A chipless RFID sensor exploiting the depolarizing effect of a finite period surface is proposed for rotation monitoring. The information is encoded in the cross-polar response of the scatterer, which, in turns, depends on the orientation of the chipless RFID tag with respect to the probing wave. Preliminary assessment is illustrated and critical issues are analyzed for future developments.
Chipless RFID Sensor for Rotation Monitoring
S. Genovesi
;F. Costa
;M. Borgese
;F. A. Dicandia
;A. Monorchio
;G. Manara
2017-01-01
Abstract
A chipless RFID sensor exploiting the depolarizing effect of a finite period surface is proposed for rotation monitoring. The information is encoded in the cross-polar response of the scatterer, which, in turns, depends on the orientation of the chipless RFID tag with respect to the probing wave. Preliminary assessment is illustrated and critical issues are analyzed for future developments.File in questo prodotto:
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