UVZ2F100MPD

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Aluminum electrolytic capacitors are a form of capacitors containing a layer of electrolyte between two aluminum foil electrodes. The UVZ2F100MPD is a type of aluminum electrolytic capacitor from Vishay. It offers high ripple currents and a low impedance in line or DC blocking applications, making it a suitable choice in various sectors.

The UVZ2F100MPD utilizes aluminum solid electrolyte caps, which offer a range of capacitance values and a wide temperature range. It also features an ultra-high temperature rating for increased reliability and stability, in addition to a high ripple current rating of 135 mA. Its tight tolerance for ferro-electricity can help improve the circuit integrity, making it a good choice for DC blocking.

The UVZ2F100MPD is commonly used in industrial and automotive settings. In industrial settings, it is used in power supply circuits, motor-driven applications, and high-frequency switching circuit boards. In automotive applications, it is used to protect LED lights, LCD backlight circuits, engine controls, and cluster systems.

The working principle of the UVZ2F100MPD aluminum electrolytic capacitor is based on the Faraday’s Law of inductance. In the capacitor, two aluminum foils are connected together. The two foils are separated by thin spacer deposits, which act as a barrier to the flow of electric current. When a voltage is applied to the capacitor, electric current flows across the spacer and the two aluminum electrodes. This current creates a magnetic field, which produces an electric field between the two foils. The electric field is responsible for charging the capacitor with an amount of electrical energy. The electrical energy stored in the capacitor is then discharged when the voltage is removed, allowing electric current to flow back out of the capacitor.

In conclusion, the UVZ2F100MPD aluminum electrolytic capacitor is a reliable and efficient choice for applications ranging from industrial and automotive settings. Its low impedance and high ripple are beneficial in DC blocking applications. Its operating principle is based on Faraday’s Law of inductance, in which electric current and an electric field are produced when a voltage is applied. The electric field then charges the capacitor with an amount of electrical energy, which is discharged when the voltage is removed.

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