200KXW220MEFC14.5X30

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Aluminum electrolytic capacitors are relatively common electronic components widely used in various electronic products, and 200KXW220MEFC14.5X30 is a model of aluminum electrolytic capacitor. This article mainly introduces the application field and working principle of 200KXW220MEFC14.5X30 aluminum electrolytic capacitor.

The application field of 200KXW220MEFC14.5X30 aluminum electrolytic capacitor is mainly is mainly for high frequency current compensation, DC power supply filtering, oscillator and timer circuit, active filter, AC power supply filtering, computer mother board power supply filtering, TV, DVD audio and video power supply filtering and switching power supply filtering, etc.

The working principle of 200KXW220MEFC14.5X30 aluminum electrolytic capacitor is on the basis of its sandwich structure. Its upper and lower parts are aluminum foil respectively with oxide film on it, and between the two are separated by a piece of film which has a tiny gap between them. When there is a voltage difference between the two ends of the capacitor, an electric field is generated between the two ends, and then an electric charge flows in both directions. This process continues until the electric potential between the two ends is equal.

In general, 200KXW220MEFC14.5X30 aluminum electrolytic capacitor is a small electronic component, but its application field and working principle should not be ignore. Its application field is mainly for high frequency current compensation, DC power supply filtering, oscillator and timer circuit, active filter, AC power supply filtering, computer mother board power supply filtering, TV, DVD audio and video power supply filtering and switching power supply filtering, etc. The working principle of the capacitor lies in its sandwich structure, that is, its top and bottom are aluminum foils with oxide films, and a tiny gap between the two is filled with a piece of film. The electric field is generated and electric charge flows between two ends when there is a voltage difference.

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