MDKK2020T1R0MMV

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Fixed Inductors

A fixed inductor, often referred to as an inductor, is an electronic component consisting of a coil of wire wrapped around a core of magnetic material. The core is most often composed of ferromagnetic material such as iron, nickel, or cobalt, or a ferromagnetic material such as iron oxide. Inductors are widely used in electronics for many applications, such as voltage regulation, filtering, signal distribution, power conversion, and control circuitry.

MDKK2020T1R0MMV Application Field and Working Principle

The MDKK2020T1R0MMV series fixed inductor is designed for use in automotive, industrial, consumer, and communications product applications. This inductor is designed to deliver enhanced performance in various applications. The MDKK2020T1R0MMV has a typical inductance range of 0.2 µH to 10 µH, and a saturation current range of 20 A to 35 A. The inductance stability of the inductor over temperature is within ±15% of its nominal value. The operating temperature range of the MDKK2020T1R0MMV is from -40°C to +105°C.

The working principle of a fixed inductor is based on the "electromagnetic induction" principle. This involves two separate sections: the coil and the core. An alternating current (AC) is introduced into the coil, which then creates a magnetic field around the core. When the current is varying, this field will induce a voltage into the coil. This voltage is known as "induced voltage". This induced voltage is then used to drive current through the inductor.

The inductance of the MDKK2020T1R0MMV series fixed inductor is determined by its geometric specifications, such as the number of turns in the coil, the number of layers, and the size of the core. The inductance is also affected by the construction material and the permeability of the core. The frequency of an AC source will also affect the inductance of the used inductor.

The MDKK2020T1R0MMV series inductor provides excellent performance in terms of temperature range, stability, frequency response, and parasitic elements. The inductor also has a low DC resistance and high saturation current, which makes it a suitable choice for use in power applications. This inductor is designed to provide high performance and reliability in automotive, consumer, and communications product applications.

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