UHC1C470MDD

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Aluminum electrolytic capacitors are broadly used in filtering, energy storage, frequency tuning, bypass, and blocking in a range of applications. The UHC1C470MDD is an aluminum electrolytic capacitor with a maximum voltage of 50 volts, a capacitance of 470 microfarads, and a leakage current of 0.008 milliamps per 1 volt of applied voltage. It is classified as an inexpensive, high-quality component with a long operating life.

The UHC1C470MDD is designed for a variety of applications requiring energy storage or filtering. It offers a high level of electrical performance and reliability, making it suitable for use in power supplies, energy storage devices, audio equipment, automotive electronics, and lighting systems. The UHC1C470MDD is also used in medical applications, such as patients monitoring systems.

The UHC1C470MDD can also be used in a wide range of filtering applications. It is an excellent choice for high-frequency switching applications, such as those used in motor drives, voltage stabilization circuits, and telecommunications circuits. The UHC1C470MDD can also be used to replace larger bulk capacitors in very high frequency applications, such as those used in microwave and RF applications. The capacitor\'s high ripple current and low ESR make it a suitable choice for power supply applications.

The working principle of the UHC1C470MDD works by passing current through a liquid electrolyte that sits between two metal plates. The electrolyte acts as a medium, allowing charges to move between the plates. When an electrical current is applied to the metal plates, electrons are drawn to the positive plate and ions are drawn to the negative plate. This process creates an electric field between the two plates, creating a capacitor.

The UHC1C470MDD is a high-performance, long-life capacitor that is reliable and provides excellent electrical characteristics. Its ability to withstand high ripple currents, low ESR, and long operating life make it an ideal component for a wide range of applications.

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