MKP385475016JFI2B0

Film Capacitors

The MKP385475016JFI2B0 is a type of film capacitor that combines the advantages of both high-temperature and self-healing properties. As such, it is widely used in a variety of applications, from industrial motor control to consumer electronics.

Application Field:

The flexibility, high insulation resistance, broad temperature range and low loss of MKP385475016JFI2B0 makes it perfect for industrial motor control applications. It provides a high degree of control over motor operation by providing the voltage and current stability required to ensure accuracy and the life of related components in the motor control system.

Aside from its usual use in motor control, it is also used for power supply filtering, motor drives, and other high-power applications. It is widely used in military and aerospace applications, thanks to its durability and reliable performance in extreme conditions.

Working Principle

The working principle of MKP385475016JFI2B0 film capacitors is based on the dielectric property of its special insulation material. The material used, is a polypropylene that not only provides the capacitor with its high temperature and self-healing characteristics, but also a high dielectric strength. This dielectric material acts as an insulator when an electrical charge is applied, providing a means to store and discharge the energy.

The MKP385475016JFI2B0 is also known for its very low dielectric losses. This ensures the accuracy of signals passing through the capacitor and prevents it from heating up, which could damage related components in the system.

In addition to the high insulation resistance, the capacitor also features a non-polarized design, which allows it to be used in a broad range of polarities without risk of failure.

Conclusion

The MKP385475016JFI2B0 film capacitor is an ideal choice for industrial motor control and high-power applications due to its high insulation resistance, broad temperature range and low loss properties. Its non-polarized design makes it suitable for a variety of polarities, while its high dielectric strength ensures accuracy and the life of related components in the system.