实验原理：　　

　　STM32内部集成三个12位ADC，iCore1S的所有电源经过电阻分压或者直接

接入STM32的ADC的输出通道内，输入电流经过高端电流检测芯片ZXCT1009F

输入到ADC的输入通道内，从而实现电源监控功能。

核心代码：

int main(void){  /* USER CODE BEGIN 1 */  int i;  /* USER CODE END 1 */  /* MCU Configuration----------------------------------------------------------*/  /* Reset of all peripherals, Initializes the Flash interface and the Systick. */  HAL_Init();  /* USER CODE BEGIN Init */  /* USER CODE END Init */  /* Configure the system clock */  SystemClock_Config();  /* USER CODE BEGIN SysInit */  /* USER CODE END SysInit */  /* Initialize all configured peripherals */  MX_GPIO_Init();  MX_ADC3_Init();  MX_USART6_UART_Init();  /* USER CODE BEGIN 2 */  usart6.initialize(115200);    LED_GREEN_ON;    usart6.printf("\x0c");                                                                                                 usart6.printf("\033[1;32;40m");                                         usart6.printf(" Hello, I am iCore4!\r\n");          /* USER CODE END 2 */   /* USER CODE BEGIN WHILE */  while (1)  {  /* USER CODE END WHILE */  /* USER CODE BEGIN 3 */        LED_GREEN_ON;        HAL_Delay(500);        LED_GREEN_OFF;         for(i = 0;i < 5;i ++){            my_adc.read(i);        }              usart6.printf(" ");        usart6.printf("[I] %3.0fmA , ",my_adc.value[0] / 2* 1000.);        usart6.printf("[V] %4.2fV, ",my_adc.value[1] * 6.);        usart6.printf("[3.3V] %4.2fV, ",my_adc.value[2] * 2.);        usart6.printf("[2.5V] %4.2fV,",my_adc.value[3] * 2.);        usart6.printf("[1.2V] %4.2fV\r",my_adc.value[4]);  }  /* USER CODE END 3 */}

源代码下载链接：

链接： 密码：1x87

iCore4链接：