RVJ-16V471MH10U-R

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Aluminum electrolytic capacitors are electronic components that store electrical energy in the form of an electrostatic charge. They are typically round in shape with two exposed leads, and are found in electronic applications like power supplies, signal conditioning, and motor control. The RVJ-16V471MH10U-R is one type of aluminum electrolytic capacitor that is used in a variety of applications for its high capacitance ratings and voltage tolerances.

Some of the specifications of the RVJ-16V471MH10U-R aluminum electrolytic capacitor include a capacitance of 4,700µF, a voltage rating of 16V, a rated operating temperature of -25℃ to 85℃, and a maximum ripple current of 18 amps. Its cylindrical body measures 25mm in diameter and 30mm in length and has a 5mm lead spacing. The RVJ is a compact and reliable unit that has a long expected life of 1,500 hours.

A typical application field of the RVJ-16V471MH10U-R aluminum electrolytic capacitor is to provide a smooth electrical current in regulated power supplies. It is also ideal for use in DC to DC converters, as well as in electronic equipment that is exposed to electromagnetic interference and power line surges. In addition, the RVJ is commonly used in communications electronics, energy storage, and other types of motor control circuits.

The working principle of the RVJ-16V471MH10U-R aluminum electrolytic capacitor is based on the relationship between the electric field and the surface of an electrolyte. The anode is immersed in electrolyte, and when a voltage is applied, positive charges will build up on one side of the anode. This buildup of charge creates an electric field that attracts negatively-charged electrons from the electrolyte to the other side of the anode. This process will continue until a balance is reached, which creates a capacitance between the two surfaces of the anode.

The RVJ-16V471MH10U-R aluminum electrolytic capacitor is a reliable and versatile device that is suitable for a variety of electronic applications. With its high capacitance ratings and voltage tolerances, it is able to store and release an electric charge as needed in a stable manner. Its working principle is based on the relationship between the electric field and the surface of an electrolyte, and is a critical element for allowing the capacitor to store and release energy when needed.

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