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Fixed Inductors

Inductors are components used in a wide range of electronic applications, particularly within signal processing and power circuits. Fixed inductors are typically constructed with wire windings around a core made out of ferrite or iron. Depending on the type, the windings and core are generally enclosed in a cylindrical or rectangular case.

IR02EB270K

The IR02EB270K is a robust, high-performance inductor designed for military and telecom applications. This fixed inductor features a molded plastic shell to help limit mechanical stress, a high saturation current of 6.5A and a maximum operating temperature of 85°C. It also has an impressive impedance of 2.74uH.

Application Field

Due to its high performance and robustness, the IR02EB270Kinductor is suited for a broad range of industrial applications. It can be found in telecom/datacom equipment, DC/DC converters, and motor controls. Additionally, the IR02EB270K is a versatile inductor ideal for high-end RFI/EMI filtering, in-circuit fusing, and RF circuits.

Working Principle

The IR02EB270K inductor has a simple working principle based on the principles of electromagnetic induction. Electromagnetic induction occurs when a magnetic field is generated in a conductor due to the movement of an electric current. In the case of the IR02EB270K, it is the current flowing through the inductor’s windings which cause the inductor to generate a magnetic field.

This magnetic field in turn induces a current in the inductor’s windings, allowing electrical power to be stored as magnetic energy and released when needed. As the rate of power flow increases or decreases, the gradually changing magnetic field causes the inductor’s electrical resistance to fluctuate, thus controlling the power transfer from one circuit component to the next.

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