USB Male To Female To Micro USB To Type-C Adapter Board

A “USB Male to Female to Micro USB to Type-C Adapter Board” is a versatile, multi-interface circuit board used primarily by DIY electronics enthusiasts and for testing applications. It provides easy access to the power and data lines of various USB formats. 

It is a simple interface converter. It includes 4P terminal Micro USB female, Type-C USB female, Type A USB male and Type A USB female. It can realize the mutual conversion between these five interfaces. It can be used as a voltage interface converter or as a data interface converter.

Features:

• 1. Stable
• 2. interfaces
• 3. Small size

Parameters:

• 1. Product Name: Interface Converter
• 2. Product number: USB4
• 3. Working voltage: DC 5V
• 4. Operating temperature range: -20C^ 85″C
• 5. Working humidity range: 0% -95%RH

• USB-A male: Plugs into a standard computer or wall charger.
• USB-A female: Accepts a standard USB-A cable.
• Micro-USB female: Connects to older phones or devices.
• USB Type-C female: Connects to modern devices, like the Raspberry Pi 4.
• 4-pin 2.54mm terminal: Features labeled VCC, D-, D+, and GND pins, allowing you to solder on your own wires or connect to a breadboard.

• DIY projects: For hobbyists and developers, the board simplifies testing and prototyping with different USB interfaces.
• Data and power conversion: It can be used to convert both the voltage and data signals between the different USB standards.
• Charging devices: You can use the adapter to charge devices with a modern USB-C port using an older Micro-USB cable.
• Legacy device compatibility: It is useful for making older devices with a Micro-USB port compatible with newer accessories that use a USB-C cable. 

• Plug-and-play: For basic connections, you can simply plug a USB cable into the appropriate port on the board. For example, to convert a Micro-USB cable to Type-C, you would plug your cable into the Micro-USB female port and connect to your device via the Type-C female port.
• Breadboard integration: For more advanced applications, you can use the labeled 4-pin terminals to connect the board to a breadboard or other electronic components. This allows for experimentation and modification of the USB’s power and data lines.