That’s an interesting question, and the answer is beyond my knowledge of RF engineering, so I reached out to Neeraj Sood, a researcher at the University of Toronto and a member of McMaster ...

To reduce the amount of RF interference within a medical environment, an RFID system should have as low a power density as possible. High-frequency and above are feasible—but which requires the least ...

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Although RFID applications typically are not high-performance, high-speed designs, there is a good deal of complexity at the system level due to different standards, frequency options, and, most ...

The manufacturing industry is being asked to manage product lifecycle more precisely and efficiently, in part due to legislation on the disposal of home electronic equipment. Systems for tracking a ...

The first passive transponders powered by incoming RF date back to the early 1970s, as does the vision for most of today's manifold RFID applications. Yet only with advances in semiconductor ...