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Cymbet Corporation Page 1 of 1 <br /> 411) <br /> CYMBET" <br /> (.OF- PO f?t..' ION <br /> ufi1= E� IIWI'�. ' , 11-1"N PRESS ROOM <br /> I TECHNOLOGY OVERVIEWtaws <br /> CYMBET Corporation is the first to market high cycle, high energy thin-film <br /> z rechargeable or primary solid state batteries deposited onto virtually any *, <br /> surface in any shape or size. t. . <br /> W <br /> CYMBET's patent pending POWER FABrM manufacturing process stands for <br /> "Programmable Orientation With Enhanced Reactivity" and is a combination of <br /> traditional thin-film deposition technologies and proprietary enhancements that <br /> "program"the orientation of the material being deposited while maintaining a <br /> low process temperature. Combine this unique capability with the high energy <br /> density of a lithium cobalt oxide/lithium phosphorous oxynitride (LIPON) couple <br /> and you have a paradigm shifting energy source that easily and efficiently <br /> replaces existing battery sources with application specific batteries that enable <br /> a new generation of thin light weight products. <br /> The CYMBET unique POWER FARM process allows us to design microscopic <br /> � .. <br /> • to macroscopic rechargeable energy sources (batteries) onto almost any _ <br /> substrate or built directly into products to create more robust and useable <br /> devices. Imagine products that need no battery because the battery was built <br /> into the case or IC or LCD screen during manufacture. Imagine products that <br /> need no contacts for battery recharge because the built in battery is recharged <br /> through inductive or RF means. By designing 'application specific' solutions <br /> Cymbet offers products that dramatically reduce overall size and weight of the <br /> energy source. In those cases where the battery becomes part of the structure <br /> it provides reliable power with little or no gain in weight and without affecting <br /> structural integrity. <br /> Cymbet energy sources provide high energy density( up to 900 Watt-hours per <br /> liter), long cycle life, fast recharge, wide operating temperatures, flat discharge <br /> profiles (3.6 volts per cell) and a stable shelf life making it usable as either a <br /> rechargeable or primary battery. Click on the POWER FABTM button for detailed <br /> information on the Cymbet thin-film energy system. <br /> POWER FABT'" ®Technical White Paper <br /> http://www.cymbet.com/tech_overview.php 7/19/02 <br />