UBT1E471MPD

Aluminum electrolytic capacitors have wide application fields, including low-frequency signal filtering, bypass, high-frequency noise suppression, timing, current protection, pulse coupling, and de-coupling, as well as energy storage. UBT1E471MPD, specifically, is a kind of aluminum electrolytic capacitor with midium volume and long life designed for various types of electrical and electronic circuits.

UBT1E471MPD is constructed using an aluminum case and a rectangular base plate with a zinc alloy snap-in disk, covered with epoxy paint. Outside the case, polarized leads extend from the base plate to permit easy connection and installation. The aluminum shell and the rectangular base plate are resistant to moisture and dust. The capacitor\'s design also allows up to 10mm of travel where the mounting screws meet the case, providing greater flexibility and safety in installation.

In terms of working principle, just like other kinds of electrolytic capacitors, UBT1E471MPD uses the slight chemical reaction between aluminum oxide membrane and electrolyte to convert chemical energy to electrostatic energy. The energy stored in UBT1E471MPD is generated by an anodic reaction inside the electrolyte to develop an electric polarization. The electric fields produced by the polarization provide great electrical resistance and capacity.

Although UBT1E471MPD is mainly designed for circuits, it can also be used for pulse coupling, de-coupling, bridging, and energy storage. The capacitor is used in high-frequency noise suppression and circuit timing due to its steady and steady electric field distribution when under high-frequency signals. It can also be used in low-frequency signal filtering and bypassing due to its low ESR and fast frequency response.

UBT1E471MPD is a medium-sized aluminum electrolytic capacitor that has a long life and is designed for various types of electrical and electronic circuits. Its epoxy paint protects it from dust and moisture. Its high capacity, low impedance, fast frequency response, low ESR, and steady signal distribution makes it suitable for high-frequency noise suppression and circuit timing, low-frequency signal filtering, and bypassing.