DZN-2R5D475T

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Electric Double Layer Capacitors (EDLC), also known as "supercapacitors" or "ultracapacitors", are energy storage devices that store electrostatic charges and electricity. They are constructed from two electrodes separated by an electrolyte, and capacitance can be increased by increasing the area of the electrodes or decreasing the distance between them. EDLCs have many advantages over traditional capacitors, including higher energy density, faster charging and discharging rates, and greater durability.

DZN-2R5D475T is an electric double layer capacitor (EDLC) in a 5.5x3.2mm package. It has a rated capacitance of 2.5F, an operating voltage of 2.7V, an maximum current of 250mA, and an ESR of 3.0mΩ at 1KHz. It has a high power density of 20.8kW/L, and can handle high temperatures up to 125℃. The DZN-2R5D475T EDLC has low equivalent series resistance (ESR) values, and also has excellent life expectancy.

The working principle of EDLCs is based on the electrostatic double-layer capacitance, which can store larger amounts of charge than traditional capacitors. EDLCs work by forming an electric double layer on the surface of the electrodes, which helps to store energy. The capacitance of an EDLC can be increased by increasing the area of the electrodes, decreasing the distance between them, or by using an electrolyte with a higher dielectric constant.

The main application fields of DZN-2R5D475T EDLCs are consumer electronic products and automotive direct current systems. In consumer electronics, EDLCs are used for power source stabilization, energy buffering, and noise suppression due its fast reaction time, reasonable reactivation speed, and high power density. In automotive DC systems, EDLCs can be used as an energy buffer in order to reduce the voltage fluctuations, improve the quality of the waveform, and increase the available current.

The DZN-2R5D475T EDLC is a reliable energy storage device, and its wide variety of uses make it a great solution for many applications. Its ability to store and deliver high amounts of energy quickly, its small size, and its long lifespan make it a perfect choice for consumer electronics and automotive DC systems.

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