Film Capacitors

A film capacitor is an electrical component that utilizes thin metal, ceramic, or polyester layers insulated from each other to store electrical charge. The thin-film capacitors employ a dielectric thinning process to form dielectric layers, and a conductor film is used on the internal and external electrodes. These capacitors can have a wide range of usable voltage, enhancing the variety of frequency characteristics.

MKP1847610354P2 Application Field and Working Principle

The MKP1847610354P2, an X2 capacitor that has a small size and lightweight, is used for filters and other applications. It has a wide voltage range that ranges from 1KVAC to 3KVAC, and it has a low dissipation factor and a large capacitance range of 500V to 3000V.

The working principle of the MKP1847610354P2 is the use of thin metal, ceramic, or polyester layers insulated from each other to store electrical charge. This configuration allows the capacitor to have a high dielectric property. The capacitor then stores electrical charge in the dielectric layer and can then be discharged when the system needs it. The capacitance also decreases inversely to the increased voltage across the capacitor.

The MKP1847610354P2 is designed to be used in various applications. It is ideal for DC/DC converter power filters, general purpose electronics, high frequency decoupling, signal processing, power rectifiers, and general AC applications. With its wide voltage range, low dissipation factor, and wide capacitance range, it is highly suitable for directly connecting to high-voltage power supplies. It also has excellent low-voltage and high-current characteristics for high-frequency circuits.

The MKP1847610354P2 also has excellent frequency response and temperature stability. This makes it ideal for high-performance filters such as in low-EMI applications. Its excellent frequency response ensures that it can provide stable operation in applications with a frequency range of several kilohertz, making it suitable for switching regulators and other similar circuits. Finally, its high-temperature stability ensures reliable operation in applications with extreme operating temperatures.

In conclusion, the MKP1847610354P2 is an excellent film capacitor for a variety of applications. It has a wide voltage range, low dissipation factor, and a wide capacitance range that make it suitable for high-electrical power and high-frequency applications. Its low-voltage and high-current characteristics, excellent frequency response, and temperature stability are some of its main advantages.