We have successfully established the technology for commercializing a next-generation SMD solid electrolytic capacitor with new materials: niobium, which is abundantly in existence, in place of tantalum, the conventional anode material of tantalum capacitors that is expected to run out as a resource in ten years, and a conductive polymer with superior electrical characteristics in place of manganese dioxide the conventional cathode material.

* Excellent safety against short circuit ignition realized by the combination of niobium and polymer
* Superb frequency characteristics up to 10MHz at an industry-leading level
* High reliability characteristic of niobium anode
* Category temperature: –55°C to +105°C / Rated voltage: 2.5V to 10V

From January 2010, sample distribution and market research were conducted for discussing commercialization plan.

Please contact the sales office near you.

The EP-cap is an aluminum electrolytic capacitor with a hybrid cathode formed by combining an electrolyte and electroconductive polymer with high conductivity.
The product line including models with up to 125°C endurance (HVP Series) has now been expanded by the present models that withstand 135°C (HVT Series).

Ideal for in-vehicle electrical components that require high temperature durability.
* Rated voltage range: 25V to 63V
* Rated capacitance range: 22μF to 270μF
* ESR: 22mΩ to 40mΩ
* Case size: Φ8 * 10.5mm to Φ10 * 10.5mm
Catalog page (HVT Series: P.22)

The EP-cap is an aluminum electrolytic capacitor with a hybrid cathode formed by combining an electrolyte and electroconductive polymer with high conductivity.
The product line including up to 63V models, which was the industry's highest voltage rating, has now been expanded by the present models with a higher rated voltage of up to 100 V (HVH/HVP Series).

Ideal for high-voltage circuits in line with the enhanced performance and reliability of device
* Rated voltage range: 80V to 100V
* Rated capacitance range: 10μF to 12μF
* ESR: 70mΩ to 80mΩ
* Case size: Φ10 * 10.5mm
Catalog page (HVH Series: P.20, HVP Series: P.21)