ELJ-FC820KF

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Fixed inductors, such as ELJ-FC820KF, are electrical components used to control electrical current in a circuit. These devices are used in a wide variety of applications, including audio and video, medical instrumentation, telecom and automotive electronics. They are designed to convert alternating current to direct current, control and regulate voltage, and provide electrical filters. ELJ-FC820KF is one such fixed inductor.

ELJ-FC820KF is an inductor with a surface mount and has a low profile of 3.2 mm and an operating temperature range of -25°C to 85°C. It has a rated current of 8 A and a rated inductance of 2.08 mH. It also uses a ferrite core, allowing it to generate a higher current than other inductors.

ELJ-FC820KF’s applications rely on its ability to convert alternating current to direct current. In automotive electronics, ELJ-FC820KF can be used to provide improved power converter efficiency, noise reduction, and maximized EMI reduction. The inductor is also used in lighting controls, display control, motor drivers, and switching power supplies. Its low-profile design and high current rating make it suitable for these applications.

The working principle of ELJ-FC820KF is the same as that of any fixed inductor. It stores energy in a magnetic field created by the flow of electric current through a coil. It generates an opposing electromotive force when the current is changed. This force acts as a counterbalance in the circuit against the flow of electric current, which is necessary for an efficient current flow.

The working of this inductor is more efficient as a result of its ferrite core material. As current passes through the inductor, its ferrite core stores energy in the form of a magnetic field. This field acts as a resistive element that opposes the sudden change of the current flow, resulting in a smooth current flow.

In summary, ELJ-FC820KF is a fixed inductor with a low-profile design, rated current of 8 A, and rated inductance of 2.08 mH. It is used in automotive electronics, lighting controls, display control, motor drivers, and switching power supplies due to its ability to convert alternating current to direct current. The working principle is based on the theory that a magnetic field is generated when electric current passes through the inductor\'s ferrite core. This field acts as a resistive element, allowing for an efficient current flow.

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