860010574010

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Aluminum electrolytic capacitors identify a family of capacitors whose anode electrode is made of aluminum foil, upon which a very thin oxide layer provides a dielectric. The cathode electrode is created by screen-printing aluminum paste and then caps are hermetically sealed with an electrolyte (note the vast majority of capacitors today are solid electrolytic). These capacitors are the most widely used type for its large capacitance per unit volume, but have the disadvantage of low working voltage and aging ..

The 860010574010 aluminum electrolytic capacitors are used in wide array of applications including audio/video equipment, signals, telecommunications, industrial control systems, and sensing equipment. The capacitors are general-purpose and can be assembled into caps in many shapes. These capacitors are suited for applications where higher capacitance values and a low ESR are needed, for example in low frequency power supplies, “UPS” systems, circuit-level switches for battery powered applications, and in other high reliability applications.

The 860010574010 aluminum electrolytic capacitors are based on the principle of using the physical property of a dielectric that isolates electric charge which blocks the passage of a direct current. This means that an electric field is applied between two metal plates (electrodes) separatted by the dielectric material, resulting in a buildup of charge on each electrode in proportion to the applied voltage. When charge builds up, the separation between the two metal plates diminishes and when the separation stops, the charge is stored within the capacitor and an electric current does not flow.

To summarize, aluminum electrolytic capacitors store an electrical charge, which can be used for a variety of applications when higher capacitance values and a low ESR are required. The 860010574010 aluminum electrolytic capacitors are suitable for a number of applications, including audio/video equipment, signals, telecommunications, industrial control systems, and sensing equipment. These capacitors function according to the principle of the physical property of a dielectric which separates the two metal plates, resulting in a buildup of charge on each electrode. With its large capacitance per unit volume, low working voltage and aging, these capacitors are ideal for a variety of applications.

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