UVZ1V221MPD1TD Capacitors

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Aluminum electrolytic capacitors are popular components used in various electronic circuits. The UVZ1V221MPD1TD represents one such aluminum electrolytic capacitor. This type of capacitor consists of a thin metal foil–usually made from aluminum–which has been etched into a series of grooves. An electrolyte is then applied to the etched surface and impregnated, creating a special perfect capacitor. Properly designed, the capacitor itself can offer a large capacitance in a very small package, and can be used in a variety of applications.

The UVZ1V221MPD1TD is a radial-lead type aluminum electrolytic capacitor, with a capacitance of 2.2 µF and an operating voltage of 10 VDC. This device is specifically designed to provide a reliable, yet efficient medium for storing and transferring electrical energy. It operates by providing a voltage across one of the capacitor’s terminals, which is then stored in the capacitor’s structures and can be used as a power source when necessary.

The UVZ1V221MPD1TD is commonly used in low-voltage and low-current applications such as digital signal processing, audio, and power distribution. It is also able to store and discharge electrical energy with very high accuracy. It is designed to be highly durable and can handle temperatures from -40°F to +105°F. Furthermore, the capacitor meets the standards of both Underwriters Laboratories and the European Union RoHS Standard.

The device performs optimally when properly installed. It should be securely attached to a heat-resistant, non-conductive surface with its polarity clearly defined. To prevent instability or any other undesirable outcomes, the capacitor should be kept away from heat sources, sources of static, and any other sources of electrical interference.

The UVZ1V221MPD1TD is designed to be a general purpose aluminum electrolytic capacitor, and due to its size and efficiency it is a great choice for multiple applications. It is a reliable power source and can be used for high-quality audio applications, as well as providing added protection in low-voltage power distribution circuits.

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