MKP386M415250JT6

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Film capacitors are one of the most important components used in various electrical circuits. The MKP386M415250JT6 is a film capacitor designed to be used in high voltage applications. It has a maximum voltage rating of 1500V, a rated capacitance of 0.415μF, and an insulation resistance of no less than 5GΩ.

The MKP386M415250JT6 is a metallized polypropylene film capacitor with a radial lead. It is a self-healing capacitor that can recover from over voltage and over current conditions due to its metallized film construction. This makes it ideal for use in power supplies, DC/DC converters, and other power electronics applications.

The MKP386M415250JT6 has excellent properties such as low internal resistance, high stability, and high insulation resistance. Its metallized plastic film construction gives it excellent heat resistance and moisture resistance. Additionally, it is very reliable and has a long lifetime of up to 10000 hours.

The working principle of the MKP386M415250JT6 is very simple. It is basically two metallic electrodes separated by a dielectric material (or the film). When a voltage is applied to the MKP386M415250JT6, electric charge is built up on either side of the metal electrodes, resulting in an electric field. This electric field produces a capacitance that can be used to store electrical energy.

The MKP386M415250JT6 is mainly used in high voltage power supplies, DC/DC converters, and other power electronic applications where high voltage, high current, and high frequency are required. It is also used for signal filtering, transient voltage suppression, and line noise reduction.

The MKP386M415250JT6 is a high performance film capacitor that offers excellent properties such as low internal resistance, high stability, high insulation resistance, moisture resistance, and heat resistance. It is reliable and has a long life span of up to 10000 hours. It is mainly used in high voltage power supplies, DC/DC converters, and other power electronic applications where high voltage, high current, and high frequency are required.

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