International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel plate waveguide (PPW) technology for space applications at Ku band. Compared to the Luneburg lens, the Gutman lens provides more compact size up to 35%. To achieve this compactness an optimized unit cell with glide symmetry is utilized. Single ridge waveguides are proposed to excite the lens along its focal arc to obtain a field of view with high beam overlap level between adjacent beams. Finally, the antenna presents broadband performance up to 40% with low losses and high directivity which makes it an excellent candidate for satellite missions. © 2020 EurAAP
In this article, we propose a new design of a multibeam cylindrical Luneburg lens antenna designed i...
A parallel-plate waveguide half-Luneburg geodesic lens is designed and experimentally validated in t...
A parallel-plate waveguide half-Luneburg geodesic lens is designed and experimentally validated in t...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
In this article, we propose a new design of a multibeam cylindrical Luneburg lens antenna designed i...
In this article, we propose a new design of a multibeam cylindrical Luneburg lens antenna designed i...
In this article, we propose a new design of a multibeam cylindrical Luneburg lens antenna designed i...
A parallel-plate waveguide half-Luneburg geodesic lens is designed and experimentally validated in t...
A parallel-plate waveguide half-Luneburg geodesic lens is designed and experimentally validated in t...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceThis paper presents an all-metal parallel plate waveguide (PPW) Luneburg lens ...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
In this article, we propose a new design of a multibeam cylindrical Luneburg lens antenna designed i...
In this article, we propose a new design of a multibeam cylindrical Luneburg lens antenna designed i...
In this article, we propose a new design of a multibeam cylindrical Luneburg lens antenna designed i...
A parallel-plate waveguide half-Luneburg geodesic lens is designed and experimentally validated in t...
A parallel-plate waveguide half-Luneburg geodesic lens is designed and experimentally validated in t...