🧩 Product Overview: Discover the convenience of wireless charging with our Wireless Charger Transmitter Receiver Module Circuit Board, expertly designed to meet the Qi Standard for fast charging. This innovative solution caters to DIY enthusiasts, enabling the creation of a custom wireless charging station that is both practical and efficient. Say goodbye to tangled cables and embrace the future of charging technology.
Transmitter Module Specifications:
🧩 Features: This module features an ultra-thin and lightweight design, ensuring safety and reliability for all users. Its high-efficiency energy conversion minimises waste, allowing you to charge your Qi-compatible devices rapidly without the clutter of cords. The module can be easily encased or mounted onto various surfaces to blend seamlessly with your existing setup. For optimal performance, ensure that protective cases do not exceed 7mm in thickness, and note that the effective transfer distance is a maximum of 5mm.
Receiver Module Specifications:
🔋 Advanced Functionality: The module can not only charge devices but can also transfer power effectively up to 12V3A. Utilizing the advanced XKT-801 chip, this circuit design optimizes both performance and durability. The induction range of 3mm to 20mm offers flexibility, accommodating different device thicknesses while ensuring a stable charging experience.
📶 General Applications: This wireless charging module is adaptable for various electronic product modifications, compatible with the Qi wireless charging standard, making it ideal for a wide range of gadgets. Whether you're upgrading an existing device or creating a bespoke charging solution, this module provides all the necessary specifications for seamless integration.
📶 Package Includes: Each package contains one (1) Wireless Charging/Receiving Module, ready for your next DIY project. Embrace the future of charging with style and ease!
If this item arrives after the delivery date given at checkout, you will be emailed a $7.00 credit voucher to use on your next order