Product Details
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This 3W Micro USB Wireless Charging Qi PCBA Circuit Board is designed for efficient, cable-free power transfer to Qi-compatible devices. Compact and lightweight, this PCBA board is suitable for integrating wireless charging functionality into various small electronics, such as DIY projects, wearables, and mobile accessories. It adheres to the Qi wireless charging standard, ensuring reliable, universal compatibility with Qi-enabled devices.
Micro USB Interface: Easy-to-integrate Micro USB input for DC power supply.
Efficient Power Transfer: Output efficiency between 70-75%, optimizing battery life and charging speed.
Compact Design: A small form factor allows seamless integration into various electronic enclosures.
Protective Mechanisms: Built-in safeguards against overheating, overcharging, and short circuits.
Wireless charging docks
Embedded charging modules for small electronic devices
Integration into mobile device accessories like stands and holders
Wearable technology and IoT devices
Features:
Qi-Standard Compliance: Supports universal wireless charging for any Qi-enabled device.Micro USB Interface: Easy-to-integrate Micro USB input for DC power supply.
Efficient Power Transfer: Output efficiency between 70-75%, optimizing battery life and charging speed.
Compact Design: A small form factor allows seamless integration into various electronic enclosures.
Protective Mechanisms: Built-in safeguards against overheating, overcharging, and short circuits.
Applications:
DIY electronics projectsWireless charging docks
Embedded charging modules for small electronic devices
Integration into mobile device accessories like stands and holders
Wearable technology and IoT devices
Technical Details
- Input Interface: Micro USB
- Input Voltage: DC 5V
- Output Power: 3W
- Charging Standard: Qi-standard
- Charging Distance: 2–8 mm
- Output Efficiency: Approx. 70–75%
- Dimensions: Compact, suitable for embedded applications
Package Includes
- 1 x 3W Micro USB Wireless Charging Qi PCBA Circuit Board With Qi-Standard
