UMT1A470MDD

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Aluminum electrolytic capacitors are widely used in power supplies, power factor improvement units, UPS system and accompanying DC filter circuits in home appliances, computers and other electronic products. In this field, UMT1A470MDD is a reliable option for power supply and filtering applications.

The UMT1A470MDD has an aluminum electrolytic/phenolic case, three-terminal axial leads, and a radial leaded design, making it a good choice for high-power power supply applications and medium-current DC filter circuits. With a rated voltage of 100 VDC and a ripple rating of 50V, the UMT1A470MDD is capable of providing reliable performance under varying environmental conditions.

The UMT1A470MDD achieves a high level of performance due to its working principle. Aluminum electrolytic capacitors rely on a chemical reaction, where the insulating medium (an electrolyte) and the two electrodes of the capacitor (the anode and cathode) are immersed in the medium to form an electrochemical cell. This process of electrolysis produces an electric potential across the cell, resulting in a buildup of a charge in the capacitor, which produces a voltage difference between the two terminals.

The construction and performance of the UMT1A470MDD are also optimized for reliable performance under arduous conditions. The capacitor features a sturdy plastic case with a high-temperature and flame-retardant epoxy resin construction. The case also features a specially designed thermal dissipation system which is designed to reduce the risk of overheating and ensure reliable operation at high temperatures. Additionally, the capacitor is designed with vibration-resistant construction and is UL approved for use in high-voltage applications.

By combining carefully selected materials and construction techniques, the UMT1A470MDD provides superior performance and reliability to all power supply and DC filter applications. The capacitor is extensively tested to guarantee that it meets the highest standards of safety and quality and is well suited for a variety of power supply and filtering applications.

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