This paper presents the design, simulation, fabrication and measurements of a 50 ohm rectenna system. The paper investigates each part (in terms of input impedance) of the rectenna system starting from the antenna, followed by the matching network, to the rectifier. The system consists of an antenna, which captures the transmitted RF signal, connected to a rectifier which converts the AC captured signal into a DC power signal. For maximum power transfer, a matching network is designed between the rectifier and the antenna. At an input power level of -10 dBm, the system is able to achieve an RF/DC power conversion efficiency of 49.7
Radio frequency energy from the environment can be collected and then converted into a continuous si...
International audienceThis paper presents the design and experiment of series mounted diode rectifie...
This work addresses two key topics in the field of energy harvesting and wireless power transfer. Th...
This paper presents the design, simulation, fabrication and measurements of a 50 ohm rectenna system...
Design steps are outlined for maximizing the RF-to-dc power conversion efficiency (PCE) of a rectenn...
International audienceAn efficient rectifier system along with an impedance matching network is prop...
Two rectennas are presented. One consists of a printed 5O antenna, connected to a loaded voltage dou...
With the growing concern about the Earth’s energy problems, the discovery of new en- ergy sources a...
This paper discusses a design methodology to efficiently determine the best combination of rectenna ...
International audienceThis paper presents the conception and the analysis of RF-DC conversion circui...
Rectennas, which mainly consist of an antenna, matching network, and rectifier, are used to harvest ...
This paper describes the design of a high-efficiency energy harvesting circuit with an integrated an...
Rectennas, which mainly consist of an antenna, matching network, and rectifier, are used to harvest ...
International audienceThis paper describes a compact and efficient rectenna based on a dual-diode mi...
Radiofrequency (RF) energy can be harvested in order to power autonomous sensors either from the sur...
Radio frequency energy from the environment can be collected and then converted into a continuous si...
International audienceThis paper presents the design and experiment of series mounted diode rectifie...
This work addresses two key topics in the field of energy harvesting and wireless power transfer. Th...
This paper presents the design, simulation, fabrication and measurements of a 50 ohm rectenna system...
Design steps are outlined for maximizing the RF-to-dc power conversion efficiency (PCE) of a rectenn...
International audienceAn efficient rectifier system along with an impedance matching network is prop...
Two rectennas are presented. One consists of a printed 5O antenna, connected to a loaded voltage dou...
With the growing concern about the Earth’s energy problems, the discovery of new en- ergy sources a...
This paper discusses a design methodology to efficiently determine the best combination of rectenna ...
International audienceThis paper presents the conception and the analysis of RF-DC conversion circui...
Rectennas, which mainly consist of an antenna, matching network, and rectifier, are used to harvest ...
This paper describes the design of a high-efficiency energy harvesting circuit with an integrated an...
Rectennas, which mainly consist of an antenna, matching network, and rectifier, are used to harvest ...
International audienceThis paper describes a compact and efficient rectenna based on a dual-diode mi...
Radiofrequency (RF) energy can be harvested in order to power autonomous sensors either from the sur...
Radio frequency energy from the environment can be collected and then converted into a continuous si...
International audienceThis paper presents the design and experiment of series mounted diode rectifie...
This work addresses two key topics in the field of energy harvesting and wireless power transfer. Th...