105DCN2R7S

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Electric Double Layer Capacitors (EDLC), popularly known as supercapacitors, are devices that have emerged from batteries and capacitors and offer benefits from both. They are designed to store large amounts of energy quickly, while maintaining good charging and discharging cycles. The 105DCN2R7S is a high-end supercapacitor that offers many advantages over traditional components. In this article, we will look at the 105DCN2R7S application field and working principle.

The 105DCN2R7S supercapacitor is a non-volatile, high-performance device designed specifically for industrial, automotive, consumer and energy storage applications. It features an extended operating temperature range of −40 °C to +130°C, which makes it suitable for use in a variety of environments. The 105DCN2R7S capacitive cell has the highest charge and discharge capabilities available on the market, with an energy density of nearly two-times that of aluminum electrolytic capacitors.

The 105DCN2R7S is an extremely efficient and relatively lightweight device with a long life expectancy. Due to its capacity, it can be used for various energy handling applications such as energy regeneration, power smoothing, peak load smoothing, and emergency power backup. The device also offers a maintenance-free operation, allowing for easy integration and installation in a variety of applications.

The 105DCN2R7S application field also includes applications where size and weight of the device needs to be reduced such as portable electronics, as well as power hungry and space-limited applications such as mobile phones, tablets, and laptops. This device is also suitable for medical equipment due to its robustness and reliability.

The 105DCN2R7S working principle is fairly simple and follows the same basic principles as other electrical double-layer capacitors. It is composed of two close capacitive layers, each composed of an electrically charged material from a special electrolyte solution. The charged material on each side of the device respectively forms a positive and a negative electrode. When a voltage is applied to the electrodes, an electric field is created that attracts the charged particles of the electrode material, creating a two-layer electrical capacitance.

The energy stored by the 105DCN2R7S is dependent on the two layers of capacitors separated by the electrolyte. The capacitance of the 105DCN2R7S is dependent on the distance between the two electrodes, the area of the electrode plates, the type of material used in the electrolyte, and the type of material used in the electrode plates. By changing the dimensions of the electrodes, the 105DCN2R7S capacitance can be adjusted to meet the specific requirements of a given application.

The 105DCN2R7S is capable of charging and discharging quickly, making it a viable alternative to traditional batteries and capacitors. It also offers a long cycle life, with up to 4,000 charge and discharge cycles. Furthermore, it has a low self-discharge rate and can store energy for more than 10 years.

In conclusion, the 105DCN2R7S is an effective and reliable device for energy storage in a variety of applications. It has a wide operating temperature range, high charge and discharge capabilities, and long cycle life. Its ability to store energy quickly makes it a viable alternative to traditional batteries and capacitors.

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