MKP385168160JD02W0

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Film capacitors, also known as plastic or polymer film capacitors, are electrical storage devices fabricated with a thin plastic film as the dielectric. The most common types are made of polypropylene film, and are highly valued for their stability, low loss, self-healing, and high dielectric strength.MKP385168160JD02W0 is a type of film capacitor produced by a professional manufacturer. It has an operating temperature range of -40 to +85°C, a voltage rating of 630V AC/DC, a tolerance of±5%, a nominal capacitance of 53.8nF, and a dielectric strength of 300Vrms. The size of the capacitor is 18x35x8mm.

MKP385168160JD02W0 has a wide range of application fields and is mainly used in electronic systems with high frequency characteristics, such as loudspeakers, audio amplifiers, and signal filters, as well as applications dealing with high currents, such as electric motors, power supplies, and power systems. Additionally, it can be used in many other scenarios, such as TV receivers, radio communications, automotive electronics, and industrial control systems.

The working principle of MKP385168160JD02W0 is as follows. Two metal plates are separated by a thin layer of plastic film, and both plates are connected with two metal leads. When a voltage is applied to the capacitor, the dielectric film gets polarized. The electricity that moves between the plates produces an electric field in the film, which then stores electric energy. This type of capacitor can absorb and discharge electrical energy, thus creating an alternating current.

In conclusion, MKP385168160JD02W0 is a type of film capacitor that offers excellent performance in various applications, such as audio amplifiers, electric motors, and power systems. It has an operating temperature range of -40 to +85°C, a voltage rating of 630V AC/DC, a tolerance of±5%, a nominal capacitance of 53.8nF, and a dielectric strength of 300Vrms. Additionally, its working principle is based on two metal plates separated by a thin layer of plastic film, which gets polarized when a voltage is applied. As such, it is capable of absorbing and discharging electrical energy, thus creating an alternating current.

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