Arduino Pro Micro 5V/16MHz Atmega32U4 Board with Type-C USB

Arduino Pro Micro 5V/16MHz Atmega32U4: Compact Development Board with Type-C USB for Modern Projects

Features:

• Microcontroller:
  • Atmega32U4 microcontroller running at 16 MHz, providing efficient performance for a variety of embedded applications.
• Type-C USB Interface:
  • Features Type-C USB for modern connectivity, making it easy to program and interface with computers and other USB devices.
• USB Communication:
  • The Atmega32U4 has built-in USB support, which allows the board to function as a keyboard, mouse, or serial device when connected to a host.
• Small Form Factor:
  • The compact design is perfect for space-sensitive projects such as wearable devices, mini robots, and portable electronics.
• Operating Voltage:
  • Operates at 5V, providing stable voltage levels for sensors and other peripherals in your projects.
• I/O Pins:
  • 18 I/O pins, including 5 PWM pins, 9 analog inputs, and 1 UART, offering flexibility for connecting sensors, actuators, and other devices.
• Built-in LED:
  • Includes a built-in LED on pin 13 for quick testing and debugging.
• Power Supply Options:
  • Powered via Type-C USB or an external Vin pin (7V-12V), providing flexibility for different power configurations.
• Compatible with Arduino IDE:
  • Fully compatible with the Arduino IDE, making it easy to write, upload, and test code on the board.

Specifications:

Applications:

• Embedded Systems:
  • Perfect for small embedded systems like sensors, wearables, or IoT devices where space and power efficiency are important.
• Prototyping and Development:
  • Ideal for quick prototyping and product development due to its compact size and powerful features.
• Human Interface Devices (HID):
  • Easily create custom USB keyboards, mice, or controllers using the built-in USB support.
• Robotics:
  • Suitable for small robots or automation projects that require small, powerful, and low-power computing platforms.
• IoT Projects:
  • Great for IoT applications, where a small, energy-efficient microcontroller is required to collect and send data.