FMR0H473ZF

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Electric Double Layer Capacitors (EDLC), commonly known as “supercapacitors”, are an emerging form of energy storage technology. They offer significant advantages compared to traditional batteries, such as significantly faster charge and discharge rates, longer life cycles, and low cost. Their special characteristics make them a potential solution for a variety of applications, including renewable energy systems, portable electronics, automotive, and medical applications.

FMR0H473ZF is a supercapacitor of the Electric Double Layer Capacitors (EDLC) family. It has an operating voltage of 2.7V and a maximum capacitance of 4.7F. It is an innovative supercapacitor that offers exceptional energy density, long cycle life, and stable performance in rugged environments. The device is particularly suitable for portable electronics and automotive applications.

The most basic function of an EDLC is to store and rapidly discharge energy, typically on the order of milliseconds. This is beneficial in applications that require rapid charge/discharge cycles, such as those involving the starting and stopping of motors. Supercapacitors can also be used to provide a short burst of power for tasks that require high-frequency power pulses, such as an electronic pulse system for a automotive coolant control system.

The working principle of a supercapacitor is similar to that of a regular capacitor, except with the addition of an extra layer of material between the plates. This layer, known as the electric double layer, provides an additional area for charge to accumulate. By increasing the surface area of the plates, the capacitance of the device is increased. The energy storage capacity of a supercapacitor is between a capacitor and a battery. It can store up to 10 times the energy of traditional capacitors and is capable of delivering up to five times the power of typical rechargeable batteries.

FMR0H473ZF has a very low leakage current, high reliability and long service life. It has excellent performance in the harsh environment of automotive applications. The device is capable of high pulse loads and has an extended usage capacity even at elevated temperatures. The capacity maintains its original form even after thousands of discharge/charge cycles.

FMR0H473ZF is an ideal choice for applications requiring high current pulses and demanding operating environments. The device is designed for automotive and industrial applications requiring superior energy storage performance. It is an ideal choice for applications such as battery balancers, electric vehicle starting systems, automotive cooling system control, and energy harvesting systems.

The FMR0H473ZF has many advantages over traditional capacitor designs. It can tolerate extremely high pulse currents due to its low equivalent series resistance and internal resistance, and its superior leakage current provides improved charge capacity for more efficient operation. The device is capable of quick charge/discharge cycles without sacrificing capacity, resulting in excellent performance in fast response applications. Furthermore, the working principle of the device ensures a long operation life even under extreme conditions. The FMR0H473ZF is truly an innovative supercapacitor with a superior energy storage capability.

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