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Wireless Charging Coils - 760308103147 Application Field and Working Principle

Introduction

Wireless charging coils (WCCs), also known as mobile or receiver coils, are magnetic induction coils used to transfer electric energy between two coils without a need for a physical connection. WCCs work by creating a magnetic field, transferring energy from one coil to another through an alternating current. It can be used in various electronic applications as well as in robotics and consumer products. In this article we will look at the 760308103147 application field and working principle.

Application Fields of the 760308103147

The 760308103147 is a wireless charging coil designed specifically for mobile devices such as smartphones and tablets. It can be used to charge the battery of the device or to power other peripherals such as headphones or a Bluetooth speaker. The 760308103147 is also used in industrial and automotive applications for wireless charging. It can be used in charging systems for safety-critical applications, such as medical or automotive applications, where safety is paramount.

Working Principle of the 760308103147

The 760308103147 operates on the principle of electromagnetic induction. It works by creating a magnetic field between its two coils, which causes a current to flow between them. This current is then converted into a voltage which is applied to the device\'s battery, charging it up. The 760308103147 has two different operating modes; power transfer and data transfer. In power transfer mode, the charger is used to transfer power from one coil to another, while in data transfer mode, the charger transfers data from one coil to another.

Benefits of the 760308103147

The 760308103147 offers several benefits over traditional wired charging systems. Its compact design means that it can be carried around with ease and used virtually anywhere where an AC outlet is not available. It is also more energy-efficient as it does not require any additional power for it to function. Furthermore, it is safer than traditional cable charging systems as its coils are sealed to prevent the user from coming into contact with any live electric wires. Finally, its data transfer capability allows users to share data across devices wirelessly.

Conclusion

The 760308103147 is an excellent solution for providing wireless charging for mobile devices and even industrial and automotive applications. Its working principle is based on electromagnetic induction, and its data transfer capability allows for efficient data sharing. Along with its ease of use and compact size, the 760308103147 is an ideal choice for those who require an effective and efficient solution for charging their devices.

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