AIRD-01-180K

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Fixed inductors are widely used in electrical circuits, primarily for their ability to store electric energy in the form of magnetic fields and to pass current through their inductive properties. Among the fixed inductors, AIRD-01-180K is a popular one. This article will discuss its application field and working principle.

Application Fields

AIRD-01-180K has multiple usage in many different application fields. For example, it can be used in air conditioning. By passing current through the coil, it can generate a larger alternating current that can power an electric motor, allowing the motor to provide rotational energy to cut through the air, thus cooling the area. Meanwhile, AIRD-01-180K can also be used in power supplies, providing additional energy to the device as needed.

In automotive applications, AIRD-01-180K can be employed in various automotive parts such as headlights, which require alternating current for their function. In some radios and audio systems, the inductor can be used to generate the alternating current for use in a sound production system. Additionally, it can be used for controlling electromagnets, which can give a device a special action or movement, or to create a field which affects the surrounding environment.

Working Principle

The working principle of AIRD-01-180K is based on the principle of electromagnetic induction. As current flows through its coils, it generates an alternating magnetic field which induces a voltage in another adjacent coil. The voltage in turn induces another magnetic field which, in turn, induces an electric current in another coil, and so on.

The principle of electromagnetic induction also applies when current flows out of the Fixed Inductors. As the electric current flows out of the coil, it generates a smaller alternating magnetic field which induces a current in the next adjacent coil, which in turn generates its own magnetic field and induces another current, and so on.

In addition to its function as an inductor, AIRD-01-180K can also function as a capacitor, as its coils can store electric charge. This ability allows it to act as a filter for electrical signals, stabilizing their wave shape and smoothing their passage through an electrical circuit.

Conclusion

In summary, AIRD-01-180K is a popular fixed inductor, with multiple applications in different fields. Its working principle is based on the principle of electromagnetic induction, where it generates an alternating magnetic field that induces a voltage for the next coil and thus inducing an electric current. In addition, AIRD-01-180K can also function as a capacitor with its ability to store electric charge, making it a suitable filter for electrical signals.

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