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Film Capacitors

A film capacitor is a type of capacitor designed to store electrical energy in an electrostatic field, using thin film materials as the dielectric. They are made from a combination of materials such as glass, plastic, and metal, wound together on removable or fixed cores. Film capacitors are typically smaller in size and voltage range, with higher insulation resistance and stability, as well as higher capacitance, than other types of capacitors.

MKP386M468250YT2 Application Field

The MKP386M468250YT2 capacitors are designed for power applications in power supplies, frequency converters, power electronics and other electronic equipment. Highly reliable and highly stable, the MKP386M468250YT2 capacitors can withstand the small, medium, and high power sources. These film capacitors can draw current within the entire range of 0-30A, with high capacity retention at high temperatures. The MKP386M468250YT2 capacitors have UL grade ratings for safety and are approved for Class B or Class F for special features.

The capacitor can be used in a variety of applications, from high frequency configurations to momentary overloads. As ultra-high power power supplies, MKP386M468250YT2 capacitors can reduce the ripple current and increase the efficiency of the operation.

MKP386M468250YT2 Working Principle

The MKP386M468250YT2 capacitor can store electrical energy within an electrostatic field. The capacitor is made from a combination of various materials such as plastic, metal and glass, which are wound onto the core. Film capacitors utilize thin film materials to store electricity.

The thin film materials are designed to have a breakdown voltage superior to other capacitors, making these capacitors highly reliable and highly stable. Additionally, these film capacitors typically draw higher current than other types of capacitors, allowing them to withstand higher power. MKP386M468250YT2 capacitors also come with a UL grade rating, providing added safety.

The MKP386M468250YT2 capacitor utilizes a construction with two materials that causes an electrostatic field to form when an electric device is attached between the contacts of the capacitor. This field builds up a charge in the electrostatic field and stores energy. When a current is applied to the device, the current draws a charge from the electrostatic field and the capacitor will discharge.

Conclusion

The MKP386M468250YT2 film capacitor is a highly stable and reliable capacitor designed for high power applications. The combination of plastic, metal, and glass winding onto the core provide a highly efficient electrostatic field capable of storing energy. The capacitor is UL graded for added safety and can withstand a wide range of power sources, as well as momentary overloads.

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