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The effect of water impurity and manganese dioxide coating on reformation of niobium anodic oxide film have been investigated to increase the break down voltage of the solid electrolytic capacitor. We applied the organic electrolyte system of 1 mol·dm−3 LiClO4/EC+DEC (50:50 in volumes) to control the water content, and the steady-state potential was measured by using the chronoamperometry at 1 mA·cm−2. It was concluded that the water was playing an important role to increase the break down voltage of the solid electrolytic capacitor than the manganese dioxide coating.

Effect of Water Impurity and Manganese Dioxide on Reformation of Niobium Anodic Oxide Film for Solid Electrolytic Capacitor