International audienceMott transition materials seem particularly promising to design reconfigurable devices. In this paper, Vanadium Dioxide (VO2) is studied and characterized to design switches and elementary RF devices. The study shows experimentally promising RF performances under electrical control and also for an optical excitation of the VO2 with ultra-short switching time. These results put forward the use of VO2 switches as a core function to design ultra-fast purpose RF devices dedicated to future military and civilian standards
International audienceMicrowave switching devices based on the semiconductor-metal transition of VO2...
This thesis, conducted at Lab−STICC as part of the ANR MUFRED project, focuses on the study, the des...
This thesis, conducted at Lab−STICC as part of the ANR MUFRED project, focuses on the study, the des...
International audienceMott transition materials seem particularly promising to design reconfigurable...
International audienceMott transition materials seem particularly promising to design reconfigurable...
International audienceMott transition materials seem particularly promising to design reconfigurable...
International audienceMott transition materials seem particularly promising to design reconfigurable...
International audienceMott transition materials seem particularly promising to design reconfigurable...
International audienceMott transition materials seem particularly promising to design reconfigurable...
International audienceMott transition materials seem particularly promising to design reconfigurable...
We report the electrical and optical activation of the insulator-To-metallic transition in vanadium ...
ISBN : 978-1-60511-101-8International audienceMicrowave switches in both shunt and series configurat...
ISBN : 978-1-60511-101-8International audienceMicrowave switches in both shunt and series configurat...
ISBN : 978-1-60511-101-8International audienceMicrowave switches in both shunt and series configurat...
International audienceMicrowave switching devices based on the semiconductor-metal transition of VO2...
International audienceMicrowave switching devices based on the semiconductor-metal transition of VO2...
This thesis, conducted at Lab−STICC as part of the ANR MUFRED project, focuses on the study, the des...
This thesis, conducted at Lab−STICC as part of the ANR MUFRED project, focuses on the study, the des...
International audienceMott transition materials seem particularly promising to design reconfigurable...
International audienceMott transition materials seem particularly promising to design reconfigurable...
International audienceMott transition materials seem particularly promising to design reconfigurable...
International audienceMott transition materials seem particularly promising to design reconfigurable...
International audienceMott transition materials seem particularly promising to design reconfigurable...
International audienceMott transition materials seem particularly promising to design reconfigurable...
International audienceMott transition materials seem particularly promising to design reconfigurable...
We report the electrical and optical activation of the insulator-To-metallic transition in vanadium ...
ISBN : 978-1-60511-101-8International audienceMicrowave switches in both shunt and series configurat...
ISBN : 978-1-60511-101-8International audienceMicrowave switches in both shunt and series configurat...
ISBN : 978-1-60511-101-8International audienceMicrowave switches in both shunt and series configurat...
International audienceMicrowave switching devices based on the semiconductor-metal transition of VO2...
International audienceMicrowave switching devices based on the semiconductor-metal transition of VO2...
This thesis, conducted at Lab−STICC as part of the ANR MUFRED project, focuses on the study, the des...
This thesis, conducted at Lab−STICC as part of the ANR MUFRED project, focuses on the study, the des...