760308103202

Series:	WE-WPCC
Part Status:	Active
Function:	Receiver
Type:	1 Coil, 1 Layer
Inductance:	12µH
Tolerance:	±10%
DC Resistance (DCR):	160 mOhm
Q @ Freq:	33 @ 125kHz
Current Rating:	2.9A
Current - Saturation:	6A
Frequency - Self Resonant:	25MHz
Operating Temperature:	-20°C ~ 105°C
Size / Dimension:	1.89" L x 1.26" W x 0.04" H (48.0mm x 32mm x 1mm)

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Wireless Charging Coils: Application Field and Working Principle

Wireless charging coil technology has been around for decades but has recently gained more popularity with the emergence of Qi wireless charging infrastructure. Wireless charging coils provide a convenient way to recharge consumer electronic devices without having to plug them in. Wireless charging coils, such as the 760308103202, offer numerous advantages that are beneficial to both consumer and commercial applications. In this article, we will discuss the application field and working principle of 760308103202 wireless charging coils in greater detail.

Application Field of Wireless Charging Coils

Wireless charging coils are typically used to recharge cell phones, but they are also being used in a wide variety of other devices, such as medical equipment, watches, cameras, and toys. Some of the most popular applications for wireless charging coils include electric vehicles, charging mats, and wireless speakers. Electric vehicles are particularly beneficial since they can be recharged without needing to be plugged in. Wireless charging mats are popular in commercial settings since they can be used to charge multiple devices at once. Wireless charging speakers are used to stream music wirelessly and can provide superior sound quality compared to traditional wired speakers.

Working Principle of Wireless Charging Coils

The working principle of wireless charging coils is relatively simple. It relies on two basic components to work: an inductor and a rectifier. The inductor is responsible for creating a magnetic field which is then transferred to the receiving device. The rectifier then converts this magnetic energy into usable electricity for the device.The magnetic field created by the inductor is directed towards the receiving device. When the receiving device comes into contact with the magnetic field, an electrical current is started in the device. This current then causes electrons to move, which in turn creates electrical energy. The rectifier is then used to convert this energy into usable electricity.

Conclusion

Wireless charging coils, such as the 760308103202, provide a convenient and efficient way to recharge various devices without a physical connection. They can be used in a variety of applications, such as medical equipment, electric vehicles, charging mats, and wireless speakers, and work by creating a magnetic field which is then converted into electrical energy by a rectifier. While wireless charging solutions have become increasingly popular in both consumer and commercial applications, it is important to understand the working principle of the technology in order to get the most from it.

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