CMH322522-R18ML

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Fixed inductors play an important role in power electronics and are widely used in various applications. CMH322522-R18ML fixed inductors are one of the most reliable and powerful inductors available. In this article, we will discuss the application fields and working principle of CMH322522-R18ML fixed inductors.

CMH322522-R18ML fixed inductors are high current, low profile, low temperature rise, and low impedance components. They provide maximum operating efficiencies of up to 97% and a maximum current rating of 160A. With a footprint of 8.1mm by 6.1mm, these inductors offer a reliable and efficient solution in applications such as UPS, automotive, switch power supplies, home appliances, low voltage power supplies, and LED lighting.

In terms of working principle, CMH322522-R18ML fixed inductors are comprised of a high-conductivity coil with a ferrite core. The ferrite core helps to increase the inductance of the coil and reduces the power loss due to eddy currents. The copper winding of the inductor helps reduce power losses due to the induction effect of the moving electrical charges. The tightly wound core helps to limit the core\'s magnetic field, which allows the coil to respond efficiently to current changes.

CMH322522-R18ML fixed inductors feature excellent thermal stability, low dc resistance, and low radiated magnetic fields. They are designed to operate in temperature ranges from -55°C/-67°F to +125°C/257°F. This allows them to remain stable while maintaining their high efficiency. The inductors are also designed to be inherently resistant to dust, corrosion, and other environmental factors. Additionally, these inductors are in compliance with the RoHS directive.

Overall, CMH322522-R18ML fixed inductors are a reliable and efficient solution for a wide range of applications. These inductors provide superior performance, maximum efficiency, and low temperature rise. Their robust construction allows them to remain stable in varying temperatures and environments. Additionally, the inductors feature a small footprint and low radiated magnetic fields. Therefore, they are ideal for use in power electronics, switch power supplies, UPS, automotive, home appliance, and LED lighting systems.

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