SCMR18J604MRBB0

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Electric Double Layer Capacitors (EDLC), also known as supercapacitors, are electronic components that specialize in storing and releasing energy. Supercapacitors are a unique type of energy storage component that stands out from other energy storage solutions in terms of energy density, range of application, and performance. The SCMR18J604MRBB0 is a feature-rich choice for supercapacitors.

Overview of SCMR18J604MRBB0

The SCMR18J604MRBB0 is a 4.7V 18 Farad hybrid supercapacitor. This capacitor utilizes both an electric double layer capacitor (EDLC) and a conventional electrolytic capacitor. This combination of technologies maximizes energy density while minimizing size and cost. It is suitable for both pulse power applications and pulse energy storage applications.

The SCMR18J604MRBB0 offers higher energy, high power, and extended lifetime. With 604V maximum rated voltage, it offers superior operational capabilities compared to other EDLCs. It also requires less space due to its compact size and features lower internal power consumption.

SCMR18J604MRBB0 Application Fields

The SCMR18J604MRBB0 is an ideal choice for power demanding applications such as emergency medical equipment, aircraft systems, rail systems, and remote sensing equipment. The combination of high energy density and high power allows it to be used in a variety of applications that require fast charge and discharge cycle. For example, it can be used in automotive electronics such as electric vehicle starting systems, in motorsport applications, or in consumer electronics.

In addition, this EDLC capacitor is suitable for energy harvesting, power back-up storage, and wireless equipment applications. Energy harvesting involves storing energy from intermittent sources such as solar and wind or kinetic sources such as vibrations. It provides an additional power source to IoT and remote sensing systems. The high power density and long life of this device also make it an ideal candidate for many other applications such as automatic meter reading and medical equipment.

Working Principle of SCMR18J604MRBB0

Electric Double Layer Capacitors (EDLC) such as the SCMR18J604MRBB0 utilize an electrochemical double layer concept to store energy. This concept involves two closely spaced solid electrodes, typically made of carbon or conducting polymer, separated by an ion-permeable advanced polymer electrolyte. The charge moves through the two electrodes due to the electrostatic attraction between the ions in the electrolyte and the electrodes.

The EDLC also feature a conventional electrolytic capacitor for charge storage. This capacitor is used to store energy within a flattened capacitor bank between the two electrodes. It provides initial charge for the EDLC and allows for recharging of the capacitor after its discharge. This combination of technologies enables the EDLC to store and deliver high energy and power.

Conclusion

The SCMR18J604MRBB0 is a feature-rich choice for supercapacitors. It is an ideal choice for pulse power and pulse energy storage applications due to its high energy density and power capabilities. It also offers extended lifetime and lower internal power consumption. Additionally, it is suitable for energy harvesting, power back-up storage, and automatic meter reading applications.

This EDLC capacitor works utilizing an electrochemical double layer concept with two closely spaced solid electrodes. A conventional electrolytic capacitor is also employed to store energy and enable recharging of the capacitor. Given its features and capabilities, the SCMR18J604MRBB0 is a great choice for a wide variety of applications.

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