EDLHW506D2R3R

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Electric double layer capacitors (EDLC), commonly known as "supercapacitors" or “ultracapacitors”, are electrochemical capacitors with an exceptionally high energy-density and low internal resistance. EDLC can quickly store and release large amounts of energy, making them an excellent choice for applications where high-capacity, high-power density storage and rapid delivery are required. EDLCs also offer superior insulating properties compared to other capacitor options, a greater tolerance to vibration and temperature change, and longer life cycles than other electrochemical devices.

The EDLHW506D2R3R is a popular model of EDLC designed for applications that require a high-capacity, high-power density storage medium. This model provides up to 500F of storage capacity in a package of approximately 10 cubic centimeters. This makes it an ideal choice for applications requiring high amounts of electrical energy over a short period of time, such as in electric vehicles and temporary power backups. The EDLHW506D2R3R can provide energy up to 25.6V and is rated for a maximum peak power of 720W.

The EDLHW506D2R3R is useful for a variety of applications, including powering consumer electronics, controlling the movement of robotic arms, and providing temporary power backups for medical and military equipment. It is also a popular choice for electric bikes and scooters, providing a reliable and steady power source. Additionally, the EDLHW506D2R3R can be used for performance tuning of automobiles, providing a momentary power boost to increase engine output.

The working principle behind EDLCs is based on the electrical double layer capacitor (EDLC) theory, which was developed in the 19th century by Michael Faraday and Auguste Comte. In this theory, two layers of materials are separated by an electrolytic substance, such as ionic liquid or electrolyte gel. When a voltage is applied to the layers, ions in the electrolyte attach themselves to each layer, and the electric field becomes polarized. This polarization causes the ions to attract each other, resulting in an increased capacitance.

The EDLHW506D2R3R utilizes a modified version of EDLC technology. The electrolytic gel layer between the two components is replaced with a porous carbon material. This porous carbon layer has a much higher surface area than the electrolytic gel, which increases the capacitance and power density of the device. Additionally, the carbon material is much more resistant against temperature changes and shock, which ensures a long device lifetime.

The EDLHW506D2R3R is one of the most popular models of EDLC available today. Its high-capacity, high-power density storage medium is ideal for applications that require a fast release of energy, such as powering consumer electronics, controlling robotic arms, providing temporary power backups, or performance tuning of automobiles. Additionally, its superior tolerance to temperature and shock makes it a reliable choice for demanding applications.

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