MKP1848616094P2

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Film Capacitors

Film capacitors are classified as energy-storing components, as distinguished from resistors, which do not store energy. Film capacitors store energy in an electric field, just like ceramic or mica capacitors. But, unlike ceramic or mica capacitors, they are made of thin plastic films, instead of ceramic or mica. That makes film capacitors much more flexible than ceramic or mica capacitors. It also makes them more resistant to environmental degradation, such as humidity and vibration.

MKP1848616094P2 is a film capacitor that is designed to operate at an extremely low working temperature, making it suitable for applications in extreme environment, such as outdoor monitoring and automotive applications. It is a hybrid capacitor, combining the advantages of metalized polypropylene film and conductive plastic film technology. This results in superior high-frequency performance and superior working temperature stability.

The working principle of the MKP1848616094P2 film capacitor is based on the concept of electrical double layer, which is an electrostatic effect produced by the interaction between two closely adjacent surfaces. In the case of the MKP1848616094P2, the two surfaces are the metalized polypropylene film and the conductive plastic film. This electrostatic effect produces an electric field that stores energy within the capacitor.

MKP1848616094P2 film capacitors have a wide range of applications. Its low working temperature makes it particularly suitable for applications in outdoor monitoring systems, automotive applications, control systems, audio applications, portable and mobile equipment, test and measurement systems, and high-end consumer electronic products.

The MKP1848616094P2 film capacitor is robust and reliable, with excellent electrical stability and high temperature resistance. Thanks to its superior performance and flexibility, it is an ideal choice for a wide variety of applications.

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