15W Qi Receiver PCBA | Custom RX Module for Embedded Devices

Configurable 5W, 10W and 15W receiver platform. The U15QT-6011 reference design combines a compact PCBA and coil for medical, industrial and IoT product-development programs.

By submitting this form, you agree that CowinLink may use your information to respond to your enquiry. Read our Privacy Policy.

Details about 15W Qi Receiver PCBA | Custom RX Module for Embedded Devices

Compact 15W receiver platform for embedded products

U15QT-6011 is a receiver-side starting point for devices that need a sealed charging interface or repeatable dock-based charging. The board, coil and output profile can be reviewed against the battery charger, enclosure and thermal limits of the host device.

Reference specifications

Parameter Reference value
Model U15QT-6011
Output options 5W / 10W / 15W, configured for the application
Maximum output current 2A
Topology Full bridge
Reported peak efficiency Up to 76%; confirm with the final TX/RX and test conditions
PCBA 29 × 20 × 2.0mm
Reference coil 51 × 40 × 2.0mm
Design basis Qi receiver architecture; final-product compliance depends on integration and testing

Integration questions

  • Required battery-charging voltage, current and power-path architecture.
  • Available coil area, receiver-to-transmitter distance and alignment tolerance.
  • Housing material, ferrite, nearby metal and permitted surface temperature.
  • Target transmitter population and interoperability requirements.
  • Cleaning, ingress, vibration or other environmental constraints.

Customization scope

Coil geometry, PCB outline, connector, output profile and control interface can be reviewed. Certification claims are confirmed only for the exact registered model; a receiver integrated into a different host product normally requires product-level validation.

Send a mechanical drawing, battery and charger details, required power, target TX units and expected annual volume to request an engineering review.

Share 15W Qi Receiver PCBA | Custom RX Module for Embedded Devices With Your Clients

Share to Facebook
Share to Linkedin
Share to Twitter