MKP385313250JIP2T0

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Film Capacitors

MKP385313250JIP2T0 is a type of film capacitor, which has been commonly used in various applications due to its high dielectric strength and excellent frequency properties. MKP385313250JIP2T0 offers very low inductance, generating a more steady capacitor performance especially when used in high frequency filters. This kind of film capacitor has a wide temperature range of -55°C to +105°C, as well as a long life with excellent surge immunity property.

Application Field

MKP385313250JIP2T0 capacitors are widely used in radio transmitter and receiver equipment, mobile phone base stations, wireless communication equipment, radar, computers, electronic instruments and equipments, military vehicles, automatic production lines, etc. Besides, it can also be applied to the input/output filters of switching power supply, controlling circuits, damping circuits, measuring equipments and audio equipments.

Working Principle

The primary working principle of a film capacitor lies in the fact that its dielectric can store electrical charge when a voltage is applied to it. This feature allows it to act like a miniature battery, as it can hold power, release it gradually, and experience a voltage drop in between recharge cycles. The capacitor is made up of two electrical conductors, with a dielectric material placed between them. The dielectric comprises a thin, flexible layer of plastic film that is capable of holding a charge. This feature allows for the capacitor to store electric energy in the form of electric field. The capacitor also works to reduce voltage spikes as the layers of dielectric work to absorb the alternating current.

MKP385313250JIP2T0 film capacitors are polarised and tend to be the most resillant to frequency and voltage spikes. Contained in a cylindrical or rectangular form, such capacitors are suitable for applications such as filtering, memory or neutron stores, timing, bypass, decoupling, motor start/run or snubber circuits, combinations of these and specialist applications like RF coupling and audio crossover networks.

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