Arduino Nano 3.0 Development Board Atmega328 with Micro USB Compatible with Arduino IDE Mini Module for Electronic Projects and Robotics
The Arduino Nano 3.0 development board is a compact yet powerful platform for electronic projects, robotics, and programming education. It is equipped with the Atmega328 microcontroller, known for its reliability and wide compatibility with Arduino IDE. Thanks to the connection via the Micro USB connector, the board can be easily connected to a computer without the need for a special cable. It is ideal for both beginners and experienced developers looking for a small and versatile development board.
The board supports all basic Arduino functions, including digital and analog inputs/outputs, serial communication, PWM signals, and I2C/SPI interfaces. Its compact dimensions allow for easy integration into smaller devices and robotic modules.
- Microcontroller: Atmega328
- Connector: Micro USB – easy connection without an adapter
- Power Supply: 5V (USB) or 7–12V (external source via VIN pin)
- Digital Pins: 14 (of which 6 are PWM)
- Analog Inputs: 8
- Memory: 32 KB Flash (2 KB used by bootloader), 2 KB SRAM, 1 KB EEPROM
- Communication Support: UART, SPI, I2C
- Compatibility: Full support for Arduino IDE and most Arduino libraries
- Dimensions: approx. 45 × 18 mm – ideal for compact projects
- Indicator LEDs: Power, TX, RX
- PCB Material: High-quality FR-4 for stable operation
- Usage: Education, prototyping, DIY projects, robotics
Package Contents: 1× Arduino Nano 3.0 development board with Atmega328, 2× pin header (unassembled)
Due to its small size and versatility, this board is a perfect choice for a wide range of projects – from simple sensor measurements to motor control and LED systems. Its compatibility with Arduino IDE allows for easy programming and testing of code, making it suitable for both Arduino beginners and experienced builders. With the Arduino Nano 3.0, you can easily expand your knowledge of electronics and programming and create your own smart devices and prototypes.