SCCY71B407PLBLE

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Electric Double Layer Capacitors (EDLC), also known as supercapacitors, are rapidly emerging in the world as technology develops. The SCCY71B407PLBLE is a member of EDLC’s and has wide applications and working principles. This paper will explore the application field and working principle of SCCY71B407PLBLE.

This series of supercapacitors has some obvious advantages over traditional capacitors which are widely used. It has of high power density and energy density, low resistance, stable performance in wide temperature range, self-discharge rate, and long cycle life, which make it suitable for a variety of applications. Simultaneously, it keeps all the traditional capacitors’ characteristics, such as low cost, easy handling, mounting, and assembly.

In terms of applications, it can generally be used in charging power, electric vehicles, wind turbines, UPS, data server, and solar energy storage, energy harvesting, and electromagnetic brakes. It is widely applied in electric vehicles and automotive industry, like in braking energy recovery, start-stop system, and active suspension. Also, it can provide power for acceleration in hybrid electric vehicles.

In addition, SCCY71B407PLBLE can be used in many aspects of power supply, such as fully automatic valves, distributed power supply, power compensation, motor control, and peak shaving. With the development of the Internet of Things, it is also applied in intelligent manufacturing, sensor networking, smart home, and wearable accessory.

Now, let’s talk about its working principle. It has a simplified version of a cell structure which includes four electrodes and electrolytes. The anode and cathode are coated with activated carbon and the gap between them is filled with electrolyte, which creates a double-layer capacitor. The charging process works when electrons are injected into one of two electrodes, raising their potential and resulting in electrostatic force of attraction between anode/cathode and solvent ions.

Similar to conventional capacitors, the supercapacitor has high capacitance due to a large surface area of its electrodes. When there is a direct current, the electrons will pass through the double layer as current. Additionally, supercapacitor has a large current discharge capability, allowing them to store and discharge rapidly.

To sum up, SCCY71B407PLBLE from the EDLC family have wide applications and a relatively simple working principle. It plays important roles in electric vehicles, wind turbines, UPS, data server, solar energy storage, and many other aspects. The charging process works with the electrons which are injected into one of two electrodes to generate electrostatic force. It can help us to have more efficient and safer solutions in the power industry.

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