SCMR14C474MSBA0

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Electric Double Layer Capacitors (EDLC), Supercapacitors, with the code SCMR14C474MSBA0, are a form of energy storage components able to provide extremely high energy and power output on demand. EDLCs are capable of delivering high performance energy storage with exceptionally long lives when used correctly. They stand apart from all other capacitor technologies by offering performance and versatility far beyond other traditional capacitor technologies in both long and short-term energy applications.

At its most basic, an EDLC is a storage capacitor with a pair of electrodes filled with electrolytes. This structure allows for a high level of energy storage, since the electrolyte particles that form when a voltage is applied to the device move freely across both surfaces of the electrodes, creating many layers, and resulting in a much greater area of storage than when compared to conventional capacitors with just one layer of electrodes. The great advantage of EDLCs is their ability to deliver energy with minimal loss of voltage over time and very quickly recharge compared to other types of capacitors.

The SCMR14C474MSBA0 is a family of EDLCs and supercapacitors designed for applications requiring high performance and long-term reliability. This specific EDLC capacitor offers a wide range of operating voltage ratings of 2V-5V, a current capability of up to 65A and a capacitance of 405F. Its long life, high energy efficiency and low ESR are all ideal applications for battery and energy storage backup, automotive engine and powertrain applications, and UPS systems. The excellent reverse leakage current and self-discharge are perfect for industrial and automotive applications, such as robotics, medical and energy storage, due to its unique features and great capacity.

The working principle of SCMR14C474MSBA0 is relatively simple. By applying a voltage, electrons are injected from the negative electrode which is attracted to the positive electrode, creating an electrostatic capacity across the device. As a result, the electric potential energy stored between the electrodes of the EDLC capacitor increases, allowing it to store more energy. Depending on the operating voltage, the rated capacity of the capacitor can range from very low to very high. Since the energy storage capacity of EDLCs is far greater than other capacitor technologies, it enables them to quickly fill the gap between energy demand and supply with no or minimal voltage loss.

EDLCs are also highly efficient energy storage components due to their ability to provide instantaneous energy and power. The SCMR14C474MSBA0 offers a high power output compared to other competing technologies. Its high power performance has allowed for applications that require quick bursts of energy or short pulses of energy. This has made EDLCs extremely popular in applications such as camera flash and electromobility, where quick pulse discharge of energy is needed.

The SCMR14C474MSBA0 EDLC capacitor is an incredibly valuable and versatile device, offering a wide range of applications that require reliable long-term energy storage and demanding power delivery. This device is capable of providing high-performance solutions for energy storage backup, automotive engine and powertrain applications, UPS systems, industrial applications, and more.

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