UPM2C010MPD1TD Capacitors

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Aluminum electrolytic capacitors are capacitors whose capacitance is mainly composed of an electrolyte and two aluminum foils. UPM2C010MPD1TD is a type of aluminum electrolytic capacitor. In the field of application, UPM2C010MPD1TD is widely used in switching power supplies, line filtering, frequency conversion circuits and other related industries, such as computers, electronic switching systems, communication systems and consumer electronics.

UPM2C010MPD1TD has a long life and stable performance. Its rated working voltage is 63V, and its rated capacity is 1000μF, with a rated insulation resistance of not less than 50000MΩ∙μF. The external aluminum shell is made of epoxy resin and strong against vibration, and it is a miniature type with a diameter of 10mm and a length of 25mm. In this way, it occupies very little space and has a wide range of applications.

The working principle of UPM2C010MPD1TD is similar to that of other aluminum electrolytic capacitors. It consists of a conductor and a separator. The conductor is composed of two layers of aluminum oxide film generously applied to both sides of an aluminum foil. The separator is made of a paper tube soaked in an electrolyte. When applying direct current, the anode (the aluminum foil on the positive side) will produce anode oxide film, and the cathode (the aluminum foil on the negative side) will produce oxygen base film. If an alternating current or a high-frequency current is applied, the anode oxide film will be slowly peeled off and returned to the electrolyte, thus forming an electric double layer capacitance.

As a kind of aluminum electrolytic capacitor, UPM2C010MPD1TD has a wide range of applications, a long life and stable performance. When you use it, the correct selection is very important, and try to avoid contact with moisture or organic solvent in order to avoid damage or explosion. Other than that, you shall pay more attention to keep it away from vibration and impact, in order to achieve a better application effect.

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