B41689K8397Q001

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are one of many types of capacitors. They are composed of two metal plates separated by an electrolytic material or dielectric. The two plates are connected in series with each other, forming a closed loop. The charge in the capacitor is stored in the electrolyte between the two plates. Aluminum electrolytic capacitors are particularly useful for applications requiring both high-capacity and high-voltage capabilities.

The B41689K8397Q001 aluminum electrolytic capacitor is an example of a high-capacity, high-voltage capacitor designed for a wide range of demanding applications. The capacitor has a voltage rating of up to 450V DC, with a capacitance value ranging from 330μF to 2200μF. It is also rated with a maximum ripple current of up to 6.3A.

The working principle of the B41689K8397Q001 aluminum electrolytic capacitor is based on the idea of electrostatic attraction and induction. When a voltage is applied to the capacitor plates, electrostatic attraction is created between the two plates. This attracts ions from the electrolyte to the plates, thus creating an electric field between the plates. As ions are added to the plates, the static electric field increases in strength, thereby increasing the capacitance of the capacitor.

The B41689K8397Q001 aluminum electrolytic capacitor is suitable for applications requiring high-current and stored energy. It is typically used in power supplies, DC-DC converters, UPS, security systems, medical equipment, audio/video systems, instrumentation and other similar applications. The capacitor is also corrosion resistant and offers long life, making it well suited for use in environments with extreme environmental conditions.

Due to its high-capacity and high-voltage capabilities, the B41689K8397Q001 aluminum electrolytic capacitor is an ideal choice for a variety of demanding applications. It combines the qualities of both capacitance and voltage and is designed to deliver reliable performance in demanding environments.

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