International audienceIn this paper, we suggest the use of a cold plasma as tunable material inside a microstrip resonant cavity. Plasma dielectric constant can indeed be moved to values below 1 to tune its resonant frequency. DC plasma analysis were conducted and integrated into classic electromagnetic solvers to investigate tuning abilities. Numerical simulations are consistent with experimental results and make this original tuning techniques viable for high power applications
A novel method of implementing a tunable resonator using an applied voltage is presented. Stress is ...
In this paper, a stripline split-ring resonator microwave-induced plasma source, aimed for integrati...
For the first time the eigenoscillation problem of composite cylindrical metal-dielectric resonators...
International audienceIn this paper, we suggest the use of a cold plasma as tunable material inside ...
An original and integrated solution to provide frequency agility to microstrip circuits using plasma...
The use of a plasma microdischarge as a reconfigurable element for a frequency tunable microstrip an...
We report the design, performance, and characterization of a tunable microwave plasma resonator base...
A method hasjbeen d~veloped to compute the resonant frequency of a rectangular microstrip antenna im...
A method has been developed to compute the resonant frequency of a rectangular microstrip antenna i...
International audienceThis paper presents a novel concept to tune the resonant frequency of an evane...
Ion sources have a significant number of applications in accelerator facilities and in industrial ap...
International audienceA preliminary study of the design of an electrically small plasma-based resona...
A resonant frequency control method for dielectric rod resonators is discussed. A dielectric rod of ...
The ever growing demand for reconfigurable electronic devices at mobile form factors makes RF tunabl...
Abstract—In this paper, a microstrip inset-fed patch antenna covered by plasma sheath is simulated b...
A novel method of implementing a tunable resonator using an applied voltage is presented. Stress is ...
In this paper, a stripline split-ring resonator microwave-induced plasma source, aimed for integrati...
For the first time the eigenoscillation problem of composite cylindrical metal-dielectric resonators...
International audienceIn this paper, we suggest the use of a cold plasma as tunable material inside ...
An original and integrated solution to provide frequency agility to microstrip circuits using plasma...
The use of a plasma microdischarge as a reconfigurable element for a frequency tunable microstrip an...
We report the design, performance, and characterization of a tunable microwave plasma resonator base...
A method hasjbeen d~veloped to compute the resonant frequency of a rectangular microstrip antenna im...
A method has been developed to compute the resonant frequency of a rectangular microstrip antenna i...
International audienceThis paper presents a novel concept to tune the resonant frequency of an evane...
Ion sources have a significant number of applications in accelerator facilities and in industrial ap...
International audienceA preliminary study of the design of an electrically small plasma-based resona...
A resonant frequency control method for dielectric rod resonators is discussed. A dielectric rod of ...
The ever growing demand for reconfigurable electronic devices at mobile form factors makes RF tunabl...
Abstract—In this paper, a microstrip inset-fed patch antenna covered by plasma sheath is simulated b...
A novel method of implementing a tunable resonator using an applied voltage is presented. Stress is ...
In this paper, a stripline split-ring resonator microwave-induced plasma source, aimed for integrati...
For the first time the eigenoscillation problem of composite cylindrical metal-dielectric resonators...