MKP1841268134

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Film capacitors, also known as plastic film capacitors, refer to a type of capacitor components that use the dielectric material of organic film and are wound into capacitors. Among them, MKP1841268134 is a product with a large capacity and relatively wide application, and is suitable for electronic industry.

MKP1841268134 is a kind of film capacitor, usually composed of two electrodes, metal film and insulating film. The two electrodes are rolled or wound together in laminated sheets, or in a combination of rectangular sheets and discs. The metal film (usually aluminum film) serves as the anode, and the dielectric film (polyester film, polypropylene film, etc.) is placed between the two metal film electrodes as the dielectric.

MKP1841268134 can store electrical energy when there is a potential difference between the two electrodes, and can discharge current, thus exerting an electric field. Its metal film electrode is thinner than electrolytic capacitor, the dielectric dielectric coefficient is very high, and the dielectric loss is very small. Therefore, it is widely used in many electronic industries, and its main application fields are as follows:

• Aerospace applications: Resettable circuit breakers, compression circuits, transformers, phase compensation, and stabilizers.
• Automotive industry: DC electric motors, lights, and anti-jamming filters.
• Consumer electronics: power converters, charging modules, digital cameras, TV sets, DVD players, mobile phones, cables, and other audio equipment.
• Communication equipment: mobile phone base stations, wireless networks, signal lines, and other related equipment.

Due to the high capacity of MKP1841268134, it is usually used for some high-precision equipment, and its working principle is as follows. The metal film of MKP1841268134 is connected to the negative pole of the power supply, and then the resistors are connected at both ends. When voltage is applied, electrons are injected from the negative pole of the power supply, and then accumulate on the surface of the film. These electrons increase the negative charge on the metal film, and the metal film begins to produce counter electrons. When the potential difference between the metal film and the power supply exceeds the breakdown voltage of the dielectric film, a current is generated through the electric field of the dielectric film, and the capacitor begins to store energy.

In summary, the MKP1841268134 film capacitor is widely used in many electronic industries because of its advantage of high capacity. Its two metal film electrodes form a potential difference when a voltage is applied, and a current is generated to store energy in the dielectric film.

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