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Following the trend of electronic device miniaturization, on-chip integrated solid-state micro-supercapcaitors (MS) were fabricated based on vertically aligned carbon nanofibers (VACNFs) as electrode materials and polymeric gel electrolyte as the solid electrolyte. The VACNFs were grown at 390 °C and 550 °C temperature on interdigitated micro-patterns, where the dimensions of the digits were kept...
A low-dielectric-constant organosilica was developed for interlayer dielectric, introducing adamantane which possesses low polarity and unique rigid structure. Novel organosilane precursor, adamantane-bridged organosilane precursor, was synthesized and characterized. Precursor was mixed with porogen P123, acid and ethanol to prepare coating solution, and the novel periodic mesoporous organosilica...
We present a novel approach to fabricate the biocompatible and stretchable micro-supercapacitors (MSCs) as energy storage units in electronic devices. The interdigital micro-patterns were embedded into polydimethylsiloxane (PDMS) substrate via a combination of microelectronic fabrication techniques. Graphene, as a biocompatible form of carbon, was used as the electrode material due to its high electrical...
This paper explores silicon nanowire technology for ultrathin high-density capacitors, supercapacitors and batteries. Development of such thin power components on glass or silicon will allow integration with other passive components as well as actives such as decoupling capacitors close to locic Ics to form 3D integrated passive and active devices (3D IPACs) that could then be surface-assembled onto...
Graphene, the basic building block of all graphitic materials has received significant scientific interest due to its ultra-high surface area (>2,630 m2/g), high charge carrier mobility, high thermal conductivity, etc. In particular, graphenes high surface area and excellent electrical conductivity has made it a leading candidate for next generation electrode material in energy storage devices...
Embedded paper electronics is a promising solution for the future of electronics, and thus the goal for this paper is to show the pathway toward achieving inkjet solutions for the realization of complex circuitry on the cheapest synthetic material made by humankind: PAPER. A direct write technology, inkjet printing transfers the designed pattern directly to the substrate. Inkjet technologies have...
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