IHD1EB560L

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Fixed Inductors

An Inductor, also called a coil or reactor, is a passive two-terminal electrical component that stores energy in a magnetic field created by the electric current flowing through it. The IHD1EB560L Inductor is one type of fixed inductor.

IHD1EB560L Application Field

The IHD1EB560L fixed inductor is suitable for a variety of application fields including mobile communication projects, automotive navigation systems, GPS systems, various digital video products, LED lighting projects, UPS systems, and other consumer electronic devices. It is also suitable for use as noise suppression components for high frequency signal lines and for products with high current consumption.

Working Principle

The IHD1EB560L inductor works on a basic electromagnetic principle which states that any conductor carrying an electric current creates a magnetic field around it. This magnetic field becomes stronger when the electric current increases, and the strength of the field varies depending on the type of wire and its length. With fixed inductors, the electric current flows through a coil of wire, which creates a magnetic field around it. The number of turns and thickness of the wire can be adjusted to create more or less inductance. The amount of inductance is what determines how well an inductor is able to store energy.

Fixed inductors such as the IHD1EB560L usually have two terminals – one for the input voltage and one for the output current. When a current passes through the inductor, the magnetic field increases, inducing a voltage at the output terminal and forcing current to flow through the inductor. This increasing magnetic field also increases the inductor’s resistance to the flow of current. When the current is removed, the magnetic field decreases and the inductor’s resistance to the current also decreases. This changing resistance to the current is what causes the inductor to store energy.

Conclusion

The IHD1EB560L fixed inductor is suitable for a variety of applications fields and works on a basic electromagnetic principle. It has two terminals which are used to pass an electric current and create a magnetic field. The amount of inductance is determined by the number of turns and thickness of the wire. When a current passes through the inductor, it creates a voltage which forces current to flow through the inductor and store energy.

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