MLF2012A2R7MT000

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Fixed inductors, such as the MLF2012A2R7MT000, are designed to provide an inductive electrical element capable of handling higher currents suited for a variety of power tasks. With high efficiency and a very low electromagnetic interference, these components are the ideal choice for multiple technological applications.

The MLF2012A2R7MT000 fixed inductor consists of a barrel-shaped, steel-cored inductor mounted with a pair of leads. Its high current handling capacity and low impedance make it ideal for power-filter circuits, DC-DC converters, and DC-AC inverters.

This type of inductor has a shielded construction that helps to reduce any external electromagnetic interference (EMI) that could affect the operation of the device. Its low-profile design minimizes the physical footprint of the component, enabling its use in a variety of applications with limited space.

The MLF2012A2R7MT000 fixed inductor also features a high frequency response, ensuring that it can perform efficiently in high-speed switching circuits. This feature also allows for the compensation of any inductive reactance due to its internal EMI shield.

The working principle of a fixed inductor can be explained using a simple analogy of two magnets. In essence, an inductor is formed when two magnets are placed close together, and the resulting magnetic field induces a current in the surrounding conductors.

The inductor works by developing an opposing electromotive force (EMF) in response to the current being applied to it. This EMF then produces a magnetic field, which in turn reacts against the original current to limit its flow.

When current is applied to an inductor, the magnetic core of the component stores energy, which is increased as the current increases. The energy is then released as an increasing voltage when the current flow is stopped, creating an oscillating voltage waveform in the process.

The MLF2012A2R7MT000 fixed inductor is designed for use in a variety of applications, such as switching power converters, DC-DC converters, switched inductors and chokes, line-frequency transformers, ferrite-core transformers, switching power amplifiers and more. Its high efficiency and low EMI enable its use in applications which require high performance and reliability.

The working principle of the MLF2012A2R7MT000 fixed inductor is based on the simple concept of the magnetic field inducing electrical currents in the conductor. This allows the component to store energy in its magnetic core, which can then be released as an increasing voltage waveform when the current flow is stopped. In this way, the inductor works to limit the current flow, ensuring efficient operation in high-performance power applications.

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