IHB3EB471K

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Fixed Inductors have a range of components which are predominately used in filtering and power supply applications. Among them, the IHB3EB471K Inductor is a popularly used component for efficiency, reliability, and cost.

The IHB3EB471K is a fixed inductor which consists of a ferrite core and two wire coils. The ferrite core has a high permeability allowing for a high inductance value. The two wire coils are wound around the ferrite core in a figure eight shape and placed on a ferrite H-block.

This inductor is ideal for applications such as power supplies, rectifier circuits, switching converters, and noise suppression. It is suitable for use in circuits that require a low ripple current and high-efficiency. The core and coils are made of high-grade materials, allowing for reliability and low thermal resistance. The high-frequency performance of this inductor makes it suitable for use in high-speed switching applications.

The working principle of the IHB3EB471K fixed inductor is simple. When a current passes through the wire coils, it creates a magnetic field which induces a voltage in the wire coils. This voltage is proportional to the time-rate of change of the current. The inductance value of the inductor depends on the size of the core, number of turns of wire, and material of the wire.

The IHB3EB471K fixed inductor is an efficient and reliable component for electronic circuits. It provides a high inductance value for noise suppression and power supply applications. Its high-frequency performance makes it suitable for high-speed switching applications. The materials and construction of the inductor allows for low thermal resistance and high reliability.

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