A configurable antenna breadboard is here proposed for fast prototyping of radiofrequency identification sensing devices for application to the Industrial Internet of Things. The proposed layout is modular, includes both radiating, tuning and expansion traces and can be considered as a multi-port antenna system suitable to network-oriented design. Depending on the ports’ status, the board may be used in standalone configuration as well as electromagnetically coupled to an external booster for improved read-range performance over metals and high-dielectric objects.
Occhiuzzi, C., Amendola, S., Manzari, S., Caizzone, S., Marrocco, G. (2017). Configurable radiofrequency identification sensing breadboard for industrial Internet of Things. ELECTRONICS LETTERS, 53(3), 129-130 [10.1049/el.2016.3669].
Configurable radiofrequency identification sensing breadboard for industrial Internet of Things
OCCHIUZZI, CECILIA;AMENDOLA, SARA;MANZARI, SABINA;MARROCCO, GAETANO
2017-01-01
Abstract
A configurable antenna breadboard is here proposed for fast prototyping of radiofrequency identification sensing devices for application to the Industrial Internet of Things. The proposed layout is modular, includes both radiating, tuning and expansion traces and can be considered as a multi-port antenna system suitable to network-oriented design. Depending on the ports’ status, the board may be used in standalone configuration as well as electromagnetically coupled to an external booster for improved read-range performance over metals and high-dielectric objects.| File | Dimensione | Formato | |
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