MKP386M533085JT6

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Film capacitors are crucial components in a wide range of electrical applications, and the MKP386M533085JT6 is one of the most popular, versatile and reliable film capacitors available today. This capacitor is well suited for general use in various types of electronic circuitry and in many electrical power-handling applications.

The MKP386M533085JT6 film capacitor is an oil-filled polypropylene film capacitor. It is a three-layer capacitor that uses a thin-film dielectric layer and a pair of metalized electrodes. This particular capacitor offers the ideal combination of low inherent losses, low self-inductance, and high surge current capabilities. Additionally, this capacitor has a professional lead-integrated option with military-specifications for use in harsh conditions.

The MKP386M533085JT6 has a broad range of applications, including: telecommunications, instrumentation, power supplies, switching-, and audio circuits, as well as rectifiers, motor drives, filters, and other electrical power-management applications. The capacitor is also commonly used in the automotive industry, as it can effectively handle the high voltage and heat generated by vehicles, making it the ideal option for protecting and managing automobile electronics.

The working principle of the MKP386M533085JT6 film capacitor is relatively straightforward. The capacitor works by storing and releasing electrical energy when needed in the form of a charge. This charge is stored in an electric field formed between the two electrodes, which is kept constant under the influence of the voltage applied. When current passes through the capacitor, it stores energy within the electric field and when the voltage is removed, the charge stored in the electric field is released and dissipated.

Due to its reliable performance, high power rating, and low losses, the MKP386M533085JT6 film capacitor is an effective choice for a range of electronics applications. This capacitor offers excellent temperature stability and an impressive capacitance range of up to 0.3 µF.

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