DZN-2R7D335Z6T

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Electric Double Layer Capacitors (EDLC), commonly referred to as supercapacitors, are becoming increasingly popular energy storage devices, offering high power and energy density than conventional capacitors or batteries. The DZN-2R7D335Z6T is a high performance EDLC which can be used in various applications.

EDLCs are a type of electrochemical capacitor that feature greatly increased capacitance from regular capacitors due to its unique two layer structure of two active electrodes separated by an electrolyte. It is important that an electrolyte be used when constructing EDLCs in order for a charge storing double layer to be created in order to store energy like regular capacitors.

The charge storing double layer greatly increases the electrostatic storage capacity of the capacitor. This allows the EDLC to store far more energy than conventional capacitors, making it a suitable choice for applications requiring both high power and energy density. The DZN-2R7D335Z6T is an example of a high performance EDLC, with a capacitance of 2.7 Farad and a maximum discharge current of 35A. It is also capable of handling voltage up to 1.8V.

The DZN-2R7D335Z6T is commonly used in energy storage applications, such as in mobile device batteries or backup power sources. It also has applications in motor control, as its high power output and energy density make it capable of powering motors with far more efficiency than ordinary capacitors. In addition, it is often used in grid storage systems and renewable energy storage systems, providing reliable and safe grid-level or renewable energy storage.

In terms of working principle, the double layer structure of the DZN-2R7D335Z6T allows for electrons to be stored in two different layers, the positive layer which holds the positive charge and the negative layer which holds the negative charge. When a voltage is applied across the two electrodes of the EDLC, the electrons are attracted by both electrodes, creating an electric field which stores the charge and increases the capacitance. When disconnected from the voltage source, the stored charge is kept until released.

The DZN-2R7D335Z6T is thus a great choice for applications requiring both energy and power density, as its high capacitance allows it to store great amounts of energy while providing high power. Its versatile applications make it a great choice for a variety of applications in both consumer and industrial fields.

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