CDLC152P2R7K04

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Electric Double Layer Capacitors (EDLC), also known as supercapacitors, are efficient energy storage devices that can be used as part of many electrically powered systems. Specifically, the CDLC152P2R7K04 is a type of EDLC, which stands for capacitor with double layer of active materials. It is also known as a "supercapacitor" because it can store a massive amount of energy in comparison to other capacitors.

EDLCs, including the CDLC152P2R7K04, are comprised of two metal electrodes that are separated by an electrolyte. A thin layer of electrochemically active material (known as an ionic current) is formed in between the two electrodes when the capacitor is charged. This layer prevents ions from coming into contact with the other electrode, thus preventing the electrons from neutralizing each other. This double layer formation provides the EDLC with the capability to store very high amounts of charge.

The application field of the CDLC152P2R7K04 EDLC’s are very vast. Due to the abilities of the device, they can be used in automotive electronics, portable electronics, consumer electronics, industrial control, robotics, and more. EDLCs are used for their ability to quickly store and discharge energy, as well as ability to help protect the circuit against voltage surges.

In terms of working principles, EDLCs utilize an electrochemical reaction to store and release electricity. When the capacitor is subjected to a voltage, the positive and negative ions build up in the double layer of active material. When the voltage reaches a certain level (usually around 2V), the ions form an electrical double layer and the capacitor is discharged. It is this electrochemical reaction that allows EDLCs to store and release the energy more quickly than other types of capacitors.

In short, the CDLC152P2R7K04 is a type of EDLC that is incredibly light, durable, and capable of storing and discharging high amounts of energy. Their application field is incredibly vast, ranging from automotive electronics to robotics. Furthermore, the working principle of an EDLC is inherently simple and electrochemical in nature, making them a reliable and efficient energy storage solution for many types of electrically powered systems.

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