This study shows that, at the present state of development, one-bit frequency doubling tags seems to be feasible exploiting green technologies. The optimal process will exploit a paper substrate where both antennas and pentacene organic diodes could be deposited by means of ink-jet printing. The proposed frequency doubling tag has a fully uniplanar layout (no vias needed), whereas the use of simple nonlinear devices is adequate to open the market of organic microwave RFID systems.
On the feasibility of frequency doubling microwave RFIDS exploiting paper-based antennas and pentacene diodes
Quiroga S D;Biscarini F;Scorzoni A
2009
Abstract
This study shows that, at the present state of development, one-bit frequency doubling tags seems to be feasible exploiting green technologies. The optimal process will exploit a paper substrate where both antennas and pentacene organic diodes could be deposited by means of ink-jet printing. The proposed frequency doubling tag has a fully uniplanar layout (no vias needed), whereas the use of simple nonlinear devices is adequate to open the market of organic microwave RFID systems.File in questo prodotto:
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