IMC1812BN82NM

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Fixed Inductors are a kind of electronic passive components that store energy in the form of electromagnetic field when electric current flows through them. The IMC1812BN82NM is a fixed inductor which is widely used in the industry. This article will discuss the application field and working principle of the IMC1812BN82NM.

The IMC1812BN82NM is a high-performance, low-profile, low-resistance fixed inductor. It is constructed of a ferromagnetic core featuring high initial permeability and low DCR. The inductance value is 0.35 μH with a current range of 0.3 A to 1.2 A. Due to the low profile, the IMC1812BN82NM is well suited for compact designs. It can be used in applications such as a buck converter, boost converter, filter circuits, and switching regulators.

The working principle of the IMC1812BN82NM is Centrifugal Force shielding. This works by using the centrifugal force generated by spinning magnetic cores to shut off the magnetic field lines. This helps reduce eddy currents and ensures the inductor\'s high performance and reliability in high frequency, high current operations. Additionally, the IMC1812BN82NM uses a permanent sinterized magnet ferrite core. This helps to reduce losses, increase efficiency, and keep the inductance value at the desired level.

The IMC1812BN82NM is a versatile fixed inductor. It is suitable for a wide range of applications such as boosting, buck converters, filtering circuits, switching regulators, and others. Its low profile and high inductance make it suitable for compact designs. It also exhibits high performance due to its Centrifugal Force shielding and sinterized magnet ferrite core.

In conclusion, the IMC1812BN82NM is a high-performance, low-profile, low-resistance fixed inductor which is suitable for a wide range of applications such as boosting, buck converters, filtering circuits, and switching regulators. Its Centrifugal Force shielding and sinterized magnet ferrite core ensures high performance and reliability. It is ideal for use in compact designs due to its low profile and high inductance value.

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