AHA108M06G24B-F

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Aluminum electrolytic capacitors are widely used in electronic gadgets and devices. AHA108M06G24B-F is an example of an aluminum electrolytic capacitor. It belongs to a sub-family of aluminum electrolytic capacitors known as Aluminum Double-Layer Capacitors (ADC).

The AHA108M06G24B-F consists of two aluminum plates separated by an electrolyte. It is a low profile chip capacitor, with its dimensions being 8.0mm x 6.5mm x 2.5mm. It is rated for an operating temperature range of -40°C to +85°C.

The AHA108M06G24B-F is a low profile chip capacitor, suitable for the frequency range of 1KHz to 10KHz. It is designed with a high ripple current rating of 10K Hz. The 10KHz ripple current rating is attributed to the design of the aluminum electrodes and to the use of an electrolyte, such as a mixture of aluminum and electrolyte.

The AHA108M06G24B-F is used in applications such as power supplies, AC / DC converters, or in any other application where the high capacitance density and low equivalent series resistance (ESR) are beneficial. In power supply applications, the capacitor is used to reduce the amount of high-frequency ripple current. In AC / DC converters, the capacitor is used to reduce the voltage drop due to the large current drawn from the power supply. The capacitor can also be used to increase the voltage stability in power supplies.

The working principle of the AHA108M06G24B-F is based on the capacitive coupling between two aluminum electrodes, which form a Faraday cage. The faraday cage interacts with the electrolyte to form an electrical capacitance, which stores the energy and delivers it when required. The electrolyte helps to provide a high current transfer and minimal dissipation of power. The capacitor is designed with two pins, one positive and one negative, which are connected to the appropriate terminals of the power supply.

The AHA108M06G24B-F is a low profile chip capacitor that is capable of operating with a wide range of temperature and voltage. It is suitable for applications where high frequency ripple current is beneficial. The capacitor is constructed with two aluminum electrodes, separated by an electrolyte, forming a Faraday cage. The capacitor is lightweight and has a high current transfer capability, making it an ideal choice for powering electronic devices.

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