4564-471K

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Fixed Inductors

Inductor is an electronic component that stores energy in the form of magnetism. This energy is later released in response to changes in current. Inductors are used to filter out unwanted noise-producing harmonics and to control the peak currents in switching power supplies. Among them, Fixed Inductors are components that possess two basic characteristics: high inductance and magnetic permeability. The 4564-471K Fixed Inductor is a common fixed inductor used in many applications.

The 4564-471K Fixed Inductor is made from ferrite core material. This material has high permeability, which gives the inductor the strength and power it needs to handle high current loads. It also has a low resistance, which helps to keep the inductor from producing noise. Additionally, the ferrite core material is temperature stable, which means the inductor can operate in temperatures ranging from -20°C to + 70°C.

The 4564-471K Fixed Inductor has a wide variety of applications. One common application for this inductor is power arrangements. Power arrangements refer to the use of inductors to control voltage and current overloads in a system. In this case, the inductor’s magnetic permeability allows it to react quickly to changing current conditions, which helps regulate the current flow and minimize damage. Other applications for this inductor include DC-DC converters, brushless motor control, and servo control.

The 4564-471K Fixed Inductor works on the principle of induction. According to this principle, when a current-carrying conductor is placed in a changing magnetic field, an induced voltage is generated in the conductor. This induced voltage is then used to produce a growing magnetic field. This in turn increases the inductance of the system, allowing it to store more energy.

The 4564-471K Fixed Inductor is a component that is used in a variety of applications for its ability to store energy. Its ferrite core material gives it the strength and power it needs to handle high current loads. It also has a wide variety of applications, from power arrangements to DC-DC converters and brushless motor control. Finally, it works on the principle of induction, which allows it to store more energy.

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