B1030-2R5685-R

Electric Double Layer Capacitors (EDLC) are rapidly gaining in popularity as a powering source for various applications due to their distinct design and operational features. Commonly called supercapacitors, these devices complement traditional batteries by having an incredibly wide temperature range and quick charge-discharge cycle times. The B1030-2R5685-R EDLC is a commonly used device due to its reliable and efficient design.

Application Field

The B1030-2R5685-R is most commonly used within power delivery systems for its consistent charge-discharge capabilities. This EDLC is optimized for low-temperature, high-power applications. The product is designed to deliver higher usable power than an equivalent battery and also provide superior longevity. Furthermore, the B1030-2R5685-R’s fast and efficient power delivery makes it a preferred choice for portable electronics due to its minimal initial weight.

Working Principle

The B1030-2R5685-R EDLC works on a “double layer” system. This type of system consists of two electrodes that are separated by an electrolyte. As the voltage is applied to the device, electrical charge accumulates on both the electrodes; a potential gradient is created, resulting in a “double layer” of charge. This accumulation of charge causes an increase in the capacitance of the device, supplying power when required.

The B1030-2R5685-R EDLC relies on the same principle of operation as a traditional battery. The end result is the same, however the difference lies in the way the B1030-2R5685-R processes power. As the EDLC store charge via the “double layer”, the cycle time for charge-discharge is greatly reduced compared to a battery. Further, the device is generally not affected by temperature when compared to a traditional battery.

In summary, the B1030-2R5685-R EDLC is a device engineered for power delivery within low-temperature applications. This product is designed to offer improved longevity and efficient power output in comparison to traditional batteries due to its distinct method of energy storage.