RR71C331MDN1PH

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Introduction

Aluminum - Polymer Capacitors are a type of energy storage device that has many unique features that make it an ideal candidate for certain types of applications. The RR71C331MDN1PH is just one of the many aluminum - polymer capacitors available in the market today. In this article, we will explain the application field and working principle of this specific capacitor.

Application Field of RR71C331MDN1PH

The RR71C331MDN1PH is a high-temperature aluminum - polymer capacitor with a maximum rated voltage of 36 volts. It is ideal for various applications such as circuits, automotive, medical and industrial systems. This capacitor provides a high energy density and a low ESR which makes it ideal for applications like decoupling, dc-dc voltage conversion, surge protection, peak currents, envelope control and event triggering.

Working Principle

The working principle of aluminum - polymer capacitors is based on the physical arrangement of two aluminum layers, with a thin polymer layer in between. The layers are held together with pressure and the polymer layer provides the electrical insulation needed to store energy. In operation, electrons are injected into one aluminum layer, while carbon moves to the other layer. This movement results in an electric field and a potential which allows current to flow in the capacitor.

The RR71C331MDN1PH has a unique design that is well suited for high temperature applications. It features a patented electrode design which provides superior current carrying capabilities. This design also improves reliability and minimizes self-heating.

Conclusion

The RR71C331MDN1PH is a unique aluminum - polymer capacitor that provides a high energy density, low ESR and a low temperature coefficient. It is ideal for a variety of applications such as circuits, automotive, medical and industrial systems. This capacitor also has a patented electrode design which improves current carrying capabilities and minimizes self-heating.

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