UVZ1E102MPD

Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are special forms of capacitors that use an electrically formed oxide layer on the surface of an aluminum metal cylinder as the dielectric. Because the oxide dielectric layer can be made very thin, a very large capacitance value can be achieved in the same physical volume of capacitor.

UVZ1E102MPD is an aluminum electrolytic capacitor. Its application field is mainly used in personal computers, telecommunications, professional audio equipment, office automation products and other industries. And it also meets the requirements of automatic mounting of high-density electric boards and is especially suitable for high temperature and high reliability requirements.

The working principle of UVZ1E102MPD is that when a direct current voltage is applied, electrolyte ions move through the porous separator to the anode and are deposited on the anode to form a dielectric film. The thickness of this film is directly proportional to the electric charge input, so the higher the electric charge, the thicker the film. This forms the electric field and energy store of the capacitor.

UVZ1E102MPD aluminum electrolytic capacitors are usually in the form of an anode aluminum foil as the main part, as well as a separator and an electrolyte, a cathode lead and a sleeve. The lead wire is used to form a circuit, the anode aluminum foil is used to form a dielectric, and the electrolyte is used to supply electrolyte ions for the formation of the dielectric film. Finally, the sleeve is used to seal the whole to prevent the electrolyte from leaking out.

To sum up, UVZ1E102MPD aluminum electrolytic capacitors are widely used in personal computers, telecommunications, professional audio equipment, office automation products and other industries due to its good performance. The formation of electric field and energy storage of this capacitor is based on the principle of electrolyte ions moving through the porous separator to the anode and forming a dielectric film.