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We present a simple fabrication process that produces reliable electronic textile backplanes. We electroplate copper onto woven conductive yarns in order to improve the yarn's conductivity as well as the reliability of electrical contact points between the conductive warp and weft yarns. This process improves the electrical performance of the woven yarns and of the warp/weft contacts by a factor of...
To study the reliability of carbon nanofibers (CNFs) under high-current stress, electrical measurements of CNF breakdown are performed for four configurations: (a) suspended, (b) supported, (c) suspended with tungsten deposited onto the CNF-electrode contact, and (d) supported with tungsten deposition. Supported CNF has enhanced current capacity, consistent with improved heat transport to the substrate,...
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