WR282840-37K2-LR3

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Wireless Charging Coils

Wireless charging coils are one of the most used components in consumer electronics and industrial applications. The WR282840-37K2-LR3 is a type ofWireless charging coil that is specifically used for long-range wireless charging applications.

Application Field

The WR282840-37K2-LR3 wireless charging coil is used to charge consumer electronics such as smartphones, tablets, Apple watches, and more. It can also be used in industrial applications to charge industrial tools and robotics, and is suitable for long-range wireless charging needs.

The WR282840-37K2-LR3 is also capable of powering devices remotely via the internet. This is useful for applications that require remote control, such as controlling robotic arms from a distance. The WR282840-37K2-LR3 is also commonly used in medical applications, such as powering implantable medical devices wirelessly.

Working Principle

The WR282840-37K2-LR3 wireless charging coil works by transferring electrical energy through the air from a transmitting coil to a receiving coil. The transmitted energy is converted to direct current electricity by the receiving coil, which can then be used to power the device.

The WR282840-37K2-LR3 wireless charging coil uses electromagnetic induction to transfer energy. This means that an alternating current passes through the transmitting coil, creating an electromagnetic field. The field induces an alternating current in the receiving coil. This current passes through the receiving coil and is then converted to a direct current.

The WR282840-37K2-LR3 wireless charging coil is designed to transfer power efficiently to devices up to 12 inches away. It is also designed to reduce power loss from heat, which makes it ideal for long-range wireless charging applications.

Conclusion

The WR282840-37K2-LR3 is a type of wireless charging coil specifically designed for long-range wireless charging needs. It is used to charge consumer electronics, as well as power robotics and implantable medical devices. It works by transferring energy through electromagnetic induction and is designed to transfer energy up to 12 inches away with minimal power loss.

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