WBR2000-16A

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Aluminum Electrolytic Capacitors are incredibly useful electronic components for applications in consumer and industrial electronics. The WBR2000-16A is one such capacitor. It is commonly used as a high-capacity filter in a range of applications and is capable of storing and releasing energy quickly.

The WBR2000-16A is constructed from two aluminum plates with a non-conductive paper and oil filling placed between them. The plates are then wrapped within an aluminum shell, with each end metalized to form the electrodes. The capacitor is encased with a plastic sleeve to prevent contact leakage to other components.

The two metalized electrodes are the positive and negative terminals of the capacitor, and the capacitance is determined by the size of the aluminum plates, as well as the thickness of the insulating material between them. This mechanism makes WBR2000-16A Aluminum Electrolytic Capacitors especially suited to large capacitance applications, where it’s capable of storing up to 2000µF of energy.

The WBR2000-16A capacitor is most commonly used in audio-visual equipment, power controllers, motors, inverters, solar power systems, and generators. Its high capacitance capacity also makes it suitable for high-voltage applications, in addition to those used in consumer electronic applications. In fact, the WBR2000-16A is considered to be among the highest-rated capacitors available in terms of energy storage capacity.

The WBR2000-16A’s increased energy storage capacity enables it to function in a wide range of different roles. These include controlling power supply to ensure a steady output voltage, buffering and stabilizing input voltages, filtering high-frequency noise, and providing surge protection. It is worth noting that all of these roles require careful attention to capacitance limitations.

The working principle of the WBR2000-16A follows the same principles as other Aluminum Electrolytic Capacitors. A small electronic current is applied to the two aluminum plates, resulting in an electric field between them. This electric field forces the positive and negative charges on the two plates to be separated, which causes the voltage between them to increase until a steady voltage is achieved. As charge builds up on the plates, the value of the capacitance increases.

The WBR2000-16A is an ideal choice for applications requiring large energy storage capacities. It is well-suited for audio-visual applications, as well as industrial and commercial applications. Its large capacitance capacity allows it to provide the necessary surge protection and voltage buffering capabilities. It is important to note that capacitance values must be carefully monitored in order to ensure proper functionality.

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