CIGT2016R6MH100MNE

Fixed inductors, also known as chokes, are employed in a wide variety of applications including power supplies, power line filters, signal filters, amplifiers and antennas. The CIGT2016R6MH100MNE comprises a ferrite core with air gap, a copper windings, and a capacitor to obtain an inductor with high current capacity and low losses. This component is suitable for all kinds of switching power supplies, and can also be used in SMPS, telecom, and other applications.

Working Principle:

The CIGT2016R6MH100MNE device is essentially an inductor with a low DC resistance, allowing higher current capacity and a low AC resistance allowing low losses over a wider frequency range. It consists of a ferrite shell with an air gap, integrated with copper wire windings, with a capacitor as an integral part of its construction. This type of inductor works through the classic principle of self-induction, where a time variable voltage applied to the inductor produces a change in the current, and an opposing voltage is generated. The addition of the capacitor to the design of the winding helps reduce the voltage ripple and other distortions that can be caused by the current in the winding.

Applications:

The CIGT2016R6MH100MNE component is primarily designed for use in power supplies, such as SMPS, linear, and telecom power supplies. Its high current capacity and low AC resistance allows it to handle different load conditions, as well as offer high switching frequencies, low losses, and high accuracy in different power applications. The expansive frequency range and low losses makes it ideal for use in signal and power filters, as well as amplifiers and antennas.

The CIGT2016R6MH100MNE fixed inductor is a highly versatile, reliable, and effective device, and is the ideal choice for a range of applications such as power supplies, power line filters, signal filters, and amplifiers. Its low DC resistance, high current capacity, and low AC resistance makes it an ideal choice for many industrial and commercial applications.