Aideepen USB Data Cable Detection Board User Manual

1. Introduction

The Aideepen USB Data Cable Detection Board is a reliable and intuitive tool designed for testing the connection status and functionality of various USB cables. It helps users quickly identify issues such as short circuits or open connections within a cable by providing visual feedback through LED indicators for each pin. This manual provides detailed instructions for setting up, operating, and maintaining your USB Cable Tester.

2. Safety Information

• Do not connect the device to a power source exceeding DC 12V.
• Ensure correct polarity when connecting an external power supply (Vin). The board includes directional connection protection for Vin.
• Avoid exposing the device to moisture or extreme temperatures.
• Do not attempt to disassemble or modify the device, as this may void the warranty and cause damage.
• This device is for testing cable continuity and functionality, not for measuring current carrying capacity.

3. Package Contents

Please check the package for the following items:

• 1 x USB Data Cable Test Board
• Optional: Protective Case (if purchased with case)

4. Product Overview

The USB Data Cable Detection Board features multiple USB port types and 24 LED indicators to provide comprehensive cable testing. It supports various USB standards and can be powered by a CR2032 coin cell or an external DC power supply.

4.1 Key Components

• Power Switch: Toggles the device on/off.
• Power1 - CR2032: Slot for CR2032 coin cell battery.
• Power2 - Vin: Input for external DC 3-12V power supply.
• USB Port A: Includes Type-A 3.0, Type-A 2.0, and Type-C 3.0 connectors.
• USB Port B: Includes Type-B 3.0, Type-C 3.0, Micro-B 3.0, Mini-B 2.0, Lightning, and Micro-B 2.0 connectors.
• Electrical Test Point: For advanced testing.
• 24x LED Indicator: Displays the status of each pin connection.
• GND of external output: Ground pin for external connections.

4.2 Supported Cable Types

The tester supports a wide range of USB cable types, including:

• TypeB 3.0
• TypeB 2.0
• TypeC 3.0/3.1/3.2
• MicroB 3.0
• MicroB 2.0
• MiniB 2.0
• Wired Lightning

5. Setup

5.1 Powering the Device

The USB Data Cable Detection Board can be powered using one of two methods:

1. CR2032 Coin Cell Battery:
   • Locate the CR2032 battery slot on the board.
   • Tilt the battery end into the positive terminal of the battery holder and press down on the battery until it clicks into place.

   

2. External Power Supply (Vin):
   • Connect a DC power supply (3-12V) to the 'Vin' input port.
   • The Vin input provides directional connection protection.

   

5.2 Initial Power On

Once the power source is connected, slide the Power Switch to the 'ON' position. The LEDs should briefly illuminate as the device powers on.

6. Operating Instructions

The USB Cable Tester is designed for straightforward operation. Follow these steps to test your USB cables:

1. Prepare the Cable: Ensure the USB cable you wish to test is clean and free from visible damage.
2. Connect the Cable: Insert both ends of the USB cable into the corresponding connectors on the test board. For example, if testing a USB-A to USB-C cable, connect the USB-A end to a USB-A port on Pinrow A and the USB-C end to a USB-C port on Pinrow B.
3. Observe LED Indicators: The 24 LED indicators will light up to show the connection status of each pin. A lit LED indicates a successful connection for that specific pin.
4. Interpret Results:
   • All relevant LEDs lit: The cable is functioning correctly for all connected pins.
   • Some LEDs unlit: Indicates an open circuit or broken wire for the corresponding pin.
   • Unexpected LEDs lit or flickering: May indicate a short circuit or intermittent connection.

   

5. Disconnect: Once testing is complete, carefully remove the cable from the test board.

6.1 Pinout Reference

Refer to the following table for the pinout descriptions of Pinrow A and Pinrow B, which correspond to the LED indicators:

6.2 Product Demonstration Video

7. Maintenance

• Keep the device clean and free from dust and debris. Use a soft, dry cloth for cleaning.
• Store the device in a cool, dry place when not in use.
• If using a CR2032 battery, remove it if the device will not be used for an extended period to prevent leakage.
• Avoid dropping or subjecting the device to strong impacts.

8. Troubleshooting

8.1 Device Does Not Power On

• Check Power Switch: Ensure the power switch is in the 'ON' position.
• CR2032 Battery: Verify the CR2032 battery is correctly installed and has sufficient charge. Replace if necessary.
• External Power Supply: If using external power, ensure the DC adapter is providing 3-12V and is properly connected.

8.2 LEDs Do Not Light Up for a Known Good Cable

• Cable Connection: Ensure both ends of the cable are fully and correctly inserted into the appropriate ports on the test board.
• Power Source: Double-check the power source as described above.
• Device Malfunction: If all other checks fail, the device may be faulty. Contact support.

8.3 Inconsistent LED Readings

• Cable Integrity: The cable itself might have an intermittent fault. Try wiggling the cable gently while connected to see if LEDs flicker.
• Connector Cleanliness: Ensure the cable connectors and the board's ports are clean and free of debris.

9. Specifications

10. User Tips

• For prolonged testing sessions, consider using an external DC 3-12V power supply via the 'Vin' port to conserve CR2032 battery life.
• Always ensure the cable is fully inserted into the correct ports for accurate readings. A loose connection can lead to false negatives.
• When testing a new cable, observe if all expected pins light up. This is a quick way to verify a cable's basic integrity before use.

11. Warranty and Support

This product comes with a standard manufacturer's warranty. For specific warranty terms and conditions, please refer to the product packaging or contact your retailer. For technical support or inquiries, please reach out to the seller or manufacturer directly.