/************************************************************************** **************************************************************************/ #ifndef _CMS_IHPLUS_H_ #define _CMS_IHPLUS_H_ #pragma warning disable 752,759 /************************************************************************** ---------------------------------- 头文件 --------------------------------- **************************************************************************/ #include "Define_Global.h" /************************************************************************** --------------------------------- 函数声明 -------------------------------- **************************************************************************/ extern void __CMS_Plus_Interrupt(); extern void __CMS_Plus_PPG(); /************************************************************************** ------------------------------- 连续低功率 -------------------------------- **************************************************************************/ //参数名称：PPG导通延时值（连续低功率） //取值范围：0~15 //对应关系：0=不延时，1=4~5*125ns，2=8~9*125ns，……15=64~65*125ns #define C_PPGDly_LxLow 0 //------------------------------------------------------------------------- //参数名称：连续低功率开启功率下限阀值（实际：800W） //参数说明：>=此阀值，才开启连续低功率功能 #define C_MinPower_LxLow 800/C_Mult_Power /*************************************************************************/ const unsigned char ValueTime_PPGDly_LxLow = C_PPGDly_LxLow; const unsigned char ValueMin_Power_LxLow = C_MinPower_LxLow; /*************************************************************************/ extern volatile unsigned char Status_LxLow; //连续低功率状态 //------------------------------------------------------------------------- extern volatile unsigned char Num_LxLowOn; //连续低功率开个数 extern volatile unsigned char Num_LxLowOff; //连续低功率关个数 /************************************************************************** --------------------------------- PPG抖频 --------------------------------- **************************************************************************/ //计算公式：电流斜率 = 256 * 256 * 实际电流 / 检测的电流AD //参数说明：电流斜率越大，功率越小 //参数名称：铁锅电流斜率（PPG抖频） #define C_SlopeIron_Curr_PPGDP 5400 //参数名称：钢锅电流斜率（PPG抖频） #define C_SlopeSteel_Curr_PPGDP 5400 //------------------------------------------------------------------------- //参数名称：PPG抖频开启PPGTMR下限阀值（实际：14us） //参数说明：>=此阀值，才开启PPG抖频功能 #define C_MinPPGTMR_PPGDP 32*14 //参数名称：PPG抖频开启功率下限阀值（实际：1690W） //参数说明：>=此阀值，才开启PPG抖频功能 #define C_MinPower_PPGDP 1690/C_Mult_Power //------------------------------------------------------------------------- //参数名称：PPG抖频控制值 //参数说明：与市电频率、中断时间（ValueTime_Int）有关联 #define C_Data1_PPGDP 55 //抖频前补偿PPG值 #define C_Data2_PPGDP 4 //PPG递减步进 #define C_Data3_PPGDP 4 //PPG递加步进 #define C_Time1_PPGDP 40 //抖频开始等待时间 #define C_Time2_PPGDP 60 //PPG递减总时间 #define C_Time3_PPGDP 60 //PPG递加总时间 #define C_Time4_PPGDP 10 //PPG变化暂停时间 /*************************************************************************/ const unsigned int ValueSlopeIron_Curr_PPGDP = C_SlopeIron_Curr_PPGDP; const unsigned int ValueSlopeSteel_Curr_PPGDP = C_SlopeSteel_Curr_PPGDP; const unsigned int ValueMin_PPGTMR_PPGDP = C_MinPPGTMR_PPGDP; const unsigned char ValueMin_Power_PPGDP = C_MinPower_PPGDP; const unsigned char ValueData1_PPGDP = C_Data1_PPGDP; const unsigned char ValueData2_PPGDP = C_Data2_PPGDP; const unsigned char ValueData3_PPGDP = C_Data3_PPGDP; const unsigned char ValueTime1_PPGDP = C_Time1_PPGDP; const unsigned char ValueTime2_PPGDP = C_Time2_PPGDP; const unsigned char ValueTime3_PPGDP = C_Time3_PPGDP; const unsigned char ValueTime4_PPGDP = C_Time4_PPGDP; /*************************************************************************/ extern volatile unsigned char Status_PPGDP; //PPG抖频状态 //------------------------------------------------------------------------- extern volatile bit B_PPGDP_Can; //PPG抖频强制打开 extern volatile bit B_PPGDP_Dis; //PPG抖频禁止 /************************************************************************** --------------------------------- 其他部分 -------------------------------- **************************************************************************/ const unsigned char ValuePPGSub_BackPress = 0; //------------------------------------------------------------------------- const unsigned char ValueTime_Int = C_TimeUS_Int; const unsigned char ValueTime_Main = C_TimeMS_Main; //------------------------------------------------------------------------- const unsigned int ValueSlopeIron_Curr = C_SlopeIron_Curr; const unsigned int ValueSlopeSteel_Curr = C_SlopeSteel_Curr; //------------------------------------------------------------------------- const unsigned char ValueTime_SteelIron = C_Vaule_SteelIron; //------------------------------------------------------------------------- const unsigned char ValueVol_CoilVol = C_Vol_CoilVol; const unsigned char ValueVol_ZeroTurn = C_Vol_ZeroTurn; const unsigned char ValueVol_ZeroTurn_VH = C_Vol_ZeroTurn_VH; const unsigned char ValueVol_ZeroTurn_VL = C_Vol_ZeroTurn_VL; /*************************************************************************/ volatile unsigned char ValueOPA_Set = 0B00000000; #ifdef _TEST_PGAOUT_ volatile unsigned char ValuePGA_Set = 0B10000010 | ((C_Times_PGA & 0x03) << 5); #else volatile unsigned char ValuePGA_Set = 0B10000000 | ((C_Times_PGA & 0x03) << 5); #endif #ifdef _TEST_CMPOUT_ volatile unsigned char ValueCM_Test = 0x08 | (C_CMOUTEN_Num & 0x07); #else volatile unsigned char ValueCM_Test = 0; #endif //------------------------------------------------------------------------- volatile unsigned int ValuePPG_Single = C_PPGSingle; volatile unsigned char ValueCnt_HaveNoPan = C_Vaule_HaveNoPan; //------------------------------------------------------------------------- volatile unsigned char ValueTime_PPGDly = C_PPGDly; //------------------------------------------------------------------------- volatile unsigned char ValueVol_VolSurge = C_Vol_VolSurge; volatile unsigned char ValueVol_CurrSurge = C_Vol_CurrSurge; volatile unsigned char ValueVol_OnStep = C_Vol_OnStep; volatile unsigned char ValueVol_BackPress1 = C_Vol_BackPress1; volatile unsigned char ValuePPG_BackPress1 = C_PPG_BackPress1; volatile unsigned char ValueVol_BackPress2 = C_Vol_BackPress2; /*************************************************************************/ volatile unsigned int Count_BackPress; //1级过压保护计数 volatile unsigned int BakCount_BackPress; //1级过压保护计数备份 volatile unsigned int Delay_CheckPan; //检锅延时时间 volatile unsigned int Time_Syn; //同步脉宽时间 volatile unsigned char Count_Syn; //同步次数 volatile unsigned int SlopeCurr_Set; //电流斜率设置值 volatile unsigned char PowerWork; //工作功率值 volatile unsigned int Buf_PPGTMR; //PPG导通缓存值 volatile unsigned int Value_PPGTMR; //PPG导通临时值 //------------------------------------------------------------------------- volatile bit B_Zero_No; //无过零 volatile bit B_Zero_Have; //有过零 volatile bit B_Zero_Lose; //过零丢失 volatile bit B_Zero_60Hz; //过零频率=60Hz volatile bit B_Zero_Time; //过零翻转（时间基准） volatile bit B_Zero_Adc; //过零翻转（ADC） volatile bit B_Vol_Low; //低压区间 volatile bit B_Vol_Mid; //中压区间 volatile bit B_Vol_High; //高压区间 volatile bit B_Adc_Auto; //ADC自动开始 volatile bit B_Adc_Curr; //检测工作电流AD volatile bit B_Adc_Vol; //检测市电电压AD volatile bit B_Pan_Check; //检锅 volatile bit B_Pan_Single; //单次检锅脉冲输出 volatile bit B_Pan_LoseDly; //丢锅检测延时 volatile bit B_Pan_Error; //检锅故障（未接线盘） volatile bit B_Pan_No; //无锅 volatile bit B_Pan_Have; //有锅 volatile bit B_Pan_Iron; //铁锅 volatile bit B_Pan_Steel; //钢锅 volatile bit B_PPGTMR_ReadLock; //读PPGTMR锁保护 volatile bit B_PPGTMR_WriteLock; //写PPGTMR锁保护 volatile bit B_Protect_BackPress; //过压保护 volatile bit B_Protect_Stop; //硬件保护停止 volatile bit B_ProtectCM_Restart; //保护比较器重启 volatile bit B_PPG_On; //PPG开启 volatile bit B_PPG_Out; //PPG输出 volatile bit B_Heat_En; //加热使能 /************************************************************************** **************************************************************************/ #endif