Film Capacitors

Film capacitors are one of the most advanced and technological advanced capacitors. The MKP383382200JKI2B0 is one such device that uses film technology to replace the larger, heavier, and more expensive capacitive devices. This capacitor is low loss, with very high DC working voltages, and offers performance benefits in compact sizes. There are several applications where this type of capacitor performs, and this article takes a look at the various aspects of MKP383382200JKI2B0 and its working principle.

Applications of MKP383382200JKI2B0

• Power Supply Filters
• High Voltage Motors
• High Speed DC Motors
• High Voltage Excitation Amplifiers
• High Speed Switching Amplifiers
• High Frequency Video Repetition Amplifiers
• High Density Data Storage Devices
• High Frequency Device Power Supplies
• High Speed Industrial A/D Converters
• High Frequency Oscillators
• Battery Charger

The MKP383382200JKI2B0 film capacitor has a large capacitance and low esr. It has a wide operating temperature range, from -55°C to +85°C, providing decreased thermal stress and greater reliability. It also is one of the few capacitors to survive temperatures up to +155°C, offering improved performance over other products on the market. It offers extremely high frequency performance up to 5GHz and an incredibly wide range of operating voltages to further broaden its application scope.

Working Principle of MKP383382200JKI2B0

The MKP383382200JKI2B0 uses the same working principle as other film capacitors. This device uses two distinct sets of parallel plates which are separated by a dielectric to create an electric field. This electric field produces a charge transfer between the plates. As the charge transfers, one set of plates become charged by the amount of charge transferred, which is the amount of capacitance the device can store.

The amount of capacitance that can be stored is proportional to the surface area of the plates and the dielectric layer in between them. As the operating voltage increases, the charge stored in the MKP383382200JKI2B0 increases due to the higher electric field strength. This increases the potential of the capacitor to store a larger amount of energy.

The dielectric layer is usually made of a material that is able to withstand higher voltages without leaking the charge. This provides greater protection and stability to the capacitor, as well as a long life expectancy. The dielectric materials used in this capacitor include polypropylene and polyester.

Conclusion

The MKP383382200JKI2B0 is an ideal capacitor for many applications requiring high performance capacitive energy storage. Its low loss, high DC working voltages, and other key characteristics make it an extremely valuable asset. It is used in applications from power supply filters to automotive electronics. With its long life expectancy, high frequency performance, and wide operating voltage range, this device is certainly one of the best film capacitors available.