A comprehensive introduction to Arduino microcontroller fundamentals, covering setup, digital and analog I/O, sensors, displays, motors, and interfacing techniques.
#Arduino#microcontrollers#electronics#programming#sensors#motors#I/O#open_source
1. Describe the open-source nature of Arduino hardware.
2. Set up the Arduino IDE and identify the main components of an Arduino board.
3. Explain the concepts of digital and analog pins, power pins, and board design.
1. Explain the open-source Arduino platform.
2. Identify Arduino board components.
1. Install and configure the Arduino IDE.
2. Verify board connections and basic code structure.
1. Implement digital output to blink an LED and control other basic actuators.
2. Read digital inputs such as buttons or switches.
3. Use analog input to measure sensor values like a temperature sensor or photoresistor.
1. Set up and code a blinking LED example.
1. Implement push-button inputs to control Arduino outputs.
1. Use analogRead for temperature sensors or light sensors.
1. Use analogWrite (PWM) to create a fading LED light.
1. Control DC and servo motors with Arduino and external driver components.
2. Use LCD character displays and manage data output.
3. Implement keypad inputs and read multi-button states for advanced user interaction.
1. Use a transistor and external power source to drive a DC motor.
1. Use the Arduino Servo library to control servo position.
1. Initialize and display text on a 16x2 LCD.
1. Read multi-key presses using the Keypad library.
