[arduino code examples for A32 Pro]-09 How to output DC0-10v from GP8403 DAC port

Code:
/*

 * Made by KinCony IoT: https://www.kincony.com

 *

 * This Arduino program controls the GP8403 DAC I2C chip using an ESP32-S3 board. 

 * The program sets the DAC outputs for two channels:

 * - Channel 0 (CH0) outputs 5V.

 * - Channel 1 (CH1) outputs 10V.

 *

 * The I2C communication is handled using the Wire library, and the SDA and SCL pins 

 * are custom defined as GPIO11 (SDA) and GPIO10 (SCL).

 *

 * GP8403 I2C address: 0x58

 */



#include "DFRobot_GP8403.h"



// Initialize the GP8403 DAC object with the I2C address 0x58

DFRobot_GP8403 dac(&Wire, 0x58);



void setup() {

  // Start serial communication for debugging purposes

  Serial.begin(115200);



  // Initialize I2C communication with custom SDA and SCL pins

  Wire.begin(11, 10);  // SDA = GPIO11, SCL = GPIO10



  // Try to initialize the DAC, retry if initialization fails

  while(dac.begin() != 0) {

    Serial.println("Initialization failed, retrying...");

    delay(1000);  // Wait for 1 second before retrying

  }



  // If initialization succeeds

  Serial.println("Initialization successful!");



  // Set the DAC output range to 10V (this setting applies to both channels)

  dac.setDACOutRange(dac.eOutputRange10V);



  // Set the output for DAC channel 0 to 5V

  // Range for 10V mode is 0-10000, so 5000 represents 5V

  dac.setDACOutVoltage(5000, 0);  // Set CH0 to 5V

  Serial.println("Channel 0 set to 5V");



  // Set the output for DAC channel 1 to 10V

  dac.setDACOutVoltage(10000, 1);  // Set CH1 to 10V

  Serial.println("Channel 1 set to 10V");



  // Store the data in the chip's non-volatile memory so it persists after power-off

  dac.store();

  Serial.println("DAC values stored in memory");

}



void loop() {

  // No need to continuously write the values, the DAC holds the last set value

}