54060333400 Inductors, Coils, Chokes

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Fixed Inductors

A fixed inductor, also known as a non-variable inductor, is an electrical component that is designed to store electrical energy in a magnetic field when current passes through it. Fixed inductors are typically composed of one or more windings of insulated wire wrapped around a ferromagnetic core, such as a toroid or a solenoid. Fixed inductors are used widely in electrical and electronic systems and are commonly found in radios, televisions, power supplies, amplifiers, motor controllers, and other consumer electronic products.

54060333400 Application Field and Working Principle

The 54060333400 is a fixed inductor manufactured by Visaton, and it is commonly used in the automotive, aviation and military industries, as well as in industrial, medical or consumer applications. Depending on the desired inductance, this component is available in several sizes ranging from 4.7 to 10.2 mm, but these measurements will vary according to the series. The 54060333400 works by creating an oscillating magnetic field, which is then converted into a voltage. When an electrical current is applied to the core of the inductor, the copper coils that make up the winding generate the magnetic field. This field induces a potential difference across the winding, which can be used to provide an electrical potential, such as voltage or current.The amount of voltage or current produced by an inductor, also known as its inductance, is determined by several factors, such as the inductor\'s core material, the number of coils, and the size and shape of the core and winding. In the 54060333400, the magnetic core material is the same for all sizes and the coils are made of copper wire, which delivers a good frequency response and provides efficient power transmission.

Conclusion

The 54060333400 is a fixed inductor manufactured by Visaton and used in a variety of industries and applications. It consists of a magnetic core material, copper coil windings, and a ferromagnetic core. When an electrical current is supplied, the inductor creates an oscillating magnetic field, which is converted into a voltage through induction. The amount of voltage or current produced by the inductor is then determined by the core material, the number of coils, and the size and shape of the core and winding.

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