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ATmega328P 5V Nano V3.0 Development Board 16MHz CH340 Type-C

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SKU : EMTMCU5005

  1. ATmega328P-based Nano V3.0 development board
  2. 5 V logic & 16 MHz crystal
  3. CH340 USB-to-Serial with USB Type-C interface
  4. Compact breadboard-friendly microcontroller board
₹ 195.00 ₹ 195.00

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Product Description

The ATmega328P 5V Nano V3.0 Development Board is a compact and versatile microcontroller board based on the classic ATmega328P 8-bit AVR MCU. Running at 16 MHz and operating at 5 V logic, this board is ideal for hobbyists, students, and embedded system developers looking for a breadboard-friendly Arduino-compatible platform.

What sets this variant apart is the built-in CH340 USB-to-Serial converter with a USB-Type-C port, making it convenient to connect directly to modern laptops and PCs without needing legacy USB cables. It supports Arduino IDE out of the box and provides plenty of GPIO, analog, and communication interfaces for sensors, displays, motor drivers, and IoT modules.

Key Features

  • ATmega328P microcontroller (Arduino Nano compatible)


  • Operates at 5 V logic with 16 MHz clock


  • Integrated CH340 USB-to-Serial, USB Type-C interface


  • Breadboard-ready compact form factor


  • UART, I2C, SPI, analog input, PWM support


  • Compatible with Arduino IDE and libraries


  • No extra USB-to-TTL adapter needed


Package Includes

  • 1 × ATmega328P Nano V3.0 Development Board (CH340 Type-C)


  • (USB-C cable may be included depending on supplier)


Technical Specifications

Parameter

Specification

MCU

ATmega328P (8-bit AVR)

Operating Voltage

5 V DC

Clock Speed

16 MHz

Flash Memory

32 KB

SRAM

2 KB

EEPROM

1 KB

USB Interface

CH340 USB-to-Serial, Type-C

Digital I/O

14 (6 PWM)

Analog Inputs

8

PWM Channels

6

Communication

UART, I2C, SPI

Compatible IDE

Arduino IDE / PlatformIO

Form Factor

Breadboard-friendly Nano layout

Applications

  • Breadboard microcontroller projects


  • IoT sensor interfaces


  • Robotics & actuators control


  • Display & user interface modules


  • Data logging & telemetry


  • Arduino learning & prototyping