UPB2V271MRD

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Aluminum electrolytic capacitors feature their own unique design, which comes with its advantages and disadvantages. UPB2V271MRD is a type of aluminum electrolytic capacitors, designed and manufactured by PS-CON. It features the lowest ESR in the world, at 25mΩ. This type of aluminum electrolytic capacitor is mainly used in power electronic application, as well as in industrial applications, such as control and instrumentation, automotive and military applications.

The UPB2V271MRD capacitor is a high-temperature, big capacitance device. The device features long life and excellent capacitance stability. It also features high temperature performance, up to 105 Degree Celsius, making it suitable for harsh environments. Additionally, the UPB2V271MRD has an optimal surge current capability of up to 200A, making it suitable for power supply and power electronics applications. The device is polarized, meaning it has positive and negative terminals. It is available in a variety of inches and shapes, such as 1.6 inches, 2.0 inches, standard 50V DC, and 100V DC.

The UPB2V271MRD utilizes an anodic process, which results in greater capacitance, lower ESR, and longer operational life. This technology uses a single layer of anodic film, which encapsulates up to 100 thousand plain layers of conductive Al2O3 dielectrics. This layer increases capacitance output, while limiting current leakage. This technique also improves capacitance stability, making the device suitable for long-term use.

The UPB2V271MRD is designed to have a low Equivalent Series Resistance (ESR) of only 25mΩ. This feature reduces power losses in high frequency and high temperature applications. Additionally, the device has a low impedance, meaning it can retain its high capacitance even in high frequency applications.

The UPB2V271MRD is an ideal choice for applications where low losses, high capacitance stability, and long life are important factors. The device is suitable for power supply and industrial applications, such as control and instrumentation, automotive, and military. The device is also suitable for high temperature applications, due to its high temperature resistance and optimal surge current capability.

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