ESRD271M02XB

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Aluminum-polymer capacitors, also known as aluminum electrolytic capacitors, are electrolytic capacitors that use aluminum plates as electrodes and electrolyte and a polymerized film as an dielectric medium. The ESRD271M02XB aluminum-polymer capacitor is a high performance, high voltage, spring-loaded capacitors specifically for VME applications.

The ESRD271M02XB aluminum-polymer capacitor provides a number of advantages over traditional aluminum electrolytic capacitors. It is much smaller than traditional electrolytic capacitors, which means it can be used in tight spaces and in portable applications. Furthermore, the ESRD271M02XB aluminum-polymer capacitor has a higher voltage rating than standard electrolytics, making it suitable for high voltage applications. The ESRD271M02XB also has an extremely low ESR, enabling it to achieve a larger ripple current rating than standard electrolytic capacitors.

Application Field of ESRD271M02XB Aluminum-Polymer Capacitor

The ESRD271M02XB aluminum-polymer capacitor is designed specifically for VME applications. VME is a computer industry standard that combines a backplane, power supply, and several peripherals together into one package. This allows for a system to be quickly and easily deployed and configured. The ESRD271M02XB aluminum-polymer capacitor provides a number of unique features that make it an ideal solution for VME applications. First, it is much smaller than traditional flatpack capacitors, which makes it easier to incorporate into system designs. Second, it has an extremely low ESR, enabling it to provide a large ripple current rating for VME applications. Third, it has an extremely high voltage rating which makes it suitable for high voltage applications such as motor drives and other high voltage applications.

Working Principle of ESRD271M02XB Aluminum-Polymer Capacitor

The ESRD271M02XB aluminum-polymer capacitor functions on the same basic operating principles as other electrolytic capacitors. An applied voltage to the capacitor causes an electric field to be established between two electrodes. This electric field induces an electrical polarization of the dielectric material, resulting in an electric dipole. This electric dipole stores energy and allows charge to flow between the two electrodes, resulting in the capacitance.

The ESRD271M02XB aluminum-polymer capacitor design utilizes an aluminum plate as the electrode, electrolyte as the dielectric material, and a polymerized film as the separator. The aluminum plate provides the necessary physical strength to withstand high temperatures and mechanical stresses. The electrolyte provides the necessary electrical conductivity to enable charge to flow into and out of the capacitor. The polymerized film provides a porous barrier that enables electrons to travel from the aluminum plate to the electrolyte, and vice versa. Additionally, by using a polymer film, the ESRD271M02XB aluminum-polymer capacitor achieves an extremely low ESR, enabling it to provide a larger ripple current rating.

Conclusion

The ESRD271M02XB aluminum-polymer capacitor is a high performance, high voltage spring-loaded capacitors specifically designed for VME applications. It has an extremely low ESR and an extremely high voltage rating which makes it ideal for high voltage applications. Furthermore, it is much smaller than traditional electrolytic capacitors, making it suitable for tight spaces and portable applications. With its numerous advantages, the ESRD271M02XB aluminum-polymer capacitor is a great choice for VME applications.

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