Contain functions and data types as MCC extension for PWM. More...

Collaboration diagram for MCC Custom Code PWM:

Files
file	drv_custom_config_pwm.h
	Contains PWM initialization that was not supported by MCC generated code.

file	drv_mcc_extension_pwm.h
	Contains public functions and defines for the MCC code extension for PWM.

Enumerations
enum	PWM_PCI_ACCEPTANCE_CRITERIA_e { PWM_PCI_ACCEPT_LEVEL_SENSITIVE = 0 , PWM_PCI_ACCEPT_RISING_EDGE = 1 , PWM_PCI_ACCEPT_ANY_EDGE = 2 , PWM_PCI_ACCEPT_LATCHED = 3 , PWM_PCI_ACCEPT_LATCHED_RISING_EDGE = 4 , PWM_PCI_ACCEPT_LATCHED_ANY_EDGE = 5 }
	Set PCI fault acceptance criteria. More...

enum	PWM_PCI_TERMTIME_AFTER_EVENT_e { PWM_PCI_TERMTIME_AFTER_EVENT_AT_EOC = 0 , PWM_PCI_TERMTIME_AFTER_EVENT_IMMEDIATE = 1 }
	Settings for Termination Synchronization bit. More...

enum	PWM_SOCS_e { PWM_SOCS_SELF_TRIGGER = 0 , PWM_SOCS_PG1_OR_PG5 = 1 , PWM_SOCS_PG2_OR_PG6 = 2 , PWM_SOCS_PG3_OR_PG7 = 3 , PWM_SOCS_PG4_OR_PG8 = 4 , PWM_SOCS_TRIG_OR_PCI_SYNC = 15 }
	Settings for PWM Start-of_cycle Selection bit. More...

enum	PWM_UPDMOD_e { PWM_UPDMOD_SOC = 0 , PWM_UPDMOD_IMMEDIATE = 1 , PWM_UPDMOD_CLIENT_SOC = 2 , PWM_UPDMOD_CLIENT_IMMEDIATE = 3 }
	settings for PWM Buffer Update Mode Selection bits More...

enum	PWM_PCI_SOURCE_e { PWM_PCI_SOURCE_PWM1 = 0 , PWM_PCI_SOURCE_PWM2 = 1 , PWM_PCI_SOURCE_PWM3 = 2 , PWM_PCI_SOURCE_PWM4 = 3 }
	Settings for PWM Source for PCI Selection bits. More...

enum	RPnR_SOURCE_e { RPnR_SOURCE_DefaultPORT = 0 , RPnR_SOURCE_U1TX = 1 , RPnR_SOURCE_U1RTS = 2 , RPnR_SOURCE_U2TX = 3 , RPnR_SOURCE_U2RTS = 4 , RPnR_SOURCE_SDO1 = 5 , RPnR_SOURCE_SCK1 = 6 , RPnR_SOURCE_SS1 = 7 , RPnR_SOURCE_SDO2 = 8 , RPnR_SOURCE_SCK2 = 9 , RPnR_SOURCE_SS2 = 10 , RPnR_SOURCE_SDO3 = 11 , RPnR_SOURCE_SCK3 = 12 , RPnR_SOURCE_SS3 = 13 , RPnR_SOURCE_REFCLKO = 14 , RPnR_SOURCE_OCM1 = 15 , RPnR_SOURCE_OCM2 = 16 , RPnR_SOURCE_OCM3 = 17 , RPnR_SOURCE_OCM4 = 18 , RPnR_SOURCE_OCM5 = 19 , RPnR_SOURCE_OCM6 = 20 , RPnR_SOURCE_CAN1TX = 21 , RPnR_SOURCE_CMP1 = 23 , RPnR_SOURCE_CMP2 = 24 , RPnR_SOURCE_CMP3 = 25 , RPnR_SOURCE_U3TX = 27 , RPnR_SOURCE_U3RTS = 28 , RPnR_SOURCE_PWM4H = 34 , RPnR_SOURCE_PWM4L = 35 , RPnR_SOURCE_PWMEA = 36 , RPnR_SOURCE_PWMEB = 37 , RPnR_SOURCE_QEICMP1 = 38 , RPnR_SOURCE_QEICMP2 = 39 , RPnR_SOURCE_CLC1OUT = 40 , RPnR_SOURCE_CLC2OUT = 41 , RPnR_SOURCE_OCM7 = 42 , RPnR_SOURCE_OCM8 = 43 , RPnR_SOURCE_PWMEC = 44 , RPnR_SOURCE_PWMED = 45 , RPnR_SOURCE_PTGTRG24 = 46 , RPnR_SOURCE_PTGTRG25 = 47 , RPnR_SOURCE_SENT1OUT = 48 , RPnR_SOURCE_SENT2OUT = 49 , RPnR_SOURCE_MCCP9A = 50 , RPnR_SOURCE_MCCP9B = 51 , RPnR_SOURCE_MCCP9C = 52 , RPnR_SOURCE_MCCP9D = 53 , RPnR_SOURCE_MCCP9E = 54 , RPnR_SOURCE_MCCP9F = 55 , RPnR_SOURCE_CLC3OUT = 59 , RPnR_SOURCE_CLC4OUT = 60 , RPnR_SOURCE_U1DTR = 61 , RPnR_SOURCE_U2DTR = 62 , RPnR_SOURCE_U3DTR = 63 }
	Peripheral output for re-mappable pins. More...

enum	RPnR_VIRTUAL_PIN_e { RPnR_VIRTUAL_PIN_RP176 = 0 , RPnR_VIRTUAL_PIN_RP177 = 1 , RPnR_VIRTUAL_PIN_RP178 = 2 , RPnR_VIRTUAL_PIN_RP179 = 3 , RPnR_VIRTUAL_PIN_RP180 = 4 , RPnR_VIRTUAL_PIN_RP181 = 5 }
	List of re-mappable pins for dsPIC33CK256MP508. More...

enum	RPx_INPUT_e { RPx_INPUT_VSS = 0 , RPx_INPUT_CMP1 = 1 , RPx_INPUT_CMP2 = 2 , RPx_INPUT_CMP3 = 3 , RPx_INPUT_PTG_TRIG_26 = 6 , RPx_INPUT_PTG_TRIG_27 = 7 , RPx_INPUT_PWM_EVENT_C = 11 , RPx_INPUT_PWM_EVENT_D = 12 , RPx_INPUT_PWM_EVENT_E = 13 , RPx_INPUT_RP32 = 32 , RPx_INPUT_RP33 = 33 , RPx_INPUT_RP34 = 34 , RPx_INPUT_RP35 = 35 , RPx_INPUT_RP36 = 36 , RPx_INPUT_RP37 = 37 , RPx_INPUT_RP38 = 38 , RPx_INPUT_RP39 = 39 , RPx_INPUT_RP40 = 40 , RPx_INPUT_RP41 = 41 , RPx_INPUT_RP42 = 42 , RPx_INPUT_RP43 = 43 , RPx_INPUT_RP44 = 44 , RPx_INPUT_RP45 = 45 , RPx_INPUT_RP46 = 46 , RPx_INPUT_RP47 = 47 , RPx_INPUT_RP48 = 48 , RPx_INPUT_RP49 = 49 , RPx_INPUT_RP50 = 50 , RPx_INPUT_RP51 = 51 , RPx_INPUT_RP52 = 52 , RPx_INPUT_RP53 = 53 , RPx_INPUT_RP54 = 54 , RPx_INPUT_RP55 = 55 , RPx_INPUT_RP56 = 56 , RPx_INPUT_RP57 = 57 , RPx_INPUT_RP58 = 58 , RPx_INPUT_RP59 = 59 , RPx_INPUT_RP60 = 60 , RPx_INPUT_RP61 = 61 , RPx_INPUT_RP62 = 62 , RPx_INPUT_RP63 = 63 , RPx_INPUT_RP64 = 64 , RPx_INPUT_RP65 = 65 , RPx_INPUT_RP66 = 66 , RPx_INPUT_RP67 = 67 , RPx_INPUT_RP68 = 68 , RPx_INPUT_RP69 = 69 , RPx_INPUT_RP70 = 70 , RPx_INPUT_RP71 = 71 , RPx_INPUT_RP72 = 72 , RPx_INPUT_RP73 = 73 , RPx_INPUT_RP74 = 74 , RPx_INPUT_RP75 = 75 , RPx_INPUT_RP76 = 76 , RPx_INPUT_RP77 = 77 , RPx_INPUT_RP78 = 78 , RPx_INPUT_RP79 = 79 , RPx_INPUT_DAC3_pwm_req_on = 164 , RPx_INPUT_DAC3_pwm_req_off = 165 , RPx_INPUT_DAC2_pwm_req_on = 166 , RPx_INPUT_DAC2_pwm_req_off = 167 , RPx_INPUT_DAC1_pwm_req_on = 168 , RPx_INPUT_DAC1_pwm_req_off = 169 , RPx_INPUT_RP176 = 176 , RPx_INPUT_RP177 = 177 , RPx_INPUT_RP178 = 178 , RPx_INPUT_RP179 = 179 , RPx_INPUT_RP180 = 180 , RPx_INPUT_RP181 = 181 }
	List of output selection for re-mappable pins (taken from dsPIC33CK256MP508 datasheet) More...

enum	PWM_PCI_INPUT_e { PWM_PCI_INPUT8 = 0 , PWM_PCI_INPUT9 = 1 , PWM_PCI_INPUT10 = 2 , PWM_PCI_INPUT11 = 3 }
	list of PWM PCI inputs More...

enum	PWM_PCI_SOURCE_SELECT_e { PWM_PCI_SOURCE_SELECT_CLC1 = 31 , PWM_PCI_SOURCE_SELECT_CMP3 = 29 , PWM_PCI_SOURCE_SELECT_CMP2 = 28 , PWM_PCI_SOURCE_SELECT_CMP1 = 27 , PWM_PCI_SOURCE_SELECT_PWM_EVENT_D = 26 , PWM_PCI_SOURCE_SELECT_PWM_EVENT_C = 25 , PWM_PCI_SOURCE_SELECT_PWM_EVENT_B = 24 , PWM_PCI_SOURCE_SELECT_PWM_EVENT_A = 23 , PWM_PCI_SOURCE_SELECT_PCI22 = 22 , PWM_PCI_SOURCE_SELECT_PCI21 = 21 , PWM_PCI_SOURCE_SELECT_PCI20 = 20 , PWM_PCI_SOURCE_SELECT_PCI19 = 19 , PWM_PCI_SOURCE_SELECT_PCI18R = 18 , PWM_PCI_SOURCE_SELECT_PCI17R = 17 , PWM_PCI_SOURCE_SELECT_PCI16R = 16 , PWM_PCI_SOURCE_SELECT_PCI15R = 15 , PWM_PCI_SOURCE_SELECT_PCI14R = 14 , PWM_PCI_SOURCE_SELECT_PCI13R = 13 , PWM_PCI_SOURCE_SELECT_PCI12R = 12 , PWM_PCI_SOURCE_SELECT_PCI11R = 11 , PWM_PCI_SOURCE_SELECT_PCI10R = 10 , PWM_PCI_SOURCE_SELECT_PCI9R = 9 , PWM_PCI_SOURCE_SELECT_PCI8R = 8 , PWM_PCI_SOURCE_SELECT_COMBO_TRIG_B = 3 , PWM_PCI_SOURCE_SELECT_COMBO_TRIG_A = 2 , PWM_PCI_SOURCE_SELECT_PWMPCI_MUX = 1 , PWM_PCI_SOURCE_SELECT_TIED_TO_0 = 0 }
	List of PWM PCI inputs. More...

enum	PWM_PCI_ACCEPTANCE_QUALIFER_e { PWM_PCI_ACCEPTANCE_QUALIFER_NONE = 0 , PWM_PCI_ACCEPTANCE_QUALIFER_DUTY = 1 , PWM_PCI_ACCEPTANCE_QUALIFER_LEB = 2 , PWM_PCI_ACCEPTANCE_QUALIFER_PWM = 3 , PWM_PCI_ACCEPTANCE_QUALIFER_PCI_PWMPCI = 4 , PWM_PCI_ACCEPTANCE_QUALIFER_PCI_SOURCE8 = 5 , PWM_PCI_ACCEPTANCE_QUALIFER_PCI_SOURCE9 = 6 , PWM_PCI_ACCEPTANCE_QUALIFER_SWPCI = 7 }
	List of sources of PWM acceptance qualifiers. More...

enum	PWM_TRIG_MODE_e { PWM_TRIG_MODE_SINGLE = 0 , PWM_TRIG_MODE_RETRIGGERABLE = 1 }
	Set PWM trigger mode. More...

enum	PWM_PCI_TERM_e { PWM_PCI_TERM_MANUAL = 0 , PWM_PCI_TERM_AUTO = 1 , PWM_PCI_TERM_PGxTRIGA = 2 , PWM_PCI_TERM_PGxTRIGB = 3 , PWM_PCI_TERM_PGxTRIGC = 4 , PWM_PCI_TERM_PCI_SOURCE1 = 5 , PWM_PCI_TERM_PCI_SOURCE8 = 6 , PWM_PCI_TERM_PCI_SOURCE9 = 7 }
	PWM Termination event selection. More...

enum	PWM_EVENT_SOURCE_e { PWM_EVENT_SOURCE_PGTRGSEL = 0 , PWM_EVENT_SOURCE_PWM_GEN_OUTPUT = 1 , PWM_EVENT_SOURCE_PCI_SYNC_ACTIVE = 2 , PWM_EVENT_SOURCE_PCI_FF_ACTIVE = 3 , PWM_EVENT_SOURCE_PCI_FF_CL_ACTIVE = 4 , PWM_EVENT_SOURCE_PCI_FAULT_ACTIVE = 5 , PWM_EVENT_SOURCE_CAHALF = 6 , PWM_EVENT_SOURCE_STEER = 7 , PWM_EVENT_SOURCE_ADC_TRIG1 = 8 , PWM_EVENT_SOURCE_ADC_TRIG2 = 9 , PWM_EVENT_SOURCE_HR_ERROR_EVENT = 15 }
	Select event source for PWMEVTx register. More...

enum	PWM_UPDTRG_e { PWM_UPDTRG_MANUAL = 0 , PWM_UPDTRG_PGxDC = 1 , PWM_UPDTRG_PGxPHASE = 2 , PWM_UPDTRG_PGxTRIGA = 3 }
	Settings for Update Trigger Event. More...

enum	PWM_LATCH_MODE_e { PWM_SET_DOMINANT_MODE = 0 , PWM_RESET_DOMINANT_MODE = 1 }
	Set PWM trigger mode. More...

enum	PWM_FAULT_DATA_e { PWM_FAULT_EVENT_PWMH = 0 , PWM_FAULT_EVENT_PWML = 1 }
	Set PWM fault data. More...

Functions
static __inline__ void	DRV_Config_Custom_PWM (void)
	Contains PWM initialization that was not supported by MCC generated code.

static void	PWM_PCI_Fault_AcceptanceCriteria (uint16_t pwmIndex, PWM_PCI_ACCEPTANCE_CRITERIA_t acpSetting)
	Set PCI fault acceptance criteria.

static void	PWM_PCI_Fault_AcceptanceQualiferInvert (uint16_t pwmIndex, bool invert)
	Set PCI polarity of PCI fault acceptance input.

static void	PWM_PCI_Sync_AcceptanceCriteria (uint16_t pwmIndex, PWM_PCI_ACCEPTANCE_CRITERIA_t acpSetting)
	Sets PCI Synchronization Acceptance Criteria.

static void	PWM_PCI_Fault_TimetoTerminateAfterEvent (uint16_t pwmIndex, PWM_PCI_TERMTIME_AFTER_EVENT_t faultTerm)
	Set TSYNCDIS bit to determine when PWM should stop after a fault occurs.

static void	PWM_PCI_Sync_TimetoTerminateAfterEvent (uint16_t pwmIndex, PWM_PCI_TERMTIME_AFTER_EVENT_t faultTerm)
	Set TSYNCDIS bit to determine when PWM should stop after a sync event occurs.

static void	PWM_StartOfCycleTrigger (uint16_t pwmIndex, PWM_SOCS_t triggerSource)
	Set SOCS field to determine start of cycle trigger.

static void	PWM_UPDREQ_Broadcast_Enable (uint16_t pwmIndex, bool enable)
	Enable broadcasting of UPDREQ bit to other PWMs.

static void	PWM_Data_Update_Mode (uint16_t pwmIndex, PWM_UPDMOD_t updateMode)
	Sets the PWM Data Update Mode.

static void	PWM_PCI_Source1 (uint16_t pwmIndex, PWM_PCI_SOURCE_t pciSource)
	Set PWM source for PCI selection bits (for PCI source 1)

static void	RPnR_VirtualPin_Source (RPnR_VIRTUAL_PIN_t virtualPin, RPnR_SOURCE_t peripheral)
	Set source for a virtual pin.

static void	PWM_PCI_INPUT_MaptoPin (PWM_PCI_INPUT_t pciIndex, RPx_INPUT_t pin)
	Map PWM PCI input to a pin.

static void	PWM_PCI_Sync_Source_Select (uint16_t pwmIndex, PWM_PCI_SOURCE_SELECT_t pciSource)
	Set PCI source (PSS field) for PCI Synchronization.

static void	PWM_PCI_Fault_AcceptanceQualifierSource (uint16_t pwmIndex, PWM_PCI_ACCEPTANCE_QUALIFER_t source)
	Set source of fault PCI acceptance qualifier.

static void	PWM_Trigger_Mode (uint16_t pwmIndex, PWM_TRIG_MODE_t trigMode)
	Set source of fault PCI acceptance qualifier.

static void	PWM_PCI_Sync_TerminationEventSelect (uint16_t pwmIndex, PWM_PCI_TERM_t termEvent)
	Select termination event for SYNC PCI.

static void	PWM_Swap_PWMxL_and_PWMxH (uint16_t pwmIndex, bool swapPWMH_PWML)
	Enable/Disable the PWM instance output swap bit.

static void	PWM_EVENTA_Configure (uint16_t pwmSource, PWM_EVENT_SOURCE_t eventSource, bool invert, bool outputEnable, bool stretchDisable, bool outputSync)
	Configure PWM Event A register.

static void	PWM_Data_Update_Trigger (uint16_t pwmIndex, PWM_UPDTRG_t updateTrigger)
	Set PWM Register update trigger.

static void	PWM_Fault_LatchMode (uint16_t pwmIndex, PWM_LATCH_MODE_t latchMode)
	Set the latch mode of fault PCI.

static void	PWM_Fault_DataMode (uint16_t pwmIndex, PWM_FAULT_DATA_t faultDataMode)
	Set the data mode of fault PCI.

Detailed Description

This documentation includes functions and data types for the PWM peripheral as an enhancement to the MCC Code Configurator. It provides application-specific PWM functions and includes essential PWM initialization that is not supported by the code generated by MCC.

Enumeration Type Documentation

◆ PWM_EVENT_SOURCE_e

enum PWM_EVENT_SOURCE_e

Enumerator
PWM_EVENT_SOURCE_PGTRGSEL
PWM_EVENT_SOURCE_PWM_GEN_OUTPUT
PWM_EVENT_SOURCE_PCI_SYNC_ACTIVE
PWM_EVENT_SOURCE_PCI_FF_ACTIVE
PWM_EVENT_SOURCE_PCI_FF_CL_ACTIVE
PWM_EVENT_SOURCE_PCI_FAULT_ACTIVE
PWM_EVENT_SOURCE_CAHALF
PWM_EVENT_SOURCE_STEER
PWM_EVENT_SOURCE_ADC_TRIG1
PWM_EVENT_SOURCE_ADC_TRIG2
PWM_EVENT_SOURCE_HR_ERROR_EVENT

Definition at line 1091 of file drv_mcc_extension_pwm.h.

◆ PWM_FAULT_DATA_e

enum PWM_FAULT_DATA_e

Enumerator
PWM_FAULT_EVENT_PWMH
PWM_FAULT_EVENT_PWML

Definition at line 1254 of file drv_mcc_extension_pwm.h.

◆ PWM_LATCH_MODE_e

enum PWM_LATCH_MODE_e

Enumerator
PWM_SET_DOMINANT_MODE
PWM_RESET_DOMINANT_MODE

Definition at line 1199 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_ACCEPTANCE_CRITERIA_e

enum PWM_PCI_ACCEPTANCE_CRITERIA_e

Enumerator
PWM_PCI_ACCEPT_LEVEL_SENSITIVE
PWM_PCI_ACCEPT_RISING_EDGE
PWM_PCI_ACCEPT_ANY_EDGE
PWM_PCI_ACCEPT_LATCHED
PWM_PCI_ACCEPT_LATCHED_RISING_EDGE
PWM_PCI_ACCEPT_LATCHED_ANY_EDGE

Definition at line 28 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_ACCEPTANCE_QUALIFER_e

enum PWM_PCI_ACCEPTANCE_QUALIFER_e

Enumerator
PWM_PCI_ACCEPTANCE_QUALIFER_NONE	No acceptance qualifier is used (qualifier forced to ?1?)
PWM_PCI_ACCEPTANCE_QUALIFER_DUTY	Duty cycle is active (base PWM Generator signal)
PWM_PCI_ACCEPTANCE_QUALIFER_LEB	LEB is active.
PWM_PCI_ACCEPTANCE_QUALIFER_PWM	PWM Generator is triggered.
PWM_PCI_ACCEPTANCE_QUALIFER_PCI_PWMPCI	Selects PCI Source #1 (PWM Generator output selected by the PWMPCI[2:0] bits)
PWM_PCI_ACCEPTANCE_QUALIFER_PCI_SOURCE8	Selects PCI Source #8.
PWM_PCI_ACCEPTANCE_QUALIFER_PCI_SOURCE9	Selects PCI Source #9.
PWM_PCI_ACCEPTANCE_QUALIFER_SWPCI	SWPCI control bit only (qualifier forced to ?0?)

Definition at line 867 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_INPUT_e

enum PWM_PCI_INPUT_e

Enumerator
PWM_PCI_INPUT8
PWM_PCI_INPUT9
PWM_PCI_INPUT10
PWM_PCI_INPUT11

Definition at line 729 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_SOURCE_e

enum PWM_PCI_SOURCE_e

Enumerator
PWM_PCI_SOURCE_PWM1
PWM_PCI_SOURCE_PWM2
PWM_PCI_SOURCE_PWM3
PWM_PCI_SOURCE_PWM4

Definition at line 455 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_SOURCE_SELECT_e

enum PWM_PCI_SOURCE_SELECT_e

Enumerator
PWM_PCI_SOURCE_SELECT_CLC1
PWM_PCI_SOURCE_SELECT_CMP3
PWM_PCI_SOURCE_SELECT_CMP2
PWM_PCI_SOURCE_SELECT_CMP1
PWM_PCI_SOURCE_SELECT_PWM_EVENT_D
PWM_PCI_SOURCE_SELECT_PWM_EVENT_C
PWM_PCI_SOURCE_SELECT_PWM_EVENT_B
PWM_PCI_SOURCE_SELECT_PWM_EVENT_A
PWM_PCI_SOURCE_SELECT_PCI22
PWM_PCI_SOURCE_SELECT_PCI21	‍device pin
PWM_PCI_SOURCE_SELECT_PCI20	‍device pin
PWM_PCI_SOURCE_SELECT_PCI19	‍device pin
PWM_PCI_SOURCE_SELECT_PCI18R	‍device pin
PWM_PCI_SOURCE_SELECT_PCI17R	‍RPn input
PWM_PCI_SOURCE_SELECT_PCI16R	‍RPn input
PWM_PCI_SOURCE_SELECT_PCI15R	‍RPn input
PWM_PCI_SOURCE_SELECT_PCI14R	‍RPn input
PWM_PCI_SOURCE_SELECT_PCI13R	‍RPn input
PWM_PCI_SOURCE_SELECT_PCI12R	‍RPn input
PWM_PCI_SOURCE_SELECT_PCI11R	‍RPn input
PWM_PCI_SOURCE_SELECT_PCI10R	‍RPn input
PWM_PCI_SOURCE_SELECT_PCI9R	‍RPn input
PWM_PCI_SOURCE_SELECT_PCI8R	‍RPn input
PWM_PCI_SOURCE_SELECT_COMBO_TRIG_B
PWM_PCI_SOURCE_SELECT_COMBO_TRIG_A
PWM_PCI_SOURCE_SELECT_PWMPCI_MUX
PWM_PCI_SOURCE_SELECT_TIED_TO_0

Definition at line 778 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_TERM_e

enum PWM_PCI_TERM_e

Enumerator
PWM_PCI_TERM_MANUAL	Manual Terminate: Terminate on a write of ?1? to the SWTERM bit location.
PWM_PCI_TERM_AUTO	Auto-Terminate: Terminate when PCI source transitions from active to inactive.
PWM_PCI_TERM_PGxTRIGA	PGxTRIGA trigger event.
PWM_PCI_TERM_PGxTRIGB	PGxTRIGB trigger event.
PWM_PCI_TERM_PGxTRIGC	PGxTRIGC trigger event.
PWM_PCI_TERM_PCI_SOURCE1	Selects PCI Source #1 (PWM Generator output selected by the PWMPCI[2:0] bits)
PWM_PCI_TERM_PCI_SOURCE8	Selects PCI Source #8.
PWM_PCI_TERM_PCI_SOURCE9	Selects PCI Source #9.

Definition at line 985 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_TERMTIME_AFTER_EVENT_e

enum PWM_PCI_TERMTIME_AFTER_EVENT_e

Enumerator
PWM_PCI_TERMTIME_AFTER_EVENT_AT_EOC
PWM_PCI_TERMTIME_AFTER_EVENT_IMMEDIATE

Definition at line 181 of file drv_mcc_extension_pwm.h.

◆ PWM_SOCS_e

enum PWM_SOCS_e

Enumerator
PWM_SOCS_SELF_TRIGGER
PWM_SOCS_PG1_OR_PG5
PWM_SOCS_PG2_OR_PG6
PWM_SOCS_PG3_OR_PG7
PWM_SOCS_PG4_OR_PG8
PWM_SOCS_TRIG_OR_PCI_SYNC

Definition at line 284 of file drv_mcc_extension_pwm.h.

◆ PWM_TRIG_MODE_e

enum PWM_TRIG_MODE_e

Enumerator
PWM_TRIG_MODE_SINGLE
PWM_TRIG_MODE_RETRIGGERABLE

Definition at line 930 of file drv_mcc_extension_pwm.h.

◆ PWM_UPDMOD_e

enum PWM_UPDMOD_e

Enumerator
PWM_UPDMOD_SOC
PWM_UPDMOD_IMMEDIATE
PWM_UPDMOD_CLIENT_SOC
PWM_UPDMOD_CLIENT_IMMEDIATE

Definition at line 394 of file drv_mcc_extension_pwm.h.

◆ PWM_UPDTRG_e

enum PWM_UPDTRG_e

Enumerator
PWM_UPDTRG_MANUAL	user must manual set UPDREQ bit to update
PWM_UPDTRG_PGxDC	a write to PGxDC will update
PWM_UPDTRG_PGxPHASE	a write to PGxPHASE will update
PWM_UPDTRG_PGxTRIGA	a write to PGxTRIGA will update

Definition at line 1141 of file drv_mcc_extension_pwm.h.

◆ RPnR_SOURCE_e

enum RPnR_SOURCE_e

Enumerator
RPnR_SOURCE_DefaultPORT	RPn tied to Default Pin.
RPnR_SOURCE_U1TX	RPn tied to UART1 Transmit.
RPnR_SOURCE_U1RTS	RPn tied to UART1 Request-to-Send.
RPnR_SOURCE_U2TX	RPn tied to UART2 Transmit.
RPnR_SOURCE_U2RTS	RPn tied to UART2 Request-to-Send.
RPnR_SOURCE_SDO1	RPn tied to SPI1 Data Output.
RPnR_SOURCE_SCK1	RPn tied to SPI1 Clock Output.
RPnR_SOURCE_SS1	RPn tied to SPI1 Client Select.
RPnR_SOURCE_SDO2	RPn tied to SPI2 Data Output.
RPnR_SOURCE_SCK2	RPn tied to SPI2 Clock Output.
RPnR_SOURCE_SS2	RPn tied to SPI2 Client Select.
RPnR_SOURCE_SDO3	RPn tied to SPI3 Data Output.
RPnR_SOURCE_SCK3	RPn tied to SPI3 Clock Output.
RPnR_SOURCE_SS3	RPn tied to SPI3 Client Select.
RPnR_SOURCE_REFCLKO	RPn tied to Reference Clock Output.
RPnR_SOURCE_OCM1	RPn tied to SCCP1 Output.
RPnR_SOURCE_OCM2	RPn tied to SCCP2 Output.
RPnR_SOURCE_OCM3	RPn tied to SCCP3 Output.
RPnR_SOURCE_OCM4	RPn tied to SCCP4 Output.
RPnR_SOURCE_OCM5	RPn tied to SCCP5 Output.
RPnR_SOURCE_OCM6	RPn tied to SCCP6 Output.
RPnR_SOURCE_CAN1TX	RPn tied to CAN1 Transmit.
RPnR_SOURCE_CMP1	RPn tied to Comparator 1 Output.
RPnR_SOURCE_CMP2	RPn tied to Comparator 2 Output.
RPnR_SOURCE_CMP3	RPn tied to Comparator 3 Output.
RPnR_SOURCE_U3TX	RPn tied to UART3 Transmit.
RPnR_SOURCE_U3RTS	RPn tied to UART3 Request-to-Send.
RPnR_SOURCE_PWM4H	RPn tied to PWM4H Output.
RPnR_SOURCE_PWM4L	RPn tied to PWM4L Output.
RPnR_SOURCE_PWMEA	RPn tied to PWM Event A Output.
RPnR_SOURCE_PWMEB	RPn tied to PWM Event B Output.
RPnR_SOURCE_QEICMP1	RPn tied to QEI1 Comparator Output.
RPnR_SOURCE_QEICMP2	RPn tied to QEI2 Comparator Output.
RPnR_SOURCE_CLC1OUT	RPn tied to CLC1 Output.
RPnR_SOURCE_CLC2OUT	RPn tied to CLC2 Output.
RPnR_SOURCE_OCM7	RPn tied to SCCP7 Output.
RPnR_SOURCE_OCM8	RPn tied to SCCP8 Output.
RPnR_SOURCE_PWMEC	RPn tied to PWM Event C Output.
RPnR_SOURCE_PWMED	RPn tied to PWM Event D Output.
RPnR_SOURCE_PTGTRG24	PTG Trigger Output 24.
RPnR_SOURCE_PTGTRG25	PTG Trigger Output 25.
RPnR_SOURCE_SENT1OUT	RPn tied to SENT1 Output.
RPnR_SOURCE_SENT2OUT	RPn tied to SENT2 Output.
RPnR_SOURCE_MCCP9A	RPn tied to MCCP9 Output A.
RPnR_SOURCE_MCCP9B	RPn tied to MCCP9 Output B.
RPnR_SOURCE_MCCP9C	RPn tied to MCCP9 Output C.
RPnR_SOURCE_MCCP9D	RPn tied to MCCP9 Output D.
RPnR_SOURCE_MCCP9E	RPn tied to MCCP9 Output E.
RPnR_SOURCE_MCCP9F	RPn tied to MCCP9 Output F.
RPnR_SOURCE_CLC3OUT	RPn tied to CLC4 Output.
RPnR_SOURCE_CLC4OUT	RPn tied to CLC4 Output.
RPnR_SOURCE_U1DTR	RPn tied to UART1 DTR.
RPnR_SOURCE_U2DTR	RPn tied to UART2 DTR.
RPnR_SOURCE_U3DTR	RPn tied to UART3 DTR

Definition at line 519 of file drv_mcc_extension_pwm.h.

◆ RPnR_VIRTUAL_PIN_e

enum RPnR_VIRTUAL_PIN_e

Enumerator
RPnR_VIRTUAL_PIN_RP176
RPnR_VIRTUAL_PIN_RP177
RPnR_VIRTUAL_PIN_RP178
RPnR_VIRTUAL_PIN_RP179
RPnR_VIRTUAL_PIN_RP180
RPnR_VIRTUAL_PIN_RP181

Definition at line 583 of file drv_mcc_extension_pwm.h.

◆ RPx_INPUT_e

enum RPx_INPUT_e

Enumerator
RPx_INPUT_VSS	Internal.
RPx_INPUT_CMP1	Internal.
RPx_INPUT_CMP2	Internal.
RPx_INPUT_CMP3	Internal.
RPx_INPUT_PTG_TRIG_26	Internal.
RPx_INPUT_PTG_TRIG_27	Internal.
RPx_INPUT_PWM_EVENT_C	Internal.
RPx_INPUT_PWM_EVENT_D	Internal.
RPx_INPUT_PWM_EVENT_E	Internal.
RPx_INPUT_RP32	Port Pin RB0.
RPx_INPUT_RP33	Port Pin RB1.
RPx_INPUT_RP34	Port Pin RB2.
RPx_INPUT_RP35	Port Pin RB3.
RPx_INPUT_RP36	Port Pin RB4.
RPx_INPUT_RP37	Port Pin RB5.
RPx_INPUT_RP38	Port Pin RB6.
RPx_INPUT_RP39	Port Pin RB7.
RPx_INPUT_RP40	Port Pin RB8.
RPx_INPUT_RP41	Port Pin RB9.
RPx_INPUT_RP42	Port Pin RB10.
RPx_INPUT_RP43	Port Pin RB11.
RPx_INPUT_RP44	Port Pin RB12.
RPx_INPUT_RP45	Port Pin RB13.
RPx_INPUT_RP46	Port Pin RB14.
RPx_INPUT_RP47	Port Pin RB15.
RPx_INPUT_RP48	Port Pin RC0.
RPx_INPUT_RP49	Port Pin RC1.
RPx_INPUT_RP50	Port Pin RC2.
RPx_INPUT_RP51	Port Pin RC3.
RPx_INPUT_RP52	Port Pin RC4.
RPx_INPUT_RP53	Port Pin RC5.
RPx_INPUT_RP54	Port Pin RC6.
RPx_INPUT_RP55	Port Pin RC7.
RPx_INPUT_RP56	Port Pin RC8.
RPx_INPUT_RP57	Port Pin RC9.
RPx_INPUT_RP58	Port Pin RC10.
RPx_INPUT_RP59	Port Pin RC11.
RPx_INPUT_RP60	Port Pin RC12.
RPx_INPUT_RP61	Port Pin RC13.
RPx_INPUT_RP62	Port Pin RC14.
RPx_INPUT_RP63	Port Pin RC15.
RPx_INPUT_RP64	Port Pin RD0.
RPx_INPUT_RP65	Port Pin RD1.
RPx_INPUT_RP66	Port Pin RD2.
RPx_INPUT_RP67	Port Pin RD3.
RPx_INPUT_RP68	Port Pin RD4.
RPx_INPUT_RP69	Port Pin RD5.
RPx_INPUT_RP70	Port Pin RD6.
RPx_INPUT_RP71	Port Pin RD7.
RPx_INPUT_RP72	Port Pin RD8.
RPx_INPUT_RP73	Port Pin RD9.
RPx_INPUT_RP74	Port Pin RD10.
RPx_INPUT_RP75	Port Pin RD11.
RPx_INPUT_RP76	Port Pin RD12.
RPx_INPUT_RP77	Port Pin RD13.
RPx_INPUT_RP78	Port Pin RD14.
RPx_INPUT_RP79	Port Pin RD15.
RPx_INPUT_DAC3_pwm_req_on	Internal.
RPx_INPUT_DAC3_pwm_req_off	Internal.
RPx_INPUT_DAC2_pwm_req_on	Internal.
RPx_INPUT_DAC2_pwm_req_off	Internal.
RPx_INPUT_DAC1_pwm_req_on	Internal.
RPx_INPUT_DAC1_pwm_req_off	Internal.
RPx_INPUT_RP176	Virtual RPV0.
RPx_INPUT_RP177	Virtual RPV1.
RPx_INPUT_RP178	Virtual RPV2.
RPx_INPUT_RP179	Virtual RPV3.
RPx_INPUT_RP180	Virtual RPV4.
RPx_INPUT_RP181	Virtual RPV5.

Definition at line 651 of file drv_mcc_extension_pwm.h.

Function Documentation

◆ DRV_Config_Custom_PWM()

static __inline__ void DRV_Config_Custom_PWM ( void )

static

Returns: void

This PWM initialization configures the PWM modules to be retriggerable for the cascaded PWM approach. Additionally, two PWM outputs were swapped to support the board's functionality.

Definition at line 24 of file drv_custom_config_pwm.h.

Here is the call graph for this function:

◆ PWM_Data_Update_Mode()

static void PWM_Data_Update_Mode	(	uint16_t	pwmIndex,
		PWM_UPDMOD_t	updateMode )

inlinestatic

Parameters

pwmIndex	PWM instance
updateMode	Pointer to a power control data object of type PWM_UPDMOD_t

Returns: void

This function is used for register update synchronization between PWMs. Setting the MSTEN bit means that the UPDREQ flag is broadcast to other PWMs. If the UPDMOD field in the receiving PWM is set to "Client SOC" or "client immediate" then this will take effect and data update between different PWM modules can be implemented

Definition at line 416 of file drv_mcc_extension_pwm.h.

◆ PWM_Data_Update_Trigger()

static void PWM_Data_Update_Trigger	(	uint16_t	pwmIndex,
		PWM_UPDTRG_t	updateTrigger )

inlinestatic

Parameters

pwmIndex	PWM instance
updateTrigger	Pointer to a power control data object of type PWM_UPDTRG_t

Returns: void

This function configures the PWM Event Trigger source for a particular PWM instance.

Definition at line 1160 of file drv_mcc_extension_pwm.h.

◆ PWM_EVENTA_Configure()

static void PWM_EVENTA_Configure	(	uint16_t	pwmSource,
		PWM_EVENT_SOURCE_t	eventSource,
		bool	invert,
		bool	outputEnable,
		bool	stretchDisable,
		bool	outputSync )

inlinestatic

Parameters

pwmSource	PWM instance
eventSource	Pointer to a power control data object of type PWM_EVENT_SOURCE_t
invert	PWM Event Output Polarity
outputEnable	PWM Event Output Enable
stretchDisable	PWM Event Output Stretch Disable
outputSync	PWM Event Output Sync

Returns: void

This function configures the PWM Event A (PWM event Output Control register).

Definition at line 1120 of file drv_mcc_extension_pwm.h.

◆ PWM_Fault_DataMode()

static void PWM_Fault_DataMode	(	uint16_t	pwmIndex,
		PWM_FAULT_DATA_t	faultDataMode )

inlinestatic

Parameters

pwmIndex	PWM instance
latch	Pointer to a power control data object of type PWM_FAULT_DATA_t

Returns: void

This function configures the PWM instance data mode for fault PCI.

Definition at line 1270 of file drv_mcc_extension_pwm.h.

Here is the caller graph for this function:

◆ PWM_Fault_LatchMode()

static void PWM_Fault_LatchMode	(	uint16_t	pwmIndex,
		PWM_LATCH_MODE_t	latchMode )

inlinestatic

Parameters

pwmIndex	PWM instance
latch	Pointer to a power control data object of type PWM_LATCH_MODE_t

Returns: void

This function configures the PWM instance latch mode for fault PCI.

Definition at line 1215 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_Fault_AcceptanceCriteria()

static void PWM_PCI_Fault_AcceptanceCriteria	(	uint16_t	pwmIndex,
		PWM_PCI_ACCEPTANCE_CRITERIA_t	acpSetting )

inlinestatic

Parameters

pwmIndex	PWM instance
acpSetting	Pointer to a power control data object of type PWM_PCI_ACCEPTANCE_CRITERIA_t

Returns: void

This function sets the PCI fault Acceptance Criteria.

Definition at line 50 of file drv_mcc_extension_pwm.h.

Here is the caller graph for this function:

◆ PWM_PCI_Fault_AcceptanceQualiferInvert()

static void PWM_PCI_Fault_AcceptanceQualiferInvert	(	uint16_t	pwmIndex,
		bool	invert )

inlinestatic

Parameters

pwmIndex	PWM instance
invert	Inverts the polarity

Returns: void

This function configures the polarity of the PCI fault acceptance qualifier.

Definition at line 97 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_Fault_AcceptanceQualifierSource()

static void PWM_PCI_Fault_AcceptanceQualifierSource	(	uint16_t	pwmIndex,
		PWM_PCI_ACCEPTANCE_QUALIFER_t	source )

inlinestatic

Parameters

pwmIndex	PWM instance
source	Pointer to a power control data object of type PWM_PCI_ACCEPTANCE_QUALIFER_t

Returns: void

This function sets the PWM PCI Fault Acceptance qualifier source for a specific PWM instance.

Definition at line 891 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_Fault_TimetoTerminateAfterEvent()

static void PWM_PCI_Fault_TimetoTerminateAfterEvent	(	uint16_t	pwmIndex,
		PWM_PCI_TERMTIME_AFTER_EVENT_t	faultTerm )

inlinestatic

Parameters

pwmIndex	PWM instance
acpSetting	Pointer to a power control data object of type PWM_PCI_TERMTIME_AFTER_EVENT_t

Returns: void

This function the Termination Synchronization bit for a particular PWM Fault PCI instance.

Definition at line 198 of file drv_mcc_extension_pwm.h.

Here is the caller graph for this function:

◆ PWM_PCI_INPUT_MaptoPin()

static void PWM_PCI_INPUT_MaptoPin	(	PWM_PCI_INPUT_t	pciIndex,
		RPx_INPUT_t	pin )

inlinestatic

Parameters

pciIndex	Pointer to a power control data object of type PWM_PCI_INPUT_t
pin	Pointer to a power control data object of type RPx_INPUT_t

Returns: void

This function maps thePCI input to a particular pin.

Definition at line 747 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_Source1()

static void PWM_PCI_Source1	(	uint16_t	pwmIndex,
		PWM_PCI_SOURCE_t	pciSource )

inlinestatic

Parameters

pwmIndex	PWM instance
pciSource	Pointer to a power control data object of type PWM_PCI_SOURCE_t

Returns: void

The selected PWM Generator source does not affect the LEB counter. This source can be optionally used as a PCI input, PCI qualifier, PCI terminator or PCI terminator qualifier

Definition at line 480 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_Sync_AcceptanceCriteria()

static void PWM_PCI_Sync_AcceptanceCriteria	(	uint16_t	pwmIndex,
		PWM_PCI_ACCEPTANCE_CRITERIA_t	acpSetting )

inlinestatic

Parameters

pwmIndex	PWM instance
acpSetting	Pointer to a power control data object of type PWM_PCI_ACCEPTANCE_CRITERIA_t

Returns: void

This function configures the PCI Synchronization Acceptance Criteria.

Definition at line 141 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_Sync_Source_Select()

static void PWM_PCI_Sync_Source_Select	(	uint16_t	pwmIndex,
		PWM_PCI_SOURCE_SELECT_t	pciSource )

inlinestatic

Parameters

pwmIndex	PWM instance
pciSource	Pointer to a power control data object of type PWM_PCI_SOURCE_SELECT_t

Returns: void

This function set the PWM PCI Synchronization source.

Definition at line 826 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_Sync_TerminationEventSelect()

static void PWM_PCI_Sync_TerminationEventSelect	(	uint16_t	pwmIndex,
		PWM_PCI_TERM_t	termEvent )

inlinestatic

Parameters

pwmIndex	PWM instance
termEvent	Pointer to a power control data object of type PWM_PCI_TERM_t

Returns: void

This function configures the PWM PCI Synchronization Termination event.

Definition at line 1007 of file drv_mcc_extension_pwm.h.

◆ PWM_PCI_Sync_TimetoTerminateAfterEvent()

static void PWM_PCI_Sync_TimetoTerminateAfterEvent	(	uint16_t	pwmIndex,
		PWM_PCI_TERMTIME_AFTER_EVENT_t	faultTerm )

inlinestatic

Parameters

pwmIndex	PWM instance
acpSetting	Pointer to a power control data object of type PWM_PCI_TERMTIME_AFTER_EVENT_t

Returns: void

This function the Termination Synchronization bit for a particular PWM Synchronization PCI instance.

Definition at line 244 of file drv_mcc_extension_pwm.h.

◆ PWM_StartOfCycleTrigger()

static void PWM_StartOfCycleTrigger	(	uint16_t	pwmIndex,
		PWM_SOCS_t	triggerSource )

inlinestatic

Parameters

pwmIndex	PWM instance
triggerSource	Pointer to a power control data object of type PWM_SOCS_t

Returns: void

This function set the start-of-cycle of a particular PWM instance.

Definition at line 304 of file drv_mcc_extension_pwm.h.

◆ PWM_Swap_PWMxL_and_PWMxH()

static void PWM_Swap_PWMxL_and_PWMxH	(	uint16_t	pwmIndex,
		bool	swapPWMH_PWML )

inlinestatic

Parameters

pwmIndex	PWM instance
swapPWMH_PWML	enable/disable the PWM instance output swap bit

Returns: void

This function configures the PWM output as swapped output (PWMH output -> PWML output; PWML output -> PWMH output).

Definition at line 1052 of file drv_mcc_extension_pwm.h.

Here is the caller graph for this function:

◆ PWM_Trigger_Mode()

static void PWM_Trigger_Mode	(	uint16_t	pwmIndex,
		PWM_TRIG_MODE_t	trigMode )

inlinestatic

Parameters

pwmIndex	PWM instance
trigMode	Pointer to a power control data object of type PWM_TRIG_MODE_t

Returns: void

This function configures the PWM instance trigger mode.

Definition at line 946 of file drv_mcc_extension_pwm.h.

Here is the caller graph for this function:

◆ PWM_UPDREQ_Broadcast_Enable()

static void PWM_UPDREQ_Broadcast_Enable	(	uint16_t	pwmIndex,
		bool	enable )

inlinestatic

Parameters

pwmIndex	PWM instance
enable	enable the Master bit of a PWM instance

Returns: void

This function is used for register update synchronization between PWMs. Setting the MSTEN bit means that the UPDREQ flag is broadcast to other PWMs. If the UPDMOD field in the receiving PWM is set to "Client SOC" or "client immediate" then this will take effect and data update between different PWM modules can be implemented

Definition at line 352 of file drv_mcc_extension_pwm.h.

◆ RPnR_VirtualPin_Source()

static void RPnR_VirtualPin_Source	(	RPnR_VIRTUAL_PIN_t	virtualPin,
		RPnR_SOURCE_t	peripheral )

inlinestatic

Parameters

virtualPin	Pointer to a power control data object of type RPnR_VIRTUAL_PIN_t
peripheral	Pointer to a power control data object of type RPnR_SOURCE_t

Returns: void

These pins provide a simple way for inter-peripheral connection without utilizing a physical pin. For example, the output of the analog comparator can be connected to RP176 and the PWM Fault input can be configured for RP176 as well. This configuration allows the analog comparator to trigger PWM Faults without the use of an actual physical pin on the device

Definition at line 609 of file drv_mcc_extension_pwm.h.

		4kW dsPIC33C PSFB DC-DC DA (Part-No. )
Content

Files

Enumerations

Functions

Detailed Description

Enumeration Type Documentation

◆ PWM_EVENT_SOURCE_e

◆ PWM_FAULT_DATA_e

◆ PWM_LATCH_MODE_e

◆ PWM_PCI_ACCEPTANCE_CRITERIA_e

◆ PWM_PCI_ACCEPTANCE_QUALIFER_e

◆ PWM_PCI_INPUT_e

◆ PWM_PCI_SOURCE_e

◆ PWM_PCI_SOURCE_SELECT_e

◆ PWM_PCI_TERM_e

◆ PWM_PCI_TERMTIME_AFTER_EVENT_e

◆ PWM_SOCS_e

◆ PWM_TRIG_MODE_e

◆ PWM_UPDMOD_e

◆ PWM_UPDTRG_e

◆ RPnR_SOURCE_e

◆ RPnR_VIRTUAL_PIN_e

◆ RPx_INPUT_e

Function Documentation

◆ DRV_Config_Custom_PWM()

◆ PWM_Data_Update_Mode()

◆ PWM_Data_Update_Trigger()

◆ PWM_EVENTA_Configure()

◆ PWM_Fault_DataMode()

◆ PWM_Fault_LatchMode()

◆ PWM_PCI_Fault_AcceptanceCriteria()

◆ PWM_PCI_Fault_AcceptanceQualiferInvert()

◆ PWM_PCI_Fault_AcceptanceQualifierSource()

◆ PWM_PCI_Fault_TimetoTerminateAfterEvent()

◆ PWM_PCI_INPUT_MaptoPin()

◆ PWM_PCI_Source1()

◆ PWM_PCI_Sync_AcceptanceCriteria()

◆ PWM_PCI_Sync_Source_Select()

◆ PWM_PCI_Sync_TerminationEventSelect()

◆ PWM_PCI_Sync_TimetoTerminateAfterEvent()

◆ PWM_StartOfCycleTrigger()

◆ PWM_Swap_PWMxL_and_PWMxH()

◆ PWM_Trigger_Mode()

◆ PWM_UPDREQ_Broadcast_Enable()

◆ RPnR_VirtualPin_Source()