MKP385322063JC02W0

Film Capacitors

Film capacitors are used for a wide variety of applications. This article will discuss the application field and working principle of the commonly used MKP385322063JC02W0 film capacitor.

Application Field of MKP385322063JC02W0 Film Capacitor

MKP385322063JC02W0 film capacitors have very high dielectric stability characteristics and are typically used in wide temperature shifts. In addition, they feature a low DF (Dissipation Factor), allowing them to be used in applications where greater accuracy needs to be maintained over a period of time. Because of their construction and ability to store electrical charge, they are widely used in industrial and commercial electronic components, including but not limited to audio-visual products, motor controls, power supplies, and medical equipment.

In particular, the MKP385322063JC02W0 film capacitor boasts a very low ESR and bump values, making it suitable for frequency converters, particularly those operating at high speed, as well as DC-DC converters, inverters, and other energy-generating applications.

Working Principle of MKP385322063JC02W0 Film Capacitor

The MKP385322063JC02W0 film capacitor is a non-polarized capacitor. This means it does not specify a direction of current which is the basis of the working principle which allows it to function. It works by allowing electrical charge to spread out and move through the thin film of dielectric material, without any interruptions. The MKP385322063JC02W0 film capacitor also features a very small ESR & bump values, which make it more efficient and reliable in its operation.

The electrical charge is stored in the capacitor in a process known as "charging". When the capacitor is charged, free electrons on its surfaces attract positive ions of the opposite polarity and thus the capacitor stores electrical energy. The charge stored in the capacitor immediately before a voltage change is known as the "capacitance". When a voltage is applied, the electric field in the dielectric material induces a flow of current from the positive side to the negative side. When the voltage is removed, the electrons are returned to the positive side, while the positive ions are attracted to the negative side, thus releasing the stored charge. The same principle applies in reverse when a capacitor is discharged.

In short, the MKP385322063JC02W0 film capacitor works by storing and releasing electrical charge via the dielectric material in order to generate positive or negative electric fields. The capacitor is highly efficient in its operation and it can accumulate and release energy over and over again, making it an ideal choice for many different types of applications.