PAS409HR-VE5R Capacitors

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Electric Double Layer Capacitors (EDLC), also known as supercapacitors, are energy storage devices that use a combination of electrical and chemical principles to compress and store energy in a condensed form. The PAS409HR-VE5R is a type of EDLC, specifically an electrolytic supercapacitor.

The PAS409HR-VE5R utilizes an electrolyte solution of Mylar and polyethylene oxide and a porous electrode composed of a carbon-based metal oxide nanomaterial. This design gives the capacitor a double layer of electric charge, which increases its capacitance and improves its ability to store energy. Additionally, this design allows the electrolytic element to remain in a liquid state while in storage, which prevents the capacitor from losing its storage capacity over time.

The PAS409HR-VE5R\'s principle application field is energy transfer and storage. Because of its high capacitance and power rating, this capacitor is well-suited for storing and transferring energy over short time intervals, such as peak demand scenarios. It is an ideal solution for high current applications such as power electronic devices, electric vehicles, and energy harvesting systems.

The PAS409HR-VE5R operates using a special dual-mode charging principle, which allows it to charge and discharge simultaneously. In this mode, the charge is transferred between two electrodes using a voltage gradient. When the capacitor reaches its maximum voltage, it will switch to a discharge mode and the current will be transferred from the anode to the cathode. This process repeats until the capacitor has been completely discharged.

In addition to its applications in energy storage and transfer, the PAS409HR-VE5R is also used in low-resistance applications. This capacitor has a low-resistance PEDOT:PSS dielectric layer, which allows it to show improved performance in high frequency, high voltage circuits. Additionally, the dielectric layer prevents the capacitor from aging. This dielectric layer is also the reason that the PAS409HR-VE5R can be used in temperatures up to 90°C.

The PAS409HR-VE5R\'s exceptional performance is due to its combination of high capacitance, voltage, and power ratings, which allow it to power a variety of different applications. Its double layer of electric charge and Mylar and polyethylene oxide electrolyte enable it to hold its charge for extended periods of time. Furthermore, its low-resistance PEDOT:PSS dielectric ensures that the capacitor does not age and can be used in temperatures up to 90°C. All of these features make the PAS409HR-VE5R one of the most advanced supercapacitors on the market.

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