Contents

01 · Introductory module
- Introductory module: soldering header pins
02 · Getting started
- ESP32-S3: shopping list, safety and flashing MicroPythonQuiz: Quiz: ESP32-S3 and MicroPython
03 · Pins: GPIO, PWM and ADC
- GPIO and PWM: LEDs, a button and the RGB LEDQuiz: Quiz: GPIO and PWM
- ADC: a potentiometer, attenuation and the ADC2 trapQuiz: Quiz: ADC
04 · Connectivity: Wi-Fi, HTTP, MQTT and BLE
- Wi-Fi and HTTP: a client and a server on the ESP32Quiz: Quiz: Wi-Fi and HTTP
- MQTT: sending measurements to a broker and controlling from a computerQuiz: Quiz: MQTT
- BLE with aioble: the board visible on your phoneQuiz: Quiz: BLE with aioble
05 · Power and final project
- Deep sleep and battery powerQuiz: Quiz: Deep sleep and battery power
- Final project: a wireless temperature and humidity sensorQuiz: Quiz: Final project
- Sources

01 · Introductory module
- Introductory module: soldering header pins
02 · Getting started
- ESP32-S3: shopping list, safety and flashing MicroPythonQuiz: Quiz: ESP32-S3 and MicroPython
03 · Pins: GPIO, PWM and ADC
- GPIO and PWM: LEDs, a button and the RGB LEDQuiz: Quiz: GPIO and PWM
- ADC: a potentiometer, attenuation and the ADC2 trapQuiz: Quiz: ADC
04 · Connectivity: Wi-Fi, HTTP, MQTT and BLE
- Wi-Fi and HTTP: a client and a server on the ESP32Quiz: Quiz: Wi-Fi and HTTP
- MQTT: sending measurements to a broker and controlling from a computerQuiz: Quiz: MQTT
- BLE with aioble: the board visible on your phoneQuiz: Quiz: BLE with aioble
05 · Power and final project
- Deep sleep and battery powerQuiz: Quiz: Deep sleep and battery power
- Final project: a wireless temperature and humidity sensorQuiz: Quiz: Final project
- Sources

ADC: a potentiometer, attenuation and the ADC2 trap

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