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Wireless Power Transfer Kit

SKU: HMJ561 Category: HIMA electronics
KSH 1,500.00
In Stock
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Product Description

Wireless Power Transfer Coil Kit for DIY Projects and Prototyping

= Transmitter and Receiver Coil Set for Inductive Charging and Wireless Energy Transmission =

A Wireless Power Transfer (WPT) coil kit contains the essential transmitter and receiver coils needed to build a wireless power system. This is the fundamental hardware for projects like contactless battery charging for wearables, smartphones, smartwatches, or for powering low-current devices without physical connectors . The principle is based on inductive coupling, where an alternating current in the transmitter coil creates a magnetic field that induces a voltage in a nearby receiver coil .

EasytoUse Module Simple setup with a transmitter (912V input) and receiver (5V output) for quick prototyping.
Wide Application Range - Suitable for wireless charging of mobile phones, smartwatches, and other small electronics .
The transmitter coil typically requires a 912V DC power supply, and the receiver board provides a regulated 5V output capable of 350450mA .
Use with an Arduino Uno or similar MCU to control the frequency and create flashing or sequenced effects .

= Key Features =

Transmitter and Receiver included - Complete set ready for integration into DIY projects.

Compact form factor - Small PCB and coils suitable for tight spaces .

Adjustable distance Output current varies inversely with coil distance; works within 36mm .

== Common Applications ==

  1. Smartphone and Wearable Charging - Add wireless charging capabilities to custom enclosures or devices .
  2. DIY Lighting Displays Transmit power to multiple, selfcontained wireless LEDs that can be controlled individually .
  3. Sealed and Waterproof Devices - Eliminate the need for exposed charging contacts in outdoor or industrial products .
PlugandPlay - Straightforward connection and testing for a quick project start.
Safe and Convenient - No exposed conductors, reducing the risk of short circuits and corrosion.

√ Compatible with popular microcontroller boards like Arduino, STM32, and ESP8266.

√ Widely used in DIY, educational, and rapid prototyping settings.

√ Easy integration with battery charging modules for portable projects.

= Troubleshooting =

Low output current or no power:

  • The distance between coils is too great; for 5V output, position coils 3-6mm apart for best efficiency .
  • Verify the input voltage to the transmitter is within the correct 9-12V DC range .

System not working:

  • Use a multimeter to check that the transmitter is drawing power and that the receiver output is within the expected range.
  • Ensure proper polarity and secure connections on both boards.