Fully gravure printed wireless cyclic voltammetry tags

Younsu Jung,Hyejin Park,Jinah Park,Jinsoo Noh,Yunchang Choi,Minhoon Jung,Kyunghwan Jung,Myungho Pyo,Kevin Chen,Ali Javey,Gyoujin Cho

Electronics System-Integration Technology Conference（2014）

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摘要

For the first time, fully gravure printed wireless cyclic voltammetry (CV) tag is reported as a platform for the disposable wireless sensor tags by utilizing Ag nano-particle based conducting ink, BaTiO3 nano-particle based dielectric ink and single-walled carbon nanotube based semiconducting ink. The printed CV tag contains four functional units for the disposable wireless sensor tag: the rectenna to generate polarized DC volt through coupled 13.56 MHz AC, triangle wave generator to scan electrochemical cell by ±500 mV at lower frequency (<; 500 mHz), amplifier to enhance the output signal and signage to indicate detected level of specimens. Those printed four units will be used as a platform to further develop disposable wireless sensor tags by simply replacing sensor unit.

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关键词

amplifiers,barium compounds,carbon nanotubes,conducting materials,dielectric materials,electrochemical sensors,electromagnetic wave polarisation,ink,microstrip antennas,nanoparticles,nanosensors,rectennas,silver,voltammetry (chemical analysis),wireless sensor networks,ag-batio3-c,cv,conducting ink,dielectric ink,disposable wireless sensor tag,electrochemical cell,frequency 13.56 mhz,fully gravure printed wireless cyclic voltammetry tag,nanoparticle,polarized dc volt generation,rectenna,semiconducting ink,single-walled carbon nanotube,triangle wave generator,rfid tags,radio frequency,wireless communication

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