HCM1A0703-2R2-R

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Fixed inductors are components used in electronic circuits to store energy in a magnetic field in order to release it at a later time. The HCM1A0703-2R2-R fixed inductor falls into this category. The application field and working principle of the HCM1A0703-2R2-R is detailed below.

Application Field

The HCM1A0703-2R2-R is a highly reliable fixed inductor that is frequently used in power supplies, computer motherboards, communication systems, home appliance controllers, electronic toys, and general electrical circuits. With its small size and low profile, the HCM1A0703-2R2-R can be used in compact or limited space projects. This inductor features a radial lead design with a 100A/500V current rating and an insulation class grade of F.

Working Principle

The HCM1A0703-2R2-R utilizes the principle of electromagnetic induction. Under this principle, an electric current passing through a winding around a magnetic core enables a magnetic field to be built up around the winding. This magnetic field stores electromagnetic energy, which is released back into the circuit when the current passes through the winding in the opposite direction. The amount of electromagnetic energy stored is determined by parameters such as the inductance of the core, the number of coils, and the type of core material used. In the case of the HCM1A0703-2R2-R, the inductance of the core is 2.2uH.

In terms of electrical characteristics, the HCM1A0703-2R2-R has an increased margin of safety against interference due to its higher self-resonant frequency and better noise suppression properties. In addition, this fixed inductor features a wide operating temperature range and high current ratings. This makes it ideal for use in high-performance applications.

Overall, the HCM1A0703-2R2-R is a highly reliable fixed inductor with a wide range of applications. It utilizes the principle of electromagnetic induction to store energy within a magnetic field, allowing it to be released back into the circuit when the current passes through the winding in the opposite direction. This inductor is also designed to withstand high temperatures and has a higher margin of safety against interference.

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