1008-047K

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Introduction to Fixed Inductors:

Fixed inductors are an essential building block of many electronic projects and designs. Put simply, a fixed inductor is a coil of wire or other conductive material, which is wrapped around a common core, which is usually made of ceramic or magnetic material. The purpose of the fixed inductor is to create a storage mechanism for energy in the form of an electrical magnetic field.

Inductors are best known for their use in electrical circuits, where they help regulate the flow of current. Specifically, inductors use the principle of electromagnetic induction to store current in a distinct magnetic field. When electric current passes through the inductor, a basic electric circuit is formed where energy is converted from electric current to a magnetic field.

1008-047K Application Field and Working Principle:

The 1008-047K fixed inductor is a cost-effective, high-efficiency and low-loss inductor. It is often used in a variety of static inductive applications, such as filtering, coupling, decoupling, bypassing, and impedance applications. Furthermore, the 1008-047K is an ideal solution for constructing low-noise, high-frequency circuits.

The core of the 1008-047K is made of ferrite material, which is made of magnetic and ceramic compounds. The two components of the core, namely the magnetic and ceramic materials, provide excellent noise suppression, low losses and a high-frequency response. The coil is made of copper, which is very conductive and has a low resistance. This makes the 1008-047K an ideal choice for power applications, because it can handle high-currents without producing excessive amounts of heat.

The working principle of the 1008-047K is the same as any fixed inductor. When electric current passes through the coil, it generates a magnetic field around the core. This magnetic field stores energy in the form of an electrical current, which can be used to power a circuit. The more current that passes through the inductor, the larger the magnetic field and the more energy that is stored.

Conclusion:

The 1008-047K fixed inductor is an excellent choice for a wide variety of static inductive applications. It is made with a ferrite core and copper coil, which makes it extremely efficient and cost-effective. Furthermore, the 1008-047K can handle high-currents with ease and provides excellent noise suppression and high-frequency response. Overall, the 1008-047K fixed inductor is an ideal solution for many inductive applications.

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