Arduino Nano Developer Board with CH340 USB

Wearable Electronics: Small size and low power consumption make it suitable for embedding in wearable devices and accessories.

Robotics: Ideal for controlling sensors, actuators, and motors in compact robotics projects.

IoT Devices: Frequently used in Internet of Things (IoT) projects for remote sensing, data collection, and control.

Prototyping: Perfect for building prototypes on a breadboard due to its small footprint and ease of use.

Embedded Systems: Can be embedded into permanent projects for home automation, data logging, and sensor monitoring.

Microcontroller:

Powered by the ATmega328P or ATmega168 microcontroller.

Runs at a clock speed of 16 MHz, offering solid processing capabilities for a variety of projects.

Digital and Analog I/O Pins:

Offers 14 digital input/output pins, 6 of which support PWM (Pulse Width Modulation) for controlling devices like LEDs, motors, or servos.

Includes 8 analog input pins with 10-bit resolution, suitable for reading sensors and interfacing with analog devices.

Compatible with breadboards for easy prototyping.

Compact Form Factor:

Measures just 45mm x 18mm, making it perfect for projects where space is limited.

The small size is ideal for wearable technology, embedded projects, and DIY gadgets where the standard-sized Arduino boards are too large.

Power Supply:

Can be powered via USB Mini-B cable or an external power source (7-12V) through the VIN pin.

Includes a 5V voltage regulator, providing regulated 5V to the board and peripherals.

Features a reset button for restarting the program.

USB Communication:

Uses a USB Mini-B port for uploading code and communicating with a computer.

The FTDI FT232 or CH340 chip (depending on the version) serves as a USB-to-serial converter for reliable data transmission and programming.

Memory:

32KB of flash memory for program storage, with 2KB of SRAM for variable storage and 1KB of EEPROM for non-volatile data storage (ATmega328P version).

Lower memory capacities on the ATmega168 version (16KB flash memory).

Programming:

Programmed using the Arduino IDE, a simple and easy-to-use development environment that supports C/C++ programming.

Compatible with PlatformIO and other development tools for advanced programming and debugging.

Extensive libraries available for interfacing with sensors, displays, motors, and other peripherals.

Onboard LEDs:

Includes an onboard LED connected to pin 13, useful for testing, debugging, and simple feedback applications.

Breadboard Compatibility:

Designed to fit directly into standard breadboards, making it ideal for prototyping and testing circuits without soldering.

Open-Source Design:

Fully open-source, with schematics and design files available for modification and customization.

Wide community support and a large number of compatible libraries, shields, and accessories.