FE0H105ZF

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Electric Double Layer Capacitors (EDLC) is a type of energy storage device, also known as supercapacitors. In the most common industrial application, these capacitors combine the standard electrostatic capacitance with the physical adsorption process in a single device. EDLCs have many advantages over traditional capacitors, such as higher voltages, higher current ratings, lower leakage current, and faster charging and discharging.The EDLC family of supercapacitors, exemplified by FE0H105ZF, retains all the features one expects in regular capacitors: the ability to store and release electrical energy. In addition, they supply higher capacitance and longer life cycles than typical aluminum electrolytic capacitors. FE0H105ZF is a standard 105 F aluminum electrolytic capacitor in a low profile form factor, rated for 220V.The major difference between EDLC and traditional capacitors is in their working principle. Traditional capacitors rely on electric fields between conductors, while EDLC are based on the physical adsorption of ions to create a double layer of electrons between two electrodes. This layer of charge forms a separation barrier preventing current flow in the device. At the same time, the ions on the each side of the double layer bridge the gap between them, allowing for charge storage. This charge storage is the basis of EDLCs\' unique power--they can store large amounts of energy in a small volume.The electrical characteristics of EDLCs are highly dependent on its construction. At the most basic level, EDLCs are composed of two electrodes, dielectric materials and electrolyte. The electrodes are usually made of conductive materials such as aluminum, carbon, or metal oxides. The dielectric materials have a higher permittivity that enables the EDLC to store more energy per unit surface area. The electrolyte absorbs ions from the electrodes to form the double layer. In conclusion, FE0H105ZF is a EDLC capacitor characterized by its greater capacitance and longer life cycle compared to conventional capacitors. Its working principle is based on the formation of an electrical double layer at the electrodes, resulting in the device’s ability to store a large amount of energy in a small volume. This makes FE0H105ZF an ideal choice for a variety of energy storage applications.

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