Data Structures
struct	bsp_feature_sci_t

struct	bsp_feature_rspi_t

struct	bsp_feature_lvd_t

struct	bsp_feature_acmphs_t

struct	bsp_feature_adc_t

struct	bsp_feature_can_t

struct	bsp_feature_dac_t

struct	bsp_feature_flash_lp

struct	bsp_feature_flash_hp

struct	bsp_feature_ctsu_t

struct	bsp_feature_ioport_t

struct	bsp_feature_cgc_t

struct	bsp_feature_opamp_t

struct	bsp_feature_sdhi_t

struct	bsp_feature_ssi_t

struct	bsp_feature_icu_t

struct	bsp_feature_lpmv2_t

struct	bsp_feature_riic_t

Functions
void	R_BSP_FeatureSciGet (bsp_feature_sci_t *p_sci_feature)

void	R_BSP_FeatureRspiGet (bsp_feature_rspi_t *p_rspi_feature)

void	R_BSP_FeatureLvdGet (bsp_feature_lvd_t *p_lvd_feature)

void	R_BSP_FeatureAcmphsGet (bsp_feature_acmphs_t *p_acmphs_feature)

void	R_BSP_FeatureAdcGet (bsp_feature_adc_t *p_adc_feature)

void	R_BSP_FeatureCtsuGet (bsp_feature_ctsu_t *p_ctsu_feature)

void	R_BSP_FeatureIoportGet (bsp_feature_ioport_t *p_ioport_feature)

void	R_BSP_FeatureCgcGet (bsp_feature_cgc_t const **pp_cgc_feature)

void	R_BSP_FeatureCanGet (bsp_feature_can_t *p_can_feature)

void	R_BSP_FeatureDacGet (bsp_feature_dac_t *p_dac_feature)

void	R_BSP_FeatureFlashLpGet (bsp_feature_flash_lp *p_flash_lp_feature)

void	R_BSP_FeatureOpampGet (bsp_feature_opamp_t *const p_opamp_feature)

void	R_BSP_FeatureSdhiGet (bsp_feature_sdhi_t *p_sdhi_feature)

void	R_BSP_FeatureSsiGet (bsp_feature_ssi_t *p_ssi_feature)

void	R_BSP_FeatureICUGet (bsp_feature_icu_t *p_icu_feature)

void	R_BSP_FeatureLPMV2Get (bsp_feature_lpmv2_t *p_lpmv2_feature)

void	R_BSP_FeatureRIICGet (bsp_feature_riic_t *p_riic_feature)

Detailed Description

This group contains lookup functions that provide MCU specific feature information that is not available in the factory flash.

Function Documentation

◆ R_BSP_FeatureAcmphsGet()

void R_BSP_FeatureAcmphsGet ( bsp_feature_acmphs_t * p_acmphs_feature )

Get MCU specific ACMPHS features

Parameters

[out] p_acmphs_feature Pointer to structure to store ACMPHS features.

◆ R_BSP_FeatureAdcGet()

void R_BSP_FeatureAdcGet ( bsp_feature_adc_t * p_adc_feature )

Get MCU specific ADC features

Parameters

[out] p_adc_feature Pointer to structure to store ADC features.

◆ R_BSP_FeatureCanGet()

void R_BSP_FeatureCanGet ( bsp_feature_can_t * p_can_feature )

Get MCU specific CAN features

Parameters

[out] p_can_feature Pointer to structure to store CAN features.

◆ R_BSP_FeatureCgcGet()

void R_BSP_FeatureCgcGet ( bsp_feature_cgc_t const ** pp_cgc_feature )

Get MCU specific CGC features

Parameters

[out] pp_cgc_feature Pointer to structure to store pointer to CGC features.

◆ R_BSP_FeatureCtsuGet()

void R_BSP_FeatureCtsuGet ( bsp_feature_ctsu_t * p_ctsu_feature )

Get MCU specific CTSU features

Parameters

[out] p_ctsu_feature Pointer to structure to store CTSU features.

◆ R_BSP_FeatureDacGet()

void R_BSP_FeatureDacGet ( bsp_feature_dac_t * p_dac_feature )

Get MCU specific DAC features

Parameters

[out] p_dac_feature Pointer to structure to store DAC features.

◆ R_BSP_FeatureFlashLpGet()

void R_BSP_FeatureFlashLpGet ( bsp_feature_flash_lp * p_flash_lp_feature )

Get MCU specific FLASH LP features

Parameters

[out] p_flash_lp_feature Pointer to structure to store Flash LP features.

S124 uses 1 macro of 128K and single access for Code Flash. It can therefore access 128K as a single macro and it's Code Flash memory is effectively organized as a single macro of 128K, yielding a total of 128K Code Flash.

S128 uses 1 macro of 256K and single access for Code Flash. It can therefore access 256K as a single macro and it's Code Flash memory is effectively organized as a single macro of 256K, yielding a total of 256K Code Flash.

S1JA uses 2 macros of 128K and double access for Code Flash. It can therefore access 256K as a single macro and it's Code Flash memory is effectively organized as 1 macro of 256K each, yielding a total of 256K Code Flash.

S3A1 uses 4 macros of 256K and double access for Code Flash. It can therefore access 512K as a single macro and it's Code Flash memory is effectively organized as 2 macros of 512K each, yielding a total of 1MB Code Flash. This generates a macro boundary at 512K which is important for blank checking.

S3A7 uses 4 macros of 256K and double access for Code Flash. It can therefore access 512K as a single macro and it's Code Flash memory is effectively organized as 2 macros of 512K each, yielding a total of 1MB Code Flash. This generates a macro boundary at 512K which is important for blank checking.

◆ R_BSP_FeatureICUGet()

void R_BSP_FeatureICUGet ( bsp_feature_icu_t * p_icu_feature )

Get MCU specific DMAC features

Parameters

[out] p_icu_feature Pointer to structure to store DMAC features.

◆ R_BSP_FeatureIoportGet()

void R_BSP_FeatureIoportGet ( bsp_feature_ioport_t * p_ioport_feature )

Get MCU specific I/O port features

Parameters

[out] p_ioport_feature Pointer to structure to store I/O port features.

◆ R_BSP_FeatureLPMV2Get()

void R_BSP_FeatureLPMV2Get ( bsp_feature_lpmv2_t * p_lpmv2_feature )

Get MCU specific LPMV2 features

Parameters

[out] p_lpmv2_feature Pointer to structure to store LPMV2 features.

◆ R_BSP_FeatureLvdGet()

void R_BSP_FeatureLvdGet ( bsp_feature_lvd_t * p_lvd_feature )

Get MCU specific LVD features.

Parameters

[out] p_lvd_feature Pointer to structure to store LVD features.

◆ R_BSP_FeatureOpampGet()

void R_BSP_FeatureOpampGet ( bsp_feature_opamp_t *const p_opamp_feature )

Get MCU specific OPAMP features

Parameters

[out] p_opamp_feature Pointer to structure to store OPAMP features.

◆ R_BSP_FeatureRIICGet()

void R_BSP_FeatureRIICGet ( bsp_feature_riic_t * p_riic_feature )

Get MCU specific RIIC features

Parameters

[out] p_riic_feature Pointer to structure to store RIIC features.

< Initialize the input rise time for standard and fast mode