CGS104U016X5C

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Aluminum electrolytic capacitors are electronic components used to store electrical potential energy. CGS104U016X5C is an aluminum electrolytic capacitor which belongs to the Axial Lead Electrolytic Capacitor model series.

The CGS104U016X5C capacitor belongs to the axial lead electrolytic capacitor family, which is made of an aluminum cylinder-shaped body. Inside the body are three sections. The first part is the core and contains the electrolyte. The second part is a winding formed by the anode and cathode electrodes which alternate between each other. The third is the external lead which is connected to the end of the external winding for the fixation of the capacitor in the circuit.

The CGS104U016X5C aluminum electrolytic capacitor is used in many applications, especially in audio and video equipment, AC motor control, voltage regulation and power tools. It is also used to filter high frequencies in electronic circuits. The application fields of CGS104U016X5C include: high-frequency circuits, audio circuits, switch circuits, and other related electrical systems.

The working principle of CGS104U016X5C is based on the electrochemical properties of aluminum oxide. Aluminum oxide acts as a dielectric material in the capacitor and prevents current from flowing through the capacitor, since it is an electrical insulator. A thin layer of oxide is formed on the aluminum surface when the power is applied. The thickness of the oxide layer determines the capacitance and voltage rating of the capacitor.

The current flows through the capacitor electrodes when an external voltage is applied to the capacitor. As soon as the voltage reaches its breaking point, the oxide layer is strengthened and the current stops flowing. This antioxidant property of the oxide layer prevents deterioration of the capacitor due to overvoltage.

CGS104U016X5C aluminum electrolytic capacitors provide reliable power in many industrial and consumer applications. Their high capacitance and voltage rating are suitable for high-frequency circuits, and the oxide layer protects against overvoltage. This ensures the capacitor is used in a wide range of applications safely and with maximum efficiency.

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