UHE0J562MHT

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Aluminum electrolytic capacitors are widely used in various applications demanding high capacitance and excellent electrical characteristics. The UHE0J562MHT is an aluminum electrolytic capacitor most suitable for high voltage energy storage applications. It has a wide range of uses, including in power supplies, audio applications, and automotive electronic systems.

The UHE0J562MHT features an improved design and low impedance operation. The capacitor utilizes capacitors with a large electrolytic solid electrolyte which is a blend of aluminum oxide, organic electrolytes, and graphite. The bipolar electrolyte matrix provides an improved working temperature range and low leakage current. This allows for higher power densities, lower ESR, and a high dielectric strength. It also has a precision-formed nickel-plated zinc housing.

The working principle of the UHE0J562MHT is that electric charge is stored in two dissimilar electrolyte components. When a voltage is applied, the solid electrolyte layer on the surface of the anode attracts positive ions which migrate into the electrolyte, creating a conductive path. Electric current is then generated as these ions reach the opposite side of the capacitor.

On the other hand, negative ions move towards the cathode, creating a conductive path as well. The positive and negative charges are then separated, which effectively forms a capacitor. This is known as Faraday\'s law of electrolysis and is the basis of the UHE0J562MHT\'s operation.

The permissible applied voltage of the UHE0J562MHT is rated between 7V and 1000V depending on the application and the environmental temperature. The maximum capacitance range is from 0.48μF to 150μF. The capacitors feature high current endurance, long life span, and low thermal dissipation. It provides excellent charge and discharge characteristics.

The UHE0J562MHT also has specialized features such as a plastic lined terminal structure to minimize the contact resistance. This allows the capacitor to be easily embedded in coaxial cables or other devices where the application space is limited. Other features include a high degree of mechanical robustness for shock and vibration resistance and a temperature range of -40°C to +125°C.

In conclusion, the UHE0J562MHT is an ideal capacitor for energy storage applications due to its high capacitance, excellent electrical characteristics, long lifetime, low thermal dissipation, and minimized contact resistance. It is perfect for power supplies, audio applications, and automotive electronic systems.

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