160-681FS

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Inductors are passive components that are commonly used in circuits for a wide variety ofoperations. The 160-681FS series is a class of inductors that are designed for use inQi/AirFuel wireless power transfer applications. This series of inductors are specially designed for use with wireless power transfer systems and provide a reliable and efficient means of power transfer.

The 160-681FS series inductors have a very wide range of applications as they can be used inboth digital and analog electronic circuits. These inductors can be used to reduce noise andinterference in digital signals, to filter signals, or to regulate waveforms in analogcircuits. They can also be used to increase the current in a circuit and to generateelectromagnetic fields. Additionally, they can be used in connecting components inradio-frequency (RF) circuits.

The working principle of the 160-681FS series of inductors is relatively simple. Theinductor utilizes the principle of induction to generate an electromagnetic field. Electromagneticfield generates an alternating current in the coil of the inductor. This induced current producesa field that opposes the current in the coil and helps in reducing the reactance of the circuit,thereby increasing the efficiency of the circuit.

The 160-681FS series of inductors have several advantages over other types ofinductors, such as high-frequency operation, high-efficiency, low cost, and ease ofinstallation. Furthermore, they are small and lightweight, which makes them idealfor applications where space is limited. Additionally, the 160-681FS inductors havehigh-dissipation power ratings and high operating temperatures, which make themsuitable for high-power applications.

The 160-681FS series of inductors are a reliable and efficient solution for wireless power transferapplications. They offer a wide range of benefits to users and, because of their small sizeand weight, they are ideal for applications where space is limited. Furthermore, theirhigh-dissipation power ratings and high operating temperatures make them suitable forhigh-power applications.

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