AITRIP Nano Board CH340/ATmega+328P
This AITRIP Nano V3.0 board features the ATmega328P microcontroller and CH340G USB interface chip, offering a compact and breadboard-friendly solution for your projects. It operates at a logic level of 5V and can be powered via USB Type-C, an external 7-12V DC supply, or a 5V regulated supply. With 14 digital I/O pins (6 PWM), 8 analog input ports, and a pair of TTL serial transceivers, it provides ample connectivity for various applications. This board is compatible with Arduino and supports ISP downloads, making it a versatile choice for hobbyists and developers.
$20.98
Owner Satisfaction
4.3
/ 5
Category Rank
1256
/ 1560
#1256 in Development Boards
Price vs Category Average
-76%
Below average
Operating Voltage (logic level)
5
/ V
Who it's for
- Budget-Friendly Entry
- Seamless Software Integration
- Compact Project Powerhouse
- Budget-Friendly Entry Point
- Compact and Versatile Design
- Extensive Ecosystem Compatibility
Who should skip it
- Driver Installation Hurdles
- Inconsistent Manufacturing Quality
- Potential Driver Installation Hurdles
- Inconsistent Build Quality
- Limited Dedicated Support
- Limited Community Support
Key Specs
Operating Voltage (logic level)
5V
8 analog input ports
A0 ~ A7
14 Digital input / output ports
D2 ~ D13
6 PWM ports
D3, D5, D6, D9, D10, D11
1 pair of TTL level serial transceiver ports RX / TX
Supports external 5V~12V DC power supply
Supports power supply by 9V battery
Clock Speed
16MHz
Features
- Compact and breadboard-friendly design
- USB Type-C for power and programming
- Multiple power supply options
- Replaces FT232RL with CH340G for improved stability
- Increased programming and data memory space
- Compatible with Arduino ecosystem
- Ideal for home automation and various electronic projects
What customers say
Customers generally find the AITRIP Nano Board to be an excellent value for money, especially for hobbyists and students. Many appreciate its straightforward compatibility with the Arduino IDE, though some users note the initial need to install the CH340 driver. Once set up, the board performs reliably for various projects, making it a highly accessible and cost effective option for learning and prototyping without significant investment.
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$21