KEMET 0.1 F 5.5V dc Supercapacitor Through Hole Radial Terminal Electric Double Layer -20 to 80 % Tolerance FYD0H104ZF

KEMET FYD0H104ZF 0.1 F 5.5V dc Supercapacitor is a through-hole mounted electric double layer capacitor designed for high energy storage and reliability. It features radial terminals for direct PCB mounting and is capable of rapid charging and discharging within seconds.

This supercapacitor operates effectively within a temperature range of -25°C to +70°C, with a capacitance of 0.1 F and a nominal voltage rating of 5.5 V dc. It has an equivalent series resistance (ESR) of 100 Ω, enabling efficient performance in energy harvesting and backup power applications.

The device is housed in a radial case with a diameter of 13 mm and a height of 8.5 mm, designed to prevent liquid leakage thus offering high reliability in industrial and commercial environments. Its -20 to 80 % tolerance ensures stable capacitance performance under varying conditions. The pin pitch is 5.08 mm, suitable for standard through-hole mounting processes.

KEMET FY series supercapacitors are maintenance free with an open failure mode that prevents short circuits, enhancing safety during operation. The product complies with RoHS environmental standards, making it suitable for modern electronics manufacturing.

Applications include real-time clock power backup, energy harvesting systems, test equipment, and industrial control systems requiring rapid power delivery and long lifecycle capacitors. This supercapacitor's stable performance ensures reliable operation in commercial and laboratory environments.

This supercapacitor features a capacitance of 0.1 F and a DC voltage rating of 5.5 V. The radial terminal type with through-hole mount ensures easy PCB mounting. Designed for a wide operating temperature range from -25°C to +70°C.

Equivalent Series Resistance (ESR) is 100 Ω, ensuring rapid charge and discharge capability. Package includes a box containing a radial case supercapacitor of diameter 13 mm and height 8.5 mm. Maintenance-free design with an open failure mode to avoid short circuits.

Complies with RoHS standards ensuring environmental safety and reliability. Ideal for industrial control, real-time clocks, energy harvesting, and test equipment.

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