UVZ2A100MEH

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Aluminum Electrolytic Capacitors have been used in a wide range of industries since the invention of large-amperage electrical generators, making them very important components of the modern industrial world. The UVZ2A100MEH Aluminum Electrolytic Capacitor is no exception. This capacitor is highly specialized, allowing it to be used in an array of applications that one wouldn’t normally expect a capacitor to be used in.

The UVZ2A100MEH delivers up to 100 nF of capacitance and 8 A of ripple current, making it perfectly suited for both industrial and commercial power circuitry. This makes it well-suited for applications such as electronic ballasters and HID lighting systems, fan systems, power supplies, high voltage power supplies and other similar applications. The device is rated to withstand up to 2000 volts, but should not be used in applications where reverse polarity is common.

The construction of the UVZ2A100MEH allows for impressive power dissipation that is more than ten times the dissipation of a standard aluminum electrolytic capacitor. This performance is enabled by the use of a proprietary internally-formed cathode and special electrolyte solutions, making the device able to endure long-term voltages of up to 2000V. This device also utilizes an aluminum radial-leaded case construction for increased reliability.

The working principle of a UVZ2A100MEH Aluminum Electrolytic Capacitor is based on electrochemical double-layer formation. When electronic current is applied to the two electrodes, a porous separator and a dielectric layer form between them. This layer acts as an insulator, preventing a low-resistance path to ground, while allowing a high-resistance path to charge and pass current through. This allows the capacitor to store the charge for a period of time even when the current is turned off.

The UVZ2A100MEH is well-suited for a wide range of applications due to its impressive power dissipation and handling capabilities. This device is ideal for applications such as HID lighting systems and ballasts, fan systems, AC/DC power supplies and other similar applications. Its impressive capacitance and ripple current ensures that it can handle whatever currents and voltages are presented, making it a reliable component for a wide range of industrial and commercial applications.

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