UVP2A220MPD

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1. Introduction: Aluminum electrolytic capacitors are such types of capacitors used in applications where large values of capacitance are needed. Aluminum electrolytic capacitors are widely used in electronic circuits requiring high levels of energy storage or decoupling of active components. UVP2A220MPD is a highly reliable polarized aluminum electrolytic capacitor which utilizes a patented reference design offering excellent long life and a wide selection of voltages and capacitance values.
2. Application Fields: UVP2A220MPD can be used in many different applications, but it is primarily used in AC motor applications, including those involving variable frequency drive (VFD) power conditioners, power supplies, and HVAC systems. It is also used in communication systems, medical devices, aircraft, and other devices where reliable power conditioning is needed.
3. Working Principle: The working principle of UVP2A220MPD is based on electrostatic induction. An electric charge is stored inside the capacitor by the plate separation and the dielectric insulator between them. When an external potential difference is applied across the electrodes, the charge is redistributed, creating a field across the capacitor. The magnitude of the field is proportional to the number of electrons stored on each side of the capacitor. The field induces an electric current through the winding in the capacitor, which can be used to power the device.
4. Performance: UVP2A220MPD has a high temperature tolerance and is designed to be used in temperatures up to 125°C. It offers a long life expectancy and its patented reference design provides excellent reliability. Its high voltage ratings make it suitable for use in high power applications. In addition, it has a low impedance and low losses making it more efficient than other capacitors.
5. Conclusion: UVP2A220MPD is a highly reliable aluminum electrolytic capacitor which is used in many electronic devices and applications. Its patented reference design and high voltage ratings make it suitable for high power applications, and its low losses and low impedance make it more efficient than other capacitors. This makes it ideal for applications requiring long life expectancies and reliable power conditioning.

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