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This paper analyses the functionality of mm-size inkjet printed gold loop antennas suitable for the wireless powering of miniature cortical implants in wireless Brain-Machine Interface systems. This research shows the capability of mm-size gold implant antennas to receive enough electromagnetic power to activate a UHF RFID chip connected to it.
This paper investigates the effects of conductor thickness on the performance of passive RFID tags fabricated using inkjet technology. Judging from the obtained results the performance of printed tags continues to increase as more conductive layers are added. However, the results show that the amount of performance improvement reduces with increase of the number of layers.
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