bms 76930 (MF52D103F3435) 热敏电阻的方法

//热敏电阻测试，相应温度相似。MF52D103F3435 void Get_BQ1_1_Temp(void)  {   double d,Tempval_1;   float Rt=0;    float Rp=10000;    float T2=273.15 25;    //  float Bx=3380;   float Bx=3435;    float Ka=273.15;    unsigned char readTempbuf[2];   double  TempRes=0;    unsigned char Tempbuf[1];   readTempbuf[1]=BQ76930_AFEReg.TS2_Byte.TS2_HI;    readTempbuf[0]=BQ76930_AFEReg.TS2_Byte.TS2_LO;    TempRes = ((u16)readTempbuf[1] << 8 ) | readTempbuf[0];   TempRes = (10000*(TempRes*382/1000))/(3300-(TempRes*382/1000));    TempRes=    1/(1/TempRes -(double)1/10000);    printf("=========TempRes:  %u (OM)\r\n",TempRes);    Tempval_1 = 1/(1/T2 (log(TempRes/Rp))/Bx)- Ka   0.5;        // Batteryval[7] = Tempval_1;    printf("TempRes2 : %.2f\n",Tempval_1);         readTempbuf[1]=BQ76930_AFEReg.TS1_Byte.TS1_HI;    readTempbuf[0]=BQ76930_AFEReg.TS1_Byte.TS1_LO;    TempRes = ((u16)readTempbuf[1] << 8 ) | readTempbuf[0];   TempRes = (10000*(TempRes*382/1000))/(3300-(TempRes*382/1000));       TempRes=    1/(1/TempRes -(double)1/10000);  //本身并   //  printf("TempRes1:  %u (OM)\r\n",TempRes);   //Tempval_1 = 1/(1/T2 (log(TempRes))/Bx)- Ka   0.5;  Tempval_1 = 1/(1/T2 (log(TempRes/Rp))/Bx)- Ka   0.5;  // Batteryval[7] = Tempval_1;    printf("TempRes2: %.2f\n",Tempval_1);      }