SCCW45B107VSB

Electric Double Layer Capacitors (EDLCs) also referred to as Supercapacitors are a relatively newer type of technology developed for energy storage. The SCCW45B107VSB is an EDLC component developed by a Japanese manufacturer, Panasonic, specifically designed for energy storage and power delivery applications. The primary applications for the SCCW45B107VSB are in automotive engineering and industrial circuit applications. The component is designed to provide very reliable short-term power delivery and cost effective energy storage for applications requiring high levels of power density. Other potential applications include Renewable Energy, Intelligent Power Modules, and Smart Meters. Its high specific power and energy density make it suitable for these applications.This EDLC component has many unique characteristics that make it useful in these applications. These include a very low internal resistance, high power density, and high cycle life. Its advanced construction and materials, give it a very low internal resistance of just 85 mΩ, which is a key factor that determines the speed of charge and discharge. This makes it ideal for providing very high power delivery for short-term uses such as start-stop engine systems and other micro-bursts of energy. The capacitance of the SCCW45B107VSB is 10,000 Farads per gram. This means that it has exceptionally high energy density, which is ideal for energy storage applications. It also has a very high cycle life (100,000 cycles) compared to other EDLC components. This makes it a suitable component for applications that require frequent charge and discharge cycles.The working principle of the SCCW45B107VSB is based on the electric double layer effect (EDL). An electric double layer is formed when a positively charged electrode is immersed in an electrolyte solution. The positive charge of the electrode attracts negative ions from the electrolyte solution which form an electric double layer in which the positive and negative charges are separated. The electric double layer (EDL) of the EDLC component provides a highly capacitive nature which enables it to store energy. The capacitance of the EDL is similar to that of a conventional capacitor, but with the advantage that the EDL is much thinner in comparison. This means that EDLCs can achieve higher capacitance values for a given volume than their traditional capacitor counterparts. Because of the EDL, the EDLC component is capable of charging/discharging quickly, although it has a slower rate of self-discharge than conventional capacitors. The EDL also enables it to have higher current availability than conventional capacitors, making it suitable for applications requiring high power delivery. In summary, the SCCW45B107VSB is an EDLC component developed by a Japanese manufacturer, Panasonic, specifically designed for energy storage and power delivery applications. Its high specific power and energy density, along with its very low internal resistance makes it highly suitable for applications such as automotive engineering and industrial circuit applications. The working principle of this EDLC component is based on the electric double layer effect, which enables it to store energy with quick charge/discharge rates, high power delivery, and high cycle life.

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SCCW45B107VSB	AVX Corporat...	4.05 $	136	CAPACITOR 100F -5% +25% 2...