International audienceA dual-layer Rotman lens with reduced footprint and wide field of view is introduced here in substrate integrated waveguide (SIW) technology in the 24-GHz band. Both layers are connected by a high-efficiency transition made by an SIW integrated reflector and several coupling vias. The delay lines of the Rotman lens are implemented in ridged waveguides for compactness and broadband operation over a wide angular range, and the radiating part is an SIW slotted waveguide array made of 15 resonant waveguides. Design guidelines and performance are provided for the transition and the ridged delay lines. Experimental results show very good scanning performance over an angular sector of +/- 48 degrees
An electrically steerable beam is an essential standard in the recent wireless application in order ...
This paper presents a 2D multibeam antenna (2D-MBA) for two-dimensional scanning of space with fully...
Several services associated with satellite on the move and 5G applications are populating the K and ...
International audienceA dual-layer Rotman lens with reduced footprint and wide field of view is intr...
International audienceWe introduce here a multilayer Rotman lens antenna in Substrate Integrated Wav...
International audienceA multi-beam antenna system fed by a dual-layer Rotman lens is presented in mu...
International audienceA multibeam antenna system fed by a compact Rotman lens is presented in multil...
Planar electromagnetic lenses like the Rotman lens are attractive candidates for beambeam forming ne...
Applications in radar systems and communications systems require very often antennas with beam steer...
Applications in radar system and communications systems require very often antennas with beam steeri...
The development of phased array systems is one of the most ambitious research areas for the millimet...
In this dissertation, several new millimeter-wave phased array circuits and antennas are presented f...
This article proposes an innovative method for extending the scan range of phased arrays based on Ro...
Compact and low-cost antenna arrays with beamsteering or beam-switching are needed for emerging mill...
High-band allocations in the millimeter-wave (mm-Wave) frequency spectrum offer high-capacity wirele...
An electrically steerable beam is an essential standard in the recent wireless application in order ...
This paper presents a 2D multibeam antenna (2D-MBA) for two-dimensional scanning of space with fully...
Several services associated with satellite on the move and 5G applications are populating the K and ...
International audienceA dual-layer Rotman lens with reduced footprint and wide field of view is intr...
International audienceWe introduce here a multilayer Rotman lens antenna in Substrate Integrated Wav...
International audienceA multi-beam antenna system fed by a dual-layer Rotman lens is presented in mu...
International audienceA multibeam antenna system fed by a compact Rotman lens is presented in multil...
Planar electromagnetic lenses like the Rotman lens are attractive candidates for beambeam forming ne...
Applications in radar systems and communications systems require very often antennas with beam steer...
Applications in radar system and communications systems require very often antennas with beam steeri...
The development of phased array systems is one of the most ambitious research areas for the millimet...
In this dissertation, several new millimeter-wave phased array circuits and antennas are presented f...
This article proposes an innovative method for extending the scan range of phased arrays based on Ro...
Compact and low-cost antenna arrays with beamsteering or beam-switching are needed for emerging mill...
High-band allocations in the millimeter-wave (mm-Wave) frequency spectrum offer high-capacity wirele...
An electrically steerable beam is an essential standard in the recent wireless application in order ...
This paper presents a 2D multibeam antenna (2D-MBA) for two-dimensional scanning of space with fully...
Several services associated with satellite on the move and 5G applications are populating the K and ...