PHB-5R0H505-R

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Electric Double Layer Capacitors (EDLC), or better known as supercapacitors, is a type of energy storage device which combines the sourcing capabilities of a battery with the high capacitance of a capacitor. This hybrid technology results in a device which can both store energy and provide discharging and current sourcing capabilities well beyond what traditional capacitors are capable of providing. The PHB-5R0H505-R, in particular, is an ideal supercapacitor due to its increased capacitance, higher ripple current capability, and extended cycle life.

The PHB-5R0H505-R is a high-density, high-temperature supercapacitor that is specifically designed for use in a wide range of applications. It is a polarized supercapacitor, meaning that its components have a negative and a positive terminal, and they must be connected to the correct terminals in order to maximize the capacitance efficiency. This type of supercapacitor is particularly useful for applications that require high-temperature performance, due to its ability to tolerate operating temperatures up to 155° C. Additionally, its long cycle life of up to 1,000,000 cycles makes it ideal for use in applications that require consistently high performance over long periods of time.

The PHB-5R0H505-R also comes equipped with a proprietary polypropylene electrode structure which allows for an extremely long life cycle, high environmental robustness, and low ESR. This electrolytic multi-layer miniature-stacked capacitor also allows for a wide range of operation and use. The PHB-5R0H505-R\'s increased capacitance and higher ripple current capability make it suitable for a variety of such applications, one of which is flash-based data storage for computers and memory devices. In this application, the capacitor can serve as a powerful back-up device, and is used to quickly and effectively store or retrieve data in case of electricity loss.

Another important application in which the PHB-5R0H505-R can excel is in automotive electronic systems. This capacitor is well-suited for this type of application due to its wide temperature range tolerance and its high ripple current capability. It is also capable of quickly handling the system\'s voltage spikes and other protective functions, allowing for smooth performance and reliable functioning of the vehicle\'s electrical system.

The working principle of the PHB-5R0H505-R is based on the electrochemical double-layer capacitor design. Unlike the conventional dielectric capacitors, a double-layer capacitor (DLC) contains two electrodes each with their own electrolyte. The electrolytes are immiscible solvents, which are normally either alcohol-based or oil-based. The two electrodes, known as an anode and a cathode, form a double-layer of charged particles on their surface, referred to as the double-layer. It then becomes the responsibility of this double-layer to store the energy.

The PHB-5R0H505-R\'s double-layer is a porous structure containing two positively charged layers and two negatively charged layers. The positive layers are made of activated carbon particles, while the negative layers are made of polymer electrolyte. The electrolyte acts as a separator, keeping the positive and negative layers apart and preventing any electrical short circuit. At the same time, it also allows for ion diffusion between the two charge layers, thus enabling the charge to be stored in an electrochemical form.

The PHB-5R0H505-R is a high-performance electrolytic double layer capacitor that has been designed for a wide variety of uses. It has an incredibly long cycle life, can withstand a wide range of temperatures and is equipped with a high-quality, proprietary polypropylene electrode structure. Moreover, its excellent ripple current capability makes it suitable for applications in both the automotive and computer industries. Ultimately, this supercapacitor offers both an efficient alternative energy storage option and long-term reliability.

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