買了一片太陽能板又買了一個控制器,看看功能 自己寫一下程式看看功能可以不可以取代!! 飛利浦黑晶爐的控制電路外加 MOS 作為充電和放電...
85W 17V太陽板
我的電路
電壓監控 電流監控 時間輸出控制 日落狀態控制輸出 輸出時間可調整
/* 20140813 修改部分程式 1.電池電壓修正把電流檢出造成的壓差扣除 2.內定輸出時間設為480分鐘 3.電流檢出修正 3.0A 顯示3.50A的問題 20140821 ricky chian 建議ON4秒OFF1秒充電以增加 電池的活性 */ #include "stm8s.h" #include "stm8s_tim1.h" #include "stm8s_tim6.h" #include "stm8s_adc1.h" #define BUZZER GPIO_PIN_0 #define DCVoltage ADC1_CHANNEL_0 #define DCCurrent ADC1_CHANNEL_1 #define DCTemperature ADC1_CHANNEL_2 #define OUT_PUT_MOS GPIO_PIN_2//pin 5 #define OUT_PUT_MOS_PORT GPIOA #define CHARGE_PORT GPIOB #define CHARGE1_MOS GPIO_PIN_6 //#define CHARGE2_MOS GPIO_PIN_7 #define PV_PORT GPIOF //太陽電池狀態接腳 0730 #define PV_INPUT GPIO_PIN_4 //0730 #define NORM_Repair_Select GPIOB//----20140908 modify hi-normal Lo-repair #define NORM_Repair_PIN GPIO_PIN_7//----20140908 modify hi-normal Lo-repair u8pcdis[]={0xd6,0x14,0xcc,0x5c,0x1e,0x5a,0xda,0x14,0xde,0x5e};//定義pc port 顯示的值 u8pedis[]={0x01,0x00,0x01,0x01,0x00,0x01,0x01,0x01,0x01,0x01};//定義pe port 顯示的值對應于7段顯示 unsigned const inttempresist[]={28709,27421,26200,25042,23943,22899,21908, 20967, 20072, 19221,18412, 17642, 16910,16213, 15549,14916,14314,13740,13192,12670,12172,11696,11243, 10809, 10395,10000,9622,9261, 8916, 8585, 8269,7967,7677,7400,7135, 6880, 6637, 6403, 6179, 5964, 5758, 5561,5371, 5189, 5014, 4846, 4685, 4530, 4381, 4238, 4101, 3968, 3841, 3719, 3601, 3487, 3378, 3273, 3172, 3074, 2980,2890, 2803, 2718, 2637, 2559, 2483, 2411, 2340, 2272, 2207, 2144, 2082, 2023,1966, 1911, 1858, 1807, 1757, 1709, 1662, 1617, 1573, 1531, 1491, 1451, 1413, 1376, 1340, 1305, 1271, 1239, 1207, 1177,1147, 1118, 1090, 1063,1037, 1011,987,963,939,917,895,874,853,833,813,794,776,758 };//b值3435 25度 10k NTC電阻=((1024count/NTCcount)-1)/10k u16 Real_Voltagea;//太陽電池的電壓 u16 Real_Voltage;//作為充電電壓放電電壓讀出 u16 Real_Current;//充電電流讀出 u16 Turn_off_Time;//倒數計時分鐘 u8 Hundreds,Tens,Units;//顯示百位十位個位 u16 voltage;// u8 count6;//timer 6 u8 adc_update_flag;//ADC 更新1次的旗標 u8 display_time;//interrupt for display u8 Start_Flag=0; u16 Voltage_AD_count; //電壓AD值 u16 Current_AD_count; //電流AD值 u16 Temperature_AD_count; //電阻AD值 u8 AD_read_count;//0~3 輪流read out AD count u16 ADCValue[10]={0};//電壓值平均用減少誤差雜訊 u16 DataADC=0;//最後的電壓值 u16 NTCvalue;//10K溫度電阻 u8 Degree_C,Degree_0C;//小數點 u8 PWM_Cycle_Complete; u8 PWM_Time_Count; u8 One_Sec_Flag; u8 PWM_On_Count; u8 PWM_Off_Count; u8 PWM_Do; u8PhotoVoltaic_Status;//--------------------0730 u8 Turn_MOS_Out_Flag; u8 OutPut_Mode=0;//select for on auto off u8 One_Tenth_Count;//1/10 second u8 One_Sec_Count; u8 One_Minute_Count; u16 Store_Turn_off_Time; u8 Low_Bat_Flag;//Flag low battery voltage10.8V u8 One_Tenth_Flag; u8 One_Minute_Flag; u8 Night_Mode_Status; u8 MOS2_Status; u8 One_Hour_Flag; u8 Discharge_Low =113;//放電下限電壓 u8 Charge_High_Limit =159;//146; u8 Full_Charge =145;//135; u16 Current_Limit =400; u8 Charge_High_Limit_Top =162; u8 NORM_Repair_flag; //if hi NORMAL condition14.5V Lo repaircondition 15.9V void AD_Data_Update(void); unsigned int ADC1Set(ADC1_Channel_TypeDefADC_Channel); void delay(unsigned int time); void GPIOinit(void); void GPIOflash(void); void GPIO10flash(void); void tim1init(void);//匯總 TIM1 void tim1svc(void);//中斷服務程式 閃爍10倍 unsigned int NTCresist(void); void ADC_Temperature(void); void KeyScan(void); void delay(unsigned int time); void TransData(void); void Display(void); void GPIOinit(void); void tim1init(void); void tim1svc(void); void tim6init(void); void tim6svc(void); void ADConvert(void); void DigitalFiltering(void); unsigned char Compare_tempres(unsigned intTR); void Display_Time(void); voidCHARGE_OUTPUT_Init(void);//----20140723 充電用 void Charge_MOS1(FunctionalState NewState); void Charge_MOS2(FunctionalState NewState); void Turn_MOS_OutPut(FunctionalStateNewState); void Charge_MOS1_PWM_Mode(void); void PV_Down_Work (void); void FORCE_Turn_MOS_ON(void); void FORCE_Turn_MOS_OFF(void); void Charge_Condition_Work(void); @far @interrupt void TIM1_OVF_IRQ(void); @far @interrupt void TIM6_OVF_IRQ(void); void main(void) { GPIOinit();//顯示用 CHARGE_OUTPUT_Init();//充電&輸出 太陽電池狀態用 0730 tim1init(); tim6init(); rim(); Turn_off_Time=120; Store_Turn_off_Time=400; if(NORM_Repair_flag==0)//Low condition repair mode { Charge_High_Limit =159;//146; Full_Charge =145;//135; Current_Limit =400; } else { Charge_High_Limit =146;//146; Full_Charge =135; Current_Limit =400; } while(1) { AD_Data_Update(); switch(Start_Flag)//顯示用 { case0: voltage = Real_Current; break; case1: voltage = Real_Voltage; break; case2:ADC_Temperature(); break; case3:Display_Time(); break; default:break; } if(Real_Voltage< Discharge_Low)//電池過放電保護 { Low_Bat_Flag=1; FORCE_Turn_MOS_OFF(); } else Low_Bat_Flag=0;//低壓旗標 switch(OutPut_Mode)//手動on 自動手動off { case0: PV_Down_Work ();//太陽下山的自動開啟動作 break; case1: FORCE_Turn_MOS_OFF(); break; case2: FORCE_Turn_MOS_ON(); break; default:break; } Charge_Condition_Work();//執行相關充電模式 } } void KeyScan(void) { GPIO_WriteLow(GPIOD,GPIO_PIN_2); GPIO_WriteLow(GPIOD,GPIO_PIN_3); GPIO_WriteLow(GPIOD,GPIO_PIN_4); GPIO_WriteLow(GPIOD,GPIO_PIN_5); GPIO_Init(GPIOC,(GPIO_PIN_6|GPIO_PIN_7),GPIO_MODE_IN_PU_NO_IT);//變更 sw4 sw5 成為 input if(GPIO_ReadInputPin(GPIOC,GPIO_PIN_7)==0)//PC7press sw4 { delay(50); if(GPIO_ReadInputPin(GPIOC,GPIO_PIN_7)==0) { while(GPIO_ReadInputPin(GPIOC,GPIO_PIN_7)==0); if(Start_Flag==3) { Store_Turn_off_Time-=10; if(Store_Turn_off_Time> 500)//0803 Store_Turn_off_Time=0; Turn_off_Time= Store_Turn_off_Time; Night_Mode_Status=0; } } } if(GPIO_ReadInputPin(GPIOB,GPIO_PIN_3)==0)//sw3 { delay(50); if(GPIO_ReadInputPin(GPIOB,GPIO_PIN_3)==0) { while(GPIO_ReadInputPin(GPIOB,GPIO_PIN_3)==0); Start_Flag++; if(Start_Flag > 3) Start_Flag=0; } } if(GPIO_ReadInputPin(GPIOA,GPIO_PIN_1)==0) { delay(50); if(GPIO_ReadInputPin(GPIOA,GPIO_PIN_1)==0)//sw1 { while(GPIO_ReadInputPin(GPIOA,GPIO_PIN_1)==0); if(Start_Flag==3) { Store_Turn_off_Time+=1; if(Store_Turn_off_Time> 510)//0803 Store_Turn_off_Time=0; Turn_off_Time= Store_Turn_off_Time; Night_Mode_Status=0; } if(Start_Flag< 2)//-顯示電壓電流都可以手動輸出------------0728 { OutPut_Mode++;//ON-- AUTO -- OFF if(OutPut_Mode> 2) OutPut_Mode=0; } } } if(GPIO_ReadInputPin(GPIOA,GPIO_PIN_3)==0)//sw2 { delay(50); if(GPIO_ReadInputPin(GPIOA,GPIO_PIN_3)==0) { while(GPIO_ReadInputPin(GPIOA,GPIO_PIN_3)==0); if(Start_Flag==3) {Turn_off_Time; Store_Turn_off_Time+=10; if(Store_Turn_off_Time> 510)//0803 Store_Turn_off_Time=0; Turn_off_Time= Store_Turn_off_Time; Night_Mode_Status=0; } } } if(GPIO_ReadInputPin(GPIOC,GPIO_PIN_6)==0)//PC6press sw5 { delay(50); if(GPIO_ReadInputPin(GPIOC,GPIO_PIN_6)==0) { while(GPIO_ReadInputPin(GPIOC,GPIO_PIN_6)==0); if(Start_Flag==3) { Store_Turn_off_Time-=1; if(Store_Turn_off_Time> 510)//0803 Store_Turn_off_Time=0; Turn_off_Time= Store_Turn_off_Time; Night_Mode_Status=0; } } } } void delay(unsigned int time) { while(time--); } void TransData(void)//顯示用的轉換 { if(Start_Flag==2) { //溫度顯示 Hundreds=(Degree_C%100)/10; Tens=Degree_C%10; Units=Degree_0C; } else {//電壓電流顯示 Hundreds=voltage/100; Tens=(voltage%100)/10; Units=voltage%10; } } void Display(void) { GPIO_Init(GPIOC,GPIO_PIN_ALL,GPIO_MODE_OUT_PP_HIGH_FAST);//DISPLAY7SEGMENT GPIO_WriteLow(GPIOE,GPIO_PIN_5); if(Hundreds>0) { GPIO_Write(GPIOC,pcdis[Hundreds]); if(pedis[Hundreds]) GPIO_WriteHigh(GPIOE,GPIO_PIN_5); else GPIO_WriteLow(GPIOE,GPIO_PIN_5); } else { GPIO_Write(GPIOC,0x00);//百位消零 GPIO_WriteLow(GPIOE,GPIO_PIN_5);//去除A節 } GPIO_Write(GPIOD,0x10);//趨動百位數 if(Start_Flag==0)//電流加上小數點 GPIO_WriteHigh(GPIOC,GPIO_PIN_5);//加上小數點 delay(500); GPIO_WriteLow(GPIOC,GPIO_PIN_ALL); delay(5); GPIO_Write(GPIOC,pcdis[Tens]); if(pedis[Tens]) GPIO_WriteHigh(GPIOE,GPIO_PIN_5); else GPIO_WriteLow(GPIOE,GPIO_PIN_5); GPIO_Write(GPIOD,0x08);//趨動十位數 if((Start_Flag==1)||(Start_Flag==2))//溫度加上小數點 GPIO_WriteHigh(GPIOC,GPIO_PIN_5);//加上小數點 delay(500); GPIO_WriteLow(GPIOC,GPIO_PIN_ALL); delay(5); GPIO_Write(GPIOC,pcdis[Units]); if(pedis[Units])//消除a節問題 GPIO_WriteHigh(GPIOE,GPIO_PIN_5); else GPIO_WriteLow(GPIOE,GPIO_PIN_5); GPIO_Write(GPIOD,0x04);//趨動個位數 delay(500); GPIO_WriteLow(GPIOC,GPIO_PIN_ALL);//消除殘影 delay(5); } void GPIOinit(void) { GPIO_Init(GPIOC,GPIO_PIN_ALL,GPIO_MODE_OUT_PP_HIGH_FAST);//DISPLAY7SEGMENT GPIO_Init(GPIOD,GPIO_PIN_ALL,GPIO_MODE_OUT_PP_HIGH_FAST);//DISPLAY3DIGIT GPIO_Init(GPIOE,GPIO_PIN_5,GPIO_MODE_OUT_PP_HIGH_FAST);//DISPLAYSEGMENT A GPIO_WriteLow(GPIOE,GPIO_PIN_5); GPIO_Init(GPIOA,GPIO_PIN_1|GPIO_PIN_3,GPIO_MODE_IN_PU_NO_IT);//INPUT+/- TIME GPIO_Init(GPIOB,GPIO_PIN_3,GPIO_MODE_IN_PU_NO_IT);//INPUT+ FIRE POWER } void tim1init(void)//1秒1計數 { TIM1_TimeBaseInit(19,TIM1_COUNTERMODE_UP,10000,0);//2M/20=100khz除10000次=10hz TIM1_ITConfig(TIM1_IT_UPDATE,ENABLE); TIM1_GenerateEvent(TIM1_EVENTSOURCE_UPDATE); TIM1_Cmd(ENABLE); } void tim1svc(void)//1/10秒1計數 { //-------1/10秒 作一次的工作 One_Tenth_Flag --> AD轉換 //-------1秒 作一次的工作 One_Sec_Flag --> 計秒 PWM 開關 //-------1分鐘作一次的工作 One_Minute_Flag --> 倒數計時關 斷MOS_OUTPUT 檢查日落 //-------1小時作一次的工作 One_Hour_Flag --> 計時 One_Tenth_Flag=1; One_Tenth_Count++; if(One_Tenth_Count == 10) { One_Sec_Flag=1; One_Tenth_Count=0; //PhotoVoltaic_Status=(GPIO_ReadInputPin(PV_PORT,PV_INPUT));//太陽電池lo就是下山 One_Sec_Count++; if(One_Sec_Count == 60)//----------------60 { One_Sec_Count=0; One_Minute_Flag=1; One_Minute_Count++; PhotoVoltaic_Status=(GPIO_ReadInputPin(PV_PORT,PV_INPUT));//太陽電池lo就是下山 if(One_Minute_Count==60) { One_Minute_Count=0; One_Hour_Flag=1; } } } adc_update_flag=1;//ADC轉換一次以避免過度忙碌 if(PWM_Do)//中斷中執行pwm 充電 { Charge_MOS1_PWM_Mode(); } TIM1_ClearFlag(TIM1_FLAG_UPDATE); } void tim6init(void) { TIM6_TimeBaseInit(TIM6_PRESCALER_32,250);//TIM6_PRESCALER_8TIM6_TimeBaseInit TIM6_SetCounter(250); TIM6_ITConfig(TIM6_IT_UPDATE,ENABLE);//2Mhz/8/250 TIM6_Cmd(ENABLE); } void tim6svc(void) { display_time++; if(display_time==3) { if(Start_Flag< 3) TransData(); Display(); display_time=0; } count6++; if(count6==50)//250>>25 { KeyScan(); count6=0; } if(Turn_off_Time==1)//倒數計時到1分鐘 GPIO_WriteReverse(GPIOD,BUZZER); TIM6_ClearITPendingBit(TIM6_IT_UPDATE); } unsigned int NTCresist(void) { unsigned int resist; resist=(unsigned int)((unsignedlong)(Temperature_AD_count)*10000/(1000-Temperature_AD_count)); return resist; } void ADConvert(void) { unsignedchar ADCcount =0; ADC1->CR1|=0x02; ADC1_StartConversion(); while(ADCcount<10) { while(ADC1_GetFlagStatus(ADC1_FLAG_EOC)==RESET); ADC1_ClearFlag(ADC1_FLAG_AWS0); ADCValue[ADCcount]=ADC1_GetConversionValue(); ADCcount++; } ADC1->CR1&= ~0x02; } void DigitalFiltering(void) { unsignedchar i,j; unsignedchar cptemp; for(i=10;i>=1;i--) { for(j-0;j<(i-1);j++) { if(ADCValue[j]>ADCValue[j+1]) { cptemp=ADCValue[j]; ADCValue[j]=ADCValue[j+1]; ADCValue[j+1]=cptemp; } } } DataADC=0; for(i=2;i<=7;i++) { DataADC+=ADCValue; } DataADC/=6; } unsignedchar Compare_tempres(unsigned int TR)//電阻查表成為溫度 { unsigned char cmp_cnt; cmp_cnt =0; while (TR<tempresist[cmp_cnt]) { cmp_cnt++; if(cmp_cnt>140) break; } return cmp_cnt; } void ADC_Temperature(void) { //DataADC= Temperature_AD_count;//把溫度更新值 NTCvalue=NTCresist();//溫度AD值轉換成溫度電阻 Degree_C = Compare_tempres(NTCvalue);//溫度電阻查表成溫度值 Degree_0C= ((tempresist[Degree_C-1]-NTCvalue)*10)/(tempresist[Degree_C-1]-tempresist[Degree_C]);//差分成小數 } void Display_Time(void)//顯示時間 { Hundreds=Turn_off_Time/100; Tens=(Turn_off_Time%100)/10; Units=Turn_off_Time%10; } //改成電壓電流 溫度每秒讀取一次用為系統及時需要 void AD_Data_Update(void) { if(adc_update_flag==1)//定時更新減少mcu負擔 { switch(AD_read_count) { case 0:Current_AD_count = ADC1Set(DCCurrent); Real_Current=(unsignedint)((unsigned long)Current_AD_count*2600/1023);//電流有誤差約大0.2a使用.1*2歐姆電阻顯示1.00A 3000.2600 break; case 1:Voltage_AD_count =ADC1Set(DCVoltage); Real_Voltagea=(unsignedint)((unsigned long)Voltage_AD_count*200/1023);//電壓ok 顯示12.0v Real_Voltage=Real_Voltagea-(Real_Current*2/100); break; case 2:Temperature_AD_count =ADC1Set(DCTemperature); break; default: break; } AD_read_count++; if(AD_read_count > 2) AD_read_count = 0; } adc_update_flag=0; } unsigned int ADC1Set(ADC1_Channel_TypeDefADC_Channel)//讀取不同的AD通道 { u16 ADresult; { ADC1_Init(ADC1_CONVERSIONMODE_CONTINUOUS,ADC_Channel,ADC1_PRESSEL_FCPU_D2,ADC1_EXTTRIG_TIM,DISABLE,ADC1_ALIGN_RIGHT,ADC1_SCHMITTTRIG_CHANNEL0,DISABLE); ADConvert(); DigitalFiltering(); ADresult=DataADC; DataADC=0; adc_update_flag=0; } return ADresult; } void CHARGE_OUTPUT_Init(void) { //#defineNORM_Repair_Select GPIOB //----20140908 modify hi-normal Lo-repair //#define NORM_Repair GPIO_PIN_7 //----20140908 modify hi-normalLo-repair //u8NORM_Repair_flag GPIO_Init(CHARGE_PORT,CHARGE1_MOS,GPIO_MODE_OUT_PP_LOW_SLOW); GPIO_WriteLow(CHARGE_PORT,CHARGE1_MOS); //GPIO_Init(CHARGE_PORT,CHARGE2_MOS,GPIO_MODE_OUT_PP_LOW_SLOW ); // GPIO_WriteLow(CHARGE_PORT,CHARGE2_MOS); GPIO_Init(OUT_PUT_MOS_PORT,OUT_PUT_MOS,GPIO_MODE_OUT_PP_LOW_SLOW); GPIO_WriteLow(OUT_PUT_MOS_PORT,OUT_PUT_MOS); GPIO_Init(PV_PORT,PV_INPUT,GPIO_MODE_IN_FL_NO_IT);//-----------0730 GPIO_Init(NORM_Repair_Select,NORM_Repair_PIN,GPIO_MODE_IN_FL_NO_IT);//----------- PWM_Cycle_Complete=1; } void Charge_MOS1(FunctionalState NewState) { if(NewState!=DISABLE) GPIO_WriteHigh(CHARGE_PORT,CHARGE1_MOS); else GPIO_WriteLow(CHARGE_PORT,CHARGE1_MOS); } /* void Charge_MOS2(FunctionalState NewState) { if(NewState!=DISABLE) GPIO_WriteHigh(CHARGE_PORT,CHARGE2_MOS); else GPIO_WriteLow(CHARGE_PORT,CHARGE2_MOS); } */ void Turn_MOS_OutPut(FunctionalStateNewState)//sw1--ON sw2--OFF---0803 { if(NewState!=DISABLE) { GPIO_WriteHigh(OUT_PUT_MOS_PORT,OUT_PUT_MOS); } else { GPIO_WriteLow(OUT_PUT_MOS_PORT,OUT_PUT_MOS); } } void Charge_MOS1_PWM_Mode(void) { if(One_Sec_Flag)//One_Sec_Flag { if(PWM_On_Count != 0) { PWM_On_Count--; One_Sec_Flag=0; if(PWM_On_Count == 0) { Charge_MOS1(DISABLE); } } if(PWM_On_Count==0) { PWM_Off_Count--; One_Sec_Flag=0; } } if(PWM_Off_Count==0) { PWM_Cycle_Complete=1; PWM_Do=0; } } //----------------0801-------------- void PV_Down_Work (void) { if((PhotoVoltaic_Status==0)&(Low_Bat_Flag==0))//太陽電池lo就是下山&電壓正常 { if (Night_Mode_Status ==0)//第一次重新載入 { Night_Mode_Status =1; Turn_off_Time = Store_Turn_off_Time; } if(One_Minute_Flag ==1) { One_Minute_Flag=0; if(Turn_off_Time== 0) { Turn_MOS_OutPut(DISABLE); MOS2_Status=0; } else { Turn_off_Time--; FORCE_Turn_MOS_ON();//----0803 } } //------------------------------------- } else//電池電壓過低 { Turn_MOS_OutPut(DISABLE); MOS2_Status=0; } if(PhotoVoltaic_Status!=0)// { Turn_off_Time= Store_Turn_off_Time; Night_Mode_Status=0;//可以再次設定定時 } } void FORCE_Turn_MOS_ON(void) { if(Low_Bat_Flag==0) { if(MOS2_Status!=1) { Turn_MOS_OutPut(ENABLE); MOS2_Status=1; } } else { Turn_MOS_OutPut(DISABLE); MOS2_Status=0; } } void FORCE_Turn_MOS_OFF(void) { if(MOS2_Status!= 0) { Turn_MOS_OutPut(DISABLE); MOS2_Status=0; } } void Charge_Condition_Work(void) { //充電部分;比較假如電池電壓高於15.9v就不輸出切斷充電,14.5v就進入 pwm 模式,低於14.5v就全輸出不控制電流 //放電部分;若低於11.5v就停止輸出 //pwm模式就要作部份的分割可以分成5段 if((Real_Voltage> Charge_High_Limit)||(Real_Current > Current_Limit))//tune off chargingoperation overcurrent or overvoltage { Charge_MOS1(DISABLE); PWM_Do=0; } if((Real_Voltage<= Charge_High_Limit) && (Real_Voltage > Full_Charge))//PWM Mode { PWM_Do = 1;//start PWM charging in Timer mode if(PWM_Cycle_Complete==1) { PWM_On_Count=(unsignedchar)(Charge_High_Limit - Real_Voltage)+1;//146- PWM_Off_Count=(unsignedchar)(Real_Voltage - Full_Charge)+1;//135 Charge_MOS1(ENABLE); PWM_Cycle_Complete=0; } } if(Real_Voltage<= Full_Charge)//145 { Charge_MOS1(ENABLE); PWM_Do=0; } } /* void Charge_Condition_Work(void) { //RICKY CHIANG 建議的脈衝充電模式on4秒off1秒 20140821 //充電部分;比較假如電池電壓高於16.2v就不輸出切斷充電,13.5v就進入 pwm 模式,低於13.5v就全輸出不控制電流 //放電部分;若低於11.0v就停止輸出 //pwm模式就要作部份的分割可以分成5段 if(Real_Voltage> Charge_High_Limit_Top)//||(Real_Current > Current_Limit))//146-->162tune off charging operation overcurrent or overvoltage { Charge_MOS1(DISABLE); PWM_Do=0; } if((Real_Voltage<= Charge_High_Limit_Top) && (Real_Voltage > Full_Charge))//PWMMode 小於162大於135 { PWM_Do = 1;//start PWM charging in Timer mode if(PWM_Cycle_Complete==1) { PWM_On_Count=4;//(unsignedchar)(Charge_High_Limit - Real_Voltage)+1;//146- PWM_Off_Count=2;//(unsignedchar)(Real_Voltage - Full_Charge)+1;//135 Charge_MOS1(ENABLE); PWM_Cycle_Complete=0; } } if(Real_Voltage<= Full_Charge)//<135 { Charge_MOS1(ENABLE); PWM_Do=0; } } */ //-------------------------------------------------------------------------- @far @interrupt void TIM1_OVF_IRQ(void) { tim1svc(); } @far @interrupt void TIM6_OVF_IRQ(void) { tim6svc(); } //Degree_0C=((tempresist[Degree_C-1]-NTCvalue)*10)/(tempresist[Degree_C-1]-(tempresist[Degree_C]); /* unsigned intGet_ADCCH_Value(ADC1_Channel_TypeDef ADC_Channel)//網路上的例子 { ADC1_Init(ADC1_CONVERSIONMODE_CONTINUOUS,ADC_Channel,ADC1_PRESSEL_FCPU_D2,\ ADC1_EXTTRIG_TIM, DISABLE, ADC1_ALIGN_RIGHT, ADC1_SCHMITTTRIG_ALL,DISABLE); //你也可以用操作寄存器的方式代码如下，但未验证。 ADC1_ConversionConfig(ADC1_CONVERSIONMODE_CONTINUOUS,ADC_Channel,ADC1_ALIGN_RIGHT); ADC_CR1 |= 0x01; //开始启动转换 while(ADC1_GetFlagStatus()==RESET); //等待转换结束 return ADC1_GetConversionValue(); //返回ADC结果 } //这个初始化代码很重要，不能省，每次切换通道都要初始化一次！ //main函数中直接调用 // TempADC=Get_ADCCH_Value(ADC1_CHANNEL_1); //获取AD转化值 */ #ifdef USE_FULL_ASSERT /** *@brief Reports the name of the sourcefile and the source line number * where the assert_param errorhas occurred. *@param file: pointer to the source file name *@param line: assert_param error line source number *@retval : None */ void assert_failed(u8* file, u32 line) { /*User can add his own implementation to report the file name and line number, ex: printf("Wrong parameters value: file %s on line %d\r\n",file, line) */ /*Infinite loop */ while (1) { } } #endif /******************* (C) COPYRIGHT 2011STMicroelectronics *****END OF FILE****/
| 
|一淘宝店|手机版|商店|一乐电子
( 粤ICP备09076165号 )
粤公网安备 44522102000183号
狗仔卡
发表于 2014-9-21 13:44
提升卡
置顶卡
沉默卡
喧嚣卡
变色卡
千斤顶
