108ULR4R0MGU

Aluminum - Polymer Capacitors are electrochemical capacitors consisting of three components- two thin aluminum foil plates and a thin polymer film in-between. The configuration of the capacitor allows for very low Equivalent Series Resistance (ESR) and very low leakage current in comparison to film capacitors, or Electro-Lytical capacitors.

The 108ULR4R0MGU Aluminum - Polymer Capacitor, developed by United Chemicom, is a bi-polar configuration, with a max voltage rating of 6.3V. This WMD type capacitor is designed for specifically for high-density circuit boards and complex LCD flatscreens. Its primary application is for output and input filter applications, and it can also be used for automatic line stabilization, dc-dc conversion and noise filtering.

The working principle of the 108ULR4R0MGU Aluminum - Polymer Capacitor is based on the chemical reaction created by its core elements, the aluminum and polymer. When a potential difference is applied to the plates, the polymer film expands or contracts depending on the direction of the current, creating an electrochemical reaction between the aluminum and polymer, thereby producing a capacitive effect. The rate of recharging is dependent on the thickness of the polymer film, which in turn affects the voltage rating of the capacitor.

The 108ULR4R0MGU Aluminum - Polymer Capacitor was designed specifically to provide low power consumption and long life in high-density circuitry applications. It is a solid, reliable, low-cost solution for a variety of power management and filtering needs. The capacitor provides excellent performance for two-way communication applications, including data transmission, and its small size makes it ideal for cramped working environments. It has a high frequency capability, with a wide operational temperature range. In addition, the capacitor is compliant with lead-free environmental standards.

In conclusion, the 108ULR4R0MGU Aluminum - Polymer Capacitor is a reliable, robust and cost-efficient solution for filtering power supply lines, output filter applications, two-way communication, and other industrial and consumer needs. With its small size and high frequency capability, it is an ideal choice for high-density circuits.