1008R-561G

Fixed Inductors

A fixed inductor is an electronic component that stores electrical energy in a static magnetic field. This type of component is capable of operating at very high frequencies and is ideal for use in circuits designed for signal processing applications. The 1008R-561G is an example of a fixed inductor that is used in a variety of signal processing applications.

Application Field

The 1008R-561G fixed inductor is most commonly used in audio and video applications such as amplifiers, mixers, receivers, recorders, and equalizers. It is also used in power conversion, motor control, and automotive applications such as engine starting and speed control.

Working Principle

The 1008R-561G fixed inductor works by creating an electromagnetic field that opposes any changes in current. This is done by winding a wire coil around a core, usually iron or ferrite. When a current is applied to the inductor, it creates an oscillating electromagnetic field and stores energy in the form of an electromotive force within the inductor. This magnetic field causes a voltage across the inductor\'s terminals, which generates a self-inductance, or voltage-powerful force.

The rate of this self-inductance is known as the inductance of the inductor. This is often expressed in terms of the number of times a current must flow through the inductor before the voltage across it doubles. The higher the number of times, the more resistance the inductor has to changes in current. This resistance is known as the inductance reactance.

The 1008R-561G is designed with a high self-inductance and low reactance, which makes it well suited for high frequency applications. Additionally, the 1008R-561G is designed for superior electrical insulation and reliability. It is constructed with a glass-filled epoxy body that provides excellent heat dissipation and vibration resistance.

Conclusion

The 1008R-561G fixed inductor is an ideal choice for signal processing applications, such as those found in audio and video applications. It is designed to operate at very high frequencies and has excellent electrical insulation and reliability properties. It is constructed with a glass-filled epoxy body that provides excellent heat dissipation and vibration resistance.