A switched-mode reconfigurable RF energy harvester with integrated storage controller /
Ahmed Refaat Aboulfotouh Aboulsaad
A switched-mode reconfigurable RF energy harvester with integrated storage controller / حاصد طاقة للترددات الراديوية بنمط متبدل قابل لإعادة التشكيل مع وحدة تحكم متكاملة للتخزين Ahmed Refaat Aboulfotouh Aboulsaad ; Supervised Ahmed Nader Mohieldin , Faisal Abdellatif - Cairo : Ahmed Refaat Aboulfotouh Aboulsaad , 2020 - 94 P. : charts , fsacsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Electronics and Communications
This thesis presents an integrated RF energy harvesting system design approach with 2 design variants: the first variant targets to improve the performance of conventional harvesters by addressing the flaws associated with them.The second variant proposes a new architecture that replaces the diode-connected transistors with diode-emulated devices. Both designs are reconfigurable to provide wide operating range. Additionally, a voltage feedback loop is employed to regulate the output voltage in both variants.Extra available power is provided to a secondary storage unit (supercapacitor).Both systems are implemented in 130nm technology, and simulation results show that the design is superior to previous work in achieving the design aspects
Dickson rectifier Reconfigurable RF energy harvesting
A switched-mode reconfigurable RF energy harvester with integrated storage controller / حاصد طاقة للترددات الراديوية بنمط متبدل قابل لإعادة التشكيل مع وحدة تحكم متكاملة للتخزين Ahmed Refaat Aboulfotouh Aboulsaad ; Supervised Ahmed Nader Mohieldin , Faisal Abdellatif - Cairo : Ahmed Refaat Aboulfotouh Aboulsaad , 2020 - 94 P. : charts , fsacsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Electronics and Communications
This thesis presents an integrated RF energy harvesting system design approach with 2 design variants: the first variant targets to improve the performance of conventional harvesters by addressing the flaws associated with them.The second variant proposes a new architecture that replaces the diode-connected transistors with diode-emulated devices. Both designs are reconfigurable to provide wide operating range. Additionally, a voltage feedback loop is employed to regulate the output voltage in both variants.Extra available power is provided to a secondary storage unit (supercapacitor).Both systems are implemented in 130nm technology, and simulation results show that the design is superior to previous work in achieving the design aspects
Dickson rectifier Reconfigurable RF energy harvesting