This paper presents the design, electromagnetic simulation and experimental results of a 94 GHz microstrip patch antenna with four parasitic patches. The structure was designed for a six tape Low Temperature Co-Fired Ceramics process (LTCC). The antenna element is fed by a substrate integrated waveguide, taking advantage of the 3D vertical integration possibilities of the LTCC technology. The measured input matching bandwidth (|S11| <; - 10 dB) is between 89.5 - 95.9 GHz. The measured half-power gain bandwidth is between 80 - 103 GHz
This paper presents the design of a 90 GHz phased-array transmitter front end on low-temperature co-...
International audienceAn integrated solution for the development of multilayer antenna modules for f...
The design is presented of aperture-coupled microstrip line-fed patch antennas (ACMPAs) and 4times4 ...
This paper presents the design, electromagnetic simulation and experimental results of a 94 GHz micr...
This paper presents a novel 94 GHz parasitic antenna array with a substrate integrated waveguide fee...
A microstrip parasitic patch antenna consisting of four parasitic patches, fed by one active patch, ...
One of the major challenges in next-generation, highly integrated, wireless system-on-packages (SOP)...
The design of a slot coupled microstrip patch antenna with four parasitic elements for the 77 GHz fr...
This paper presents the electromagnetic modeling and design of substrate integrated waveguides (SIW)...
This paper shows that it is possible to make functional probe-fed patch antennas on low-temperature ...
A microstrip patch antenna with four parasitic patches for 35 GHz is presented in this paper. The an...
International audienceIn this paper, a low profile ultra-wideband microstrip antenna is proposed for...
The feasibility of microstrip planar antenna arrays printed on a low-temperature co-fired ceramic (L...
International audienceIn this paper, a new design of a low-profile and multilayer broadband microstr...
This paper presents the design of a 90 GHz phased-array transmitter front end on low-temperature co-...
International audienceAn integrated solution for the development of multilayer antenna modules for f...
The design is presented of aperture-coupled microstrip line-fed patch antennas (ACMPAs) and 4times4 ...
This paper presents the design, electromagnetic simulation and experimental results of a 94 GHz micr...
This paper presents a novel 94 GHz parasitic antenna array with a substrate integrated waveguide fee...
A microstrip parasitic patch antenna consisting of four parasitic patches, fed by one active patch, ...
One of the major challenges in next-generation, highly integrated, wireless system-on-packages (SOP)...
The design of a slot coupled microstrip patch antenna with four parasitic elements for the 77 GHz fr...
This paper presents the electromagnetic modeling and design of substrate integrated waveguides (SIW)...
This paper shows that it is possible to make functional probe-fed patch antennas on low-temperature ...
A microstrip patch antenna with four parasitic patches for 35 GHz is presented in this paper. The an...
International audienceIn this paper, a low profile ultra-wideband microstrip antenna is proposed for...
The feasibility of microstrip planar antenna arrays printed on a low-temperature co-fired ceramic (L...
International audienceIn this paper, a new design of a low-profile and multilayer broadband microstr...
This paper presents the design of a 90 GHz phased-array transmitter front end on low-temperature co-...
International audienceAn integrated solution for the development of multilayer antenna modules for f...
The design is presented of aperture-coupled microstrip line-fed patch antennas (ACMPAs) and 4times4 ...