JUMT1336MHD

Electric Double Layer Capacitors (EDLC) and Supercapacitors are electrochemical devices used to store electric energy. The JUMT1336MHD is a type of EDLC specifically designed for high voltage applications. The use of EDLCs for these applications is becoming increasingly popular due to their superior performance and cost effectiveness.

The JUMT1336MHD is composed of two aluminum foil electrodes which are separated by a polypropylene separator. Each electrode is coated with a dielectric material that helps to maintain the electric charge in the capacitor. The dielectric material used in this EDLC is a special high-voltage ALM dielectric, which has a breakdown voltage of over 6,000V. This means that the capacitor can withstand high voltages without any damage.

The working principle behind EDLCs is the formation of an electric double layer. This is a thin layer of ions that is formed when two oppositely-charged electrodes come into contact with an electrolyte solution. The electrical charge of one electrode is attracted to the charge of the other, creating a separation of charge that allows the capacitor to store energy.

The JUMT1336MHD is ideal for high voltage applications due to its low internal resistance. This allows it to quickly charge and discharge, making it well suited for energy storage applications. It has an excellent cycle life, so it can be used for long-term storage of energy. Its high power factor and rapid energy transfer further enhance its performance for these applications.

In addition to applications related to energy storage, the JUMT1336MHD is also used in high voltage applications such as photovoltaics, medical imaging, and communications systems. It can be used to provide power backup for these systems, or to store energy for use during peak demand times.

In summary, the JUMT1336MHD is an Electric Double Layer Capacitor specifically designed for high voltage applications. It is composed of two aluminum foil electrodes which are separated by a polypropylene separator, and has a remarkable high breakdown voltage. Its low internal resistance makes it ideal for energy storage applications, and its high power factor and quick energy transfer make it well suited for other high voltage applications.