MKP385333125JC02R0

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Film capacitors are electronic components used to store and manage the flow of electrical charge throughout a circuit of a device. They are designed to provide reliable, low loss operation while offering excellent tolerance properties in terms of voltage, temperature and other environmental conditions. The MKP385333125JC02R0 is one such film capacitor, and is ideal for applications requiring temperature stability, dimensional stability and application of high voltages.

Applications

The MKP385333125JC02R0 is most often used in power applications, such as in power supply filters, fuses, breakers, signal transformers and high voltage/temperature feedback circuits. Additionally, it is commonly installed in high efficiency motors, high frequency generators and nuclear power stations due to its extremely low ESR (Equivalent series resistance), which helps minimizes voltage drops and energy losses. It has also become a popular capacitor in lighting fixtures due to its ability to withstand the pressures and temperatures of lighting environments. Other applications include automotive electronic systems, aircraft systems, liquid level controllers, audio and broadcast systems, medical equipment, and various electronic appliances.

Working Principle

The MKP385333125JC02R0 works with a simple principle, where two electrodes are placed within a dielectric material or film. In this case, the film is made of polyester, which makes it highly resistant to high temperatures, chemical damage, torsional damage, and various forms of mechanical shock. As electricity is sent through the capacitor, the polyester film forms an electrical barrier, thus providing a static charge. The electrostatic barrier created by the polyester film is able to store the electrical charge for an extended period of time, allowing for the voltage to remain constant.

The MKP385333125JC02R0 is highly resistant to excessive voltage, which makes it a reliable choice for applications that require higher voltages. Its dielectric film is able to withstand even the most brutal of temperatures up to +125℃, while still minimizing capacitance losses, thus allowing the capacitor to perform exceptionally well for long periods of time.

Conclusion

The MKP385333125JC02R0 film capacitor is a component designed to store and manage the flow of electrical charge. It is typically used in power applications, such as power supply filters, generators and motor heating systems. Additionally, it is highly resistant to changes in temperature and can withstand voltages up to +125℃. The capacitor works by employing two electrodes and a dielectric material, which serves to create an electrostatic barrier that stores the electrical charge for an extended period of time. Its reliable performance and ability to withstand harsh environmental conditions has made it a popular choice in many different industries.

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