Features:

• Wireless Power Transmission: Enables cordless power transfer using inductive coupling between transmitter and receiver coils

• Standard 5V Output: Provides a regulated 5V DC output suitable for powering or charging USB-compatible devices

• Up to 1A Output Current: Delivers a stable current up to 1A, ideal for small electronics, Arduino projects, and wearables

• Wide Charging Distance: Effective power transfer up to 10mm, optimal at ~5mm for efficient performance

• Compact Coil Design: Lightweight and space-saving transmitter and receiver coils for easy integration in compact systems

• Plug-and-Play Setup: Simple to use without requiring programming or complex circuitry

• High Efficiency: Up to 70–80% conversion efficiency with proper alignment and distance

• Safe Operation: Built-in over-voltage, over-current, and short-circuit protection (depending on module version)

• Low Heat Generation: Efficient energy transfer minimizes heating, making it safe for continuous operation

• DIY Friendly: Ideal for wireless charging projects, DIY electronics, and prototyping applications

Description:

The 5V 1A Wireless Charging Coil Module is a compact and efficient solution for wire-free power transmission between electronic devices. Utilizing the principle of electromagnetic induction, this module includes both a transmitter and receiver coil that work together to deliver power without physical connections, making it ideal for embedded applications and portable electronics.

Designed to operate at a standard 5V input and deliver a stable 5V output at up to 1A, this module is perfect for wirelessly charging small devices such as wearables, sensors, and custom IoT gadgets. The module features a compact PCB and a flat coil design, allowing seamless integration into slim enclosures and DIY projects.

With a typical transmission distance of up to 10mm and efficient energy conversion (up to 80%), it ensures reliable performance in close-range wireless power applications. Built-in protection features help prevent over-voltage, over-current, and short circuits, making the system safe and durable for long-term use.

This module is widely used in DIY wireless chargers, wireless power demonstrations, low-power embedded systems, and hobbyist electronics that require compact, cable-free charging or power transfer.