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MERRIT, CAREY ; KARAGUZEL, BURCAK ; KANG, TAE HO ; WILSON, JOHN ; FRANZON, PAUL ; NAGLE, TROY ; POURDEYHIMI, BEHNAM ; GRANT, EDWARDThe focus of this paper is the electrical characterization of coplanar waveguide (CPW) transmission lines that are printed onto nonwoven textile substrates using conductive inks, to determine their suitability for wide-band applications, e.g. di[...]
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MERRIT, CAREY ; KARAGUZEL, BURCAK ; KANG, TAE HO ; WILSON, JOHN ; FRANZON, PAUL ; NAGLE, TROY ; POURDEYHIMI, BEHNAM ; GRANT, EDWARDThe focus of this paper is the electrical characterization of coplanar waveguide (CPW) transmission lines that are printed onto nonwoven textile substrates using conductive inks, to determine their suitability for wide-band applications, e.g. di[...]
texto impreso
WILSON, JOHN ; MERRIT, CAREY ; KARAGUZEL, BURCAK ; KANG, TAE HO ; NAGLE, TROY ; GRANT, EDWARD ; POURDEYHIMI, BEHNAM ; FRANZON, PAULA screen printer is used to print conductive inks, loaded with silver particles, on nonwoven textiles substrates. To evaluate this technology for use as flexible interconnects
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This paper will outline various methods for constructing electronic textiles within a framework of what we call soft computation - the design of electronic technology that is composed of soft materials such as textiles and threads, as well as pr[...]
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KARAGUZEL, BURCAK ; MERRIT, CAREY ; KANG, TAE HO ; WILSON, JOHN ; FRANZON, PAUL ; NAGLE, TROY ; GRANT, EDWARD ; POURDEYHIMI, BEHNAMThis paper deals with the interaction between conductive inks and nonwoven substrates, to produce circuits and embedded systems for vital signs monitoring, and wearable computers. The performance metrics related to the circuits are impacted by t[...]
