EEU-FC0J680

Aluminum electrolytic capacitors are capacitors renowned for their high volumetric efficiency. This makes them perfect for the development of high power density and low profile electronic products. EEU-FC0J680 is a type of miniature aluminum electrolytic capacitors, and its application fields and working principle are worth discussing.

Application Fields

EEU-FC0J680 is mainly used for power filters, UPS, OA equipment, NEC displays, industrial machines, and high-end broadcasting/recording products. This miniature aluminum electrolytic capacitor is especially suitable for high power density and low profile electronic products with a design width of 6.2mm. It has also been designed for the safety standards established for high efficiency electronic products.

Working Principle

An aluminum electrolytic capacitor is an electronic component consisting of an anode composed of a metal oxide film, a cathode plate, and an electrolyte that absorbs the ions in the anode. When a voltage is applied to the aluminum electrolytic capacitor, an electrical field is created between the anode and the cathode plate. This field causes ionic migration in the metal oxide film and the movement of ions in the electrolyte, creating a capacitor that stores electrical energy.

The output of EEU-FC0J680 is maximized by the anode’s specialstructure- a structure optimized for higher capacitiveoutput. It also features a high performance electrolytic, significantly lower ESR and stable frequency characteristics. The maximum temperature of this miniature aluminum electrolytic capacitor is 105°C and the rated voltage is 16V (Under the temperature of 20°C).

Conclusion

EEU-FC0J680 is an ideal miniature aluminum electrolytic capacitor for high power density and low profile electronic products. It is designed to work with various safety standards and features a high performance electrolyte, stable frequency characteristics, and low ESR. It is a proven choice for products like power filters, UPS, OA equipment, industrial machines, and high-end broadcasting/recording products.