385VXS150MEFC22X35

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Aluminum electrolytic capacitors are used in a variety of electrical applications due to their high energy storage capacity and relatively low cost. The 385VXS150MEFC22X35 is an example of an aluminum electrolytic capacitor, which is used in applications requiring a large capacitance, such as power factor correction and other power conditioning applications. It is a general purpose capacitor offering high ripple current and long life.

Working Principle

Aluminum electrolytic capacitors are based on the principle of the electrochemical double-layer capacitor, which utilises a porous aluminum oxide film as the dielectric medium. This film is formed by anodization of the surface of an aluminum foil and then sealed in a can with electrodes and electrolyte. As the device is connected to a power supply, electrons from the cathode current flow into the porous dielectric film, oxidation occurs and the opposite occurs on the anode side, resulting in an electric double-layer. This layer acts as a capacitor, storing electricity and creating a voltage drop across the electrolytic capacitor.

Application Field

The 385VXS150MEFC22X35 aluminum electrolytic capacitor is used in power factor correction and other power conditioning applications due to its high ripple current and long life. It is well suited for use in power supplies, motor drives and other general purpose applications requiring a large capacitance. It is also used in the frequency control of oscillators, as well as in filters used for transient suppression or EMI suppression. It is primarily used in medium to high voltage applications, and can be used in temperatures between -40°C and 85°C.

This specific aluminum electrolytic capacitor, with its capacitance, low leakage current and endurance, has become a staple in a variety of industrial settings, and is a reliable capacitor choice for any medium to high voltage application. Thanks to its design and construction, it has become a user-friendly and economical choice that still offers quality performance.

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