Detailed Description

Data structure defines the parameters for bit timing calculation. Bit timing related to data phase will be valid only in case where MCAN is put in CANFD mode and will be '0' otherwise.

Data Fields
uint32_t	nomBrp

uint32_t	nomPropSeg

uint32_t	nomPseg1

uint32_t	nomPseg2

uint32_t	nomSjw

uint32_t	dataBrp

uint32_t	dataPropSeg

uint32_t	dataPseg1

uint32_t	dataPseg2

uint32_t	dataSjw

Field Documentation

◆ nomBrp

uint32_t CANFDLLD_MCANBitTimingParams::nomBrp

Nominal Baud Rate Pre-scaler

◆ nomPropSeg

uint32_t CANFDLLD_MCANBitTimingParams::nomPropSeg

NominalProp Segment value

◆ nomPseg1

uint32_t CANFDLLD_MCANBitTimingParams::nomPseg1

NominalPhase Segment1 value

◆ nomPseg2

uint32_t CANFDLLD_MCANBitTimingParams::nomPseg2

NominalPhase Segment2 value

◆ nomSjw

uint32_t CANFDLLD_MCANBitTimingParams::nomSjw

Nominal (Re)Synchronization Jump Width

◆ dataBrp

uint32_t CANFDLLD_MCANBitTimingParams::dataBrp

Nominal Baud Rate Pre-scaler

◆ dataPropSeg

uint32_t CANFDLLD_MCANBitTimingParams::dataPropSeg

NominalProp Segment value

◆ dataPseg1

uint32_t CANFDLLD_MCANBitTimingParams::dataPseg1