JUWT1126MPD

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Electric Double Layer Capacitors (EDLC), Supercapacitors, are energy storage devices, also known as Ultra Capacitors or Super caps. They are composed of two electrodes separated by an electrolyte. Unlike batteries, they are able to store and discharge energy quickly, with extremely durable cycle life. EDLCs can operate in a wide range of temperature factors, have extremely low ESR, and can accept very high current. As a result, they are widely used in a variety of on-board applications, such as power back-up, energy harvesting, sensing systems, IoT, etc.

The JUWT1163MPD Supercapacitor is an advanced EDLC technology developed by XSYS Technologies. It is a single-cell Supercapacitor, which provides stable capacitance of 113F (at 2V), a maximum ESR of 0.18mΩ and a maximum operating temperature of +125°C. Its unique double-layer structure allows it to achieve higher capacitance and lower ESR. The JUWT1163MPD offers excellent current ripple performance and extremely low self-discharge rate. In addition, it also features an overcurrent protection system, which ensures that the cell is protected against excessive current.

The JUWT1163MPD’s application field includes use in automotive, automotive batteries, automotive motors, solar energy storage, UPS back-up and energy harvesting applications. For example, in solar energy storage applications, the JUWT1163MPD is capable of rapidly transferring energy to the storage device and discharging it quickly when needed. With regard to automotive applications, the Supercapacitor offers improved start-stop performance and regenerative efficiency. In automotive batteries, the JUWT1163MPD helps to reduce battery size, while providing high power capacity and improved runtime.

The JUWT1163MPD utilizes a patented double-layer capacitor structure, which enables the electrode to absorb and release energy rapidly. It also features an integrated temperature detection circuit that helps protect against overcurrent and temperature variations. The Supercapacitor also comprises an active material layer, which can be used to increase the capacitance and reduce ESR.

When it comes to the working principle of the JUWT1163MPD, the energy is stored in its electrodes. This energy is stored in the form of electric charge. Whenever the applied voltage reaches a certain level, the charges start to move between the electrodes in order to balance the electric potential. This process is known as charge balancing and helps to maintain the capacitance and reduce the ESR.

In conclusion, the JUWT1163MPD Supercapacitor is a highly advanced energy storage device, which can be used in a wide range of applications. Its double-layer capacitor structure allows it to store and discharge large amounts of energy in a short period of time, with a low ESR. It has excellent current ripple performance and overcurrent protection system. In addition, its temperature detection technology helps to protect it from excessive current. Therefore, the JUWT1163MPD is an ideal solution for automotive, solar energy storage, and other energy harvesting applications.

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