“As our customers in automotive, energy and other sectors push their offerings toward greater efficiency and higher performance, the importance of 3,000F ultracapacitor cells increases,” said Mark McGough, CEO of Ioxus. “By lowering the ESR, increasing the power density beyond the most competitive product available, and making the product rugged enough to pass shock and vibe tests that competing products cannot, the Ioxus iCAP series delivers what no one else can: a more powerful, more rugged cell that adapts to myriad uses.”

Among the applications for the 3,000F ultracapacitor cells are transportation drive, grid power storage, regenerative energy capture, backup power and uninterruptible power supply (UPS), ride-through, power conditioning, and renewable energy systems. In all of these areas, the Ioxus iCAP 3,000F ultracapacitor delivers the heaviest duty cycles possible and the longest life, due to minimal temperature rise.

The Ioxus iCAP 3,000F ultracapacitor is ideal for prototype-to-production support, facilitating low ESR bus bar connections with the largest achievable contact areas. The double holes are off axis, preventing cell damage during assembly and making the Ioxus iCAP 3,000F ultracapacitor durable enough for even the toughest applications.

Among the features of the Ioxus iCAP 3,000F ultracapacitor are many market differentiators, including:

• Weldable, double female threaded terminals
• Largest diameter terminals
• Single terminal design for bolted or welded connection
• Lowest cell ESR
• Mil spec tumble test rated
  

Ioxus iCAP cells are designed for high shock and vibration applications such as heavy equipment or rail. The iCAP 3,000F ultracapacitors offer a 2.7 V working voltage and adhere to industry standard footprints.

More information about the iCAP 3,000F ultracapacitors at
www.ioxus.com/data-sheets.html