ROA-35V471MJ6#

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Aluminum electrolytic capacitors are one of the most common components used in consumer and industrial electronic equipment. The model ROA-35V471MJ6# is a specific type of aluminum electrolytic capacitor which is most often utilized in applications where long-term stability and high volumetric efficiency are required. This capacitor is especially well-suited for use in power supply filtering and polarity protection in many electronic circuits.

This type of capacitors consists of two components: an anode comprised of an aluminum foil with a dielectric coating and a cathode with a wet electrolyte. The foil and electrolyte are separated by a paper-wound separator that contains some impregnant. A lead wire is welded at one end of the anode with tags on the other end. The other lead is connected with the cathode, which is a pressure-sealed container with an electrolyte.

The working principle of the ROA-35V471MJ6# capacitor is simple. When current is applied, the electrolyte turns into ions and conducts a current between the anode and cathode. This process creates a charge on the capacitor\'s plates, and it effectively increases the capacitance value. At the same time, the dielectric coating on the anode prevents the capacitor from losing its charge and improves its insulation characteristics.

The ROA-35V471MJ6# capacitor is most commonly used in power supply filtering in consumer electronics, such as televisions and computers, as well as in communication and broadcasting circuits. It can also be found in polarity protection circuits, where it helps to protect sensitive components from being damaged by a sudden change in voltage. Other applications include radio frequency (RF) and energy storage devices, as well as signal processing circuits.

The ROA-35V471MJ6# capacitor is a reliable and efficient way to provide electrical protection and enhance the performance of electronic circuits. Its design ensures good capacitance stability and long service life, making it an ideal choice for applications where long-term performance is paramount. In addition, its high volumetric efficiency makes it an economic alternative to other types of capacitors, making it an attractive option for many circuit designs.

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