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General| Form factor | Arduino |
|---|---|
| Certification | RoHS, FC, CE |
| Processor model | - |
| Processor frequency | - MHz |
| Microcontroller model | ATmega328 |
| Microcontroller frequency | 16 MHz |
| DC input voltage | 7-12 V |
| Operating voltage | 5 V |
| DC current per I/O pin | 40 mA |
| Flash memory | 0.032 MB |
| Maximum internal memory | - GB |
| SRAM (Static Random Access Memory) | 2 KB |
| EEPROM (Electrically Erasable Programmable Read-Only Memory) | 1 KB |
| Wi-Fi | No |
| Number of analog I/O pins | 6 |
| Number of digital I/O pins | 14 |
Weight and Dimensions| Board dimensions | 53.4 x 68.6 mm |
|---|
Provides step-by-step instructions for installing the Arduino Integrated Development Environment.
Introduces the first project: making an LED blink using the Arduino.
Explains how to compile and upload sketches to the Arduino board.
Explains how to customize Arduino IDE settings for better workflow.
Explains serial communication for data exchange between Arduino and computer.
Explains how breadboards work and how to connect components.
Implements the first version of a binary die using three LEDs.
Details how pushbuttons work and how to connect them to the Arduino.
Completes the dice project by adding a guess button and game logic.
Starts the implementation of the Telegraph C++ class.
Defines the Telegraph class interface and Morse code data arrays.
Guides on integrating the custom Telegraph library into Arduino IDE.
Introduces ultrasonic sensors and builds a distance measuring device.
Integrates a temperature sensor to refine distance measurements.
Details connecting the ADXL335 accelerometer to the Arduino.
Reads and outputs raw accelerometer data for three axes.
Integrates a pushbutton and refined accelerometer data for a game controller.
Creates a JavaScript class for convenient access to Arduino motion data.
Implements a Breakout clone using JavaScript and the motion controller.
Details building a binary-weighted DAC for video signal generation.
Describes modifying an RCA cable to connect to the Arduino.
Introduces the TVout library for generating video signals on a TV.
Creates a graphical thermometer display on a TV screen using sensors.
Details wiring the Nunchuk controller to Arduino analog pins.
Creates a C++ class for interfacing with the Nunchuk controller.
Demonstrates reading Nunchuk data (joystick, accelerometer, buttons).
Lists components for motor control: servo motor, wires, Arduino.
Troubleshooting motor control: power consumption, weight, adjustments.
