Film Capacitors

MKP385436085JIP2T0 Application Field and Working Principle

Film capacitors are the latest types of capacitors which use film as dielectric material. Compared to traditional capacitors, they offer better performances, have longer life spans and are very flexible in terms of design. The MKP385436085JIP2T0 is one of the latest model of film capacitor. It has an operating frequency range of up to 0.5GHz, a capacitance range of 0.5pF to 10nF and can handle up to 63V of operating voltage.

The MKP385436085JIP2T0 is mainly used in the communication industry as a main component for high frequency circuit. It is also used in automotive electronics and defense industry as well as in New Information Technology (NIT) sectors. In terms of frequency response, the MKP3853685JIP2T0 has a minimum –3 dB cut-off frequency of more than 0.5GHz and a maximum +5 dB frequency at about 20GHz, making it suitable for a wide range of RF application.

In general, the MKP385436085JIP2T0 is a low-inductance, chip type film capacitor which uses an alloy polypropylene film as its dielectric. The capacitor is then sealed with an insulating material for excellent protection. Thanks to its small size and lightweight design, it is very useful in applications where space is at a premium. It is excellent for high frequency applications such as radio frequency level amplifiers, frequency synthesisers, and high resolution Noiseless screens.

In terms of principle of operation, the MKP385436085JIP2T0 works in a similar way as other traditional capacitors. A voltage is applied between two plates, producing an electric field in the film. This electric field attracts the free electrons in the film and creates a pool of charge. This is called the capacitance of the capacitor which is inversely proportional to the thickness of the film. The MKP3853685JIP2T0 has an extremely thin film, giving it a high capacitance and very low inductance.

Overall, the MKP385436085JIP2T0 is an extremely versatile film capacitor which can be used in a wide range of high frequency applications. Its low-inductance allows it to perform better than traditional capacitors in terms of performance, while its small size and lightweight design makes it an ideal choice for applications requiring space-saving components. Its high capacitance to thickness ratio also makes it very reliable and efficient.