Arduino Nano R3 ATmega328P Microcontroller Board – Professional Compact Logic & Automation | Electrive Co

Product Description:

The Arduino Nano R3 is the industry standard for compact, breadboard-friendly microcontroller development. Optimized for reliability and performance, this professional-grade board delivers massive processing power in a miniature form factor. Electrive Co's Arduino Nano features a robust ATmega328P microcontroller running at 16 MHz, ensuring precise execution for complex logic, sensor interfacing, and automotive prototyping.

Designed for serious engineers and advanced makers, this board offers unparalleled versatility without sacrificing stability. Its streamlined architecture allows it to integrate directly into custom PCBs or standard prototyping setups. The Electrive Co Arduino Nano utilizes genuine, high-quality ICs and precise silk-screen component labeling, making it the dependable core of any sophisticated automation project.

Our quality assurance process ensures that every Arduino Nano meets strict industrial standards before dispatch. Whether you are building smart wearables, managing robotic arms, or establishing localized environmental data nodes, this Nano board provides the seamless connectivity and processing efficiency required in modern electronic systems. Electrive Co is proud to support your advanced development with this critical component.

Technical Specs (Bulleted List):

Microcontroller: ATmega328P

Architecture: AVR

Operating Voltage: 5V (3.3V Regulator Included)

Digital I/O Pins: 22 (6 provide PWM output)

Analog Input Pins: 8 (2 are dedicated; 6 are multiplexed from digital)

Flash Memory: 32 KB (2 KB used by bootloader)

SRAM: 2 KB

EEPROM: 1 KB

Clock Speed: 16 MHz

USB Connection: Mini-B USB (supports programming & serial communication)

Form Factor: breadboard-compatible, DIP (Dual In-line Package)

Input Voltage (recommended): 7-12V

Applications/Uses:

Industrial Prototyping: Used as a scalable control core for custom industrial automation testing before final PCB spin.

Robotic Control Systems: Managing multiple micro-servos and sensor inputs on complex, mobile robotic platforms.

Smart IoT Gateways: Acting as a localized data aggregator and logic controller for smart home or agricultural wireless sensor nodes.

Localized Automotive Monitoring: Interfacing with vehicle sensors (OBDII, temperature, pressure) and displaying data on customized dashboard screens.

Biomedical Wearables: Providing the low-power logic and precise timing required for monitoring human body metrics and responding to real-time events.