International audienceIn this paper, a flat lens antenna using Gap Waveguide (GW) technology working in the millimeter waves band was designed. The metamaterial lens is fed using a Groove Gap Waveguide (GGW) horn antenna in order to achieve a plane wavefront at broadside. Both devices, metalens and GGW antenna achieve excellent radiation results when combined together. Due to metallic composition, the structure presents more robustness, low loss, and adaptability to a flat surface, able to be used in millimeter wave application. © 2021 IEEE
©2014 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for al...
Millimeter-wave communication systems require many innovative antennas adapted for future applicatio...
The gap waveguide technology has been shown to provide low loss and easy-to-manufacture antenna solu...
International audienceIn this paper, a flat lens antenna using Gap Waveguide (GW) technology working...
International audienceIn this paper, a flat lens antenna using Gap Waveguide (GW) technology working...
International audienceIn this paper, a flat lens antenna using Gap Waveguide (GW) technology working...
In this paper, a flat lens antenna using Gap Waveguide (GW) technology working in the millimeter wav...
In this paper, a flat lens antenna using Gap Waveguide (GW) technology working in the millimeter wav...
International audienceIn this paper, a flat hyperbolic lens antenna using Groove Gap Waveguide (GGW)...
International audienceIn this paper, a flat hyperbolic lens antenna using Groove Gap Waveguide (GGW)...
Modern societal demands for a high data throughput, short time latency and low energy consumption ar...
Modern societal demands for a high data throughput, short time latency and low energy consumption ar...
Gap waveguide (GWG) technology will be introduced in this talk, which is a highly efficient guiding ...
The increasing advance of short range wireless communications requiring high data rates and the lack...
©2014 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for al...
©2014 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for al...
Millimeter-wave communication systems require many innovative antennas adapted for future applicatio...
The gap waveguide technology has been shown to provide low loss and easy-to-manufacture antenna solu...
International audienceIn this paper, a flat lens antenna using Gap Waveguide (GW) technology working...
International audienceIn this paper, a flat lens antenna using Gap Waveguide (GW) technology working...
International audienceIn this paper, a flat lens antenna using Gap Waveguide (GW) technology working...
In this paper, a flat lens antenna using Gap Waveguide (GW) technology working in the millimeter wav...
In this paper, a flat lens antenna using Gap Waveguide (GW) technology working in the millimeter wav...
International audienceIn this paper, a flat hyperbolic lens antenna using Groove Gap Waveguide (GGW)...
International audienceIn this paper, a flat hyperbolic lens antenna using Groove Gap Waveguide (GGW)...
Modern societal demands for a high data throughput, short time latency and low energy consumption ar...
Modern societal demands for a high data throughput, short time latency and low energy consumption ar...
Gap waveguide (GWG) technology will be introduced in this talk, which is a highly efficient guiding ...
The increasing advance of short range wireless communications requiring high data rates and the lack...
©2014 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for al...
©2014 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for al...
Millimeter-wave communication systems require many innovative antennas adapted for future applicatio...
The gap waveguide technology has been shown to provide low loss and easy-to-manufacture antenna solu...