MKP385436200JPM4T0

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Film Capacitors

The MKP385436200JPM4T0 is a film capacitor, one of the most common types of capacitors today. In a nutshell, it’s a device that stores electrical charge. The MKP385436200JPM4T0 is considered to be advanced technology in comparison to traditional electrolytic and ceramic capacitors, offering higher performance, higher stability, and higher reliability than those older technologies.

Application Field

Application fields for film capacitors are extensive and vary greatly depending on the specific characteristics and type of capacitor. Generally, film capacitors suit higher frequency applications; motor drives; AC motors; welding machines; electricity transformer; microwave ovens; AC and DC power lines; digital and analog circuits; and various industrial control circuits.

In terms of motor drives, MKP385436200JPM4T0 can provide robust filtering in many high-frequency switching drive applications and can even provide inrush current protection. The dielectric properties of these film capacitors make them especially suitable for high voltage conditions, providing reliable protection from overvoltage across a variety of motor drive circuits.

In general, film capacitors are most suitable and often more cost effective than other types of capacitors in applications that require higher frequencies, lower distortion, and greater capacitance. Due to their high reliability, film capacitors are also commonplace in safety-critical applications such as the motor drive and electric transformer applications mentioned above.

Working Principle

A film capacitor is an electronic component that stores electrical energy, just like any other type of capacitor. The device consists of two metal plates (electrodes) that are separated by a plastic film on which a charge is applied. The electrical charge, or capacitance, is a measure of how much electrical charge the capacitor can store.

Whenever the device is energized, the electric current will flow through the electrodes, creating an electric field that briefly stores a charge, which is eventually discharged. The charge storage capacity of a film capacitor can increase or decrease depending on the applied voltage. The rate at which the electric field is created and discharged depends on the type of dielectric material used and the applied frequency.

The main advantage of a film capacitor is its tolerance for switching, which is higher than for other capacitors. This means the capacitor can handle more frequent voltage fluctuations without causing any damage. Additionally, film capacitors are much smaller in size, making them more suitable for small electronic components.

The MKP385436200JPM4T0 in particular features a plastic film dielectric material which is highly resistant to voltage and temperature variations, ensuring exceptional performance. Additionally, MKP385436200JPM4T0 capacitors are designed to meet automotive industry requirements and are RoHS compliant.

Conclusion

The MKP385436200JPM4T0 is a film capacitor designed for a variety of industrial applications due to its excellent performance. Its application fields include motor drives, AC motors, welding machines, electricity transformers, microwave ovens, AC and DC power lines, digital and analog circuits, and various industrial control circuits. The device works by creating a charge across its two electrodes, and the rate of charge storage depends on the dielectric material and frequency applied. Due to its tolerance for frequent switching, as well as its small size, film capacitors are considered superior to traditional electrolytic and ceramic capacitors.

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