103-100JS

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Fixed inductors are used to store electrical energy in the form of magnetic fields. When electric current passes through the conductor, a magnetic field is created. This magnetic field is stored in the conductor’s core material, which can then be used to produce electrical current when reverse bias is applied. Examples of fixed inductors include air core coils, iron core coils, and ferrite core coils.

The most common type of fixed inductor is the air core coil. This type of coil has no core material and instead relies on the self-inductance created by the conductor itself. This type of inductor can achieve a relatively high inductance but can be limited in power handling. Most applications will require a core material to provide additional inductance.

The iron core coil is a type of fixed inductor which utilizes an iron or steel core. The iron increases the inductance of the coil by providing a more efficient magnetic pathway. This type of inductor is most commonly used in high power applications as it can handle higher currents and provide higher inductance levels. The ferrite core coil is a type of fixed inductor which utilizes a ferrite based material as the core material. This type of inductor can be used to create very high inductance as the ferrite has a higher permeability than air. The ferrite core is ideal for high frequency and high power applications as it can handle higher temperatures and currents.

In a 103-100JS application, a fixed inductor is typically used to store electrical energy in the form of a magnetic field. The inductor used in this application will be based on the application’s requirements. Typical selection criteria include inductance, current handling, power handling, temperature rating, and size. The inductor can be wound on a ferrite, iron, or air core, depending on the application’s requirements. Once the inductor is chosen, it must be connected to the rest of the circuit in order to achieve the desired functionality.

The working principle of a fixed inductor is based on Faraday’s law of induction. This law states that an electrical circuit which has a changing magnetic flux will induce an electromotive force in another nearby circuit. The amount of induced force is proportional to the rate of change in the flux and the quantity of turns in the secondary circuit. When a coil is used as an inductor, the flux is generated within the coil and the force is induced in the secondary circuit. This induced force is used to produce an electrical current in the secondary circuit which is proportional to the rate of change in the flux.

Fixed inductors are essential components in circuits which require energy storage, such as power supplies and power converters. They are used to store electrical energy which can then be released into the circuit when needed. This allows the circuit to achieve maximum efficiency by utilizing the stored energy in a precise manner.

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