IM01BH2R2K

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Fixed inductors are used in a diverse range of applications, most commonly for filtering, tuning, coupling, and signal conditioning. IM01BH2R2K is an axial inductor designed for use in these applications; it is available in a wide range of inductance values and current ratings.

The IM01BH2R2K inductor is a coreless axial-form component with a ferrite-manganese-zinc (FMZ) magnetic core. It has low losses and is highly reliable. It also features a low profile enabling it to fit into tight spaces. The inductor is supplied with a 10mm lead spacing.

The IM01BH2R2K is built to withstand high temperature environments and is rated for use at temperatures up to +150°C. It is also designed to handle high current and voltage loads. The inductor features a metal-oxide varistor (MOV) for reliable overvoltage protection.

The inductance of the IM01BH2R2K is determined by the amount of coil winding and the composition of the core material. The core material is a ferrite-manganese-zinc blend that provides an inductance range of 2.2µH to 2.82µH. This range is suitable for most applications. It also offers a wide range of current ratings, up to 1.2A DC with an operating frequency of up to 30MHz.

The way the IM01BH2R2K works is by providing a counter-resistance to the current that flows through it, creating a magnetic field and establishing a linear inductance. This phenomenon is known as Faraday’s Law of Induction: the induced electromotive force (EMF) is equal in magnitude to the rate of change of the magnetic flux through the circuit. In this way, the inductor can act as a transformer, increasing or reducing the voltage as necessary.

The IM01BH2R2K is a versatile component suitable for a wide range of applications, from audio and video processing to digital circuits. As with all inductors, it should be used carefully in order to avoid any problems due to its self- inductance. To ensure that the component is being used correctly and safely, it is important to calculate the required inductance, current rating, and operating temperature range based on the specific application.

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