/************************************************************************** **************************************************************************/ #ifndef _SETUP_IO_H_ #define _SETUP_IO_H_ /************************************************************************** -------------------------------- IO口配置 --------------------------------- **************************************************************************/ //配置内容：IO脚位排序 //配置说明：有定义 = 该型号对应IO脚位排序 #define _IO_CMS79F5335 //CMS79F5335脚位 //#define _IO_CMS79F5365 //CMS79F5365脚位 //========================================================================= //配置内容：功能对应IO脚位 //配置说明：无相应功能，可直接屏蔽或者删除 //------------------------------------------------------------------------- #define _pBUZZ _Pin7 //蜂鸣器控制口 #define _pFAN _Pin7 //风扇控制口 //#define _pAD_TOP _Pin //顶部测温ADC口 #define _pAD_PAN _Pin8 //锅底测温ADC口 #define _pAD_IGBT _Pin12 //IGBT测温ADC口 #define _pAD_VOL _Pin11 //电压ADC口 #define _pCON1 _Pin15 //CON1口 #define _pCON2 _Pin14 //CON2口 #define _pCON3 _Pin13 //CON3口 //------------------------------------------------------------------------- #define _pCOMM_IN _pCON2 //通信输入口（有通信） #define _pCOMM_OUT _pCON3 //通信输出口（有通信） #define _pSDA _pCON1 //驱动SDA口（无通信） #define _pSCK _pCON2 //驱动SCK口（无通信） #define _pSTB _pCON3 //驱动STB口（无通信） //========================================================================= //配置内容：上电初始化IO电平 //配置说明：0 = 低电平，1 = 高电平 #define C_Init_PORTA 0B00000000 #define C_Init_PORTB 0B00000000 #define C_Init_PORTC 0B00000000 /************************************************************************** -------------------------------- AD通道配置 ------------------------------- **************************************************************************/ //配置内容：工作电流ADC通道 //配置说明：通道27 = 有RC滤波、通道28 = 无RC滤波 #define C_AdcChannel_Curr 28 /************************************************************************** * 芯片测试脚位 **************************************************************************/ #define _Pin_CMPOUT1 0xA0 //比较器测试输出口1 #define _Pin_CMPOUT2 0xB7 //比较器测试输出口2 #define _Pin_PGAOUT 0xC0 //PGA测试输出口 /************************************************************************** * 芯片专用脚位 **************************************************************************/ #define _pIGBT_SUP 0xB1 //IGBT辅助驱动口 #define _pIGBT_OVUV 0xB2 //IGBT驱动过欠压检测口 /************************************************************************** * CMS79F5335脚位（16pin） **************************************************************************/ #ifdef _IO_CMS79F5335 //#define _Pin1 VCC //Pin1 //#define _Pin2 VIN //Pin2 //#define _Pin3 GND //Pin3 //#define _Pin4 VDD //Pin4 #define _Pin5 0xA7 //Pin5 #define _Pin6 0xA5 //Pin6 #define _Pin7 0xC0 //Pin7 #define _Pin8 0xA4 //Pin8 #define _Pin9 0xA3 //Pin9 #define _Pin10 0xA2 //Pin10 #define _Pin11 0xA1 //Pin11 #define _Pin12 0xB7 //Pin12 #define _Pin13 0xB6 //Pin13 #define _Pin14 0xB4 //Pin14 #define _Pin15 0xB3 //Pin15 //#define _Pin16 PPG //Pin16 #endif /************************************************************************** * CMS79F5365脚位（20pin） **************************************************************************/ #ifdef _IO_CMS79F5365 //#define _Pin1 VCC //Pin1 //#define _Pin2 VIN //Pin2 //#define _Pin3 GND //Pin3 //#define _Pin4 VDD //Pin4 #define _Pin5 0xC2 //Pin5 #define _Pin6 0xC1 //Pin6 #define _Pin7 0xA7 //Pin7 #define _Pin8 0xA5 //Pin8 #define _Pin9 0xC0 //Pin9 #define _Pin10 0xA4 //Pin10 #define _Pin11 0xA3 //Pin11 #define _Pin12 0xA2 //Pin12 #define _Pin13 0xA1 //Pin13 #define _Pin14 0xA0 //Pin14 #define _Pin15 0xB7 //Pin15 #define _Pin16 0xB6 //Pin16 #define _Pin17 0xB5 //Pin17 #define _Pin18 0xB4 //Pin18 #define _Pin19 0xB3 //Pin19 //#define _Pin20 PPG //Pin20 #endif /************************************************************************** * IO口定义 **************************************************************************/ #ifndef _pIGBT_SUP ExteralPin(PORTC,7,Pin_Igbt_Sup); #elif (_pIGBT_SUP>>4)==0xA ExteralPin(PORTA,(_pIGBT_SUP&0xF),Pin_Igbt_Sup); #elif (_pIGBT_SUP>>4)==0xB ExteralPin(PORTB,(_pIGBT_SUP&0xF),Pin_Igbt_Sup); #elif (_pIGBT_SUP>>4)==0xC ExteralPin(PORTC,(_pIGBT_SUP&0xF),Pin_Igbt_Sup); #else ExteralPin(PORTC,7,Pin_Igbt_Sup); #endif //------------------------------------------------------------------------- #ifndef _pIGBT_OVUV ExteralPin(PORTC,7,Pin_Igbt_OVUV); #elif (_pIGBT_OVUV>>4)==0xA ExteralPin(PORTA,(_pIGBT_OVUV&0xF),Pin_Igbt_OVUV); #elif (_pIGBT_OVUV>>4)==0xB ExteralPin(PORTB,(_pIGBT_OVUV&0xF),Pin_Igbt_OVUV); #elif (_pIGBT_OVUV>>4)==0xC ExteralPin(PORTC,(_pIGBT_OVUV&0xF),Pin_Igbt_OVUV); #else ExteralPin(PORTC,7,Pin_Igbt_OVUV); #endif //------------------------------------------------------------------------- #ifndef _pBUZZ ExteralPin(PORTC,7,Pin_Buzz); #elif (_pBUZZ>>4)==0xA ExteralPin(PORTA,(_pBUZZ&0xF),Pin_Buzz); #elif (_pBUZZ>>4)==0xB ExteralPin(PORTB,(_pBUZZ&0xF),Pin_Buzz); #elif (_pBUZZ>>4)==0xC ExteralPin(PORTC,(_pBUZZ&0xF),Pin_Buzz); #else ExteralPin(PORTC,7,Pin_Buzz); #endif //------------------------------------------------------------------------- #ifndef _pFAN ExteralPin(PORTC,7,Pin_Fan); #elif (_pFAN>>4)==0xA ExteralPin(PORTA,(_pFAN&0xF),Pin_Fan); #elif (_pFAN>>4)==0xB ExteralPin(PORTB,(_pFAN&0xF),Pin_Fan); #elif (_pFAN>>4)==0xC ExteralPin(PORTC,(_pFAN&0xF),Pin_Fan); #else ExteralPin(PORTC,7,Pin_Fan); #endif //------------------------------------------------------------------------- #ifndef _pCOMM_IN ExteralPin(PORTC,7,Pin_CommIn); #elif (_pCOMM_IN>>4)==0xA ExteralPin(PORTA,(_pCOMM_IN&0xF),Pin_CommIn); #elif (_pCOMM_IN>>4)==0xB ExteralPin(PORTB,(_pCOMM_IN&0xF),Pin_CommIn); #elif (_pCOMM_IN>>4)==0xC ExteralPin(PORTC,(_pCOMM_IN&0xF),Pin_CommIn); #else ExteralPin(PORTC,7,Pin_CommIn); #endif //------------------------------------------------------------------------- #ifndef _pCOMM_OUT ExteralPin(PORTC,7,Pin_CommOut); #elif (_pCOMM_OUT>>4)==0xA ExteralPin(PORTA,(_pCOMM_OUT&0xF),Pin_CommOut); #elif (_pCOMM_OUT>>4)==0xB ExteralPin(PORTB,(_pCOMM_OUT&0xF),Pin_CommOut); #elif (_pCOMM_OUT>>4)==0xC ExteralPin(PORTC,(_pCOMM_OUT&0xF),Pin_CommOut); #else ExteralPin(PORTC,7,Pin_CommOut); #endif //------------------------------------------------------------------------- #ifndef _pSDA ExteralPin(PORTC,7,Pin_SDA); ExteralPin(TRISC,7,Io_SDA); #elif (_pSDA>>4)==0xA ExteralPin(PORTA,(_pSDA&0xF),Pin_SDA); ExteralPin(TRISA,(_pSDA&0xF),Io_SDA); #elif (_pSDA>>4)==0xB ExteralPin(PORTB,(_pSDA&0xF),Pin_SDA); ExteralPin(TRISB,(_pSDA&0xF),Io_SDA); #elif (_pSDA>>4)==0xC ExteralPin(PORTC,(_pSDA&0xF),Pin_SDA); ExteralPin(TRISC,(_pSDA&0xF),Io_SDA); #else ExteralPin(PORTC,7,Pin_SDA); ExteralPin(TRISC,7,Io_SDA); #endif //------------------------------------------------------------------------- #ifndef _pSCK ExteralPin(PORTC,7,Pin_SCK); #elif (_pSCK>>4)==0xA ExteralPin(PORTA,(_pSCK&0xF),Pin_SCK); #elif (_pSCK>>4)==0xB ExteralPin(PORTB,(_pSCK&0xF),Pin_SCK); #elif (_pSCK>>4)==0xC ExteralPin(PORTC,(_pSCK&0xF),Pin_SCK); #else ExteralPin(PORTC,7,Pin_SCK); #endif //------------------------------------------------------------------------- #ifndef _pSTB ExteralPin(PORTC,7,Pin_STB); #elif (_pSTB>>4)==0xA ExteralPin(PORTA,(_pSTB&0xF),Pin_STB); #elif (_pSTB>>4)==0xB ExteralPin(PORTB,(_pSTB&0xF),Pin_STB); #elif (_pSTB>>4)==0xC ExteralPin(PORTC,(_pSTB&0xF),Pin_STB); #else ExteralPin(PORTC,7,Pin_STB); #endif /************************************************************************** * PWM通道定义 **************************************************************************/ #if _pBUZZ==0xA0 #define C_PwmChannel_Buzz 0x0A #elif _pBUZZ==0xB5 #define C_PwmChannel_Buzz 0x0B #elif _pBUZZ==0xB2 #define C_PwmChannel_Buzz 0x0C #elif _pBUZZ==0xC2 #define C_PwmChannel_Buzz 0x0D #elif _pBUZZ==0xB7 #define C_PwmChannel_Buzz 0x1A #elif _pBUZZ==0xB4 #define C_PwmChannel_Buzz 0x1B #elif _pBUZZ==0xB1 #define C_PwmChannel_Buzz 0x1C #elif _pBUZZ==0xC1 #define C_PwmChannel_Buzz 0x1D #elif _pBUZZ==0xB6 #define C_PwmChannel_Buzz 0x2A #elif _pBUZZ==0xB3 #define C_PwmChannel_Buzz 0x2B #elif _pBUZZ==0xB0 #define C_PwmChannel_Buzz 0x2C #elif _pBUZZ==0xC0 #define C_PwmChannel_Buzz 0x2D #else #define C_PwmChannel_Buzz 0xFF #endif //------------------------------------------------------------------------- #if !_FAN_OUT_PWM_ #define C_PwmChannel_Fan 0xFF #elif _pFAN==0xA0 #define C_PwmChannel_Fan 0x0A #elif _pFAN==0xB5 #define C_PwmChannel_Fan 0x0B #elif _pFAN==0xB2 #define C_PwmChannel_Fan 0x0C #elif _pFAN==0xC2 #define C_PwmChannel_Fan 0x0D #elif _pFAN==0xB7 #define C_PwmChannel_Fan 0x1A #elif _pFAN==0xB4 #define C_PwmChannel_Fan 0x1B #elif _pFAN==0xB1 #define C_PwmChannel_Fan 0x1C #elif _pFAN==0xC1 #define C_PwmChannel_Fan 0x1D #elif _pFAN==0xB6 #define C_PwmChannel_Fan 0x2A #elif _pFAN==0xB3 #define C_PwmChannel_Fan 0x2B #elif _pFAN==0xB0 #define C_PwmChannel_Fan 0x2C #elif _pFAN==0xC0 #define C_PwmChannel_Fan 0x2D #else #define C_PwmChannel_Fan 0xFF #endif /************************************************************************** * 非固定ADC通道定义 **************************************************************************/ #if _pAD_VOL==0xA0 #define C_AdcChannel_Vol 0 #elif _pAD_VOL==0xA1 #define C_AdcChannel_Vol 1 #elif _pAD_VOL==0xA2 #define C_AdcChannel_Vol 2 #elif _pAD_VOL==0xA3 #define C_AdcChannel_Vol 3 #elif _pAD_VOL==0xA4 #define C_AdcChannel_Vol 4 #elif _pAD_VOL==0xA5 #define C_AdcChannel_Vol 5 #elif _pAD_VOL==0xA6 #define C_AdcChannel_Vol 6 #elif _pAD_VOL==0xA7 #define C_AdcChannel_Vol 7 #elif _pAD_VOL==0xB0 #define C_AdcChannel_Vol 8 #elif _pAD_VOL==0xB1 #define C_AdcChannel_Vol 9 #elif _pAD_VOL==0xB2 #define C_AdcChannel_Vol 10 #elif _pAD_VOL==0xB3 #define C_AdcChannel_Vol 11 #elif _pAD_VOL==0xB4 #define C_AdcChannel_Vol 12 #elif _pAD_VOL==0xB5 #define C_AdcChannel_Vol 13 #elif _pAD_VOL==0xB6 #define C_AdcChannel_Vol 14 #elif _pAD_VOL==0xB7 #define C_AdcChannel_Vol 15 #elif _pAD_VOL==0xC0 #define C_AdcChannel_Vol 16 #elif _pAD_VOL==0xC1 #define C_AdcChannel_Vol 17 #elif _pAD_VOL==0xC2 #define C_AdcChannel_Vol 18 #else #define C_AdcChannel_Vol C_AdcChannel_VRef #endif //------------------------------------------------------------------------- #ifndef _pAD_IGBT #define C_AdcChannel_Igbt C_AdcChannel_VRef #elif _pAD_IGBT==0xA0 #define C_AdcChannel_Igbt 0 #elif _pAD_IGBT==0xA1 #define C_AdcChannel_Igbt 1 #elif _pAD_IGBT==0xA2 #define C_AdcChannel_Igbt 2 #elif _pAD_IGBT==0xA3 #define C_AdcChannel_Igbt 3 #elif _pAD_IGBT==0xA4 #define C_AdcChannel_Igbt 4 #elif _pAD_IGBT==0xA5 #define C_AdcChannel_Igbt 5 #elif _pAD_IGBT==0xA6 #define C_AdcChannel_Igbt 6 #elif _pAD_IGBT==0xA7 #define C_AdcChannel_Igbt 7 #elif _pAD_IGBT==0xB0 #define C_AdcChannel_Igbt 8 #elif _pAD_IGBT==0xB1 #define C_AdcChannel_Igbt 9 #elif _pAD_IGBT==0xB2 #define C_AdcChannel_Igbt 10 #elif _pAD_IGBT==0xB3 #define C_AdcChannel_Igbt 11 #elif _pAD_IGBT==0xB4 #define C_AdcChannel_Igbt 12 #elif _pAD_IGBT==0xB5 #define C_AdcChannel_Igbt 13 #elif _pAD_IGBT==0xB6 #define C_AdcChannel_Igbt 14 #elif _pAD_IGBT==0xB7 #define C_AdcChannel_Igbt 15 #elif _pAD_IGBT==0xC0 #define C_AdcChannel_Igbt 16 #elif _pAD_IGBT==0xC1 #define C_AdcChannel_Igbt 17 #elif _pAD_IGBT==0xC2 #define C_AdcChannel_Igbt 18 #else #define C_AdcChannel_Igbt C_AdcChannel_VRef #endif //------------------------------------------------------------------------- #ifndef _pAD_PAN #define C_AdcChannel_Pan C_AdcChannel_VRef #elif _pAD_PAN==0xA0 #define C_AdcChannel_Pan 0 #elif _pAD_PAN==0xA1 #define C_AdcChannel_Pan 1 #elif _pAD_PAN==0xA2 #define C_AdcChannel_Pan 2 #elif _pAD_PAN==0xA3 #define C_AdcChannel_Pan 3 #elif _pAD_PAN==0xA4 #define C_AdcChannel_Pan 4 #elif _pAD_PAN==0xA5 #define C_AdcChannel_Pan 5 #elif _pAD_PAN==0xA6 #define C_AdcChannel_Pan 6 #elif _pAD_PAN==0xA7 #define C_AdcChannel_Pan 7 #elif _pAD_PAN==0xB0 #define C_AdcChannel_Pan 8 #elif _pAD_PAN==0xB1 #define C_AdcChannel_Pan 9 #elif _pAD_PAN==0xB2 #define C_AdcChannel_Pan 10 #elif _pAD_PAN==0xB3 #define C_AdcChannel_Pan 11 #elif _pAD_PAN==0xB4 #define C_AdcChannel_Pan 12 #elif _pAD_PAN==0xB5 #define C_AdcChannel_Pan 13 #elif _pAD_PAN==0xB6 #define C_AdcChannel_Pan 14 #elif _pAD_PAN==0xB7 #define C_AdcChannel_Pan 15 #elif _pAD_PAN==0xC0 #define C_AdcChannel_Pan 16 #elif _pAD_PAN==0xC1 #define C_AdcChannel_Pan 17 #elif _pAD_PAN==0xC2 #define C_AdcChannel_Pan 18 #else #define C_AdcChannel_Pan C_AdcChannel_VRef #endif //------------------------------------------------------------------------- #ifndef _pAD_TOP #define C_AdcChannel_Top C_AdcChannel_VRef #elif _pAD_TOP==0xA0 #define C_AdcChannel_Top 0 #elif _pAD_TOP==0xA1 #define C_AdcChannel_Top 1 #elif _pAD_TOP==0xA2 #define C_AdcChannel_Top 2 #elif _pAD_TOP==0xA3 #define C_AdcChannel_Top 3 #elif _pAD_TOP==0xA4 #define C_AdcChannel_Top 4 #elif _pAD_TOP==0xA5 #define C_AdcChannel_Top 5 #elif _pAD_TOP==0xA6 #define C_AdcChannel_Top 6 #elif _pAD_TOP==0xA7 #define C_AdcChannel_Top 7 #elif _pAD_TOP==0xB0 #define C_AdcChannel_Top 8 #elif _pAD_TOP==0xB1 #define C_AdcChannel_Top 9 #elif _pAD_TOP==0xB2 #define C_AdcChannel_Top 10 #elif _pAD_TOP==0xB3 #define C_AdcChannel_Top 11 #elif _pAD_TOP==0xB4 #define C_AdcChannel_Top 12 #elif _pAD_TOP==0xB5 #define C_AdcChannel_Top 13 #elif _pAD_TOP==0xB6 #define C_AdcChannel_Top 14 #elif _pAD_TOP==0xB7 #define C_AdcChannel_Top 15 #elif _pAD_TOP==0xC0 #define C_AdcChannel_Top 16 #elif _pAD_TOP==0xC1 #define C_AdcChannel_Top 17 #elif _pAD_TOP==0xC2 #define C_AdcChannel_Top 18 #else #define C_AdcChannel_Top C_AdcChannel_VRef #endif /************************************************************************** * 固定ADC通道定义 **************************************************************************/ #define C_AdcChannel_Gnd 29 //GND-ADC通道 #define C_AdcChannel_Vdd 30 //VDD-ADC通道 #define C_AdcChannel_VRef 31 //内部参考电压（1.2V）ADC通道 /************************************************************************** * AD检测设置（00xxxx01） **************************************************************************/ #define C_AdcSet_Gnd 0x01 | (C_AdcChannel_Gnd<<2) //GND #define C_AdcSet_Vdd 0x01 | (C_AdcChannel_Vdd<<2) //VDD #define C_AdcSet_VRef 0x01 | (C_AdcChannel_VRef<<2) //内部参考电压 #define C_AdcSet_Curr 0x01 | (C_AdcChannel_Curr<<2) //工作电流 #define C_AdcSet_Vol 0x01 | (C_AdcChannel_Vol<<2) //市电电压 #define C_AdcSet_Igbt 0x01 | (C_AdcChannel_Igbt<<2) //IGBT-NTC #define C_AdcSet_Pan 0x01 | (C_AdcChannel_Pan<<2) //锅底NTC #define C_AdcSet_Top 0x01 | (C_AdcChannel_Top<<2) //顶部NTC /************************************************************************** --------------------------------- 函数声明 -------------------------------- **************************************************************************/ unsigned char SetWPUX_CommHave(unsigned char x); unsigned char SetWPUX_CommNo(unsigned char x); unsigned char SetTRISX_CommHave(unsigned char x); unsigned char SetTRISX_CommNo(unsigned char x); /************************************************************************** **************************************************************************/ #endif