63USC4700MEFCSN25X40

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Aluminum electrolytic capacitors are a type of capacitor that use highly reactive aluminum electrodes used to store electrical charge. A thin oxide film is formed on the aluminum electrode when the capacitor is exposed to electrical current, making it act as an electrical insulator. The oxide film is very thin and the dielectric strength of the insulating layer is high, so aluminum electrolytic capacitors can store much higher amounts of electrical energy compared to other types of capacitors, and they can also handle large electrical current pulses.

63USC4700MEFCSN25X40 Application Field

63USC4700MEFCSN25X40 is an electrolytic capacitor that is primarily used in applications that require excellent electrical performance and stability to process very high frequency signals. It features a unique low ESR (equivalent series resistance) characteristics and an extended operational temperature range. It is often used in conference rooms, broadcasting systems, and high-end professional audio systems where high-grade devices and components are a must. Additionally, this capacitor is used in automotive, industrial, medical, and other installations where excellent electrical performance is needed for reliable operation over an extended temperature range.

63USC4700MEFCSN25X40 Working Principle

The 63USC4700MEFCSN25X40 working principle is based on the fact that the aluminum electrode can organize itself into a thin film oxide layer under the action of an electric field. This film is a good insulator, thereby forming a capacitor. The oxide layer is very thin and its dielectric strength is high, so a large amount of energy can be stored in a small area. This oxide can also prevent the leakage of electric current.

The 63USC4700MEFCSN25X40 aluminum electrolytic capacitor is the ideal choice for applications where reliable performance over a wide range of temperatures is required. It offers excellent electrical performance due to its low ESR characteristics along with an extended operating temperature range. Additionally, the unique construction of this component enables it to withstand high frequency stress. It is also highly resistant to shocks and vibrations, making it suitable for a wide range of industrial applications.

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