IR02BHR10H

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Fixed Inductors

A fixed inductor is an electronic component that is highly effective in controlling the flow of electrical energy in circuits. It is composed of two main parts; a winding of conducting material called inductor wire, and an insulating material to isolate the wire from the surroundings. An inductor wire or coil, is designed to create a electromagnetic field, when an electrical current moves through it. The coil is wrapped around a provided core material inside the housing, either air or other non-conductive material.

Inductors are used to store energy in the form of electromagnetic fields for brief intervals of time. They are also used to filter or “smooth” the flow of current in circuits, as well as to reduce the power in circuit devices. Inductors have many uses in a broad range of electrical and electronic equipment, such as radios, televisions, computers, medical instruments and circuit boards.

One popular inductor model popular in the market is the IR02BHR10H. This is a very compact surface-mount inductor, which is designed to provide high current capacity and high temperature stability. It is made up of a ferrite core combined with a toroidal spiral coil, which makes it ideal for high density applications. It has a maximum current rating of 2.19A, and a maximum temperature rating of 110 degrees Celsius.

The inductor has two main types of working; fixed and variable. In a fixed inductor setup, the inductor wire has a fixed number of turns, which is determined by the design. This results in a constant, unchanging electric current, which is transferred into a constant magnetic field around the inductor. The inductance is the ratio of the voltage generated due to this create magnetic field, to the current inside it, thus maintaining a constant overall voltage.

The variable application of an inductor comes from its core construction. By adjusting the core construction, the amount of the applied current can be changed. This works on the principle that, the more or thicker core materials are used, the higher the current capacity of the inductor, and the less core materials used, the lower capacity it will have. This type of application is often used in filters or other types of circuits, in which a small change in current intensity is required.

In terms of its usage, the IR02BHR10H can be used in a variety of applications, such as low noise amplifier circuits, filters, DC-DC converters, DC-AC inverters and motor drivers to name a few. It is highly suitable for a wide range of consumer electronics, due to its compact size and high current carrying capacity.

Overall, the IR02BHR10H is a very effective and popular surface-mount inductor, that is capable of providing very high current capacity and good temperature stability, especially for high density circuits. It has both fixed and variable type applications, although it is more commonly used in fixed type applications to maintain a constant change in electrical current, resulting in a consistently generated magnetic field around the inductor.

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