EEF-CX1A101R Capacitors

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Aluminum-polymer capacitors are some of the most versatile capacitors used in applications today. They offer good performance and reliability over a wide range of temperatures, and their relatively low cost make them a popular choice for many applications. One such capacitor is the EEF-CX1A101R. Let\'s take a look at its applications and working principle.

EEF-CX1A101R aluminum-polymer capacitors offer excellent electrical performance and reliable operation from -55 °C to +85 °C. This makes them suitable for a wide range of applications, such as automotive electronics, consumer electronics, power supplies, and electronic ballasts. Additionally, the EEF-CX1A101R is able to tolerate high ripple currents and features a low equivalent series resistance, making it an ideal choice for use in pulse-type circuits.

At the heart of the EEF-CX1A101R aluminum-polymer capacitor is a unique, highly stable dielectric material, which consists of a metal aluminum anode and a porous, thermally resilient polymer separator. The metal anode is porous and provides a large available surface area for the construction of the electrolyte. This provides excellent electrical characteristics and longer lifetimes.

The working principle of the EEF-CX1A101R is relatively simple. When the capacitor is connected to a power source, the metal anode and dielectric material form two concentric circles. The metal anode acts as a positive electrode and supplies a current that travels through the porous metal anode and the dielectric material and creates an electric field. The electric field attracts electrons to the negative electrode, which accumulates and forms an electric charge. This charge is then stored in the capacitor and can be drawn upon when needed.

The EEF-CX1A101R aluminum-polymer capacitor is a reliable and versatile choice for a variety of applications. With its wide temperature range and low equivalent series resistance, the capacitor provides high electrical performance, reliable operation, and long lifetimes. Additionally, the unique, thermally resilient dielectric material helps ensure that the capacitor\'s electrical characteristics are consistently stable during operation, even when subject to extreme temperatures.

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