CDLC351E2R7T11

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Electric Double Layer Capacitors (EDLC), also known as “Supercapacitors”, are an emerging class of energy storage devices that provide high power delivery and long life energy storage capability. The CDLC351E2R7T11 is a member of this EDLC/supercapacitor family.

CDLC351E2R7T11 supercapacitors combine two electrodes impregnated with an electrolyte and a separator material into a planar form. The electrodes are formed from activated carbon and are separated by a sheet of porous and hydrophobic membrane. This electrode has an exceptionally high surface area per unit mass and can store a substantial amount of energy in comparison to conventional batteries. When the supercapacitor charges, two layers of opposite charges form at the interface between the activated carbon and the electrolyte; one layer of positively charged ions and one layer of negatively charged ions. These two oppositely charged surfaces store the charge and create a very large capacitance.

The CDLC351E2R7T11 supercapacitor is ideal for applications that require high-power bursts for brief periods, such as for cameras, LED indicators, and DC motors. The working principle of the CDLC351E2R7T11 supercapacitor is very simple. Electrons in the electrolyte are attracted onto the activated carbon electrodes creating a double layer making it more efficient and stable than a conventional capacitor. A more detailed look at the charging structure of this type of supercapacitor reveals that the charges are created not only by the interfacial layer between the activated carbon and the electrolyte, but also by the polarization of the electrolyte’s molecular dipoles, which are created by the electrostatic field around the capacitor.

As the CDLC351E2R7T11 supercapacitor is charged and discharged, the charges migrate between the two electrodes as electrons move through the separator and the electrolyte. Supercapacitors can deliver high and stable power from a wide range of temperatures and operating conditions. The power output of the CDLC351E2R7T11 supercapacitor is controlled by the amount of charge stored in the double layer as well as the resistance of the external circuit.

In summary, the CDLC351E2R7T11 supercapacitor is a member of EDLC/supercapacitor family, which provides reliable, high-power delivery and long-life energy storage capability. It finds application in many fields such as cameras, LED indicators, and DC motors. The working principle of the CDLC351E2R7T11 supercapacitor is based on the formation of a double layer of opposite charges at the interface between the activated carbon and the electrolyte, and the polarization of the molecular dipoles in the electrolyte. The capacitance of the CDLC351E2R7T11 is controlled by the amount of charge stored in the double layer as well as the resistance of the external circuit.

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