This work presents an approach for the measurement of mutual inductance on near field inductive coupling. The mutual inductance between inductive circuits allows the simulation of energy transfer from reader to tag, that can be used in RFID and powerless implantable devices. It also allows one to predict the maximum voltage in the tag of the radio-frequency system
Wireless power transmission systems, which aim to eliminate cable complexity and the difference betw...
With the development of new integrated circuits to interface radio frequency identification protocol...
Considering the massive development that took place in the past two decades, wireless power transfer...
In contrast to pure identification labels, passiveinductive coupled RFID transponders with enhanced ...
Near-field coupling analysis of UHF RFID systems is addressed. Numerical full-wave simulations are u...
International audienceIn this work the improvement of HF RFID detection is obtained by the addition ...
In this paper near-field coupling in UHF-RFID systems is investigated. The wireless power transfer a...
The communication quality between an RFID tag and a reader in a RFID network is affected by several ...
A near-field power transfer equation for an inductively coupled near-field system is derived based o...
A preliminary numerical analysis of the power transfer efficiency (PTE) for the forward link of near...
A basic analysis of inductive coils and its parameter calculations are presented. The simulations of...
Recent technological advancements in sensors and conditioning electronics are finding applications i...
Radio Frequency Identification is the wireless technology that uses radio waves to automatically ide...
<p>(a) Matching and signal pick-up coil and receiving coils. Two additional capacitors were soldered...
Wireless power transfer has progressed significantly in the recent years especially the near-field n...
Wireless power transmission systems, which aim to eliminate cable complexity and the difference betw...
With the development of new integrated circuits to interface radio frequency identification protocol...
Considering the massive development that took place in the past two decades, wireless power transfer...
In contrast to pure identification labels, passiveinductive coupled RFID transponders with enhanced ...
Near-field coupling analysis of UHF RFID systems is addressed. Numerical full-wave simulations are u...
International audienceIn this work the improvement of HF RFID detection is obtained by the addition ...
In this paper near-field coupling in UHF-RFID systems is investigated. The wireless power transfer a...
The communication quality between an RFID tag and a reader in a RFID network is affected by several ...
A near-field power transfer equation for an inductively coupled near-field system is derived based o...
A preliminary numerical analysis of the power transfer efficiency (PTE) for the forward link of near...
A basic analysis of inductive coils and its parameter calculations are presented. The simulations of...
Recent technological advancements in sensors and conditioning electronics are finding applications i...
Radio Frequency Identification is the wireless technology that uses radio waves to automatically ide...
<p>(a) Matching and signal pick-up coil and receiving coils. Two additional capacitors were soldered...
Wireless power transfer has progressed significantly in the recent years especially the near-field n...
Wireless power transmission systems, which aim to eliminate cable complexity and the difference betw...
With the development of new integrated circuits to interface radio frequency identification protocol...
Considering the massive development that took place in the past two decades, wireless power transfer...