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Type-C PD Decoy Module 20V: Harness High Voltage Power with Ease
Elevate your electronic projects with the Type-C PD Decoy Module 20V. This innovative module is designed to trigger USB Type-C Power Delivery (PD) chargers to output a stable 20V DC voltage. It’s a game-changer for hobbyists, engineers, and professionals who need a reliable high-voltage power source without the bulk of traditional adapters.
Key Features
- Automatic Voltage Negotiation: Communicates with PD chargers to seamlessly switch from default 5V to 20V output.
- Compact Design: Slim and lightweight, making it ideal for integration into various electronic setups.
- User-Friendly Interface: Plug-and-play functionality with clear input/output terminals for easy connections.
- Wide Compatibility: Works with most USB Type-C PD chargers and power banks that support 20V output.
- Safety Features: Built-in over-voltage and over-current protection safeguards your devices.
Applications
- Electronics Prototyping: Provides a convenient 20V supply for development boards, sensors, and circuits.
- Laptop Charging Solutions: Adapt PD chargers to power laptops or devices requiring a 20V input.
- DIY Projects: Ideal for custom power supplies, robotics, and high-power LED setups.
- Portable Power Systems: Pair with PD-enabled power banks for mobile applications needing higher voltage.
Specifications
Input Interface |
USB Type-C Male Connector |
Output Voltage |
20V DC |
Maximum Current |
Up to 5A (depending on PD charger capabilities) |
Dimensions |
Approximately 31 x 12 x 5 mm |
Weight |
About 3 grams |
Material |
High-quality PCB with durable electronic components |
How It Works
The module initiates a communication protocol with your USB Type-C PD charger, prompting it to switch from its default 5V output to a higher 20V output. This automatic negotiation eliminates the need for manual settings or additional equipment, streamlining your power setup.
Easy Setup Guide
- Connect the Module: Plug the Type-C PD Decoy Module into a compatible PD charger or power bank.
- Access Output Terminals: Use the solder pads labeled V+ and V- to connect the module to your device or circuit.
- Power Your Device: Once connected, the module will trigger the charger to output 20V, supplying power to your project.
- Monitor Operation: Ensure that your device is compatible with 20V input to prevent any damage.
Advantages
- Simplify Your Power Needs: Replace bulky power adapters with a sleek, modern solution.
- Versatile Usage: Suitable for a wide range of devices and applications requiring higher voltage.
- Portability: Create portable high-voltage power supplies when used with PD power banks.
- Cost-Effective: Reduce expenses by utilizing existing PD chargers for multiple devices.
Compatibility Tips
- Ensure your PD charger or power bank supports 20V output; check the specifications provided by the manufacturer.
- Not all PD chargers output 20V by default; the module is necessary to trigger the desired voltage.
- Verify the current rating of your charger to match the needs of your project.
Safety Precautions
- Double-check voltage and current requirements of your devices before connecting.
- Avoid short circuits by carefully soldering and insulating connections.
- Do not exceed the maximum current capacity to prevent overheating.
- Keep the module away from conductive materials during operation.
Enhance Your Projects
Take your DIY and professional electronics projects to new heights with reliable 20V power. Whether you’re prototyping, building custom devices, or need a stable high-voltage supply, this module offers a convenient and efficient solution.
Related Products
- Adjustable Voltage Regulators: Step down from 20V to other voltages for versatile power management.
- USB Type-C PD Chargers: Explore our range of PD chargers compatible with the decoy module.
- Soldering Tools: High-quality soldering irons and accessories for precise work.
Package Includes
- 1 x Type-C PD Decoy Module 20V
Note
This module is intended for users with basic knowledge of electronics and soldering. Always exercise caution when working with high voltages.
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