760308102210

Series:	WE-WPCC
Part Status:	Active
Function:	Receiver
Type:	1 Coil, 1 Layer
Inductance:	7.5µH
Tolerance:	±10%
DC Resistance (DCR):	180 mOhm Max
Q @ Freq:	45 @ 125kHz
Current Rating:	3A
Current - Saturation:	6A
Frequency - Self Resonant:	22MHz
Operating Temperature:	-20°C ~ 105°C
Size / Dimension:	1.46" L x 1.46" W x 0.07" H (37.0mm x 37.0mm x 1.8mm)

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Wireless Charging Coils

Wireless charging coils like the 760308102210 are the go-to components for many popular applications as they can power electronic devices wirelessly by sending a magnetic field through a conductive device. Due to their efficiency, reliability and convenience, wireless charging coils are used in a wide range of applications, from consumer electronics to medical implants, and from automotive to industrial applications. This article explores the working principle and potential applications of the 760308102210 wireless coil.

Working Principle

Wireless charging coils use magnetic fields generated by alternating current to transmit energy from one source to a second source. When an alternating current is applied to the source, it creates a time-varying electromagnetic field that the receiving device, such as the 760308102210 wireless charging coil, converts into an electrical current. This current can then be used to power a device or charge a battery.

Applications

The 760308102210 wireless charging coil is a popular choice for a wide range of industries and applications. It is often used in consumer electronics, such as smartphones, tablets, and wearable devices, as its small size and low power consumption makes it ideal for mobile applications. It is also used in medical implants, such as pacemakers, and in automotive applications, such as fleet management systems and wireless car charging systems. Wireless charging coils are also used in industrial applications, such as industrial robots and robotic arms, where they can power multiple machines in large facilities.

Conclusion

The 760308102210 is a popular choice for a wide range of wireless applications because of its efficiency and reliability. It works by transferring energy using a time-varying magnetic field generated by an alternating current. This technology has a wide range of uses, from consumer electronics to medical implants to industrial applications.

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