16TRV4700M16X21.5

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Aluminum electrolytic capacitors use aluminum as the anode, which is oxidized to form an insulating aluminum oxide layer in the surface. The cathode of the capacitor is a metal foil with a large area, and the electrolyte is a solution of boric acid and water. The metal foil is normally connected to the anode with a metal film glue.

The 16TRV4700M16X21.5 is an aluminum electrolytic capacitor used in a variety of applications, including power supplies, audio equipment, computer systems, and even solar cells. This capacitor has a large capacitance value, high ripple current, and rated voltage of 16V. It offers excellent tolerance and long-term reliability.

The working principle of this capacitor is based on the fact that the surface of the aluminum anode is covered with an oxide layer, which acts as an insulator. The oxide layer prevents the passage of electric current, but can move electric charges when the voltage across the oxide layer is changed. When voltage is applied across the capacitor, the charge carriers move through the oxide layer and from the anode to the cathode. When the voltage is reversed, the charge moves in the opposite direction.

The 16TRV4700M16X21.5 aluminum electrolytic capacitor has a wide range of applications, including filtering AC power, DC power supplies, switching power supplies, audio amplifiers, and DC-DC converters. This capacitor can also be used to store energy, reduce voltage spikes, reduce noise, and serve as a coupling device. Its long-term reliability, low ESR, and high ripple current make it an ideal choice for a variety of applications.

In conclusion, the 16TRV4700M16X21.5 Aluminum electrolytic capacitor is a high-performance capacitor with a wide range of applications. Its high capacitance value, low ESR, and high ripple current make it ideal for power supplies, audio equipment, computer systems, and other applications. The capacitor uses an aluminum anode, and an oxide layer acts as an insulator, allowing the capacitor to store and move electric charges when the voltage across it changes.

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