B1635-2R5226

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Electric Double Layer Capacitors (EDLC), also called supercapacitors, are advanced electrochemical capacitors that represent one of the most rapidly growing areas in electronics. Mainly due to their high-power density, their ability to provide current pulses that are much higher than those in traditional capacitors, and their long life characteristics, EDLCs are increasingly being used in many applications. In this article, B1635-2R5226 will be discussed, exploring its application field and working principle.

As a EDLC, B1635-2R5226 is an innovative, high-quality, high-performance supercapacitors. With a modest footprint, its unique construction is designed to offer increased performance in an even smaller size. It is engineered primarily for use in regenerative braking systems, wind and solar energy storage, power tools, LED lighting, automotive control systems, and HVAC control.

Using its advanced design, B1635-2R5226 exhibits a superior power-to-weight ratio. This allows it to achieve a power density up to 4,000 W/Kg, much higher than traditional capacitors, without sacrificing the quality or endurance. It also offers exceptional self-heating resistance, a factor of great importance in applications where high performance is needed. In addition, it offers improved capacity retention and fewer self-discharge than alternative materials. This is especially important for applications involving long-term storage.

B1635-2R5226 employs two filaments filled with electrodes and dielectric fluid, wrapped around each other in a spiral. These filaments are then covered in separative and protective film, sealed in hardened plastic casing. The use of multiple filaments allows higher capacitance values, which ensures superior energy performance even when space is of a premium.

In operation, when a voltage is applied, the electrodes create an electrical field which occurs between the electrodes. The electric field then easily attracts and stores ions charged with opposite polarity, producing the so-called electric double-layer phenomenon, and resulting in the creation of a capacitance. It is this capacitance that makes EDLCs able to store a charge and release it in an instant, providing high power output.

In summary, B1635-2R5226 is a powerful, reliable supercapacitor, which makes it the ideal choice for a wide range of applications. Its high power-to-weight ratio and excellent capacity retention makes it especially suited for high performance applications such as regenerative braking systems, solar energy storage, power tools, and HVAC control. Its working principle involves the use of an electric field to store ions and create a capacitance, allowing it to store and quickly release a charge.

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