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In this paper, we present environmentally friendly UHF RFID tag antennas that are manufactured by inkjet printing silver nanoparticle ink on a plain paper substrate after finding the most efficient manufacturing parameters and the optimal number of printed layers. The RFID ICs in this work are attached with environmental-friendly and cost-effective conductive adhesive, and the ready RFID tags are...
Wearable passive UHF RFID tags have enormous potential in future body-centric wireless communication and sensing systems, which have countless applications for example in the welfare and health care sectors. Antenna-IC joints in these wireless components are usually the critical parts from the reliability point of view and they operate in an extremely challenging environment. In this study, we demonstrate...
In this study, green and flexible materials (cardboard, fabric, and paper) were utilized as substrates for brush-painted silver passive UHF RFID tag antennas. These novel environmental-friendly and flexible tags achieved maximum read ranges of 8.5–12 meters, suggesting good suitability of brush-painting for the manufacturing of future green wireless devices.
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