UBW1J470MPD

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Aluminum Electrolytic Capacitors

Capacitors are one of the fundamental electrical components for controlling and storing electrical energy. They can be divided into non-polar capacitor, electrolytic capacitor, and super capacitor. An electrolytic capacitor, also known as aluminum electrolytic capacitor, combines the advantages of both non-polar capacitors and electrolysis and therefore is a hybrid type of capacitor used in a wide range of electronic products. In the following analysis, the application field and working principle of the UBW1J470MPD aluminum electrolytic capacitor will be discussed.

Application Field

The UBW1J470MPD aluminum electrolytic capacitor is designed to provide high voltage with low equivalent series resistance (ESR). It is well suited for use in switch mode power supplies, high power LED lighting, power inverters, and other industrial applications. This type of aluminum electrolytic capacitor is also very stable in temperature, making it an ideal choice for high temperature operating environments and conditions.

Working Principle

The UBW1J470MPD aluminum electrolytic capacitor works based on the principles of electrolysis. When an electric current passes between two electrodes, one of the electrodes (anode) dissolves and forms an electrolyte and ions, while the other electrode (cathode) deposits the electrolyte. These ions and electrolyte control the flow of electrons, thus forming electron fields that can store electrical energy. The UBW1J470MPD aluminum electrolytic capacitor is designed with a thin oxide film, which is used to separate the anode and the electrolyte in order to maintain the electronic fields. This separation allows the capacitor to keep its stored electrical energy despite environmental changes.

Conclusion

The UBW1J470MPD aluminum electrolytic capacitor is a versatile product, helping to supply power, regulate signals, and store energy with its superior temperature stability. Its working mechanism relies on the principles of electrolysis to produce electron fields, allowing it to maintain energy. Furthermore, its ability to handle high voltage with low ESR makes it an ideal choice for various applications, such as switch mode power supplies, high power LED lighting, power inverters, and so on.

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