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5V 300mA Wireless Power Supply Transmitter Receiver Charging Coil Module

5V 300mA Wireless Power Supply Transmitter Receiver Charging Coil Module_1

5V 300mA Wireless Power Supply Transmitter Receiver Charging Coil Module_2

5V 300mA Wireless Power Supply Transmitter Receiver Charging Coil Module

Available:Out of Stock

Product SKU: KG373

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₹ 647 ~~₹ 1,039~~

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Specification

Description

5V 300mA Wireless Power Supply Transmitter Receiver Charging Coil Module

Wireless charging modules uses an electromagnetic field to transfer energy between two objects. This is usually done with a charging station. Energy is sent through an inductive coupling to an electrical device, which can then use that energy to charge batteries or run the device. This is a new wireless charging module, which could provide 5V@300mA power output. It is using the new technology "resonant magnetic coupling, which will reduce the electricity consumption during power transmission. The transfer efficiency could arrive at 90%. It could meet your most project requests.

Technical Details

Operating Voltage (Input): 5V
Magnetic coupling resonance technique
Operating Voltage (Output): 5±6%V@300mA (Max: 600mA)
Transmitting Terminal Size: 33mm±3mm (1.3" Outer diameter) * 5mm (0.2" Inside diameter) * 1mm (0.04" Thickness)
Receiving Terminal Size: 21mm±3mm (0.83" Outer diameter) * 10mm (0.4" Inside diameter) * 0.79mm (0.03" Thickness)
Operating Distance: 2-10mm (0.08-0.39")
Weight: 8g

Features

5V input, 300mA output
Wireless charging receiver
Efficient power transfer
Compact design
Compatible with Qi-enabled devices
High charging speed
Stable and reliable performance

Applications :

Smartphones and Tablets: Used in wireless charging docks or pads to charge mobile devices without the need for physical connections.
Wireless Charging Stations: Installed in public or home charging stations for wireless charging of various gadgets.
Electric Toothbrushes: Provides convenient charging for electric toothbrushes without requiring wired connections.
Wearable Devices: Used for wirelessly charging smartwatches, fitness trackers, and other wearable tech.
Battery-Powered Gadgets: Ideal for charging portable devices, such as power banks, without the need for plug-in chargers.
Home Automation Devices: Powers smart home gadgets and sensors, ensuring they remain charged without physical connections.
Robotics: Can be used in robots or autonomous devices to ensure they stay charged and operational.
Medical Devices: Applied to medical equipment like hearing aids, where ease of charging is important.
Consumer Electronics: Wireless charging for smaller consumer electronics such as wireless speakers or handheld devices.
Electric Vehicles (EVs): Used for wireless charging of small electric vehicles or drones.

Circuit Diagram

circuit diagram

Physical Attributes

Transmitting Terminal Size: 33mm±3mm (1.3" Outer diameter) * 5mm (0.2" Inside diameter) * 1mm (0.04" Thickness)
Receiving Terminal Size: 21mm±3mm (0.83" Outer diameter) * 10mm (0.4" Inside diameter) * 0.79mm (0.03" Thickness)
Operating Distance: 2-10mm (0.08-0.39")
Weight: 8g