FT0H105ZF

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Electric Double Layer Capacitors (EDLC), also known as Supercapacitors, are an increasingly popular form of energy storage. They are often used in place of traditional batteries, as they can deliver higher energy density, longer life cycles and better reliability, while also being much smaller in size. The FT0H105ZF is a prime example of this type of device and is often used in industrial and commercial applications.

FT0H105ZF Overview

The FT0H105ZF is a high-capacity, non-aqueous EDLC that is housed in an anodized aluminum can with a metal or plastic top cover. It has a diameter of 7.5cm and a height of 3.2cm, making it particularly suited to applications where space is at a premium. Inside this package is a 20V, 10-farad capacitor, which has a maximum ESR of 4mΩ.

The FT0H105ZF operates via a unique two electrode system. One electrode is a conductive sheet made of carbon, and the other is an electrolyte solution. When an electric charge is applied, an ionic environment is created in which cations and anions are exchanged between the carbon electrode and the electrolyte. This produces a double layer of charges, which increases the capacitance of the device.

FT0H105ZF Application Fields

The FT0H105ZF is a versatile EDLC that can be used in a variety of applications. One of the most common areas of use is in alternative energy storage, such as in solar energy systems or wind turbines. The device can be used to collect energy from the environment and store it for later use. It is also popular in automotive applications, such as engine start/stop systems, where it provides a reliable source of power for short-term needs.

The FT0H105ZF is also suitable for medical equipment, where low-level current charging is required. It is being increasingly used in portable medical devices, and its small size is particularly beneficial in this field. Finally, the device is often used in industrial applications such as industrial drives, motor control systems, or any device that needs a long-term power source with an acceptable balance of size and power.

FT0H105ZF Working Principle

The FT0H105ZF works on the principle of a double layer capacitor. This type of device is composed of two electrodes, one made of a nonporous conductive sheet, and the other being an electrolyte solution. When exposed to an electric charge, the electrolytic solution attracts cations and anions that form a double layer of charges on the electrodes. This layer creates an “electric double layer” that is thousands of times thinner than a sheet of paper, but still acts as a powerful capacitor, which is capable of storing substantial amounts of energy.

The FT0H105ZF is able to store energy across a wide variety of temperatures, and this makes it well-suited to industrial applications. It is highly reliable and has a long life span, making it an excellent choice for large-scale energy storage. In addition, its low ESR makes it ideal for applications where quick charge/discharge cycles are required.

Conclusion

The FT0H105ZF is a high-capacity non-aqueous EDLC with a unique two-electrode system. It has a wide range of applications, from alternative energy storage and automotive systems to medical devices and industrial applications. Its ability to store energy over a large temperature range and its relatively low ESR make it a reliable and efficient energy storage device.

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