This paper proposes an HF (High Frequency) transmitting coil less sensitive to the angular and position misalignments of the small receiving coil. The DDC (Distributed Diameter Coil) shape and TLA (Twisted Loop Antenna) allow respectively minimizing the disturbance of the magnetic link due to the lateral misalignment and the relative tilting direction of the transmitting coil to the receiving coil. The magnetic coupling link obtained from DDC TLA coils is illustrated by comparison with conventional TLA in the case of HF RFID
High Frequency Radio Frequency Identification (HF RFID) system based on Magnetically Coupled Reader ...
This communication concerns the detection of 13.56 MHz (HF) RFID “small” tags. Herein, the term “sma...
In this work the improvement of HF RFID detection is obtained by the addition of small resonator in ...
This letter focuses on the high-frequency wireless power transfer by electromagnetic induction and i...
This paper focuses on tracking and objects identification by means of High Frequency magnetic coupli...
A compact multilayered stacked ingestible coil antenna is investigated for medical systems. The indu...
This paper proposes a reader antenna, improving the inductive coupling with a small coil whatever it...
To improve HF detection of small RFID tags, a Distributed Diameter Coil (DDC) resonator is included ...
In this paper, a new LF/HF RFID reader loop antenna design is proposed and tested, in order to incre...
This letter focuses on 13.56 MHz high-frequency radio frequency identification (RFID) in the case of...
In ingestible systems, the antenna suffers from deterioration of performances due to surrounding dis...
This paper focuses on bats detection, tagged at low frequency (134.2 kHz) with glasstags (typically ...
This paper concerns an application of magnetic coupling RFID technology at 13.56 MHz (HF band) for t...
This paper presents an improvement of small RFID tags detection in HF near field, whatever their lat...
Magnetic antennas are supposed to be less perturbed than electrical antennas in the presence of huma...
High Frequency Radio Frequency Identification (HF RFID) system based on Magnetically Coupled Reader ...
This communication concerns the detection of 13.56 MHz (HF) RFID “small” tags. Herein, the term “sma...
In this work the improvement of HF RFID detection is obtained by the addition of small resonator in ...
This letter focuses on the high-frequency wireless power transfer by electromagnetic induction and i...
This paper focuses on tracking and objects identification by means of High Frequency magnetic coupli...
A compact multilayered stacked ingestible coil antenna is investigated for medical systems. The indu...
This paper proposes a reader antenna, improving the inductive coupling with a small coil whatever it...
To improve HF detection of small RFID tags, a Distributed Diameter Coil (DDC) resonator is included ...
In this paper, a new LF/HF RFID reader loop antenna design is proposed and tested, in order to incre...
This letter focuses on 13.56 MHz high-frequency radio frequency identification (RFID) in the case of...
In ingestible systems, the antenna suffers from deterioration of performances due to surrounding dis...
This paper focuses on bats detection, tagged at low frequency (134.2 kHz) with glasstags (typically ...
This paper concerns an application of magnetic coupling RFID technology at 13.56 MHz (HF band) for t...
This paper presents an improvement of small RFID tags detection in HF near field, whatever their lat...
Magnetic antennas are supposed to be less perturbed than electrical antennas in the presence of huma...
High Frequency Radio Frequency Identification (HF RFID) system based on Magnetically Coupled Reader ...
This communication concerns the detection of 13.56 MHz (HF) RFID “small” tags. Herein, the term “sma...
In this work the improvement of HF RFID detection is obtained by the addition of small resonator in ...