DFEG10040D-220M=P3

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Fixed inductors are one of the most commonly used components in analog electronic circuits, and their function is to create an opposing electromotive force that opposes the flow of electric current in the circuit. DFEG10040D-220M=P3 is one such fixed inductor with a wide range of applications. This article will discuss the application field and working principle of DFEG10040D-220M=P3.

DFEG10040D-220M=P3 has a variety of applications in various electronics circuits, such as power electronic systems, DC/DC converter, charger control generator, power factor correction and other programs that utilize traction power and motor control. It is also used for harmonic reduction, high voltage regulation, and short circuit protection in power grid systems. The wide application and versatility of this fixed inductor is due to its performance and characteristics.

The DFEG10040D-220M=P3 also has a working principle. It has an inductance value of 220mH, a 100A peak current, and a 40V peak voltage. These characteristics are the result of the winding turn ratio and air gap ratio in its construction. The winding turn ratio describes the ratio between the number of turns in the coil and the number of turns in the core, while the air gap ratio is the ratio between the air gap between the two windings and the mean radius of the winding cross section.

When this fixed inductor is placed in an electronic circuit and a voltage is applied to it, a current flows through the circuit due to the electromagnetic induction effect. As the current flows through the DFEG10040D-220M=P3, it induces an opposing electromotive force, which opposes the current flow. This opposing force, also known as inductance, is the result of the inductor\'s winding turn ratio and air gap ratio.

The DFEG10040D-220M=P3 is a highly versatile fixed inductor with a wide range of applications in power electronics, DC/DC converters, charger control generators, and power factor correction. Its working principle is based on the winding turn ratio and air gap ratio, which in turn creates an opposing electromotive force that opposes the flow of current in the circuit.

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