JJC0E128MSEFBN

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Electric Double Layer Capacitors (EDLC), more commonly known as supercapacitors, are a type of energy-storing device. They can store and discharge large amounts of electrical energy quickly, unlike batteries which have relatively slow discharging times. The JJC0E128MSEFBN is a supercapacitor, and it is well suited for applications such as energy storage and buffering, maintaining peak power levels, and pulsed power/ high peak current applications.

The JJC0E128MSEFBN is a specialized type of supercapacitor that uses activated carbon as an electrode material. The carbon provides a large active surface area and excellent characteristics, such as high cycle life, robustness, and stability. The two carbon electrodes are separated by an electrolyte, usually an aqueous zinc chloride solution. The electrolyte provides electrical conduction between the two electrodes, allowing charge to move between them, and also providing a chemical reaction with the active carbon in the electrodes to store energy.

A unique feature of supercapacitors is their ability to charge and discharge rapidly, taking just milliseconds to transition from completely discharged to fully charged and back again. This allows them to provide increased power when required, and also means that they can be recharged quickly and easily, unlike conventional batteries which are usually slow to charge and require special charging equipment.

The JJC0E128MSEFBN can store up to 128,000 Farads of energy and operate in temperatures from -25°C to + 70°C. It also features a fast, self-discharge rate of just 8% over 10 years. As such, it is suitable for applications such as energy harvesting, peak power support, and energy buffering.

The JJC0E128MSEFBN can be used in several types of applications, such as recuperative braking systems in hybrid vehicles, electric vehicles, and utility vehicles. It can also be used as a hold-up capacitor for backup power systems and to buffer transients. It is also suitable for applications that require a quick response, such as lighting systems and pulse power systems.

In terms of working principles, the JJC0E128MSEFBN is fairly simple. When in use, a voltage is applied between the two electrodes, one of which is ground, inducing an electric field and current flow between them. This causes the electrolyte ions to move from one electrode to the other, resulting in a potential difference between the two. This potential difference is then stored as energy in the form of a double-layer of electrical charge on the electrodes. This charge can then be discharged through the electrodes when needed, providing a burst of energy to the system.

The JJC0E128MSEFBN is an excellent choice for any application that requires a fast response time, high energy storage, or high peak current. It is robust, reliable, and can store a large amount of energy in a small package. It is also well suited for applications that require precise and consistent energy delivery, such as peak power support and pulse power systems.

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