USB Type A Female Breakout – Reliable Connectivity for Seamless Prototyping: Enhance your projects with a high-quality USB interface

The USB Type A Female Breakout Board is a must-have for electronics enthusiasts, engineers, and makers looking to integrate USB connectivity into their projects effortlessly. Designed for seamless prototyping, this breakout board eliminates the challenges of soldering tiny USB connectors, allowing for easy interfacing with microcontrollers, sensors, and peripherals. The compact 0.1" header pins provide direct access to VCC, GND, D-, and D+ signals, making it compatible with USB host-enabled devices. Whether you're working on DIY electronics, embedded systems, or custom circuit designs, this breakout board ensures reliable and stable USB communication.

Built for versatile applications, the USB Type A Female Breakout is widely used in prototyping, testing, and development. It simplifies connectivity between USB devices and microcontrollers, enabling data transfer and power supply with minimal effort. The robust PCB design ensures durability, while the standard USB Type A female connector provides a secure fit for cables and peripherals. This board is an ideal choice for integrating USB support in IoT projects, custom hardware interfaces, and embedded applications where a stable USB connection is required.

Key Features and Benefits

Standard USB Type A Female Connector: Provides a stable and secure connection for USB cables and devices.
0.1" Header Pinout: Offers easy access to VCC, GND, D-, and D+ lines for direct integration with circuits.
Ideal for Prototyping and Development: Simplifies USB interfacing for microcontrollers, sensors, and peripherals.
Compact and Durable Design: High-quality PCB construction ensures reliability and long-term performance.
Wide Compatibility: Works with USB host-enabled microcontrollers, embedded systems, and DIY electronics.
Easy Solder-Free Connection: Eliminates the hassle of soldering tiny USB connectors for quick and effortless setup.
Versatile Applications: Suitable for IoT devices, robotics, communication modules, and power supply projects.