PA-5R0V474-R

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Electric Double Layer Capacitors (EDLC), more commonly known as supercapacitors, or ultra-capacitors, are an emerging technology that offers an impressive suite of advantages compared to traditional capacitors. PA-5R0V474-R is one of the most popular commercialized EDLC designs currently available. This article will examine its application field and working principle to provide an insight into its capabilities and performance.

The PA-5R0V474-R EDLC was developed by Panasonic to become one of the most widely adopted supercapacitors on the market. It has an impressive power density, allowing it to be used in a variety of applications, such as energy storage, electric vehicles, and hybrid ships. This capacitor is also capable of storing a huge amount of energy in a very small form factor, making it ideal for space-sensitive applications. In terms of safety, this EDLC has been specifically designed to guard against over voltage, over current, and over temperature, making it reliable in even the most extreme conditions.

Now let\'s take a closer look at the technology itself and how it works. The PA-5R0V474-R EDLC is composed of two carbon electrodes separated by a thin layer of an electrolyte. Electrostatic forces between the two electrodes allow them to store a large amount of energy, and this energy can quickly be discharged through the terminals. The duration of the discharge depends on the type of electrolyte used, as well as the load connected to the capacitor. As the current is discharged, the electrolyte absorbs and then releases ions, which are responsible for storing the charge.

The PA-5R0V474-R EDLC also has a number of other impressive advantages. For instance, it has an outstanding charge/discharge rate, with the current being able to fluctuate between 0 and 10V in as little as 0.3ms. This allows the capacitor to deliver exceptional power in an instant, which is important in applications like EVs or hybrid ships. Furthermore, this capacitor offers excellent cycle life, meaning it can be charged and discharged an impressive number of times without adverse effects. This is equally beneficial in situations where the capacitor has to be used continuously for extended periods of time.

In conclusion, the PA-5R0V474-R EDLC is an outstanding example of supercapacitor technology that offers a wealth of benefits for a variety of applications. It is composed of two electrodes separated by a thin layer of electrolyte that enables it to store and release a large amount of energy quickly. This capacitor also boasts impressive charge/discharge rates, cycle life, and safety features, all of which make it an ideal choice for many different applications.

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