CDEIR6D31FNP-8R2MC

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Fixed Inductors

Fixed inductors, also known as inductors, are electronic devices that store electric current in the form of magnetic fields. They are made of a conducting wire or coil wrapped around an iron core, which is usually wound multiple times to maximize the inductance. The wire or coil carries a current, and as it passes through the iron core, the current creates a magnetic field. This field then stores energy, allowing the inductor to release it in periodic bursts as electric current.

CDEIR6D31FNP-8R2MC is a high performance fixed inductor designed for DC/DC converter applications. It provides a wide range of advantages for power management, including improved power density, temperature stability, linearity, and low power consumption. The device features low internal resistance, high operating temperatures, and EMI control. At low frequencies, it provides high ripple current tolerance and high power density. At high frequencies, it has a high voltage tolerance and excellent linearity.

The CDEIR6D31FNP-8R2MC is suitable for a wide range of applications, including motor industry, renewable energy, LED lighting, communications, and home appliances. It is particularly well-suited for DC/DC converters, as it provides high efficiency and reliability in a small package. The device can be used in both low and high power applications, and can be used to regulate voltage levels and convert AC to DC power.

The working principle of the CDEIR6D31FNP-8R2MC fixed inductor is based on Faraday’s law of induction. When an electric current passes through the coil, it creates a magnetic field around the iron core. This magnetic field then induces an electromotive force (EMF) in the inductor, which is the voltage generated across the inductor. The amount of voltage generated is dependent on the amount of electric current passing through the coil and the size and strength of the magnetic field. The same process occurs in reverse when the magnetic field collapses, as the inductor releases its stored energy as electric current.

Overall, the CDEIR6D31FNP-8R2MC fixed inductor is a high performance device suitable for a variety of applications. Its low internal resistance, high operating temperatures, and EMI control capabilities make it an ideal choice for DC/DC converters. Its working principle is based on Faraday’s law of induction, which allows it to store and release electric current when the magnetic field changes.

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