MKP385275100JC02H0

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Film capacitors are electrical devices or components that contain thin layers of two conductive materials separated by an insulation layer. They have large capacitance values and can be used to store electrical energy and regulate power in a variety of applications such as for power conversion in DC/DC converters, EMI filtering of power supplies, signal filtering and conditioning, and as clocks and oscillators. The MKP385275100JC02H0 is a film capacitor used in high voltage applications, with a voltage rating of 385VAC and a capacitance of 275uF.

The MKP385275100JC02H0 is designed for power conversion and is ideal for high reliability applications such as electric vehicle battery charging, renewable energy systems, and industrial equipment. The capacitor is constructed of two layers of metalized film, with the outer layer being corona resistant. This means that the capacitors can be used in applications where high voltages are present without risking breakdown due to electrical discharge. The two outer layers are then sealed together with a layer of resin or plastic, creating a hermetically sealed package, ensuring that the capacitor will be free from contamination and moisture.

The working principle of the MKP385275100JC02H0 is similar to other film capacitors. The two sheets of metalized film are positioned one on top of the other, with the insulation layer sandwiched between them. When an applied voltage is applied, the positive charge on one sheet is attracted to the negative charge on the other sheet, developing a capacitive effect. This effect creates an electrical field which stores electrical charge. As the voltage is increased or decreased, the capacitance value changes, making it ideal for use in power conversion applications.

The MKP385275100JC02H0 is an excellent choice for high voltage applications. Its metalized film construction ensures high reliability and long life, and its corona resistant outer layer ensures that it can withstand high voltages. It is also an ideal choice for power conversion applications, as it can quickly and easily adjust the capacitance value as needed.

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