

Enumerator
iadcAlignRight12	IADC results 12-bit right aligned
iadcAlignLeft12	IADC results 12-bit left aligned

Definition at line 72 of file em_iadc.h .

enum IADC_CfgAdcMode_t

IADC Configuration.

Enumerator
iadcCfgModeNormal	Normal mode

Definition at line 529 of file em_iadc.h .

enum IADC_CfgAnalogGain_t

IADC Analog Gain.

Enumerator
iadcCfgAnalogGain0P5x	Analog gain of 0.5x
iadcCfgAnalogGain1x	Analog gain of 1x
iadcCfgAnalogGain2x	Analog gain of 2x
iadcCfgAnalogGain3x	Analog gain of 3x
iadcCfgAnalogGain4x	Analog gain of 4x

Definition at line 553 of file em_iadc.h .

enum IADC_CfgOsrHighSpeed_t

IADC Over sampling rate for high speed.

Enumerator
iadcCfgOsrHighSpeed2x	High speed oversampling of 2x
iadcCfgOsrHighSpeed4x	High speed oversampling of 4x
iadcCfgOsrHighSpeed8x	High speed oversampling of 8x
iadcCfgOsrHighSpeed16x	High speed oversampling of 16x
iadcCfgOsrHighSpeed32x	High speed oversampling of 32x

Definition at line 535 of file em_iadc.h .

enum IADC_CfgReference_t

IADC Reference

Enumerator
iadcCfgReferenceInt1V2	Internal 1.2V Band Gap Reference (buffered) to ground
iadcCfgReferenceExt1V25	External reference (unbuffered) VREFP to VREFN. Up to 1.25V.
iadcCfgReferenceVddx	VDDX (unbuffered) to ground.
iadcCfgReferenceVddX0P8Buf	0.8 * VDDX (buffered) to ground.

Definition at line 571 of file em_iadc.h .

enum IADC_CfgTwosComp_t

IADC Two's complement results

Enumerator
iadcCfgTwosCompAuto	Automatic. Single ended => Unipolar, Differential => Bipolar
iadcCfgTwosCompUnipolar	All results in unipolar format. Negative diff input gives 0 as result.
iadcCfgTwosCompBipolar	All results in bipolar (2's complement) format. Half range for SE.

Definition at line 586 of file em_iadc.h .

enum IADC_Cmd_t

IADC Commands.

Enumerator
iadcCmdStartSingle	Start single queue
iadcCmdStopSingle	Stop single queue
iadcCmdStartScan	Start scan queue
iadcCmdStopScan	Stop scan queue
iadcCmdEnableTimer	Enable Timer
iadcCmdDisableTimer	Disable Timer

Definition at line 508 of file em_iadc.h .

enum IADC_NegInput_t

IADC negative input selection.

Enumerator
iadcNegInputGnd	Ground
iadcNegInputNegRef	Negative reference pin 0
iadcNegInputPortAPin0	GPIO port A pin 0
iadcNegInputPortAPin1	GPIO port A pin 1
iadcNegInputPortAPin2	GPIO port A pin 2
iadcNegInputPortAPin3	GPIO port A pin 3
iadcNegInputPortAPin4	GPIO port A pin 4
iadcNegInputPortAPin5	GPIO port A pin 5
iadcNegInputPortAPin6	GPIO port A pin 6
iadcNegInputPortAPin7	GPIO port A pin 7
iadcNegInputPortAPin8	GPIO port A pin 8
iadcNegInputPortAPin9	GPIO port A pin 9
iadcNegInputPortAPin10	GPIO port A pin 10
iadcNegInputPortAPin11	GPIO port A pin 11
iadcNegInputPortAPin12	GPIO port A pin 12
iadcNegInputPortAPin13	GPIO port A pin 13
iadcNegInputPortAPin14	GPIO port A pin 14
iadcNegInputPortAPin15	GPIO port A pin 15
iadcNegInputPortBPin0	GPIO port B pin 0
iadcNegInputPortBPin1	GPIO port B pin 1
iadcNegInputPortBPin2	GPIO port B pin 2
iadcNegInputPortBPin3	GPIO port B pin 3
iadcNegInputPortBPin4	GPIO port B pin 4
iadcNegInputPortBPin5	GPIO port B pin 5
iadcNegInputPortBPin6	GPIO port B pin 6
iadcNegInputPortBPin7	GPIO port B pin 7
iadcNegInputPortBPin8	GPIO port B pin 8
iadcNegInputPortBPin9	GPIO port B pin 9
iadcNegInputPortBPin10	GPIO port B pin 10
iadcNegInputPortBPin11	GPIO port B pin 11
iadcNegInputPortBPin12	GPIO port B pin 12
iadcNegInputPortBPin13	GPIO port B pin 13
iadcNegInputPortBPin14	GPIO port B pin 14
iadcNegInputPortBPin15	GPIO port B pin 15
iadcNegInputPortCPin0	GPIO port C pin 0
iadcNegInputPortCPin1	GPIO port C pin 1
iadcNegInputPortCPin2	GPIO port C pin 2
iadcNegInputPortCPin3	GPIO port C pin 3
iadcNegInputPortCPin4	GPIO port C pin 4
iadcNegInputPortCPin5	GPIO port C pin 5
iadcNegInputPortCPin6	GPIO port C pin 6
iadcNegInputPortCPin7	GPIO port C pin 7
iadcNegInputPortCPin8	GPIO port C pin 8
iadcNegInputPortCPin9	GPIO port C pin 9
iadcNegInputPortCPin10	GPIO port C pin 10
iadcNegInputPortCPin11	GPIO port C pin 11
iadcNegInputPortCPin12	GPIO port C pin 12
iadcNegInputPortCPin13	GPIO port C pin 13
iadcNegInputPortCPin14	GPIO port C pin 14
iadcNegInputPortCPin15	GPIO port C pin 15
iadcNegInputPortDPin0	GPIO port D pin 0
iadcNegInputPortDPin1	GPIO port D pin 1
iadcNegInputPortDPin2	GPIO port D pin 2
iadcNegInputPortDPin3	GPIO port D pin 3
iadcNegInputPortDPin4	GPIO port D pin 4
iadcNegInputPortDPin5	GPIO port D pin 5
iadcNegInputPortDPin6	GPIO port D pin 6
iadcNegInputPortDPin7	GPIO port D pin 7
iadcNegInputPortDPin8	GPIO port D pin 8
iadcNegInputPortDPin9	GPIO port D pin 9
iadcNegInputPortDPin10	GPIO port D pin 10
iadcNegInputPortDPin11	GPIO port D pin 11
iadcNegInputPortDPin12	GPIO port D pin 12
iadcNegInputPortDPin13	GPIO port D pin 13
iadcNegInputPortDPin14	GPIO port D pin 14
iadcNegInputPortDPin15	GPIO port D pin 15

Definition at line 81 of file em_iadc.h .

enum IADC_PosInput_t

IADC positive port selection.

Enumerator
iadcPosInputGnd	Ground
iadcPosInputAvdd	Avdd
iadcPosInputVddio	Vddio
iadcPosInputVss	Vss
iadcPosInputDvdd	Dvdd
iadcPosInputVddx	Vddx
iadcPosInputVddlv	Vddlv
iadcPosInputPosRef	Positive reference pin 0
iadcPosInputPortAPin0	GPIO port A pin 0
iadcPosInputPortAPin1	GPIO port A pin 1
iadcPosInputPortAPin2	GPIO port A pin 2
iadcPosInputPortAPin3	GPIO port A pin 3
iadcPosInputPortAPin4	GPIO port A pin 4
iadcPosInputPortAPin5	GPIO port A pin 5
iadcPosInputPortAPin6	GPIO port A pin 6
iadcPosInputPortAPin7	GPIO port A pin 7
iadcPosInputPortAPin8	GPIO port A pin 8
iadcPosInputPortAPin9	GPIO port A pin 9
iadcPosInputPortAPin10	GPIO port A pin 10
iadcPosInputPortAPin11	GPIO port A pin 11
iadcPosInputPortAPin12	GPIO port A pin 12
iadcPosInputPortAPin13	GPIO port A pin 13
iadcPosInputPortAPin14	GPIO port A pin 14
iadcPosInputPortAPin15	GPIO port A pin 15
iadcPosInputPortBPin0	GPIO port B pin 0
iadcPosInputPortBPin1	GPIO port B pin 1
iadcPosInputPortBPin2	GPIO port B pin 2
iadcPosInputPortBPin3	GPIO port B pin 3
iadcPosInputPortBPin4	GPIO port B pin 4
iadcPosInputPortBPin5	GPIO port B pin 5
iadcPosInputPortBPin6	GPIO port B pin 6
iadcPosInputPortBPin7	GPIO port B pin 7
iadcPosInputPortBPin8	GPIO port B pin 8
iadcPosInputPortBPin9	GPIO port B pin 9
iadcPosInputPortBPin10	GPIO port B pin 10
iadcPosInputPortBPin11	GPIO port B pin 11
iadcPosInputPortBPin12	GPIO port B pin 12
iadcPosInputPortBPin13	GPIO port B pin 13
iadcPosInputPortBPin14	GPIO port B pin 14
iadcPosInputPortBPin15	GPIO port B pin 15
iadcPosInputPortCPin0	GPIO port C pin 0
iadcPosInputPortCPin1	GPIO port C pin 1
iadcPosInputPortCPin2	GPIO port C pin 2
iadcPosInputPortCPin3	GPIO port C pin 3
iadcPosInputPortCPin4	GPIO port C pin 4
iadcPosInputPortCPin5	GPIO port C pin 5
iadcPosInputPortCPin6	GPIO port C pin 6
iadcPosInputPortCPin7	GPIO port C pin 7
iadcPosInputPortCPin8	GPIO port C pin 8
iadcPosInputPortCPin9	GPIO port C pin 9
iadcPosInputPortCPin10	GPIO port C pin 10
iadcPosInputPortCPin11	GPIO port C pin 11
iadcPosInputPortCPin12	GPIO port C pin 12
iadcPosInputPortCPin13	GPIO port C pin 13
iadcPosInputPortCPin14	GPIO port C pin 14
iadcPosInputPortCPin15	GPIO port C pin 15
iadcPosInputPortDPin0	GPIO port D pin 0
iadcPosInputPortDPin1	GPIO port D pin 1
iadcPosInputPortDPin2	GPIO port D pin 2
iadcPosInputPortDPin3	GPIO port D pin 3
iadcPosInputPortDPin4	GPIO port D pin 4
iadcPosInputPortDPin5	GPIO port D pin 5
iadcPosInputPortDPin6	GPIO port D pin 6
iadcPosInputPortDPin7	GPIO port D pin 7
iadcPosInputPortDPin8	GPIO port D pin 8
iadcPosInputPortDPin9	GPIO port D pin 9
iadcPosInputPortDPin10	GPIO port D pin 10
iadcPosInputPortDPin11	GPIO port D pin 11
iadcPosInputPortDPin12	GPIO port D pin 12
iadcPosInputPortDPin13	GPIO port D pin 13
iadcPosInputPortDPin14	GPIO port D pin 14
iadcPosInputPortDPin15	GPIO port D pin 15

Definition at line 283 of file em_iadc.h .

enum IADC_TriggerAction_t

IADC trigger action

Enumerator
iadcTriggerActionOnce	Convert single/scan queue once per trigger
iadcTriggerActionContinuous	Convert single/scan queue continuously

Definition at line 616 of file em_iadc.h .

enum IADC_TriggerSel_t

IADC trigger action

Enumerator
iadcTriggerSelImmediate	Start single/scan queue immediately
iadcTriggerSelTimer	Timer starts single/scan queue
iadcTriggerSelPrs0SameClk	PRS0 from timer in same clock group starts single/scan queue
iadcTriggerSelPrs0PosEdge	PRS0 positive edge starts single/scan queue
iadcTriggerSelPrs0NegEdge	PRS0 negative edge starts single/scan queue

Definition at line 598 of file em_iadc.h .

enum IADC_Warmup_t

Warm-up mode.

Enumerator
iadcWarmupNormal	IADC shutdown after each conversion.
iadcWarmupKeepInStandby	ADC is kept in standby mode between conversion.
iadcWarmupKeepWarm	ADC and reference selected for scan mode kept warmup, allowing continuous conversion.

Definition at line 59 of file em_iadc.h .

Function Documentation

uint8_t IADC_calcAdcClkPrescale	(	IADC_TypeDef *	`iadc,`
		uint32_t	`adcClkFreq,`
		uint32_t	`cmuClkFreq,`
		IADC_CfgAdcMode_t	`adcMode,`
		uint8_t	`srcClkPrescaler`
	)

Calculate prescaler for ADC_CLK clock.

The ADC_CLK is given by: CLK_SRC_ADC / (adcClkprescale + 1).

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`adcClkFreq`	ADC_CLK frequency wanted. The frequency will automatically be adjusted to be within valid range according to reference manual.
[in]	`CmuClkFreq`	Frequency in Hz of CLK_CMU_ADC Set to 0 to use currently defined IADC clock setting (in CMU).
[in]	`adcMode`	Mode for IADC config.
[in]	`srcClkPrescaler`	Precaler setting for ADC_CLK

Returns: Divider value to use for IADC in order to achieve a ADC_CLK frequency <= adcClkFreq .

Definition at line 811 of file em_iadc.c .

References CMU_ClockFreqGet() , and SL_MIN .

Referenced by IADC_init() .

uint8_t IADC_calcSrcClkPrescale	(	IADC_TypeDef *	`iadc,`
		uint32_t	`srcClkFreq,`
		uint32_t	`cmuClkFreq`
	)

Calculate prescaler for CLK_SRC_ADC high speed clock.

The IADC high speed clock is given by: CLK_SRC_ADC / (srcClkPrescaler + 1).

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`srcClkFreq`	CLK_SRC_ADC frequency wanted. The frequency will automatically be adjusted to be within valid range according to reference manual.
[in]	`cmuClkFreq`	Frequency in Hz of reference CLK_CMU_ADC. Set to 0 to use currently defined CMU clock setting for the IADC.

Returns: Divider value to use for IADC in order to achieve a high speed clock value <= srcClkFreq .

Definition at line 757 of file em_iadc.c .

References CMU_ClockFreqGet() , and SL_MIN .

Referenced by IADC_init() .

uint8_t IADC_calcTimebase	(	IADC_TypeDef *	`iadc,`
		uint32_t	`cmuClkFreq`
	)

Calculate timebase value in order to get a timebase providing at least 1us.

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`cmuClkFreq`	Frequency in Hz of reference CLK_CMU_ADC clock. Set to 0 to use currently defined CMU clock setting for the IADC.

Returns: Timebase value to use for IADC in order to achieve at least 1 us.

Definition at line 710 of file em_iadc.c .

References CMU_ClockFreqGet() , and SL_MIN .

Referenced by IADC_init() .

__STATIC_INLINE void IADC_clearInt	(	IADC_TypeDef *	`iadc,`
		uint32_t	`flags`
	)

Clear one or more pending IADC interrupts.

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`flags`	Pending IADC interrupt source to clear. Use a bitwise logic OR combination of valid interrupt flags for the IADC module (IADC_IF_nnn).

Definition at line 940 of file em_iadc.h .

Referenced by IADC_reset() .

__STATIC_INLINE void IADC_command	(	IADC_TypeDef *	`iadc,`
		IADC_Cmd_t	`cmd`
	)

Start/stop scan sequence, single conversion and/or timer.

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`cmd`	Command to be performed.

Definition at line 1062 of file em_iadc.h .

Referenced by IADC_initScan() , and IADC_initSingle() .

__STATIC_INLINE void IADC_disableInt	(	IADC_TypeDef *	`iadc,`
		uint32_t	`flags`
	)

Disable one or more IADC interrupts.

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`flags`	IADC interrupt sources to disable. Use a bitwise logic OR combination of valid interrupt flags for the IADC module (IADC_IF_nnn).

Definition at line 956 of file em_iadc.h .

Referenced by IADC_reset() .

__STATIC_INLINE void IADC_enableInt	(	IADC_TypeDef *	`iadc,`
		uint32_t	`flags`
	)

Enable one or more IADC interrupts.

Note: Depending on the use, a pending interrupt may already be set prior to enabling the interrupt. Consider using IADC_intClear() prior to enabling if such a pending interrupt should be ignored.

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`flags`	IADC interrupt sources to enable. Use a bitwise logic OR combination of valid interrupt flags for the IADC module (IADC_IF_nnn).

Definition at line 981 of file em_iadc.h .

__STATIC_INLINE uint32_t IADC_getEnabledInt ( IADC_TypeDef * iadc )

Get enabled and pending IADC interrupt flags. Useful for handling more interrupt sources in the same interrupt handler.

Note: Interrupt flags are not cleared by the use of this function.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns

Pending and enabled IADC interrupt sources. The return value is the bitwise AND combination of

the OR combination of enabled interrupt sources in IADCx_IEN_nnn register (IADCx_IEN_nnn) and
the OR combination of valid interrupt flags of the IADC module (IADCx_IF_nnn).

Definition at line 1024 of file em_iadc.h .

__STATIC_INLINE uint32_t IADC_getInt ( IADC_TypeDef * iadc )

Get pending IADC interrupt flags.

Note: The event bits are not cleared by the use of this function.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns: IADC interrupt sources pending. A bitwise logic OR combination of valid interrupt flags for the IADC module (IADC_IF_nnn).

Definition at line 1000 of file em_iadc.h .

__STATIC_INLINE uint8_t IADC_getScanFifoCnt ( IADC_TypeDef * iadc )

Get number of elements in the IADC scan FIFO.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns: Number of elements in scan FIFO

Definition at line 1123 of file em_iadc.h .

__STATIC_INLINE uint32_t IADC_getScanMask ( IADC_TypeDef * iadc )

Get the scan mask currently used in the IADC.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns: Mask of scan table entries currently included in scan.

Definition at line 1077 of file em_iadc.h .

__STATIC_INLINE uint8_t IADC_getSingleFifoCnt ( IADC_TypeDef * iadc )

Get number of elements in the IADC single FIFO.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns: Number of elements in single FIFO

Definition at line 1107 of file em_iadc.h .

__STATIC_INLINE uint32_t IADC_getStatus ( IADC_TypeDef * iadc )

Get status bits of IADC.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns: IADC status bits

Definition at line 1092 of file em_iadc.h .

void IADC_init	(	IADC_TypeDef *	`iadc,`
		const IADC_Init_t *	`init,`
		const IADC_AllConfigs_t *	`allConfigs`
	)

Initialize IADC.

Initializes common parts for both single conversion and scan sequence. In addition, single and/or scan control configuration must be done, please refer to IADC_initSingle() and IADC_initScan() respectively.

Note: This function will stop any ongoing conversions.

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`init`	Pointer to IADC initialization structure.
[in]	`allConfigs`	Pointer to structure holding all configs.

Definition at line 170 of file em_iadc.c .

References IADC_Config_t::adcClkPrescale , IADC_Config_t::adcMode , IADC_Config_t::analogGain , IADC_AllConfigs_t::configs , IADC_Init_t::debugHalt , IADC_Init_t::greaterThanEqualThres , IADC_calcAdcClkPrescale() , IADC_calcSrcClkPrescale() , IADC_calcTimebase() , iadcCfgModeNormal , IADC_Init_t::iadcClkSuspend0 , IADC_Init_t::iadcClkSuspend1 , IADC_Init_t::lessThanEqualThres , IADC_Config_t::osrHighSpeed , IADC_Config_t::reference , SL_MAX , IADC_Init_t::srcClkPrescale , IADC_Init_t::timebase , IADC_Init_t::timerCycles , IADC_Config_t::twosComplement , IADC_Config_t::vRef , and IADC_Init_t::warmup .

void IADC_initScan	(	IADC_TypeDef *	`iadc,`
		const IADC_InitScan_t *	`init,`
		const IADC_ScanTable_t *	`scanTable`
	)

Initialize IADC scan sequence.

This function will configure scan mode and set up entries in the scan table. The scan table mask can be updated by calling IADC_updateScanMask.

Note: This function will stop any ongoing conversions.; If an even numbered pin is selected for the positive input, the negative input must use an odd numbered pin and vice versa.

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`init`	Pointer to IADC initialization structure.
[in]	`scanTable`	Pointer to IADC scan table structure.

Definition at line 374 of file em_iadc.c .

References IADC_InitScan_t::alignment , IADC_ScanTableEntry_t::compare , IADC_ScanTableEntry_t::configId , IADC_InitScan_t::dataValidLevel , IADC_ScanTable_t::entries , IADC_InitScan_t::fifoDmaWakeup , IADC_command() , iadcCmdStartScan , IADC_ScanTableEntry_t::includeInScan , IADC_ScanTableEntry_t::negInput , IADC_ScanTableEntry_t::posInput , IADC_InitScan_t::showId , IADC_InitScan_t::start , IADC_InitScan_t::triggerAction , and IADC_InitScan_t::triggerSelect .

void IADC_initSingle	(	IADC_TypeDef *	`iadc,`
		const IADC_InitSingle_t *	`init,`
		const IADC_SingleInput_t *	`input`
	)

Initialize single IADC conversion.

This function will initialize the single conversion and configure the single input selection.

Note: This function will stop any ongoing conversions.; If an even numbered pin is selected for the positive input, the negative input must use an odd numbered pin and vice versa.

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`init`	Pointer to IADC single initialization structure.
[in]	`singleInput`	Pointer to IADC single input selection initialization structure.

Definition at line 449 of file em_iadc.c .

References IADC_InitSingle_t::alignment , IADC_InitSingle_t::dataValidLevel , IADC_InitSingle_t::fifoDmaWakeup , IADC_command() , IADC_updateSingleInput() , iadcCmdStartSingle , IADC_InitSingle_t::showId , IADC_InitSingle_t::singleTailgate , IADC_InitSingle_t::start , IADC_InitSingle_t::triggerAction , and IADC_InitSingle_t::triggerSelect .

__STATIC_INLINE IADC_NegInput_t IADC_portPinToNegInput	(	GPIO_Port_TypeDef	`port,`
		uint8_t	`pin`
	)

Convert GPIO port/pin to IADC negative input selection.

Parameters

[in]	`port`	GPIO port
[in]	`pin`	GPIO in

Returns: IADC negative input selection

Definition at line 1142 of file em_iadc.h .

__STATIC_INLINE IADC_PosInput_t IADC_portPinToPosInput	(	GPIO_Port_TypeDef	`port,`
		uint8_t	`pin`
	)

Convert GPIO port/pin to IADC positive input selection.

Parameters

[in]	`port`	GPIO port
[in]	`pin`	GPIO in

Returns: IADC positive input selection

Definition at line 1163 of file em_iadc.h .

__STATIC_INLINE uint32_t IADC_pullScanFifoData ( IADC_TypeDef * iadc )

Pull data from scan data FIFO. If showId was set for the scan entry initialization, the data will contain the ID of the scan entry.

Note: Check data valid flag before calling this function.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns: Scan conversion data.

Definition at line 904 of file em_iadc.h .

Referenced by IADC_reset() .

IADC_Result_t IADC_pullScanFifoResult ( IADC_TypeDef * iadc )

Pull result from scan data FIFO. The result struct includes both the data and the ID (0x20) if showId was set when initializing scan entry.

Note: Check data valid flag before calling this function.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns: Scan conversion result struct holding data and id.

Definition at line 908 of file em_iadc.c .

__STATIC_INLINE uint32_t IADC_pullSingleFifoData ( IADC_TypeDef * iadc )

Pull data from single data FIFO. If showId was set when initializing single mode, the results will contain the ID (0x20).

Note: Check data valid flag before calling this function.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns: Single conversion data.

Definition at line 865 of file em_iadc.h .

Referenced by IADC_reset() .

IADC_Result_t IADC_pullSingleFifoResult ( IADC_TypeDef * iadc )

Pull result from single data FIFO. The result struct includes both the data and the ID (0x20) if showId was set when initializing single mode.

Note: Check data valid flag before calling this function.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns: Single conversion result struct holding data and id.

Definition at line 863 of file em_iadc.c .

__STATIC_INLINE uint32_t IADC_readScanData ( IADC_TypeDef * iadc )

Read most recent scan conversion data. If showId was set for the scan entry initialization, the data will contain the ID of the scan entry. Calling this function will not affect the state of the scan data FIFO.

Note: Check data valid flag before calling this function.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns: Scan conversion data.

Definition at line 924 of file em_iadc.h .

Referenced by IADC_reset() .

IADC_Result_t IADC_readScanResult ( IADC_TypeDef * iadc )

Read most recent scan conversion result. The result struct includes both the data and the ID (0x20) if showId was set when initializing scan entry. Calling this function will not affect the state of the scan data FIFO.

Note: Check data valid flag before calling this function.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns: Scan conversion result struct holding data and id.

Definition at line 931 of file em_iadc.c .

__STATIC_INLINE uint32_t IADC_readSingleData ( IADC_TypeDef * iadc )

Read most recent single conversion data. If showId was set when initializing single mode, the data will contain the ID (0x20). Calling this function will not affect the state of the single data FIFO.

Note: Check data valid flag before calling this function.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns: Single conversion data.

Definition at line 885 of file em_iadc.h .

Referenced by IADC_reset() .

IADC_Result_t IADC_readSingleResult ( IADC_TypeDef * iadc )

Read most recent single conversion result. The result struct includes both the data and the ID (0x20) if showId was set when initializing single mode. Calling this function will not affect the state of the single data FIFO.

Note: Check data valid flag before calling this function.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Returns: Single conversion result struct holding data and id.

Definition at line 886 of file em_iadc.c .

void IADC_reset ( IADC_TypeDef * iadc )

Reset IADC to same state as after a HW reset.

Parameters

[in] iadc Pointer to IADC peripheral register block.

Definition at line 628 of file em_iadc.c .

References IADC_clearInt() , IADC_disableInt() , IADC_pullScanFifoData() , IADC_pullSingleFifoData() , IADC_readScanData() , and IADC_readSingleData() .

__STATIC_INLINE void IADC_setInt	(	IADC_TypeDef *	`iadc,`
		uint32_t	`flags`
	)

Set one or more pending IADC interrupts from SW.

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`flags`	IADC interrupt sources to set to pending. Use a bitwise logic OR combination of valid interrupt flags for the IADC module (IADC_IF_nnn).

Definition at line 1047 of file em_iadc.h .

void IADC_setScanMask	(	IADC_TypeDef *	`iadc,`
		uint32_t	`mask`
	)

Set mask of IADC scan table entries to include in scan.

Set mask of scan table entries to include in next scan. This function can be called while scan conversions are ongoing, but the new scan mask will take effect once the ongoing scan is completed.

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`mask`	Mask of scan table entries to include in scan.

Definition at line 542 of file em_iadc.c .

void IADC_updateScanEntry	(	IADC_TypeDef *	`iadc,`
		uint8_t	`id,`
		IADC_ScanTableEntry_t *	`entry`
	)

Add/update entry in scan table.

This function will update or add an entry in the scan table with a specific ID.

Note: This function will stop any ongoing conversions.

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`id`	Id of scan table entry to add.
[in]	`entry`	Pointer to scan table entry structure.

Definition at line 584 of file em_iadc.c .

References IADC_ScanTableEntry_t::compare , IADC_ScanTableEntry_t::configId , IADC_ScanTableEntry_t::includeInScan , IADC_ScanTableEntry_t::negInput , and IADC_ScanTableEntry_t::posInput .

void IADC_updateSingleInput	(	IADC_TypeDef *	`iadc,`
		const IADC_SingleInput_t *	`input`
	)

Update IADC single input selection.

This function updates the single input selection. The function can be called while single and/or scan conversions are ongoing and the new input configuration will take place on the next single conversion.

Note: If an even numbered pin is selected for the positive input, the negative input must use an odd numbered pin and vice versa.

Parameters

[in]	`iadc`	Pointer to IADC peripheral register block.
[in]	`input`	Pointer to single input selection structure.

Definition at line 501 of file em_iadc.c .

References IADC_SingleInput_t::compare , IADC_SingleInput_t::configId , IADC_SingleInput_t::negInput , and IADC_SingleInput_t::posInput .

Referenced by IADC_initSingle() .

IADC EMLIB

Detailed Description

Data Structures

Macros

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Macro Definition Documentation

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IADC
EMLIB