107DCN2R7Q

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Electric Double Layer Capacitors (EDLC), also known as supercapacitors, are electrical devices composed of a wide range of materials capable of storing and releasing energy at a high rate. The device is made up of two metal plates connected by a dielectric material with a host of other materials in between that act to store and discharge electricity. Supercapacitors or EDLCs are widely used in a variety of electronic and electrical systems, and are well known for their ability to provide high power and energy density, and their long lifetime.

The 107DCN2R7Q application field and working principle is as follows. The 107DCN2R7Q application field is computing power, power management, and energy storage. This type of supercapacitor is mainly used in scenarios such as vehicle electric drive motors, high voltage wind turbines, and traction motors.

The specific working principle of 107DCN2R7Q is to provide doubly-charged electric double layer capaticitives (EDLC). Electric double layer capacitors use two layers of lightweight dielectric materials to store and deliver electrical current. The two layers of material combine to provide a high capacitance, meaning a large amount of charge can be stored on the device. Moreover, due to the relatively low resistance of the two layers, the current delivery rate is high, allowing for fast charge and discharge rates. This allows for the device to perform extremely efficiently, delivering high power over a short period of time.

The 107DCN2R7Q can also deliver an impressive energy density. For instance, the 107DCN2R7Q offers an energy density of up to 5 kW/kg. This allows for relatively compact units to be used in stationary applications, such as common household UPS systems. In contrast to batteries, the energy density of supercapacitors is maintained throughout the entire charge-discharge cycle, meaning that high power output remains consistent even when the device is subjected to continuous discharging cycles. In applications such as wind turbines, this enables more stable and efficient operation, leading to higher energy yields.

In addition to their impressive power and energy density, the 107DCN2R7Q also feature a long life of up to 10 years. This is due to the fact that the device does not suffer from memory effect or capacity fade, meaning that the device can be charged and discharged thousands of times with no reduction in performance. Additionally, the device exhibits a minimal temperature coefficient, allowing for more reliable operation even when subjected to extreme temperatures.

Overall, the 107DCN2R7Q offers a impressive range of features and applications. With a high energy density, excellent life cycle, and low temperature coefficient, the 107DCN2R7Q is an ideal choice for applications such as vehicle electric drive motors, high voltage wind turbines, and traction motors wherein fast charge and discharge times and high power output is desired. The device is also an excellent choice for stationary battery back-up applications, thanks to its unparalleled energy density and long lifetime.

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