1008-122J

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Fixed inductors are a kind of electronic devices that have the core part of an inductor. What are they and what are their working principles? In this article, we will analyze the 1008-122J application field and working principle.

An inductor is a two-terminal device that stores energy in the form of a magnetic field. These devices are usually non-polarized and most often used in alternating current (AC) applications. They are designed to limit the flow of current during charging and discharging cycles and act as a means of providing a constant frequency of AC voltage. Fixed inductors come in a variety of sizes and shapes. Commonly available shapes and sizes include the0. 5mh, 1mH, 5hmH, 20hmH, 50hmH, 100hmH sizes.

1008-122J is one kind of fixed inductors. It commonly available in the 0. 5mh size. 1008-122J is a low-profile, high-current-carrying-capacity inductor with 12 μH inductance and a remarkably small size with 1.8 mm height. Such inductor is very popular in automotive, consumer electronics, and computer applications.

The working principle of 1008-122J fixed inductor is relatively simple. When electric current passes through the inductor, a magnetic field will be created around the coil windings. The magnetic field then creates a voltage, or EMF, which opposes, and thus limits, the current flow. As the size of the inductor increases, so does the magnetic field it creates, resulting in increased voltage and reduced current.

The advantages of 1008-122J fixed inductor include: high efficiency, low power consumption, high temperature tolerance, as well as durability. In addition, this product is excellent for shielding, transient absorption, and energy storage applications. It is widely used in power supplies, PC motherboards, and automotive electronics, such as electric cars, audio systems, power inverters, and more.

In conclusion, 1008-122J is a kind of fixed inductor that comes in 0. 5mh size and has 12 μH inductance. It offers high efficiency, low power consumption, high temperature tolerance, and excellent for shielding, transient absorption, and energy storage applications. It is widely used in power supplies, PC motherboards, and automotive electronics.

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