PowerHub Power

#include <M5Unified.h> void setup() { M5.begin(); Serial.begin(115200); M5.Power.setBatteryCharge(true); // battery charge M5.Power.setExtOutput(1, m5::ext_USB); // USB-A + USB-C together M5.Power.setExtOutput(0, m5::ext_PA); // PORT.I2C red M5.Power.setExtOutput(0, m5::ext_PC1); // PORT.UART blue // CAN + RS485 together m5::ext_port_bus_t port_cfg; port_cfg.enable = 1; // 0 = disable, 1 = enable port_cfg.direction = 1; // 0 = input, 1 = output port_cfg.voltage = 12000; // mV port_cfg.currentLimit = 300; // mA M5.Power.setExtPortBusConfig(port_cfg); // 5V OUT in the backside 2*8 pin pinMode(14, OUTPUT); digitalWrite(14, LOW); // LOW = disable, HIGH = enable } void loop() { M5.update(); Serial.printf("ExtOutput: %s", M5.Power.getExtOutput() ? "ON\n" : "OFF\n"); // 0 = all OFF, 1 = some or all ON Serial.printf("Battery: %s charging", M5.Power.isCharging() ? "IS" : "NOT"); Serial.printf(", %d %%", M5.Power.getBatteryLevel()); // 0 ~ 100 % Serial.printf(", %d mV", M5.Power.getBatteryVoltage()); // mV Serial.printf(", %d mA\n", M5.Power.getBatteryCurrent()); // mA, >0 = charge, <0 = discharge Serial.printf(" USB A+C: %d mV", M5.Power.getExtVoltage(m5::ext_USB)); // mV Serial.printf(", %d mA\n", M5.Power.getExtCurrent(m5::ext_USB)); // mA Serial.printf(" PORT.I2C: %d mV", M5.Power.getExtVoltage(m5::ext_PA)); // mV Serial.printf(", %d mA\n", M5.Power.getExtCurrent(m5::ext_PA)); // mA Serial.printf("PORT.UART: %d mV", M5.Power.getExtVoltage(m5::ext_PC1)); // mV Serial.printf(", %d mA\n", M5.Power.getExtCurrent(m5::ext_PC1)); // mA Serial.printf(" CAN: %d mV", M5.Power.getExtVoltage(m5::ext_PWRCAN)); // mV Serial.printf(", %d mA\n", M5.Power.getExtCurrent(m5::ext_PWRCAN)); // mA Serial.printf(" RS485: %d mV", M5.Power.getExtVoltage(m5::ext_PWR485)); // mV Serial.printf(", %d mA\n", M5.Power.getExtCurrent(m5::ext_PWR485)); // mA Serial.println(); delay(2000); // M5.Power.powerOff(); }