UVR1A682MHD1TN Capacitors

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Aluminum electrolytic capacitors use electrical energy to form electric potential difference when the aluminum foil and electrolyte react electrochemically, and reversely, polarize and discharge energy.

UVR1A682MHD1TN is an aluminum electrolytic capacitor that operates in a wide temperature range and has very high electrical performance. Developed by Panasonic, this aluminum electrolytic capacitor is designed for efficient energy storage and high efficiency switching mode power supply applications. It also performs well in the audio frequency and intermediate frequency ranges.

This aluminum electrolytic capacitor is an ultra-high capacitance type. The electrolytic capacitor is highly reliable and operates within a wide temperature range from -55°C to +125°C. It offers premium performance, superior ripple current-handling capability, low inductance performance, and excellent high-temperature safety. The capacitor also features low ESR, and it is available in different sizes and capacitance ratings.

In terms of its application field, UVR1A682MHD1TN is suitable for a variety of applications, such as motor control, high-frequency switching mode power supplies, and UPS systems. In addition, it is also suitable for other energy-related industries such as renewable energy, electric vehicles, and home appliances.

When it comes to working principle, this released aluminum electrolytic capacitor depends on the principle of electrochemistry. When electrons and ions move from one electrode to the other, electric charge gets stored in the capacitance, and through a series of chemical reactions between aluminum foil, electrolytic solution, and non-reactive layer, energy can be stored and released. During the operation, the capacitor absorbs charge on the anode side and releases it on the cathode side when electric potential difference is applied. This produces a pulse of current that can be used to drive electronic loads.

Overall, UVR1A682MHD1TN is an ideal capacitor choice for numerous medium and low voltage DC to DC converter and power supply applications. It is designed to meet the highest standards of electrical performance, reliability, and environmental compliance, offering excellent safety even under a variety of operating conditions.

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