1. Product Overview
The Treedix USB Type C Female 24 pin Full pins Output Breakout Board Test Socket with Male Connector is designed to facilitate the integration and testing of USB-C connections in electronic projects. This kit provides a convenient way to access all 24 pins of a USB-C connector without the need for intricate surface-mount soldering, making it ideal for prototyping, debugging, and educational purposes.
Figure 1: Treedix USB Type C Female 24 pin Full pins Output Breakout Board.
2. Features
- Full Pin Output: The breakout board features 24 pins, with all pins accessible for external connections, enabling comprehensive testing and integration.
- Easy Integration: Designed for seamless integration into projects, eliminating the need for complex surface-mount device (SMD) soldering for USB-C connectors.
- Mounting Holes: Equipped with positioning holes on the board for easy and secure fixation, allowing for stable installation on breadboards or custom PCBs.
- High-Quality Construction: Features a gold-plated surface to prevent oxidation and plated through-holes to enhance mechanical strength and electrical conductivity.
- Clear Pin Markings: The board surface is clearly marked with pin labels, simplifying installation and connection identification.
- Standard Compliance: The general-purpose connector size adheres to industry association standards for compatibility.
- Versatile Application: Suitable for USB data cable testing, DIY electronic projects, and various prototyping scenarios.
3. Package Contents
- 1x USB Type C Female Breakout Board
- 1x USB Type C Male 24pin Connector
4. Specifications
| Feature | Value |
|---|---|
| Board Thickness | 1.6mm |
| Pitch | 2.54mm |
| Package Dimensions | 3.5 x 2.32 x 0.35 inches |
| Item Weight | 0.176 ounces |
| Manufacturer | Treedix |
Figure 2: Dimensions of the USB Type C Female Breakout Board.
5. Setup and Connection
5.1 Identifying Components
The kit includes a female breakout board and a male connector. The female breakout board has through-holes for easy soldering of header pins or wires, with clear labels for each of the 24 USB-C pins. The male connector is designed to plug into the female breakout board or directly into a USB-C port for testing.
5.2 Connecting the Male Connector to the Female Breakout Board
- Align the male USB Type C connector with the female port on the breakout board.
- Gently insert the male connector into the female port until it is fully seated. Ensure correct orientation to avoid damage.
Figure 3: Male connector being inserted into the female breakout board.
5.3 Integrating with a Breadboard or Custom Circuit
Once the male connector is attached (if desired), or if using the female breakout board directly, you can solder header pins (not included) into the through-holes. These pins have a standard 2.54mm pitch, making the board compatible with most breadboards and prototyping boards. The clear pin labels guide correct wiring for your specific application.
Video 1: Demonstration of connecting the USB Type C male and female breakout boards.
Video 2: Detailed view and measurements of the USB Type C Male Breakout Board.
6. Operating Instructions
6.1 Pinout and Functionality
The breakout board exposes all 24 pins of the USB Type C interface. Refer to the pin labels printed on the board for specific functions such as Ground (GND), Transmit/Receive (TX/RX), VBUS (power), CC (Configuration Channel), and SBU (Sideband Use). These labels are crucial for correct wiring and testing.
6.2 Testing USB Cables
To test a USB cable, connect one end to the female breakout board (or the male connector if soldered to the board) and the other end to a compatible testing device or another breakout board. Observe the continuity and signal integrity across the pins using a multimeter or a dedicated cable tester. Ensure that all expected connections are made and that there are no short circuits or open circuits.
Video 3: Demonstration of a USB cable tester, illustrating the principle of checking cable integrity.
6.3 Important Note on VBUS Pins
It has been noted that the VBUS pins on some versions of this breakout board may be internally connected. This means that individual VBUS lines might not be independently accessible. If your application requires separate VBUS lines, verify the board's specific pin configuration before use. For most general testing and power applications, this internal connection does not affect functionality.
7. Maintenance
- Cleaning: Use a soft, dry cloth to clean the board. Avoid using liquids or abrasive cleaners.
- Storage: Store the breakout board and connector in a dry, dust-free environment when not in use.
- Handling: Handle the components carefully to prevent physical damage to the pins or the board. Avoid excessive force when inserting or removing connectors.
8. Troubleshooting
- No Signal/Power: Double-check all connections for proper seating and continuity. Ensure that the power source is active if testing for power delivery.
- Incorrect Connection Warning: The product description explicitly states: "Do not connect incorrectly, it will cause the line to be blocked if it is connected in reverse." Always ensure correct pin alignment and orientation when making connections to prevent damage or malfunction.
- Pinout Discrepancies: If experiencing unexpected behavior, re-verify the pinout against standard USB Type C specifications and the labels on the board.
9. Warranty and Support
For warranty information, technical support, or further inquiries, please refer to the official Treedix website or contact their customer service directly. Keep your purchase receipt for any warranty claims.
