USF1A470MDD

Aluminum electrolytic capacitors are well-known for their small size and high capacitance. They are widely used in various electrical circuits and applications due to their characteristics. Among them, USF1A470MDD is the key product of aluminum electrolytic capacitors.

USF1A470MDD refers to a successful capacitor model developed by the United States. It is a long-life, miniaturized aluminum electrolytic capacitor with low ESR, rated voltage of 10V, capacitance of 470µF, and temperature range of -25 °C to +85 °C. It is an ideal choice for high density, high temperature circuits and applications.

The application field of USF1A470MDD aluminum electrolytic capacitor is very wide. Due to its long life, miniaturization, small size, high reliability and good heat resistance, USF1A470MDD capacitors are widely used in electrical circuits and appliances, such as computers, industrial and home electronic appliances, such as TVs, DVD players, cameras, and home entertainment systems.

USF1A470MDD aluminum electrolytic capacitors have a simple working principle. As electricity passes through an electrolytic capacitor, electric current passes through the aluminum metal film and the electrolyte solution, resulting in the formation of a layer of oxide film on the surface of the metal film. This oxide film acts as a dielectric, which stores electric charge, resulting in the capacitor having capacitance. As the capacitor is connected to a power source, electricity passes through and charges it. As the current in the circuit changes, the capacitor collects or releases electric charge accordingly.

In summary, USF1A470MDD aluminum electrolytic capacitors are widely used in computers, industrial and home electronic appliances, due to their long life, miniaturization, small size, high reliability and good heat resistance. Additionally, they have a simple working principle: electric current passes through the aluminum metal film and the electrolyte solution to form a layer of oxide film on the surface of the metal film, which acts as a dielectric and stores electric charge, resulting in capacitance.