Hosiden Released Ultra-compact Non-contact Charger HVE1192/3 Using Resonant Inductive Coupling Technology

2024-02-12 HOSIDEN News
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HOSIDEN has developed a micro non-contact charger HVE1192/3 using resonant inductive coupling technology, ideally suited for small devices such as wearable terminals.


By using resonant inductive coupling, the position dependence of the transmitter/receiver coil is reduced. This means a non-contact charging source can supply power up to a distance of 10mm. Furthermore, multiple devices can be charged at the same time, making it possible to supply power to small devices with a high degree of positional freedom when compared to using electromagnetic induction.


The power receiver advances ultra-miniaturization with its miniature power receiving coil and small lithium ion battery incorporated. Because this device is non-contact, this enhances waterproofing.


The power transmitter and the power receiver will be able to support custom designs according to the application.


Model Name and Number

ultra-compact non-contact charger power transmitter: HVE1192
Ultra-compact non-contact charger power receiver: HVE1193


Typical Features

Ultra-compact non-contact charging using resonant inductive coupling

Minimal footprint by incorporation of a micro power receiving coil and small lithium ion battery.

Multiple devices can be charged simultaneously.

Optimized transmission coil design enables charging in a wide range.

Non-contact power transmission distance is 10 mm.


Applications

Wearable devices

IoT equipment


Main Specifications

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