KF32A136EPWM问题

#include "EPWM.h"



void EPWM_IO_Init()

{

    GPIO_Write_Mode_Bits(GPIOC_SFR, GPIO_PIN_MASK_9, GPIO_MODE_RMP);

    GPIO_Write_Mode_Bits(GPIOE_SFR, GPIO_PIN_MASK_2, GPIO_MODE_RMP);

        GPIO_Pin_RMP_Config(GPIOC_SFR,GPIO_Pin_Num_9,GPIO_RMP_AF2);  //EPWM13B-PC9

        GPIO_Pin_RMP_Config(GPIOE_SFR,GPIO_Pin_Num_2,GPIO_RMP_AF2);  //EPWM13A-PE2

}



void EPWM13_Init()

{

        EPWM_Reset(EPWM13_SFR); // 外设复位

        EPWM_Work_Mode_Config(EPWM13_SFR,EPWM_TIMER_MODE);

        EPWM_Work_Clock_Select(EPWM13_SFR,EPWM_CLK_HFCLK); //EPWM_CLK=HFCLK时钟选择高频时钟16M

        EPWM_TxPRSC_Value_Config(EPWM13_SFR,0);

        EPWM_TxPHS_Value_Config(EPWM13_SFR, 0x00000000);

        EPWM_Counter_Mode_Select(EPWM13_SFR,EPWM_COUNT_UP_DOWM_OF);

        EPWM_Phase_Register_Loading_Enable(EPWM13_SFR, TRUE);

//        EPWM_Phase_Direction_Config(EPWM13_SFR,EPWM_SYNC_TRIGGER_UP);

//        EPWM_SYNC_Event_Out_Select(EPWM13_SFR,EPWM_SYNC_EVENT_OUT_COUNT0);



        EPWM_Duty_Cycle_RegisterABCD_Config(EPWM13_SFR, EPWM_REGISTER_A,0x00001000);// 设置A占空比

        EPWM_Duty_Cycle_RegisterABCD_Config(EPWM13_SFR, EPWM_REGISTER_B,0x00001000);// 设置B占空比

        EPWM_TxCNT_Value_Config(EPWM13_SFR, 0x00000000);

        EPWM_TxPPX_Value_Config(EPWM13_SFR, 0x00002000); //配置周期寄存器（PWM周期）



    EPWM_EPWMxAB_OUTPUT_Select(EPWM13_SFR,EPWM_REGISTER_A,EPWM_CERA_DD_EPWMAB_OUT,EPWM_OUT_HIGH);

        EPWM_EPWMxAB_OUTPUT_Select(EPWM13_SFR,EPWM_REGISTER_A,EPWM_CERA_DU_EPWMAB_OUT,EPWM_OUT_LOW);

        EPWM_EPWMxAB_OUTPUT_Select(EPWM13_SFR,EPWM_REGISTER_B,EPWM_CERB_DD_EPWMAB_OUT,EPWM_OUT_HIGH);

        EPWM_EPWMxAB_OUTPUT_Select(EPWM13_SFR,EPWM_REGISTER_B,EPWM_CERB_DU_EPWMAB_OUT,EPWM_OUT_LOW);

//        EPWM_EPWMxAB_OUTPUT_Select(EPWM13_SFR,EPWM_REGISTER_A,EPWM_CE0_EPWMAB_OUT,EPWM_OUT_LOW);

//        EPWM_EPWMxAB_OUTPUT_Select(EPWM13_SFR,EPWM_REGISTER_B,EPWM_CE0_EPWMAB_OUT,EPWM_OUT_LOW);

        EPWM_Continuous_Mandatory_Output_Config(EPWM13_SFR,EPWM_REGISTER_A,EPWM_OUT_PROHIBIT);

        EPWM_Continuous_Mandatory_Output_Config(EPWM13_SFR,EPWM_REGISTER_B,EPWM_OUT_PROHIBIT);



        //DB

        EPWM_Dead_Zone_Input_Select(EPWM13_SFR,EPWM_EPWMA_UP_EPWMA_DOWM);

        EPWM_Dead_Zone_Output_Polarity_Select(EPWM13_SFR,EPWM_EPWMA_NTOGGLE_EPWMB_NTOGGLE);

        EPWM_Dead_Zone_Output_Select(EPWM13_SFR,EPWM_UP_ENABLE_DOWN_ENABLE);

        EPWM_Dead_Zone_Time_Config(EPWM13_SFR,EPWM_UP_EDGE_DEAD_ZONE,0x200);

        EPWM_Dead_Zone_Time_Config(EPWM13_SFR,EPWM_DOWM_EDGE_DEAD_ZONE,0x200);





//        EPWM_Global_Loading_Enable(EPWM13_SFR,FALSE);

        EPWM_Updata_Event_Enable(EPWM13_SFR,TRUE);

        EPWM_Updata_Event_Generate_Enable(EPWM13_SFR,TRUE);

        EPWM_Enable(EPWM13_SFR,TRUE);

}

#include "main.h"



//asm(".include                \"KF32A156MQV.inc\"        ");



//Main Function



void Delay( volatile uint32_t a, volatile uint32_t b)

{

        volatile uint32_t i;

        volatile uint32_t j;

        for(i=a;i>1;i--)

        {

                j=b;

        while(j--);

        }

}



int main()

{

        uint32_t PWM_DUTY=0x1000;

        SystemInit(48);

    EPWM_IO_Init();

    EPWM13_Init();

        while(1)

        {

                PWM_DUTY += 0x04;

                if(PWM_DUTY >= 0x2000)

                {

                        PWM_DUTY = 0x10;

                }

                EPWM13_SFR->RA = PWM_DUTY;

                EPWM13_SFR->RB = PWM_DUTY;

                Delay(100,100);

                Delay(100,100);

        }

}