ELL-CTV5R6N Inductors, Coils, Chokes

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Fixed Inductors

Inductors are one of the most important components used in electric and electronic circuits, and the elliptical coil type 5R6N (ELL-CTV5R6N) is one of the typical inductors used in the industry. It is used in both consumer electronics and commercial electronics, and its application field and working principle are explained in the following.

The ELL-CTV5R6N is a cost-effective, high-performance component and is widely used in consumer electronics, broadcasting, telecommunication, industrial test equipment, and computer peripheral designs. Specifically, the ELL-CTV5R6N is used in applications where high currents and limited power dissipation are needed, such as active filters, EMI filters, RF amplifiers, signal level conversion, switching power supplies, battery powered equipment, audio amplifier circuits, etc.

An inductor works in a manner similar to a battery – it cannot be charged or discharged at the same rate as a battery, but rather is driven by an alternating current. The alternating current changes the magnetic field around the inductor and stores energy in the form of magnetic flux. This principle is at the heart of the ELL-CTV5R6N inductor\'s ability to filter out noise in electrical circuits.

Specifically, ELL-CTV5R6N inductors work on the principle of inductance – the property of an electric circuit by which an electromotive force is produced by a change of current. In an inductor, an increase in current causes a magnetic field to form around the electric circuit. The stronger the current, the stronger the magnetic field around the inductor, and therefore the greater the resulting inductance. This principle is used in the ELL-CTV5R6N to reduce any high frequency interference that could be present in the electric circuit.

In essence, the ELL-CTV5R6N is a cost-effective and high-performance component that is perfect for applications that require high currents but very limited power dissipation. Its ability to filter out noise is one of its greatest assets, and its undeniable useful qualities make it a viable choice for a wide range of consumer electronics, broadcasting, telecommunication, industrial test equipment, and computer peripheral designs.

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