ESHSR-1600C0-002R7A5T

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Electric Double Layer Capacitors (EDLC) are also known as supercapacitors. Supercapacitors are used extensively in a wide range of applications and come in many different forms. This article will focus on the ESHSR-1600C0-002R7A5T supercapacitor, looking at its application field and its working principle.

Application Field of ESHSR-1600C0-002R7A5T Supercapacitor

The ESHSR-1600C0-002R7A5T supercapacitor has the characteristics of a large capacity for ultra-high stability, long life and small size, making it suitable for mobile electronic products such as mobile phones, laptops, drones, cameras, and other devices.

In addition, the supercapacitor has a wide application field in the automotive industry, as it can be used for stop/start systems, energy storage systems, and other vehicle applications. For example, ESHSR-1600C0-002R7A5T is used to collect energy for energy storage systems in hybrid and electric vehicles, collect energy from regenerative braking and other sources, store and supply power for electric power steering and Airbag inflators.

Working Principle of ESHSR-1600C0-002R7A5T Supercapacitor

The core of an EDLC is a special nano-carbons composite material that provides high surface area for ions to bond. This electrodes also named the carbon nano electric double layers, which store or transmit electrons between two electrodes. This is why EDLCs are also referred to as electrochemical capacitors.

The electrodes are separated by an ion source, usually a polyethylene or polypropylene film. The film and electrodes form a storage cell, when a voltage is applied to the cell, negative and positive ions in the source move to the respective electrodes, and store a charge.

The voltage between the electrodes of the ESHSR-1600C0-002R7A5T during charging is limited to 1.6V. When the voltage is below 0.4V, the electrochemical capacitor can be cut off automatically.

The ESHSR-1600C0-002R7A5T supercapacitor is designed for low temperature performance, and is able to discharge and charge normally in an environment as low as -30°C. They are also designed to work in high temperature environments, such as environments with temperatures up to 80°C.

Advantages of ESHSR-1600C0-002R7A5T Supercapacitor

The ESHSR-1600C0-002R7A5T supercapacitor has a number of advantages over traditional capacitors, such as:

• High capacity for ultra-high stability
• Long life-span
• Low ESR (Equivalent Serial Resistance)
• High cycle life
• Low temperature performance

Overall, the ESHSR-1600C0-002R7A5T supercapacitor is an ideal choice for many applications, particularly in environments where high capacity is needed and conventional capacitors are not a suitable option. The wide range of applications and capabilities of the ESHSR-1600C0-002R7A5T make it a popular choice for many industrial and commercial applications.

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