#include "ELL_CORE.h"
#include "STC8Ax_REG.h"

STC8x_PWM.h 的引用(Include)关系图:

此图展示该文件直接或间接的被哪些文件引用了:

宏定义
#define	PER_LIB_MCU_MUODEL STC8Ax
	如果没有定义这个宏，默认为STC8Ax。 If the mirco is undefined，select to STC8Ax 更多...

#define	PER_LIB_PWM_CTRL 1
	如果没有定义这个宏，默认为0。 If the mirco is undefined，select to "0" 更多...

#define	PER_LIB_PWM_INIT_CTRL 1
	如果没有定义这个宏，默认为0。 If the mirco is undefined，select to "0" 更多...

#define	PER_LIB_PWM_NVIC_CTRL 1
	如果没有定义这个宏，默认为0。 If the mirco is undefined，select to "0" 更多...

#define	PER_LIB_PWM_WORK_CTRL 1
	如果没有定义这个宏，默认为0。 If the mirco is undefined，select to "0" 更多...

#define	PWM_CNT_RTZ_GET_FLAG() (PWMCFG & 0x80)

#define	PWM_ABD_GET_FLAG() (PWMFDCR & 0x01)

#define	PWM0_GET_FLAG() (PWMIF & 0x01)

#define	PWM1_GET_FLAG() (PWMIF & 0x02)

#define	PWM2_GET_FLAG() (PWMIF & 0x04)

#define	PWM3_GET_FLAG() (PWMIF & 0x08)

#define	PWM4_GET_FLAG() (PWMIF & 0x10)

#define	PWM5_GET_FLAG() (PWMIF & 0x20)

#define	PWM6_GET_FLAG() (PWMIF & 0x40)

#define	PWM7_GET_FLAG() (PWMIF & 0x80)

#define	PWM_CNT_RTZ_CLEAR_FLAG() PWMCFG &= 0x7F

#define	PWM_ABD_CLEAR_FLAG() PWMFDCR &= 0xFE

#define	PWM0_CLEAR_FLAG() PWMIF &= 0xFE

#define	PWM1_CLEAR_FLAG() PWMIF &= 0xFD

#define	PWM2_CLEAR_FLAG() PWMIF &= 0xFB

#define	PWM3_CLEAR_FLAG() PWMIF &= 0xF7

#define	PWM4_CLEAR_FLAG() PWMIF &= 0xEF

#define	PWM5_CLEAR_FLAG() PWMIF &= 0xDF

#define	PWM6_CLEAR_FLAG() PWMIF &= 0xBF

#define	PWM7_CLEAR_FLAG() PWMIF &= 0x7F

#define	NVIC_PWM_CNT_PRI(pri)

#define	NVIC_PWM_ABD_PRI(pri)

#define	NVIC_PWM_CNT_CTRL(run) do{ PWMCR = (PWMCR & 0xBF) \| (run << 6); }while(0)

#define	NVIC_PWM_ABD_CTRL(run) do{ PWMFDCR = (PWMFDCR & 0xF7) \| (run << 3); }while(0)

#define	NVIC_PWM0_CTRL(run) do{ EAXFR_ENABLE(); PWMxCR(PWM0CR_ADDRESS) = (PWMxCR(PWM0CR_ADDRESS) & 0xF8) \| (run); EAXFR_DISABLE(); }while(0)

#define	NVIC_PWM1_CTRL(run) do{ EAXFR_ENABLE(); PWMxCR(PWM1CR_ADDRESS) = (PWMxCR(PWM1CR_ADDRESS) & 0xF8) \| (run); EAXFR_DISABLE(); }while(0)

#define	NVIC_PWM2_CTRL(run) do{ EAXFR_ENABLE(); PWMxCR(PWM2CR_ADDRESS) = (PWMxCR(PWM2CR_ADDRESS) & 0xF8) \| (run); EAXFR_DISABLE(); }while(0)

#define	NVIC_PWM3_CTRL(run) do{ EAXFR_ENABLE(); PWMxCR(PWM3CR_ADDRESS) = (PWMxCR(PWM3CR_ADDRESS) & 0xF8) \| (run); EAXFR_DISABLE(); }while(0)

#define	NVIC_PWM4_CTRL(run) do{ EAXFR_ENABLE(); PWMxCR(PWM4CR_ADDRESS) = (PWMxCR(PWM4CR_ADDRESS) & 0xF8) \| (run); EAXFR_DISABLE(); }while(0)

#define	NVIC_PWM5_CTRL(run) do{ EAXFR_ENABLE(); PWMxCR(PWM5CR_ADDRESS) = (PWMxCR(PWM5CR_ADDRESS) & 0xF8) \| (run); EAXFR_DISABLE(); }while(0)

#define	NVIC_PWM6_CTRL(run) do{ EAXFR_ENABLE(); PWMxCR(PWM6CR_ADDRESS) = (PWMxCR(PWM6CR_ADDRESS) & 0xF8) \| (run); EAXFR_DISABLE(); }while(0)

#define	NVIC_PWM6_CTRL(run) do{ EAXFR_ENABLE(); PWMxCR(PWM6CR_ADDRESS) = (PWMxCR(PWM6CR_ADDRESS) & 0xF8) \| (run); EAXFR_DISABLE(); }while(0)

#define	NVIC_PWM7_CTRL(run) do{ EAXFR_ENABLE(); PWMxCR(PWM7CR_ADDRESS) = (PWMxCR(PWM7CR_ADDRESS) & 0xF8) \| (run); EAXFR_DISABLE(); }while(0)

#define	PWM0_DUTY_CTRL(fValue, sValue) do{PWMxT1(PWM0T1_ADDRESS) = fValue; PWMxT2(PWM0T2_ADDRESS) = sValue;}while(0)

#define	PWM1_DUTY_CTRL(fValue, sValue) do{PWMxT1(PWM1T1_ADDRESS) = fValue; PWMxT2(PWM1T2_ADDRESS) = sValue;}while(0)

#define	PWM2_DUTY_CTRL(fValue, sValue) do{PWMxT1(PWM2T1_ADDRESS) = fValue; PWMxT2(PWM2T2_ADDRESS) = sValue;}while(0)

#define	PWM3_DUTY_CTRL(fValue, sValue) do{PWMxT1(PWM3T1_ADDRESS) = fValue; PWMxT2(PWM3T2_ADDRESS) = sValue;}while(0)

#define	PWM4_DUTY_CTRL(fValue, sValue) do{PWMxT1(PWM4T1_ADDRESS) = fValue; PWMxT2(PWM4T2_ADDRESS) = sValue;}while(0)

#define	PWM5_DUTY_CTRL(fValue, sValue) do{PWMxT1(PWM5T1_ADDRESS) = fValue; PWMxT2(PWM5T2_ADDRESS) = sValue;}while(0)

#define	PWM6_DUTY_CTRL(fValue, sValue) do{PWMxT1(PWM6T1_ADDRESS) = fValue; PWMxT2(PWM6T2_ADDRESS) = sValue;}while(0)

#define	PWM7_DUTY_CTRL(fValue, sValue) do{PWMxT1(PWM7T1_ADDRESS) = fValue; PWMxT2(PWM7T2_ADDRESS) = sValue;}while(0)

枚举
enum	PWMCLKSrc_Type { PWM_SCLK_DIV_1 = 0x00 , PWM_SCLK_DIV_2 = 0x01 , PWM_SCLK_DIV_3 = 0x02 , PWM_SCLK_DIV_4 = 0x03 , PWM_SCLK_DIV_5 = 0x04 , PWM_SCLK_DIV_6 = 0x05 , PWM_SCLK_DIV_7 = 0x06 , PWM_SCLK_DIV_8 = 0x07 , PWM_SCLK_DIV_9 = 0x08 , PWM_SCLK_DIV_10 = 0x09 , PWM_SCLK_DIV_11 = 0x0A , PWM_SCLK_DIV_12 = 0x0B , PWM_SCLK_DIV_13 = 0x0C , PWM_SCLK_DIV_14 = 0x0D , PWM_SCLK_DIV_15 = 0x0E , PWM_SCLK_DIV_16 = 0x0F , PWM_TIMER2_PULSE = 0x1F }
	RST复位方式选择枚举体。更多...

enum	PWMStartLevel_Type { PWM_Start_Low_Level = 0x00 , PWM_Start_High_Level = 0x01 }

enum	PWMABDSignal_Type { PWM_ABD_P35 = 0x02 , PWM_ABD_COMP = 0x04 }

enum	PWMABDMode_Type { PWM_COMP_Low_To_High = 0x00 , PWM_COMP_High_To_Low = 0x80 , PWM_P35_Low_To_High = 0x00 , PWM_P35_High_To_Low = 0x40 }

enum	PWMHoldLevel_Type { PWM_Hold_Normal_Level = 0x00 , PWM_Hold_Low_Level = 0x01 , PWM_Hold_High_Level = 0x02 }

enum	PWMFlip_Type { PWM_Flip_Null = 0x00 , PWM_Flip_First = 0x05 , PWM_Flip_Second = 0x06 , PWM_Flip_Both = 0x07 }

函数
FSCSTATE	PWM_CNT_Init (PWMCLKSrc_Type clkSrc, uint16_t period, BOOL run)
	PWM计数器初始化,必须在所有PWM初始化函数的后面调用。更多...

FSCSTATE	PWM0_Init (PWMStartLevel_Type level, uint16_t fValue, uint16_t sValue, BOOL run)
	PWM0通道初始化函数，它必须在PWM计数器初始化函数之前调用。更多...

FSCSTATE	PWM1_Init (PWMStartLevel_Type level, uint16_t fValue, uint16_t sValue, BOOL run)
	PWM1通道初始化函数，它必须在PWM计数器初始化函数之前调用。更多...

FSCSTATE	PWM2_Init (PWMStartLevel_Type level, uint16_t fValue, uint16_t sValue, BOOL run)
	PWM2通道初始化函数，它必须在PWM计数器初始化函数之前调用。更多...

FSCSTATE	PWM3_Init (PWMStartLevel_Type level, uint16_t fValue, uint16_t sValue, BOOL run)
	PWM3通道初始化函数，它必须在PWM计数器初始化函数之前调用。更多...

FSCSTATE	PWM4_Init (PWMStartLevel_Type level, uint16_t fValue, uint16_t sValue, BOOL run)
	PWM4通道初始化函数，它必须在PWM计数器初始化函数之前调用。更多...

FSCSTATE	PWM5_Init (PWMStartLevel_Type level, uint16_t fValue, uint16_t sValue, BOOL run)
	PWM5通道初始化函数，它必须在PWM计数器初始化函数之前调用。更多...

FSCSTATE	PWM6_Init (PWMStartLevel_Type level, uint16_t fValue, uint16_t sValue, BOOL run)
	PWM6通道初始化函数，它必须在PWM计数器初始化函数之前调用。更多...

FSCSTATE	PWM7_Init (PWMStartLevel_Type level, uint16_t fValue, uint16_t sValue, BOOL run)
	PWM7通道初始化函数，它必须在PWM计数器初始化函数之前调用。更多...

FSCSTATE	PWM_ABD_Init (PWMABDSignal_Type sigSrc, PWMABDMode_Type mode, BOOL run)
	PWM异常检测初始化函数。更多...

FSCSTATE	PWM_ETADC_Init (uint16_t tValue, BOOL run)
	PWM触发ADC函数。更多...

FSCSTATE	NVIC_PWM_CNT_Init (NVICPri_Type pri, BOOL run)
	PWM计数器中断初始化函数。更多...

FSCSTATE	NVIC_PWM_ABD_Init (NVICPri_Type pri, BOOL run)
	PWM异常检测中断初始化函数。更多...

FSCSTATE	NVIC_PWM0_Init (PWMFlip_Type flipPoint)
	PWM0中断初始化函数，设置触发中断的电平翻转点。更多...

FSCSTATE	NVIC_PWM1_Init (PWMFlip_Type flipPoint)
	PWM1中断初始化函数，设置触发中断的电平翻转点。更多...

FSCSTATE	NVIC_PWM2_Init (PWMFlip_Type flipPoint)
	PWM2中断初始化函数，设置触发中断的电平翻转点。更多...

FSCSTATE	NVIC_PWM3_Init (PWMFlip_Type flipPoint)
	PWM3中断初始化函数，设置触发中断的电平翻转点。更多...

FSCSTATE	NVIC_PWM4_Init (PWMFlip_Type flipPoint)
	PWM4中断初始化函数，设置触发中断的电平翻转点。更多...

FSCSTATE	NVIC_PWM5_Init (PWMFlip_Type flipPoint)
	PWM5中断初始化函数，设置触发中断的电平翻转点。更多...

FSCSTATE	NVIC_PWM6_Init (PWMFlip_Type flipPoint)
	PWM6中断初始化函数，设置触发中断的电平翻转点。更多...

FSCSTATE	NVIC_PWM7_Init (PWMFlip_Type flipPoint)
	PWM7中断初始化函数，设置触发中断的电平翻转点。更多...

FSCSTATE	GPIO_PWM0_SWPort (GPIOSWPort_Type port)
	PWM0切换复用IO函数。更多...

FSCSTATE	GPIO_PWM1_SWPort (GPIOSWPort_Type port)
	PWM1切换复用IO函数。更多...

FSCSTATE	GPIO_PWM2_SWPort (GPIOSWPort_Type port)
	PWM2切换复用IO函数。更多...

FSCSTATE	GPIO_PWM3_SWPort (GPIOSWPort_Type port)
	PWM3切换复用IO函数。更多...

FSCSTATE	GPIO_PWM4_SWPort (GPIOSWPort_Type port)
	PWM4切换复用IO函数。更多...

FSCSTATE	GPIO_PWM5_SWPort (GPIOSWPort_Type port)
	PWM5切换复用IO函数。更多...

FSCSTATE	GPIO_PWM6_SWPort (GPIOSWPort_Type port)
	PWM6切换复用IO函数。更多...

FSCSTATE	GPIO_PWM7_SWPort (GPIOSWPort_Type port)
	PWM7切换复用IO函数。更多...

宏定义说明

◆ NVIC_PWM0_CTRL

#define NVIC_PWM0_CTRL ( run ) do{ EAXFR_ENABLE(); PWMxCR(PWM0CR_ADDRESS) = (PWMxCR(PWM0CR_ADDRESS) & 0xF8) | (run); EAXFR_DISABLE(); }while(0)

◆ NVIC_PWM1_CTRL

#define NVIC_PWM1_CTRL ( run ) do{ EAXFR_ENABLE(); PWMxCR(PWM1CR_ADDRESS) = (PWMxCR(PWM1CR_ADDRESS) & 0xF8) | (run); EAXFR_DISABLE(); }while(0)

◆ NVIC_PWM2_CTRL

#define NVIC_PWM2_CTRL ( run ) do{ EAXFR_ENABLE(); PWMxCR(PWM2CR_ADDRESS) = (PWMxCR(PWM2CR_ADDRESS) & 0xF8) | (run); EAXFR_DISABLE(); }while(0)

◆ NVIC_PWM3_CTRL

#define NVIC_PWM3_CTRL ( run ) do{ EAXFR_ENABLE(); PWMxCR(PWM3CR_ADDRESS) = (PWMxCR(PWM3CR_ADDRESS) & 0xF8) | (run); EAXFR_DISABLE(); }while(0)

◆ NVIC_PWM4_CTRL

#define NVIC_PWM4_CTRL ( run ) do{ EAXFR_ENABLE(); PWMxCR(PWM4CR_ADDRESS) = (PWMxCR(PWM4CR_ADDRESS) & 0xF8) | (run); EAXFR_DISABLE(); }while(0)

◆ NVIC_PWM5_CTRL

#define NVIC_PWM5_CTRL ( run ) do{ EAXFR_ENABLE(); PWMxCR(PWM5CR_ADDRESS) = (PWMxCR(PWM5CR_ADDRESS) & 0xF8) | (run); EAXFR_DISABLE(); }while(0)

◆ NVIC_PWM6_CTRL [1/2]

#define NVIC_PWM6_CTRL ( run ) do{ EAXFR_ENABLE(); PWMxCR(PWM6CR_ADDRESS) = (PWMxCR(PWM6CR_ADDRESS) & 0xF8) | (run); EAXFR_DISABLE(); }while(0)

◆ NVIC_PWM6_CTRL [2/2]

#define NVIC_PWM6_CTRL ( run ) do{ EAXFR_ENABLE(); PWMxCR(PWM6CR_ADDRESS) = (PWMxCR(PWM6CR_ADDRESS) & 0xF8) | (run); EAXFR_DISABLE(); }while(0)

◆ NVIC_PWM7_CTRL

#define NVIC_PWM7_CTRL ( run ) do{ EAXFR_ENABLE(); PWMxCR(PWM7CR_ADDRESS) = (PWMxCR(PWM7CR_ADDRESS) & 0xF8) | (run); EAXFR_DISABLE(); }while(0)

◆ NVIC_PWM_ABD_CTRL

#define NVIC_PWM_ABD_CTRL ( run ) do{ PWMFDCR = (PWMFDCR & 0xF7) | (run << 3); }while(0)

◆ NVIC_PWM_ABD_PRI

#define NVIC_PWM_ABD_PRI ( pri )

值:

            do{                                             \
                IP2H = (IP2H & 0xF7) | ((pri & 0x02) << 2); \
                IP2  = (IP2  & 0xF7) | ((pri & 0x01) << 3); \
            }while(0)

◆ NVIC_PWM_CNT_CTRL

#define NVIC_PWM_CNT_CTRL ( run ) do{ PWMCR = (PWMCR & 0xBF) | (run << 6); }while(0)

◆ NVIC_PWM_CNT_PRI

#define NVIC_PWM_CNT_PRI ( pri )

值:

            do{                                             \
                IP2H = (IP2H & 0xFB) | ((pri & 0x02) << 1); \
                IP2  = (IP2  & 0xFB) | ((pri & 0x01) << 2); \
            }while(0)

◆ PER_LIB_MCU_MUODEL

#define PER_LIB_MCU_MUODEL STC8Ax

如果没有定义这个宏，默认为STC8Ax。 If the mirco is undefined，select to STC8Ax

◆ PER_LIB_PWM_CTRL

#define PER_LIB_PWM_CTRL 1

如果没有定义这个宏，默认为0。 If the mirco is undefined，select to "0"

◆ PER_LIB_PWM_INIT_CTRL

#define PER_LIB_PWM_INIT_CTRL 1

如果没有定义这个宏，默认为0。 If the mirco is undefined，select to "0"

◆ PER_LIB_PWM_NVIC_CTRL

#define PER_LIB_PWM_NVIC_CTRL 1

如果没有定义这个宏，默认为0。 If the mirco is undefined，select to "0"

◆ PER_LIB_PWM_WORK_CTRL

#define PER_LIB_PWM_WORK_CTRL 1

如果没有定义这个宏，默认为0。 If the mirco is undefined，select to "0"

◆ PWM0_CLEAR_FLAG

#define PWM0_CLEAR_FLAG ( ) PWMIF &= 0xFE

◆ PWM0_DUTY_CTRL

#define PWM0_DUTY_CTRL	(	fValue,
		sValue
	)	do{PWMxT1(PWM0T1_ADDRESS) = fValue; PWMxT2(PWM0T2_ADDRESS) = sValue;}while(0)

◆ PWM0_GET_FLAG

#define PWM0_GET_FLAG ( ) (PWMIF & 0x01)

◆ PWM1_CLEAR_FLAG

#define PWM1_CLEAR_FLAG ( ) PWMIF &= 0xFD

◆ PWM1_DUTY_CTRL

#define PWM1_DUTY_CTRL	(	fValue,
		sValue
	)	do{PWMxT1(PWM1T1_ADDRESS) = fValue; PWMxT2(PWM1T2_ADDRESS) = sValue;}while(0)

◆ PWM1_GET_FLAG

#define PWM1_GET_FLAG ( ) (PWMIF & 0x02)

◆ PWM2_CLEAR_FLAG

#define PWM2_CLEAR_FLAG ( ) PWMIF &= 0xFB

◆ PWM2_DUTY_CTRL

#define PWM2_DUTY_CTRL	(	fValue,
		sValue
	)	do{PWMxT1(PWM2T1_ADDRESS) = fValue; PWMxT2(PWM2T2_ADDRESS) = sValue;}while(0)

◆ PWM2_GET_FLAG

#define PWM2_GET_FLAG ( ) (PWMIF & 0x04)

◆ PWM3_CLEAR_FLAG

#define PWM3_CLEAR_FLAG ( ) PWMIF &= 0xF7

◆ PWM3_DUTY_CTRL

#define PWM3_DUTY_CTRL	(	fValue,
		sValue
	)	do{PWMxT1(PWM3T1_ADDRESS) = fValue; PWMxT2(PWM3T2_ADDRESS) = sValue;}while(0)

◆ PWM3_GET_FLAG

#define PWM3_GET_FLAG ( ) (PWMIF & 0x08)

◆ PWM4_CLEAR_FLAG

#define PWM4_CLEAR_FLAG ( ) PWMIF &= 0xEF

◆ PWM4_DUTY_CTRL

#define PWM4_DUTY_CTRL	(	fValue,
		sValue
	)	do{PWMxT1(PWM4T1_ADDRESS) = fValue; PWMxT2(PWM4T2_ADDRESS) = sValue;}while(0)

◆ PWM4_GET_FLAG

#define PWM4_GET_FLAG ( ) (PWMIF & 0x10)

◆ PWM5_CLEAR_FLAG

#define PWM5_CLEAR_FLAG ( ) PWMIF &= 0xDF

◆ PWM5_DUTY_CTRL

#define PWM5_DUTY_CTRL	(	fValue,
		sValue
	)	do{PWMxT1(PWM5T1_ADDRESS) = fValue; PWMxT2(PWM5T2_ADDRESS) = sValue;}while(0)

◆ PWM5_GET_FLAG

#define PWM5_GET_FLAG ( ) (PWMIF & 0x20)

◆ PWM6_CLEAR_FLAG

#define PWM6_CLEAR_FLAG ( ) PWMIF &= 0xBF

◆ PWM6_DUTY_CTRL

#define PWM6_DUTY_CTRL	(	fValue,
		sValue
	)	do{PWMxT1(PWM6T1_ADDRESS) = fValue; PWMxT2(PWM6T2_ADDRESS) = sValue;}while(0)

◆ PWM6_GET_FLAG

#define PWM6_GET_FLAG ( ) (PWMIF & 0x40)

◆ PWM7_CLEAR_FLAG

#define PWM7_CLEAR_FLAG ( ) PWMIF &= 0x7F

◆ PWM7_DUTY_CTRL

#define PWM7_DUTY_CTRL	(	fValue,
		sValue
	)	do{PWMxT1(PWM7T1_ADDRESS) = fValue; PWMxT2(PWM7T2_ADDRESS) = sValue;}while(0)

◆ PWM7_GET_FLAG

#define PWM7_GET_FLAG ( ) (PWMIF & 0x80)

◆ PWM_ABD_CLEAR_FLAG

#define PWM_ABD_CLEAR_FLAG ( ) PWMFDCR &= 0xFE

◆ PWM_ABD_GET_FLAG

#define PWM_ABD_GET_FLAG ( ) (PWMFDCR & 0x01)

◆ PWM_CNT_RTZ_CLEAR_FLAG

#define PWM_CNT_RTZ_CLEAR_FLAG ( ) PWMCFG &= 0x7F

◆ PWM_CNT_RTZ_GET_FLAG

#define PWM_CNT_RTZ_GET_FLAG ( ) (PWMCFG & 0x80)

枚举类型说明

◆ PWMABDMode_Type

enum PWMABDMode_Type

枚举值
PWM_COMP_Low_To_High
PWM_COMP_High_To_Low
PWM_P35_Low_To_High
PWM_P35_High_To_Low

◆ PWMABDSignal_Type

enum PWMABDSignal_Type

枚举值
PWM_ABD_P35
PWM_ABD_COMP

◆ PWMCLKSrc_Type

enum PWMCLKSrc_Type

RST复位方式选择枚举体。

RST Reset Select Enumerator.

枚举值
PWM_SCLK_DIV_1
PWM_SCLK_DIV_2
PWM_SCLK_DIV_3
PWM_SCLK_DIV_4
PWM_SCLK_DIV_5
PWM_SCLK_DIV_6
PWM_SCLK_DIV_7
PWM_SCLK_DIV_8
PWM_SCLK_DIV_9
PWM_SCLK_DIV_10
PWM_SCLK_DIV_11
PWM_SCLK_DIV_12
PWM_SCLK_DIV_13
PWM_SCLK_DIV_14
PWM_SCLK_DIV_15
PWM_SCLK_DIV_16
PWM_TIMER2_PULSE

◆ PWMFlip_Type

enum PWMFlip_Type

枚举值
PWM_Flip_Null
PWM_Flip_First
PWM_Flip_Second
PWM_Flip_Both

◆ PWMHoldLevel_Type

enum PWMHoldLevel_Type

枚举值
PWM_Hold_Normal_Level
PWM_Hold_Low_Level
PWM_Hold_High_Level

◆ PWMStartLevel_Type

enum PWMStartLevel_Type

枚举值
PWM_Start_Low_Level
PWM_Start_High_Level

函数说明

◆ GPIO_PWM0_SWPort()

FSCSTATE GPIO_PWM0_SWPort ( GPIOSWPort_Type port )

PWM0切换复用IO函数。

PWM0 switch out port control function.

参数

[in] port 复用IO枚举体。IO switch enumerator.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ GPIO_PWM1_SWPort()

FSCSTATE GPIO_PWM1_SWPort ( GPIOSWPort_Type port )

PWM1切换复用IO函数。

PWM1 switch out port control function.

参数

[in] port 复用IO枚举体。IO switch enumerator.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ GPIO_PWM2_SWPort()

FSCSTATE GPIO_PWM2_SWPort ( GPIOSWPort_Type port )

PWM2切换复用IO函数。

PWM2 switch out port control function.

参数

[in] port 复用IO枚举体。IO switch enumerator.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ GPIO_PWM3_SWPort()

FSCSTATE GPIO_PWM3_SWPort ( GPIOSWPort_Type port )

PWM3切换复用IO函数。

PWM3 switch out port control function.

参数

[in] port 复用IO枚举体。IO switch enumerator.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ GPIO_PWM4_SWPort()

FSCSTATE GPIO_PWM4_SWPort ( GPIOSWPort_Type port )

PWM4切换复用IO函数。

PWM4 switch out port control function.

参数

[in] port 复用IO枚举体。IO switch enumerator.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ GPIO_PWM5_SWPort()

FSCSTATE GPIO_PWM5_SWPort ( GPIOSWPort_Type port )

PWM5切换复用IO函数。

PWM5 switch out port control function.

参数

[in] port 复用IO枚举体。IO switch enumerator.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ GPIO_PWM6_SWPort()

FSCSTATE GPIO_PWM6_SWPort ( GPIOSWPort_Type port )

PWM6切换复用IO函数。

PWM6 switch out port control function.

参数

[in] port 复用IO枚举体。IO switch enumerator.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ GPIO_PWM7_SWPort()

FSCSTATE GPIO_PWM7_SWPort ( GPIOSWPort_Type port )

PWM7切换复用IO函数。

PWM7 switch out port control function.

参数

[in] port 复用IO枚举体。IO switch enumerator.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ NVIC_PWM0_Init()

FSCSTATE NVIC_PWM0_Init ( PWMFlip_Type flipPoint )

PWM0中断初始化函数，设置触发中断的电平翻转点。

PWM0 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

PWM0 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

◆ NVIC_PWM1_Init()

FSCSTATE NVIC_PWM1_Init ( PWMFlip_Type flipPoint )

PWM1中断初始化函数，设置触发中断的电平翻转点。

PWM1 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

◆ NVIC_PWM2_Init()

FSCSTATE NVIC_PWM2_Init ( PWMFlip_Type flipPoint )

PWM2中断初始化函数，设置触发中断的电平翻转点。

PWM2 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

PWM2 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

◆ NVIC_PWM3_Init()

FSCSTATE NVIC_PWM3_Init ( PWMFlip_Type flipPoint )

PWM3中断初始化函数，设置触发中断的电平翻转点。

PWM3 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

PWM3 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

◆ NVIC_PWM4_Init()

FSCSTATE NVIC_PWM4_Init ( PWMFlip_Type flipPoint )

PWM4中断初始化函数，设置触发中断的电平翻转点。

PWM4 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

PWM4 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

◆ NVIC_PWM5_Init()

FSCSTATE NVIC_PWM5_Init ( PWMFlip_Type flipPoint )

PWM5中断初始化函数，设置触发中断的电平翻转点。

PWM5 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

PWM5 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

◆ NVIC_PWM6_Init()

FSCSTATE NVIC_PWM6_Init ( PWMFlip_Type flipPoint )

PWM6中断初始化函数，设置触发中断的电平翻转点。

PWM6 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

PWM6 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

◆ NVIC_PWM7_Init()

FSCSTATE NVIC_PWM7_Init ( PWMFlip_Type flipPoint )

PWM7中断初始化函数，设置触发中断的电平翻转点。

PWM7 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

PWM7 interrupt initialization function, set the level flip point that triggers the interrupt.

参数

[in] flipPoint 电平翻转点 Level flip point.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

注解: PWM0~7,与PWM计数器共用一个中断服务入口，如果设置的电平触发点为无，那么将关闭这个中断。 PWM0~7 share an interrupt service entry with the PWM counter. If the set level trigger point is none, then this interrupt will be closed.

◆ NVIC_PWM_ABD_Init()

FSCSTATE NVIC_PWM_ABD_Init	(	NVICPri_Type	pri,
		BOOL	run
	)

PWM异常检测中断初始化函数。

PWM abnormal detection NVIC function.

参数

[in]	pri	中断优先级。interrupt priority.
[in]	run	使能控制位。enable control.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ NVIC_PWM_CNT_Init()

FSCSTATE NVIC_PWM_CNT_Init	(	NVICPri_Type	pri,
		BOOL	run
	)

PWM计数器中断初始化函数。

PWM Counter NVIC function.

参数

[in]	pri	中断优先级。interrupt priority.
[in]	run	使能控制位。enable control.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ PWM0_Init()

FSCSTATE PWM0_Init	(	PWMStartLevel_Type	level,
		uint16_t	fValue,
		uint16_t	sValue,
		BOOL	run
	)

PWM0通道初始化函数，它必须在PWM计数器初始化函数之前调用。

PWM0 road init function,it is best to initialize before the counter.

参数

[in]	level	PWM开始电平。PWM start level.
[in]	fValue	第一个电平翻转点。The value of the first reversal point.
[in]	sValue	第二个电平翻转点。The value of the second reversal point.
[in]	run	运行控制位。Run control bit.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ PWM1_Init()

FSCSTATE PWM1_Init	(	PWMStartLevel_Type	level,
		uint16_t	fValue,
		uint16_t	sValue,
		BOOL	run
	)

PWM1通道初始化函数，它必须在PWM计数器初始化函数之前调用。

PWM1 road init function,it is best to initialize before the counter.

参数

[in]	level	PWM开始电平。PWM start level.
[in]	fValue	第一个电平翻转点。The value of the first reversal point.
[in]	sValue	第二个电平翻转点。The value of the second reversal point.
[in]	run	运行控制位。Run control bit.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ PWM2_Init()

FSCSTATE PWM2_Init	(	PWMStartLevel_Type	level,
		uint16_t	fValue,
		uint16_t	sValue,
		BOOL	run
	)

PWM2通道初始化函数，它必须在PWM计数器初始化函数之前调用。

PWM2 road init function,it is best to initialize before the counter.

参数

[in]	level	PWM开始电平。PWM start level.
[in]	fValue	第一个电平翻转点。The value of the first reversal point.
[in]	sValue	第二个电平翻转点。The value of the second reversal point.
[in]	run	运行控制位。Run control bit.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ PWM3_Init()

FSCSTATE PWM3_Init	(	PWMStartLevel_Type	level,
		uint16_t	fValue,
		uint16_t	sValue,
		BOOL	run
	)

PWM3通道初始化函数，它必须在PWM计数器初始化函数之前调用。

PWM3 road init function,it is best to initialize before the counter.

参数

[in]	level	PWM开始电平。PWM start level.
[in]	fValue	第一个电平翻转点。The value of the first reversal point.
[in]	sValue	第二个电平翻转点。The value of the second reversal point.
[in]	run	运行控制位。Run control bit.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ PWM4_Init()

FSCSTATE PWM4_Init	(	PWMStartLevel_Type	level,
		uint16_t	fValue,
		uint16_t	sValue,
		BOOL	run
	)

PWM4通道初始化函数，它必须在PWM计数器初始化函数之前调用。

PWM4 road init function,it is best to initialize before the counter.

参数

[in]	level	PWM开始电平。PWM start level.
[in]	fValue	第一个电平翻转点。The value of the first reversal point.
[in]	sValue	第二个电平翻转点。The value of the second reversal point.
[in]	run	运行控制位。Run control bit.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ PWM5_Init()

FSCSTATE PWM5_Init	(	PWMStartLevel_Type	level,
		uint16_t	fValue,
		uint16_t	sValue,
		BOOL	run
	)

PWM5通道初始化函数，它必须在PWM计数器初始化函数之前调用。

PWM5 road init function,it is best to initialize before the counter.

参数

[in]	level	PWM开始电平。PWM start level.
[in]	fValue	第一个电平翻转点。The value of the first reversal point.
[in]	sValue	第二个电平翻转点。The value of the second reversal point.
[in]	run	运行控制位。Run control bit.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ PWM6_Init()

FSCSTATE PWM6_Init	(	PWMStartLevel_Type	level,
		uint16_t	fValue,
		uint16_t	sValue,
		BOOL	run
	)

PWM6通道初始化函数，它必须在PWM计数器初始化函数之前调用。

PWM6 road init function,it is best to initialize before the counter.

参数

[in]	level	PWM开始电平。PWM start level.
[in]	fValue	第一个电平翻转点。The value of the first reversal point.
[in]	sValue	第二个电平翻转点。The value of the second reversal point.
[in]	run	运行控制位。Run control bit.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ PWM7_Init()

FSCSTATE PWM7_Init	(	PWMStartLevel_Type	level,
		uint16_t	fValue,
		uint16_t	sValue,
		BOOL	run
	)

PWM7通道初始化函数，它必须在PWM计数器初始化函数之前调用。

PWM7 road init function,it is best to initialize before the counter.

参数

[in]	level	PWM开始电平。PWM start level.
[in]	fValue	第一个电平翻转点。The value of the first reversal point.
[in]	sValue	第二个电平翻转点。The value of the second reversal point.
[in]	run	运行控制位。Run control bit.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ PWM_ABD_Init()

FSCSTATE PWM_ABD_Init	(	PWMABDSignal_Type	sigSrc,
		PWMABDMode_Type	mode,
		BOOL	run
	)

PWM异常检测初始化函数。

PWM abnormal detection init function.

参数

[in]	sigSrc	异常检测信号源。Anomaly detection signal source.
[in]	mode	异常检测模式选择。Anomaly detection mode selection.
[in]	run	运行控制位。Run control bit.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ PWM_CNT_Init()

FSCSTATE PWM_CNT_Init	(	PWMCLKSrc_Type	clkSrc,
		uint16_t	period,
		BOOL	run
	)

PWM计数器初始化,必须在所有PWM初始化函数的后面调用。

PWM counter init function,It must be initialized last.

参数

[in]	clkSrc	PWM时钟源。PWM clock source.
[in]	period	PWM周期值（计数器重装载值）。PWM period value (counter reload value)
[in]	run	运行控制位。Run control bit.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.

◆ PWM_ETADC_Init()

FSCSTATE PWM_ETADC_Init	(	uint16_t	tValue,
		BOOL	run
	)

PWM触发ADC函数。

PWM trigger associated ADC init function.

参数

[in]	tValue	触发ADC的计数值。The value of trigger associated ADC.
[in]	run	运行控制位。Run control bit.

返回: FSC_SUCCESS 返回成功。Return to success.; FSC_FAIL 返回失败。Return to fail.