B41828A2687M

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Aluminum electrolytic capacitors are widely used in electronic components. The B41828A2687M aluminum electrolytic capacitor is an electrolytic capacitor developed by Vishay, one of the world\'s leading semiconductor manufacturers. Its performance is stable, reliable and widely used in power supplies, dc converters, frequency converters, UPS systems, etc.

The general working principle of the B41828A2687M aluminum electrolytic capacitor is that when an alternating current passes through the capacitor, a voltage is generated in the capacitor. The alternating current then is converted to direct current as a result of the capacitance of the capacitor. This direct current will pass through the electrolyte and form an electric field, resulting in a change in capacitance.

The application field of the B41828A2687M aluminum electrolytic capacitor is diverse. Because of its excellent features, such as its working temperature range from –55 to +105 °C , rated voltage up to 450V and high temperature and humidity resistance, it is ideally suited for various applications in different fields. In terms of power supplies, it is used to store energy, allowing electricity to be generated and delivered to the power grid in a more efficient and seamless manner. In terms of dc converters, it helps to convert the alternating current to the direct current, thus supporting various systems like UPS systems, frequency converters, and more. In consumer electronics, it is used to store a charge in order to power devices.

The B41828A2687M aluminum electrolytic capacitor is an ideal component for many applications due to its versatile features and electrically superior performance. It\'s also widely used in other applications such as energy storage, motor speed control, and electrical insulation, thus making it a highly reliable and dependable component.

The features and excellent performance of the B41828A2687M aluminum electrolytic capacitor make it an ideal choice for many applications. Its higher temperature, higher voltage, and higher humidity resistance capability make it suitable for extreme conditions found in high-power applications such as frequency converters, power supplies, and more. With its versatile features and reliable performance, it provides greater flexibility and reliability for these applications.

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