LNU2W682MSEHBB

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Aluminum electrolytic capacitors are electronic components widely used in the market today. They are mainly used for energy storage, signal filtering, and power supply decoupling. LNU2W682MSEHBB is an aluminum electrolytic capacitor specifically designed for high-current, two-way radio communications applications. It employs advanced technology for improved performance, reliability, and increased product life.

The LNU2W682MSEHBB featured a non-solid electrolyte composition, which resulted in an increased capacitance up to 11µF, compared to standard aluminum electrolytic capacitors with the same size. The temperature rating range of the LNU2W682MSEHBB was -55°C to 125°C, with a maximum pulsed current rating of 20A. It also had a rated voltage of 1000V DC, with a ripple current rating of 40A at 125°C.

The working principle of LNU2W682MSEHBB aluminum electrolytic capacitors was based on a series connection of two capacitors: an anode capacitor and a cathode capacitor. The anode of the capacitor was composed of an aluminum foil, dielectric, and an electrolyte layer. The cathode was composed of a nickel-plated steel foil. A pressure-sensitive adhesive was also used between the two components to form a compact construction.

The anode and the cathode plates were sandwiched together and formed in a cylindrical shape. The most important feature of the LNU2W682MSEHBB aluminum electrolytic capacitor was its increased capacitance-to-volume ratio (CV). This was due to its non-solid electrolyte composition, which allowed for more electrolyte material to be inserted into the capacitor housing. This effectively increased the capacitance of the capacitor without taking up additional space.

With its improved performance, reliability, and increased product life, LNU2W682MSEHBB aluminum electrolytic capacitors have become a staple in many electronic circuits due to their excellent energy storage, signal filtering, and power supply decoupling capabilities. It is suitable for use circuits in two-way radios, amplifier circuits, and voltage regulation. It is also used in numerous other high-performance electronic applications, such as in automotive, consumer electronics, industrial, and military applications.

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