MKP385351125JFI2B0

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The MKP385351125JFI2B0 is a Film Capacitor. It is designed for wires and is constructed using the traditional capacitor insulating plastic film as the dielectric medium. The MKP385351125JFI2B0 is a rectangular tape type of capacitor and is quite reliable, easy to install, and offers excellent performance over a wide range of temperatures and environmental conditions.

Applications

The MKP385351125JFI2B0 is mainly used for the overvoltage protection of wiring and bus systems. In addition, these capacitors are typically used in audio equipment, uninterruptible power supplies, nonvolatile memory, motor controls, electrical instrumentation, medical devices and industrial automation. Moreover, they may also be used as energy storage and sometimes to reduce power factor.

Working Principle

The MKP385351125JFI2B0 capacitor has two metal plates contained within an insulating medium which can be plastic film. When voltage is applied to these plates, a charge is generated. The capacitance is measured by the amount of electric charge stored between the plates, which is determined by the size of the plates and the distance between them. The capacitance is also affected by the dielectric medium used and the unavoidable parasitic inductance created within the construction of the capacitor.

The MKP385351125JFI2B0 also offers a superior protection to its overvoltage protection system, since it physically limits the amount of energy that can be transferred and can dissipate very large amounts of energy thanks to its film type construction. Furthermore, the self-healing characteristics provided by the capacitor\'s insulation layers helps reduce the risk of a catastrophic failure in the system due to overvoltage.

Conclusion

The MKP385351125JFI2B0 Film Capacitor is a reliable, efficient and cost-effective way to provide overvoltage protection in wire and bus systems. Its reliability and self-healing characteristics make it an ideal choice for applications requiring stable performance over a wide range of temperatures and environmental conditions. Furthermore, it can also be used for energy storage and power factor correction.

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