B49410B2366Q000

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Electric Double Layer Capacitors (EDLC), also known as Supercapacitors, are a type of energy storage technology developed from the late 1960s. EDLCs are ideal for bridging the gap between smaller capacitors such as tantalum and larger rechargeable batteries such as lithium-ion, and can be used for a wide range of applications which require rapid discharging and charging of energy.

B49410B2366Q000 is a type of EDLC which is sold by Vishay, one of the leading component suppliers, and has a slender cylinder shape, with a diameter of 5.6mm and a length of 10.2mm. This EDLC has 6.3V of working voltage, 0.2F of capacitance and is able to stand 2A of current leakage.

B49410B2366Q000\'s application field varies from micro-power sources, energy harvesting to energy storage. Micro-power is used to boost the energy storage capacity of small circuitry system, and is ideal for powering wearable electronics for a certain period of time.

For energy harvesting, B49410B2366Q000 is used as a bridge between solar cells and internal power bus of the electronics. It stores and releases energy in accordance to the internal circuitry\'s demands. The EDLC also participates in power management, as it can quickly discharge its energy when external power is disconnected or lost.

In terms of energy storage, B49410B2366Q000 welcomes a dual-layer of electrodes through electrodes and a separator containing electrolyte. It has the ability to rapidly receive and discharge electrical charge, as well as recharge under 200 seconds. B49410B2366Q000 is typically used in LED lamps, automotive electronics, back-up power supply, electric bikes, etc. to provide high power density and peak current.

As for its working principle, B49410B2366Q000 utilizes an electrochemical pseudocapacitance between two electrodes and electrolytes, enabling the energy storage and delivery. Charges are stored via electrochemical double layers, which consists of charges that are induced on the surface of two electrodes when electrolyte is used as an insulation material. When a positive voltage is applied to one electrode and a negative voltage is applied to the other, surface charges are deposited on both electrodes.

As current is applied to the electrodes, the double layers are able to store high amounts of energy due to its extremely large surface area. When electric field applied, equivalent ions from the electrolyte start to migrate to the oppositely charged surface. The ions become the surface charges stored at the electrodes, providing energy storage capacity.

In conclusion, B49410B2366Q000 is able to provide a considerable amount of energy storage with the help of its electrochemical pseudocapacitance. This EDLC can be used for various applications, from micro-power sources, energy harvesting to energy storage. As it has a relatively low leakage current, B49410B2366Q000 can be used to improve the energy storage capacity of smaller electronic systems.

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