UHD1E470MDD1TD

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Aluminum Electrolytic Capacitors are a form of capacitor that utilizes an electrolytic material as the dielectric medium combined with a direct current (DC) electric field created by the applied voltage to initiate the process of polarization. The polarization process produces a charge storage element with two plates separated by an insulating material.

UHD1E470MDD1TD capacitors are part of the Ultra High Density (UHD) series of aluminum electrolytic capacitors designed for polar applications. These capacitors offer a higher than normal operating temperature, high ripple currents, and long life times due to their low ESR and ESL characteristics. The capacitors feature a design that is optimized for extreme vibration environments, making them great for use in automotive, transportation, military, industrial, and medical applications. The capacitors are encased in a ruggedized, molded plastic case with an aluminum cover and epoxy sealant for added protection.

The basic principle of working of UHD1E470MDD1TD capacitors is similar to that of the conventional capacitors. A voltage source is applied across a set of metal plates separated by an insulator such as an electrolyte. This creates an electric field which causes an accumulation of charge and thereby an electric potential difference across the plates. This electric field causes the charge carriers in the electrolyte to migrate towards either plate, building up an electric charge on the plate it whatever direction the applied voltage dictates. The charge on the plates causes an opposing electric field which balances out the initial electric field. This equilibrium is known as the capacitance of the capacitor.

UHD1E470MDD1TD capacitors are generally used in applications where there is a requirement for a compact, high current, long life electric component. The majority of applications are for DC to DC converters, power supplies, audio amplifiers, AC power supplies, medical equipment, data capture systems, and instrumentation. The unique design of the capacitors allows for larger ripple current ratings and high resistance to vibration which makes them well suited for these applications. The ability to operate in high temperatures is also a major advantage for these capacitors over standard electrolytic capacitors.

UHD1E470MDD1TD capacitors offer superior performance in extreme vibration environments due to their high frequency characteristics, an aluminum-encloded epoxy molded case and a low ESR/ESL ratio allowing less heat production and longer life time. They also have a high temperature operating range and a large capacitance range which makes them ideal for applications that require high current, long life, and reliable performance. In addition, the capacitors have been designed using advanced materials and technology so that they can provide consistent performance even under high thermal and vibration stress.

UHD1E470MDD1TD aluminum electrolytic capacitors are designed for use in extreme environments where high performance, high current, and long life are essential. They provide a unique combination of features that make them ideal for applications in the automotive, transportation, military, industrial and medical fields. The advanced design and materials make them resistant to high frequencies, high temperatures, and vibration, making them a great choice for applications requiring a capacitor that can withstand these conditions.

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