2890-24H

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Fixed inductors are electronic components that are made of metal or ceramic core material with closely wound coils of copper wire. These components store energy in the form of magnetic fields and release that energy when needed. The 2890-24H application field and working principle belong to fixed inductors.

The 2890-24H is an automotive grade radial-lead non-shielded fixed inductor. It has an inductance value of 4.7 μH to 470 μH, and is rated at 1.75A (max 2.0A) current at 40 °C temperature. The 2890-24H is designed to allow fastening to mechanical parts for convenient mounting and secure holding, and can be soldered or mechanically moved in place. The 2890-24H is characterized by small size, high efficiency, and excellent dielectric breakdown. It is designed for a wide variety of applications in the automotive market.

The working principle of the 2890-24H is based on the inductor\'s ability to store electrical energy in a magnetic field. The amount of electrical energy that can be stored in the magnetic field depends on the inductance and current level of the component. When current passes through the inductor, the magnetic field generated by this current links with nearby circuits and coupling components, forming an oscillating system. This magnetic energy is released as an increase in the current level of the inductor.

The 2890-24H fixed inductor has a wide application field across automotive systems. It’s typically used in audio systems, including car radio, CD changers, amplifiers, and equalizers. This type of inductor is also found in power supplies, frequency synthesizers, and switched mode power supplies. Additionally, this component can be used for filtering, voltage protection, and resonance circuit designs.

In summary, the 2890-24H application field and working principle belong to fixed inductors. This type of inductor has a wide application field and is used for various purposes across automotive systems. The working principle is based on the inductor\'s ability to store electrical energy in a magnetic field. The magnetic energy is released as an increase in the current level of the component when current passes through the inductor.

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