🛠 Advanced power management and deep sleep on ESP32-S3

PaperDIY Assembly Kit · avance · Maximisez l'autonomie de la batterie de 140mAh en configurant la veille profonde de l'ESP32-S3 et en optimisant la consommation de la puce M5PM1.

Hardware: PaperDIY Assembly Kit, multimeter, USB-C cable. 1. Analyze the Assembly Kit schematic to identify power lines causing leaks (especially e-paper and WiFi module). 2. Configure GPIOs as low-output before sleep to cut power to non-essential peripherals. 3. Use ESP32-S3 power management APIs to disable WiFi and Bluetooth before entering deep sleep. 4. Configure a timer or GPIO interrupt wake-up (via touch button or external sensor). 5. Optimize the duty cycle: wake, read sensor, update screen, re-enter sleep. 6. Measure sleep current with a multimeter in microamp mode. Verification: Sleep current must be below 10µA. Deep dive: Implement dynamic sleep logic based on user activity detected by ambient sensors.

Code examples for this board

epaper-hello-world.ino C++ (Arduino)
wifi-scan-connect.ino C++ (Arduino)
sd-card-logger.ino C++ (Arduino)
ble-beacon.ino C++ (Arduino)
low-power-deep-sleep.ino C++ (Arduino)
gpio_button_led_control.ino C++ (Arduino)

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🛠 Advanced power management and deep sleep on ESP32-S3

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