XH414HG-IV01E Capacitors

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Electric Double Layer Capacitors (EDLC), also known as supercapacitors, are the latest generation of capacitors with significantly higher energy density than traditional solid capacitors. The XH414HG-IV01E is a advanced EDLC series from Krymetal Technologies. This type of supercapacitor offers an extremely high capacity and long service life.

XH414HG-IV01E, like other EDLCs, is made up of a combinational pair of electrolytic capacitors, with one electrode and two electrolyte layers between them. The outer electrode is called the current collecting side, and the inner electrode is called the non- current collecting side. The two cap layers consist of two layers of ionically conductive electrolyte. This combination creates an electrical field between the two electrodes that generates a high capacitance.

The XH414HG-IV01E offers superior performance compared to other supercapacitors in terms of capacity, life, and efficiency. It provides up to 3.5V per cell and up to 3Ah/3V in continuous discharge. It also offers exceptional low leakage current, making it suitable for high frequency and low ripple designs. Thanks to its low self-discharge rate design, this type of EDLC also offers longer storage life.

XH414HG-IV01E is designed with an extremely low ESR, making it suitable for high current applications. Furthermore, its robust design enables it to operate in a wide range of temperatures and high duty cycles. The device also has a high thermal stability of up to +85°C without any special cooling requirement. Lastly, its small size and weight make it suitable for small spaces.

The XH414HG-IV01E provides power conditioning for various applications. It is an excellent choice for peak load and low power applications, as well as for powering sensors and supplies. It can also be used in applications that require high current pulses or high-energy bursts such as power back up, immediate response systems, emergency lighting, and so on.

In order for the EDLCs to work as expected, it is important they are properly charged and discharged. Typically, they are charged and discharged in a controlled manner using linear, pulse, or pulse-reverse charging. The charging current should not exceed the device’s rated current, and must be done within a short time frame in order to avoid thermal runaway. Before discharging, the voltage of each cell should be monitored to ensure the device is not over-discharged.

The XH414HG-IV01E is one of the best performing EDLCs available in the market today. It offers excellent performance and long service life, suitable for various applications. It is a reliable, compact, and cost-effective device, able to handle high currents and power bursts, and offer peak loads and low power applications.

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