MILP1812-562K

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Fixed Inductors represent passive electronic components that store energy in the form of a magnetic field when electric current is passed through them. The MILP1812-562K belongs to this category of passive components and is specifically designed for use in consumer, automotive, industrial and other high-reliability applications.

The MILP 1812-562K is most commonly characterized by three primary design parameters: Inductance, DC resistance (DCR), and current saturation. The MILP1812-562K offers a relatively high inductance range of 4.7uH to 100uH, a DCR value of 0.012 Ohms and a current saturation of 2 A. The inductors also feature self-shielded design from high frequency noise and possess a good transient response performance.

The MILP1812-562K is constructed using a ferrite core material and is built to withstand extreme environments. This construction material also lent itself to a better temperature levels and improved noise immunity. Unlike other passive components, the MILP1812-562K has a greater power efficiency, thanks to its ferrite core\'s low losses. Moreover, the MILP1812-562K\'s maximum temperature is 125°C, allowing for its use in a wide range of temperatures.

The main function of the MILP1812-562K is to store energy in the form of a magnetic field when electric current is passed through the component. This magnetic field will then be used to generate electrical energy and to regulate current. This makes the MILP1812-562K ideal for applications where low resistance and high current capabilities are needed.

The MILP1812-562K\'s working principle is quite simple. When an electric current travels through the component, it creates a magnetic field around the inductor core. This magnetic field is then used to generate electrical energy by inducing an EMF (electromotive force). The output voltage is then dependent on the frequency of the input signal, as well as the value of the inductance of the component.

In summary, the MILP1812-562K is a fixed inductor, designed for use in a wide range of applications requiring low resistance and high current capabilities. It is constructed using a ferrite core material, which provides excellent thermal performance, improved noise immunity and low losses. The component\'s key features include a high inductance range, a DCR value of 0.012 Ohms, and a current saturation of 2A. Its working principle revolves around the generation of electrical energy using the magnetic field created by electric current, providing an effective solution for current regulation and energy storage.

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