B82442H1124J000

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Fixed inductors are an essential category of electronic components used for energy storage and energy conversion in a wide range of applications. The B82442H1124J000 Inductor is a high performance part specifically designed for use as part of an automated, bidirectional transfer system. Read on to find out more about the device’s field of application and working principle.

Field of Application

The B82442H1124J000 Inductor makes use of a core-and-coil construction and is designed to handle bidirectional transfers of energy in a wide range of high power applications. This makes the component ideal for use in battery charging systems as well as various AC and DC motor control applications. In addition, the part is also useful for energy conversion systems, such as rectifiers and converters, due to its ability to handle high-frequency pulse signals.

Working Principle

At the heart of the B82442H1124J000 Inductor lies an electromagnetic core which is composed of a conductive winding that is electrically insulated from a ferromagnetic material, such as iron or ferrite. This core-and-coil construction allows the part to be used for energy conversion purposes by creating an inductive voltage regulation system.

This system works by taking voltage from, for example, a battery, where it is injected into the coil of the inductor. When an alternating current is applied to the primary side of the coil, it generates a magnetic field which induces a current in the secondary side of the coil. This current creates a voltage that is proportional to the applied currents, resulting in a regulated voltage output. In this way, the inductor acts as an energy storage, allowing bidirectional transfer of energy to take place.

In conclusion, the B82442H1124J000 Inductor is a high performance component that is designed for use as part of an automated, bidirectional transfer system in a range of high power applications. The part makes use of a core-and-coil construction which allows energy to be converted when an alternating current is applied, making it ideal for use in energy conversion systems, such as rectifiers and converters, as well as battery charging systems and motor control applications.

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