LQH32MN820J23L

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Introduction to LQH32MN820J23L Fixed Inductors

As an electronic component, the fixed inductor is an electronic component in the form of an inductor in a single package. The inductance is fixed and the inductance value is determined according to the number of turns of the coil or the structure of the magnetic core. What is the application field and working principle of LQH32MN820J23L fixed inductors? This article will explain in detail.

1.Application Field of LQH32MN820J23L Fixed Inductors

LQH32MN820J23L fixed inductors are widely used in many electronic devices. It plays an important role in electronic filtering and energy storage. Its performance is generally determined by the number of turns of the coil, the style of the core and the material of the wire. LQH32MN820J23L is mainly used for high frequency circuit applications such as communication equipment networks, power line isolations, electromagnetic interference suppression.

In addition, LQH32MN820J23L fixed inductors are suitable for AC-DC conversion applications such as mobile power, automobiles, green lighting and air-conditioning. It mainly plays the role of blocking interference, and can also be used for energy storage in circuits, like resistors, inductors can also be used to generate a certain voltage.

2. Working Principle of LQH32MN820J23L Fixed Inductors

The inductor is a passive component, also known as choke, which can convert electric energy into magnetic energy and store energy in the magnetic field. It is generally made of a coil of wires, through which a DC current is passed. An inductor’s ability to store energy is determined by the number of turns of the coil, as well as the size and shape of the core of the inductor. A sallow magnetic core will increase the inductance, A high saturated magnetic core will reduce the inductance, which is inversely proportional to the frequency of the current.

The LQH32MN820J23L fixed inductor works by inducing the lines of magnetic force around the inductor, and current getting out of the inductor will generate a self-induced magnetic field on the surface of the coil. When the current is disturbed, the magnetic field lines it produced will rustle, and an induced voltage will be generated on the surface of the conductor. The higher the frequency of the disturbed current, the smaller the inductance of the coil.

3. Summary

To summarize, LQH32MN820J23L fixed inductors are widely used in many electronic devices, and can play important roles in electronic filtering and energy storage. The performance of an inductor is mainly determined by the number of turns, core and wire material. The working principle of an inductor is to convert electric energy into magnetic energy by inducing magnetic field around the coil, and convert magnetic energy back into electric energy when current is disturbed. Hope this article can help you to better understand the application and working principle of LQH32MN820J23L fixed inductors.

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