This paper presents a wideband high efficiency slot antenna array based on ridge gap waveguide technology at 60 GHz for millimeter-wave applications. The antenna sub-array consists of four radiating slots that are excited by a cavity. Some tuning pins are placed inside the cavity to achieve wideband performance. A 4 74 slots array antenna is designed using 4-ways power divider. The proposed structure exhibits 30% impedance bandwidth (|S11
A Ku band 4×1 linear slot array antenna design based on recently developed gap waveguide technology ...
Wideband design of power dividers, T-junctions, and transitions based on groove gap waveguide (GGW) ...
A wideband 8 x 8 element slot antenna array based on ridge gap waveguide feeding network has been pr...
In this paper, a high gain high efficiency 16 716-element slot antenna array is presented for 60 GHz...
An 8 78 slot array with high-efficiency andcorporate-fed single layer by ridge gap waveguide at 60-G...
A wideband high-gain high-efficiency 16 x 16-element slot antenna array is presented for 60-GHz band...
This paper deals with the design of patch antenna arrays with Ridge Gap Waveguides (RGW) feed networ...
This communication presents a wideband aperture-coupled patch antenna array based on ridge gap waveg...
The newly introduced gap waveguide technology offers non-contact waveguide configurations so that th...
This paper presents a two layer 2x2-slot element as a sub-array for 60 GHz planar array antenna base...
A wideband high-gain high-efficiency 16 x 16-element slot antenna array is presented for 60-GHz band...
In this paper, a cavity-backed full-corporate feed slot array antenna based on ridge gap waveguide a...
A wideband 2×2-slot element for a 60 GHz antenna array is designed by making use of two double-sided...
In this paper, a high gain high efficiency 16×16-element slot antenna array is presented for 60 GHz ...
This paper presents the design of a high efficiency corporate-fed 8×8-slot array antenna in the 60 G...
A Ku band 4×1 linear slot array antenna design based on recently developed gap waveguide technology ...
Wideband design of power dividers, T-junctions, and transitions based on groove gap waveguide (GGW) ...
A wideband 8 x 8 element slot antenna array based on ridge gap waveguide feeding network has been pr...
In this paper, a high gain high efficiency 16 716-element slot antenna array is presented for 60 GHz...
An 8 78 slot array with high-efficiency andcorporate-fed single layer by ridge gap waveguide at 60-G...
A wideband high-gain high-efficiency 16 x 16-element slot antenna array is presented for 60-GHz band...
This paper deals with the design of patch antenna arrays with Ridge Gap Waveguides (RGW) feed networ...
This communication presents a wideband aperture-coupled patch antenna array based on ridge gap waveg...
The newly introduced gap waveguide technology offers non-contact waveguide configurations so that th...
This paper presents a two layer 2x2-slot element as a sub-array for 60 GHz planar array antenna base...
A wideband high-gain high-efficiency 16 x 16-element slot antenna array is presented for 60-GHz band...
In this paper, a cavity-backed full-corporate feed slot array antenna based on ridge gap waveguide a...
A wideband 2×2-slot element for a 60 GHz antenna array is designed by making use of two double-sided...
In this paper, a high gain high efficiency 16×16-element slot antenna array is presented for 60 GHz ...
This paper presents the design of a high efficiency corporate-fed 8×8-slot array antenna in the 60 G...
A Ku band 4×1 linear slot array antenna design based on recently developed gap waveguide technology ...
Wideband design of power dividers, T-junctions, and transitions based on groove gap waveguide (GGW) ...
A wideband 8 x 8 element slot antenna array based on ridge gap waveguide feeding network has been pr...