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Fixed Inductors

An inductor, also known as a coil, choke, or reactor, is a passive two-terminal electrical component that stores energy in the form of a magnetic field in its interior. There are many different types of inductors, and one of them is the 22R226C fixed inductors. This type of inductor is used in various applications, and this article will explain the features of 22R226C fixed inductors, including their application field and working principle.

Features of 22R226C Fixed Inductors

22R226C fixed inductors are a type of radial leaded, through-hole inductor, and they have a tolerance range of ±5%. They are made from a ferrite material, which makes them able to withstand up to much higher temperatures than other inductors. Moreover, they are often encased in a plastic shell, ensuring that they are able to last for a long time without any damage. In terms of size, they have an inductance range from 0.68µH to 1.5mH, and a diameter of 6.3mm.

Application Field of 22R226C Fixed Inductors

22R226C fixed inductors are used in a variety of applications, from simple circuits to complex ones. Some of these applications include signal filtering, motor control, switching power supplies, voltage regulation, and other DC/DC conversion circuits. Additionally, these inductors are also used in radio frequency (RF) circuits, such as wireless transmitters and receivers, and in some antenna applications.

Working Principle of 22R226C Fixed Inductors

The working principle of a 22R226C fixed inductor is essentially the same as any inductor. When a current passes through its windings, it creates a magnetic field that stores energy in the form of a magnetic field. This is because the windings of the inductor oppose the change in current, and they create an opposing electromagnetic force that makes it harder for the current to flow. As a result, this energy storage helps with filtering out various frequencies, which is the main purpose of an inductor.

Moreover, the value of the inductor is determined by its core material, number of windings, and the shape of the core. The core material affects the inductance value, as it can be either an air gap or a ferrite material. The number of windings affects the inductance and the frequency-dependent behaviour of the inductor, and the shape of the core in turn affects the amount of space the windings occupy, which in turn affects the number of windings.

Conclusion

As can be seen, the 22R226C fixed inductors are a type of inductor with a range of values and different features that make them suitable for a variety of applications. They are able to withstand high temperatures and are encased in a plastic shell, making them durable. In addition, their working principle is essentially the same as any other inductor, and their value relies on its core material, number of windings, and shape of the core. Therefore, 22R226C fixed inductors are a versatile and reliable type of inductor that can be used in many different circuits.

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