UPS0J102MPD

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Aluminum Electrolytic Capacitors are a type of capacitor that utilize non-solid aluminum oxide film as the dielectric medium. These capacitors offer decreased volume compared to other types, high stability, good load performance and low ESR (equivalent series resistance). And the UPS0J102MPD is a kind of Aluminium Electrolytic Capacitors with ultra-small size, high temperature and low profile.

The UPS0J102MPD is highly useful in various applications as they offer some tremendous features for a capacitor of their size. These include a high ripple current rating, long product life, an ultra-high voltage rating of up to 800V, and an operating temperature range between -55°C and +110°C, making them ideal for modern high-temperature applications. Additionally, they feature excellent ESR performance in a limited size, with a remarkably small 20.4mm x 7.5mm package.

The UPS0J102MPD works based on the principles of electrochemical double layer capacitors (EDLCs) The EDLCs work on a three-electrode system wherein the electrodes act as a cathode and anode, with a polarized electrolyte, usually an ionized liquid, solution or gel, acting as a dielectric medium. When connected across a DC circuit, a charge is developed on the polarized electrodes, which creates an electric field across the medium that stores electrical energy.

The design of the UPS0J102MPD allows its application in many high-integration areas such as thin client systems, FPGA systems, microprocessor systems, and other high-temperature applications where size and weight are of utmost importance. Additionally, these capacitors can be used in various DC-DC converters, battery-backed up signal systems, and electronic flashers. They can also be used in LED lighting systems, such as LED drivers, streetlamps, and tunnel lamp systems.

The UPS0J102MPD offers an excellent combination of features and low parasitic elements, such as high capacitance, low ESR, long product life, and an ultra-tiny size, which makes them suitable for many high-temperature applications. They are highly reliable and offer an excellent energy storage ability. Additionally, their high-end construction allows for an excellent combination of performance, reliability, and longevity.

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