MKP383336025JC02H0

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Film Capacitors

• MKP383336025JC02H0 Application Field

  MKP383336025JC02H0 is one of the latest series of film capacitors made by the famous manufacturer. It is mainly applied in electronic appliances, such as DVD players, TVs, and even security systems. MKP383336025JC02H0 is specially designed for applications in semi-conductive plastic films, which is why these capacitors are also referred to as “semi-conductive plastic film capacitors”.

  Due to their low dissipation factor, their ability to withstand reasonably high temperatures, and their excellent self-healing property, MKP383336025JC02H0 is also known as the “ideal choice for power electronics”. These capacitors are specially designed to effectively and reliably filter out the high frequency signals generated by the electronic appliances. This is essential for electronic appliances to function properly and operate smoothly.

  In addition, MKP383336025JC02H0 is also very popular in lighting applications, particularly using LED technology. The capacitor design of this series is quite suitable for LED applications, which is why they are also frequently used in computer power supplies, inverters, military applications, aerospace industry, and telecommunication systems.

• MKP383336025JC02H0 Working Principle

  The working principle of MKP383336025JC02H0 film capacitors can highly be attributed to their construction. It is made up of two main parts: a capacitive dielectric and two sets of electrodes. The capacitive dielectric is usually a plastic film, while the electrodes are made of metal or metallic alloy that is wound in a coil or incised into the film.

  When an alternating current flows through the film capacitor, it generates a field in the capacitor due to the capacitive electrical properties of the film. This field basically serves to store electrical charges on the electrodes, and the amount of charge stored is proportional to the intensity of the field generated. This produces a voltage across the capacitor and therefore stores energy.

  The electrodes of the capacitor are also designed to control the flow of electrical charges. As the applied voltage across the capacitor increases, the capacitance of the dielectric decreases, resulting in an increased charge storage capacity. This also serves to reduce the amount of energy lost in the form of heat dissipation and ensures that the capacitor maintains its excellent performance over longer periods of time.

  MKP383336025JC02H0 polypropylene film capacitors also have excellent self-healing property, which helps in reducing electrical noise and improving the overall performance of the equipment.

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