106-150K

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Fixed inductors are devices that store energy in the form of an electric field. The core of such inductors is made of conductive material. This material, usually a ferromagnetic alloy such as iron, has the property of storing magnetic energy once an electric current is passed through it.

Fixed inductors can be used to create magnetic fields, as in transformers, or simply to store and pass on electric current. By manipulating the core material, energy can be stored within a inductor much longer than in a simple concentrated electric charge.

For inductors between 106 to 150k, the application field is quite varied. Usually these inductors are found in high voltage applications such as the generation and storage of AC power. Such inductors can also be employed in high frequency systems, such as for very high speed communications like wifi. Most of these devices also have the inherent capability to filter electric currents, enabling them to be used in any application where electrical signal purity is crucial, like audio amplification.

The working principle of inductors is based on Farady\'s Law, which states that if a conductor is placed in a changing magnetic field it will induce a current in the conductor. The size of the current in the conductor is proportional to the rate of change of the magnetic flux intensity. When an electric current is passed through the inductor coil, it generates an alternating magnetic flux, and the inductor can now store energy depending on the magnitude of the flux.

When the magnetic field interacts with a conductive material, a small current of energy is produced. This current is known as an inductance, and it can act to both store and control the flow of electric energy. The main characteristics that determines the strength and efficiency of the inductor are its inductance value, the amount of current that can be passed through it, and the rate of change of the electric flux surrounding it.

Fixed inductors provide a reliable way of storing energy within a pre-determined system. By manipulating the core material, the efficiency and performance of the inductor can be greatly improved. Inductors between 106 to 150k have a wide variety of uses, from filtering audio signals to providing extra current in high voltage systems. Thanks to Farady\'s Law, these devices are both efficient and reliable sources of electricity.

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