MKP385430040JC02Z0

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Film capacitors are reliable, cost-effective capacitor solutions that retain their electrical characteristics and properties over a long period of time. The MKP385430040JC02Z0 is a professional grade film capacitor with a variety of features and applications. It offers excellent dielectric properties and excellent Surge protection when used in AC applications.

The MKP385430040JC02Z0 is a general-purpose capacitive element with a working voltage of 440VAC, a rated temperature of 85 degrees Celsius, and a dielectric strength of 2.2kV. It has a capacitance rating of 4.0uF for AC de-coupling and high-frequency applications. The MKP385430040JC02Z0 is encapsulated in a plastic case with a pitch of 5mm. This ensures a better compatibility of the film with the other components inside the system, reducing the possibility of shorts due to heat and humidity.

The MKP385430040JC02Z0 application field is in a variety of areas including power electronics, energy storage, automotive electronics, medical electronics, and industrial power systems. In power electronics, the MKP385430040JC02Z0 film cap can be used to reduce RF interference, provide isolation between high power buses, and provide surge protection for electronics. In energy storage, the MKP385430040JC02Z0 can be used to improve the turnaround of energy which increases efficiency and brings down the cost of operation. In automotive electronics, the MKP385430040JC02Z0 can provide EMC improvements and reduce noise interference from external sources. In medical electronics, the MKP385430040JC02Z0 capacitors provide improved electrical safety and reduce the risk of electrocution while providing greater power efficiency. Lastly, in industrial power systems, the MKP385430040JC02Z0 film cap can offer improved overvoltage protection and high-efficient energy storage for improved operation.

The working principle of film capacitors is quite simple. The capacitance is mainly formed by two conductive layers. When an external voltage is applied, electrons flow across the conductive layers creating an electrostatic field. This field is stored in an insulating layer between the two layers, which separates them and forms the dielectric. The amount of capacitance is determined by the size of this insulating layer, which is affected by the orientation of the conductive layers.

The MKP385430040JC02Z0 capacitors are high-performance, efficient, and reliable solutions for all kinds of applications. They offer excellent dielectric properties and improved Surge protection when exposed to AC current. They can be used for power electronics, energy storage, automotive electronics, medical electronics, and industrial power systems. Their simple working principle makes them a great choice for all kinds of capacitive requirements.

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