30D305G025BA2

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Aluminum electrolytic capacitors are one of the most widely used types of capacitors. They are commonly used in power supply, filtering, electronic suppression, and various other applications. The 30D305G025BA2 is a type of aluminum electrolytic capacitor, designed for use in high-frequency applications and general-purpose capacitors. It features a wide frequency range of up to 300MHz, capacitance of 2.5µF, a voltage rating of 25V, and a temperature range of -40 to 85℃.

The 30D305G025BA2 consists of two thin aluminum foil electrodes which are separated by a dielectric material, typically an electrolyte based on aluminum oxide. The electrodes are then wound around a central core and sealed in a plastic or metal case. This construction allows for a large capacitance value in a small package.

The 30D305G025BA2 capacitor works by storing and releasing electrical energy. This is done by charging and discharging the capacitor in response to changes in voltage. When a current passes through the capacitor, energy is stored in the electric field between the two electrodes. This stored energy can then be released when the voltage across the capacitor decreases, providing a quick supply of energy.

Due to its high frequency range, the 30D305G025BA2 is suitable for applications such as high-frequency switching power supplies, timing circuits, and pulse circuits. It is also commonly used for decoupling, filtering, and general purpose capacitors. Due to its robust design, it provides high reliability and stable performance even in harsh operating environments.

In summary, the 30D305G025BA2 is an aluminum electrolytic capacitor designed for use in high-frequency applications and general-purpose capacitors. It features a wide frequency range of up to 300MHz, capacitance of 2.5µF, a voltage rating of 25V, and a temperature range of -40 to 85℃. It is suitable for applications such as high-frequency switching power supplies, timing circuits, and pulse circuits, and provides high reliability and stable performance even in harsh operating environments.

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