MS32 0R540

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Inrush Current Limiters (ICL) regulate the maximum amount of current allowed to flow through an electrical circuit. The MS32 0R540 is a common type of ICL that has the ability to limit inrush current to both alternating and direct current. This article outlines the application fields and working principles of the MS32 0R540.

Application Fields

The MS32 0R540 has numerous application fields in which it can effectively limit inrush current. It is commonly used in lighting, air conditioning, transformers, UPS systems and other inductive loads. These ICLs are also used in aviation, military and medical equipment production.

Working Principle

The working principle of the MS32 0R540 is based on a magnetically biased ferrite core. When normal current flows, the core will remain in its relaxed state and the current will flow normally. However, when an inrush current is detected, the core will be magnetically activated, which in turn causes the current to be limited. This function is controlled by a resistor which determines the current limit. A standard MS32 0R540 can limit inrush current to between 2 and 20 Amps.

Conclusion

The MS32 0R540 is a versatile and reliable ICL. It is commonly used in a myriad of application fields and can effectively limit inrush current. It is based on a magnetically biased ferrite core, which allows it to limit current to between 2 and 20 Amps. With this in mind, it is easy to see why the MS32 0R540 is the preferred choice for those in need of an effective current limiter.

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