UHN1C152MPD

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Aluminum electrolytic capacitors have been widely used in electronic equipment and systems for many years. With the development of electronic circuit miniaturization and higher requirements for ripple absorption, UHN1C152MPD aluminum electrolytic capacitors have become the preferred option for many designers.

Application field: UHN1C152MPD aluminum electrolytic capacitors are mainly used in signal transmission and control fields. They are also widely used in battery backup, audio and video systems, solar energy systems, solid state relay systems, communication systems and other related fields. Due to the simple structure, easy maintenance, and low price performance, this kind of capacitor is very cost-effective and popular among many users.

Working Principle: UHN1C152MPD aluminum electrolytic capacitor is an electrolytic-filled capacitor with a ring-shaped anode structure. It is composed of an anode and a cathode with an electrolyte filled between them. Under the action of the applied voltage and its own self-polarization voltage, anodic aluminum will dissolve into aluminum oxide in the electrolyte. Through the separated oxide film, the charge transfers between anode and cathode, thus forming a capacitive structure. It is worth noting that the oxide film will be gradually damaged by the charge cycle and the load current, resulting in an irreversible decrease in capacitance.

UHN1C152MPD aluminum electrolytic capacitors have high capacitance and low equivalent series resistance characteristics. Their high energy storage capacity and ripple absorption capability make them very suitable for the requirements of electronic switching power supplies and fast discharge power supply circuits. In addition, due to the development of advanced manufacturing technology, products of this type now have relatively long shelf life and better reliability.

UHN1C152MPD aluminum electrolytic capacitors are widely used in electronic circuits for their high capacitance and low equivalent series resistance characteristics. They are especially suitable for signal transmissions and controls, battery backups, audio and video systems, solar energy systems, solid state relay systems, communication systems, and other related fields. They are characterized by high energy storage capacity and ripple absorption capability, long shelf life and reliable performance.

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