MKP383291063JD02W0

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Film capacitors, also known as a plastic film capacitor, are passive electrical components composed of a plastic film from which metal electrodes have been applied. Studies suggest that the most widely used capacitors are film capacitors. They are ideal for high frequency applications, and are also robust in terms of stability, reliability, and lifespan.

The particular film capacitor, MKP383291063JD02W0, is a safety-certified capacitor designed for high-voltage applications in general long-wave devices. Its rated voltage is 1000 PPS, and its leakage current is 0.1uA at 2.7V DC. It is made with a non-polarized polypropylene film that has superior mechanical strength and insulation material for a variety of environmental conditions. The terminals are capacitively coupled (hermetically sealed) to help minimize moisture and dust ingress.

The main application fields of this capacitor are power supplies, motors, medical devices, LCD TVs, audio applications, antenna resonators, AC/DC converters, and more. It features a compact size, high insulation and dielectric strength, and excellent dielectric absorption.

In terms of working principle, MKP383291063JD02W0 works similarly to other film capacitors. An electric field is created between two conductive plates in close proximity to each other; the plates are referred to as electrodes. The plastic film acts as a dielectric material, and stores electrical energy when the voltage between the two electrodes is increased. When the voltage is removed, the electrical energy stored in the capacitor is released. The voltage applied to MKP383291063JD02W0, however, is limited by its insulation rating, and its ability to resist external electric fields.

Overall, MKP383291063JD02W0 is an ideal capacitor for high frequency and high voltage applications. It is reliable, stable, and robust, and has a wide range of applications. Its working principle is also similar to other film capacitors in that it stores electrical energy and then releases it when the voltage is removed.

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