GLSV6R800

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Fixed inductors are electromechanical components used in electronic circuits for controlling current and transferring electrical energy. One such device is the GLSV6R800 fixed inductor. It is used to limit the amount of current flowing in an electronic circuit, and also to adjust the frequency of electrical signals.

The GLSV6R800 inductor has a ferrite core, a winding inductor, and a base. The winding inductor has a winding resistance of 0.35 ohm and an inductance of 6 uH. The ferrite core is made of an iron-alloy material, and it is designed to reduce electromagnetic interference (EMI). The base is made of a non-conductive material, which provides a static-free environment for the inductor components to operate in.

A GLSV6R800 inductor is used in a variety of applications for controlling and protecting electrical circuits. It is mainly used in very high frequency (VHF) and ultra high frequency (UHF) circuits. It can also be used in power supply filtering, telecom switching and line termination applications. Its small size and low profile make it ideal for applications where size and weight is an issue.

The working principle of the GLSV6R800 inductor is quite straightforward. When a certain amount of current is applied to the windings, an electromagnetic field is generated, which restricts the flow of current and provides a modulation or distortion to the signal. The windings and ferrite core also modify the frequency of the signal passing through the inductor, which can be adjusted by modifying the winding resistance and inductance values of the inductor.

The GLSV6R800 inductor is a high performance, low profile device for a multitude of applications. Its unique design allows for it to handle high levels of current and provide efficient filtering and distortion of signals. Its small size makes it perfect for use in compact systems, and its low profile makes for easy installation in cramped spaces. Additionally, its ability to provide effective signal modulation makes it an excellent choice for high frequency and telecom applications.

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