MKP1837322164

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Film capacitors, as its name implies, are capacitors made of thin plastic materials in the shape of a film. As one of the most popular capacitors in terms of capacitance values, MKP1837322164 is a film capacitor ideal for use in a wide variety of applications. It is well designed for applications in low-voltage doublers, motor settings, ignition and lighting. To understand its working principle, let’s take a closer look at the construction and technology of the MKP1837322164.

The Construction of MKP1837322164 Film Capacitors

The MKP1837322164 is specifically designed to be very small and light that can be adapted to all kinds of space limitations. As a polypropylene film capacitor, the MKP1837322164 has a construction made up of two layers of electrodes, a thin film of polypropylene as the dielectric, and copper-plated steel plates as contacts and terminals. All parts of the MKP1837322164 are held together in a robust all-metal body known as the can.

The Working Principle of MKP1837322164

The purpose of the MKP1837322164 is to act as an efficient energy storage device and provide a quick discharge of energy. To accomplish this, the MKP1837322164 works according to the same principle as all other types of capacitors. As an AC (alternating current) or DC (direct current) passes through the capacitor plates, the MKP1837322164 builds up a charge. This energy builds up until it reaches its peak, which the voltage rating of the capacitor determines. When the voltage drops below the peak, the capacitor discharges the energy in the form of a powerful electrical pulse.

In Summary

The MKP1837322164 is a reliable and versatile capacitor that has numerous advantages, such as fast response time, flexibility, and small size. Its construction includes two electrodes, a polypropylene film as the dielectric and copper-plated steel plates as the contacts and terminals. As for its working principle, it follows the same general principle as all other capacitors whereby it builds up a charge to a predetermined level and then releases it in the form of a powerful electrical pulse when the voltage drops below the peak.

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