A frequency doubler TAG structure realized on both plastic and conductive ink-jet printed paper is presented. It is based on the crossed dipole structure, but uses four diodes in a bridge configuration to form a balanced multiplier layout and incorporates the necessary DC path in a simple way within the structure. Measurements results are presented for both the plastic and paper structure, showing the feasibility of economic and green electronics on paper.
Crossed Dipole Frequency Doubling RFID TAG based on Paper Substrate and Ink-Jet Printing Technology
ALIMENTI, Federico;PALAZZARI, VALERIA;ORECCHINI, GIULIA;MEZZANOTTE, Paolo;ROSELLI, Luca
2010
Abstract
A frequency doubler TAG structure realized on both plastic and conductive ink-jet printed paper is presented. It is based on the crossed dipole structure, but uses four diodes in a bridge configuration to form a balanced multiplier layout and incorporates the necessary DC path in a simple way within the structure. Measurements results are presented for both the plastic and paper structure, showing the feasibility of economic and green electronics on paper.File in questo prodotto:
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