AD采样求平均STM32实现

 iADC_read(, &u16NTC_1_Sample_Val_ARR[]);

     if( == ui8FirstSampleFlag)
     {
         for(i=; i<; i++)
         {
             u16NTC_1_Sample_Val_ARR[i] = u16NTC_1_Sample_Val_ARR[];
         }
         ui8FirstSampleFlag = ;
     }

     u16NTC_1_Sample_Val_ARR[] = (uint16_t)
 ((0.1f) * ((float)(u16NTC_1_Sample_Val_ARR[] + u16NTC_1_Sample_Val_ARR[]
                 + u16NTC_1_Sample_Val_ARR[] + u16NTC_1_Sample_Val_ARR[]
                 + u16NTC_1_Sample_Val_ARR[] + u16NTC_1_Sample_Val_ARR[]
                 + u16NTC_1_Sample_Val_ARR[] + u16NTC_1_Sample_Val_ARR[]
                 + u16NTC_1_Sample_Val_ARR[] + u16NTC_1_Sample_Val_ARR[])));

     for(i=; i<=; i++)
     {
         u16NTC_1_Sample_Val_ARR[i-] = u16NTC_1_Sample_Val_ARR[i];
     }

 uint8_t iADC_read( uint8_t ucAdcChn, uint16_t *u16AdcData)
 {
     *u16AdcData = (uint16_t)ADC_ConvertedValue[ucAdcChn] ;
     return ();
 }

 __IO uint16_t ADC_ConvertedValue[ADC_DMA_BUFFER_SIZE]= {};