MKP383436160JPM2T0

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Film Capacitors

MKP383436160JPM2T0 is a type of film capacitor used for various applications. Film capacitors, also known as plastic film capacitors or polyester capacitors, are made out of thin plastic film insulators that are sandwiched between two sets of electrodes, and can store electrical charges. They are widely used in motor, start-up, snubber and other power electronic applications.

Application Fields

MKP383436160JPM2T0 is typically used in circuit where temperature stability and a long lifespan are required. This type of film capacitor can handle high levels of voltage, up to 630V. Moreover, its stability gives it tolerance of humidity up to 90%. As a consequence, it makes MKP383436160JPM2T0 ideal for applications that require highly reliable performance and are exposed to severe environmental conditions.

Among the several application areas, MKP383436160JPM2T0 can be used as a power filter for electric energy conversion, as an energy storage device for wireless energy transfer, or as a high voltage filter for electric energy conversion. Additionally, it can be used for motor control applications because it can store large amounts of electrical power, while also providing stable performance throughout its life.

In other words, MKP383436160JPM2T0 is an ideal choice for applications that require extreme performance in highly severe environments, such as electric vehicles, high voltage power conversion applications, and advanced power networks.

Working Principle

A film capacitor is composed of two conducting plates, which are separated by a layer of plastic film insulator. The current is conducted by these two plates, which result in an electric field generated between them, allowing the capacitor to store electrical charge. This is how MKP383436160JPM2T0 film capacitors work.

When a voltage is applied, the capacitor starts charging. This process generates an electrostatic field between the plates, as the electric charge that sought to spread out depletes the regions near the conductors. During this time, the stored electric charge is kept in check by the dielectric film, until the capacitor is fully discharged.

When the electric charge on the capacitors decreases, the voltage applied across the plates goes back to its original value. The capacitance of the capacitor also reduces with decrease in voltage, as the charge stored between the plates is reduced. The dielectric material used in film capacitors has a low leakage current, as the current generated when the voltage decreases is typically not enough to further reduce the charge transfer of the film.

The MKP383436160JPM2T0 film capacitor has a temperature coefficient of 0.6%, which makes it an excellent choice for applications that require stability in extreme temperatures. This capacitor has a low ESR of 0.5mOhm, which guarantees stable performance and efficient energy conversion. Additionally, the capacitance of MKP383436160JPM2T0 is also highly stable, allowing for consistent performance throughout its life.

Conclusion

As a result, MKP383436160JPM2T0 is an excellent choice for applications where temperature and voltage stability are critical. With its ability to store electrical charges, and its good tolerance of humidity and temperature, MKP383436160JPM2T0 provides an efficient and reliable solution for circuit designs.

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