MAL210465472E3

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Aluminum electrolytic capacitors are passive electronic components that can store electric energy when connected to an electric power source. The MAL210465472E3 is an aluminum electrolytic capacitor that is most suitable for high-frequency circuits when precision and accuracy are required. It is distinguished by its low electrical losses, reliability and stability over a long use life. This makes the MAL210465472E3 well suited to applications in industries such as automotive, consumer electronics, and telecommunications.

The MAL210465472E3 is an encapsulated capacitor with a cylindrical body made of aluminum with a radiating groove on top. The anode is connected to the vermicular aluminum foil on the radiating groove, whilst the cathode is connected to the bottom of the aluminum container with a vinyl sleeve. The interior of the capacitor is filled with an organic electrolyte and a special-type press paper that contains an electrolytic aluminum foil, which is then sealed with insulated adhesive tape and a thermoplastic cover.

The working principle of the MAL210465472E3 is a variation of the typical electrolytic capacitor design. When connected to an AC source, current flows across the electrolytic elements contained within the component. This current causes an oxidation reaction between the electrolyte and anode, creating an oxide film on the surface of the anode. As the thickness of the oxide film increases, more electrons accumulate on the anode surface, creating an electric charge. This electric charge creates a large internal voltage between the anode and cathode and is therefore able to store a large amount of energy.

The MAL210465472E3 is an ideal component for applications in the fields of automotive, consumer electronics and telecommunications, due to its low electrical losses and long use life. Its unique design is able to store more energy than traditional electrolytic capacitors, making it a highly reliable and stable component. Furthermore, its cylindrical body makes it well suited for use in high-frequency circuits, where precision and accuracy are of great importance.

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