This paper describes the design of a high-efficiency energy harvesting circuit with an integrated antenna. The circuit is composed of series resonance and boost rectifier circuits for converting radio frequency power into boosted direct current (DC) voltage. The measured output DC voltage is 5.67 V for an input of 100 mV at 900 MHz. Antenna input impedance matching is optimized for greater efficiency and miniaturization. The measured efficiency of this antenna-integrated energy harvester is 60% for −4.85 dBm input power and a load resistance equal to 20 kΩ at 905 MHz
WOS: 000378873900004Radio frequency (RF) energy harvester systems are a good alternative for energiz...
Abstract — Radiofrequency (RF) energy can be harvested in order to power autonomous sen-sors either ...
In this work a simple, high conversion efficiency, and high output voltage energy harvesting device ...
International audienceAn efficient rectifier system along with an impedance matching network is prop...
This paper presents an energy harvesting circuit for high efficiency performance. The proposed circu...
One of challenge in rectenna design is the impedance matching of the antenna to the rectifier load. ...
In this work the operation of a MOSFET based rectifier, composed of multiple stages of voltage doubl...
This thesis presents the design and measurement of an RF energy harvesting and power management unit...
In recent time, the demand of low power wirelessly operated application devices has shown a rapid gr...
A high-efficiency compact broadband rectifier is developed for wireless energy harvesting. A novel t...
Radiofrequency (RF) energy can be harvested in order to power autonomous sensors either from the sur...
International audienceIn this paper, an impedance matching network is designed for an RF energy harv...
This paper proposes a novel rectenna design for the compact RF energy harvesting system operating at...
This paper details the basic concepts and processes of RF energy harvesting needed to design and imp...
In this paper we present the design and simulation results of an RF energy harvesting circuit that o...
WOS: 000378873900004Radio frequency (RF) energy harvester systems are a good alternative for energiz...
Abstract — Radiofrequency (RF) energy can be harvested in order to power autonomous sen-sors either ...
In this work a simple, high conversion efficiency, and high output voltage energy harvesting device ...
International audienceAn efficient rectifier system along with an impedance matching network is prop...
This paper presents an energy harvesting circuit for high efficiency performance. The proposed circu...
One of challenge in rectenna design is the impedance matching of the antenna to the rectifier load. ...
In this work the operation of a MOSFET based rectifier, composed of multiple stages of voltage doubl...
This thesis presents the design and measurement of an RF energy harvesting and power management unit...
In recent time, the demand of low power wirelessly operated application devices has shown a rapid gr...
A high-efficiency compact broadband rectifier is developed for wireless energy harvesting. A novel t...
Radiofrequency (RF) energy can be harvested in order to power autonomous sensors either from the sur...
International audienceIn this paper, an impedance matching network is designed for an RF energy harv...
This paper proposes a novel rectenna design for the compact RF energy harvesting system operating at...
This paper details the basic concepts and processes of RF energy harvesting needed to design and imp...
In this paper we present the design and simulation results of an RF energy harvesting circuit that o...
WOS: 000378873900004Radio frequency (RF) energy harvester systems are a good alternative for energiz...
Abstract — Radiofrequency (RF) energy can be harvested in order to power autonomous sen-sors either ...
In this work a simple, high conversion efficiency, and high output voltage energy harvesting device ...