860011373002

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Aluminum electrolytic capacitors are widely used in the field of electric power electronics. They are single-ended capacitors, consisting of two electrodes - the anode, surmounted by a dielectric of electrically-conductive aluminum oxide, and the cathode, located at the bottom of the capacitor. The anode and cathode are encased in an aluminum container, with the dielectric, which serves as the insulation, surrounding the anode and cathode.

The anode, the positive electrode, is the part of the capacitor most exposed to electrical current. It conducts the current through the container and dielectric, into the cathode. The dielectric is made of an electrolyte material such as aluminum oxide, which forms a barrier between the plates of the capacitor, blocking the flow of current from the anode to the cathode. The dielectric helps to improve the capacitance of the device by increasing its insulation and capacitance to voltage.

The 86011373002 aluminum electrolytic capacitor is an application-specific capacitor with a wide range of applications in power electronics. It is designed to provide reliable and repeatable voltage regulation and to protect components from overloads. It is a high-frequency, low-loss capacitor with excellent long-term temperature stability, making it ideal for applications such as switching power supplies and high-power electronic devices.

The working principle of the 86011373002 aluminum electrolytic capacitor is based on its design and construction. As electrical current enters the anode, a layer of electrons is generated between the anode and cathode of the capacitor. This layer of electrons is known as the dielectric, which produces the electrical charge that can be used for various purposes, such as power regulation or energy storage. The layer of electrons created by the anode and cathode prevents the electrical current from passing through the dielectric.

The amount of electrical charge stored in the 86011373002 aluminum electrolytic capacitor is determined by the magnitude of the applied voltage, the size of the capacitor, and the type of dielectric used. As the voltage increases, the amount of charge stored increases accordingly, allowing more current to flow. At very high voltages, the dielectric may break down, allowing the current to pass through the capacitor.

The 86011373002 aluminum electrolytic capacitor has a wide range of applications in the field of power electronics. It is used in power supplies, switching power amplifiers, high-power electronic devices, and various other electronic circuits. Its low-loss construction and long-term stability make it ideal for high-reliability applications. Additionally, its ability to store electrical charge makes it ideal for energy storage, power regulation, and voltage control applications.

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