A Slot antenna design based on recently developed gap waveguide technology has been presented in this work. This antenna can be built easily by having the feed network on the bottom metal plate, where the ridge will be distributing the waves for equal excitation of each slot element, and the top metal plate will have the slots. Design and simulation results of the basic T-junction for a corporate-feed network and the single element slot show that it is possible to have an array antenna with BW of 15 % or more based on ridge gap waveguide technology
This paper presents some considerations on the design of a novel antenna consisting of the combinati...
A wideband 8 x 8 element slot antenna array based on ridge gap waveguide feeding network has been pr...
In this paper, a cavity-backed full-corporate feed slot array antenna based on ridge gap waveguide a...
A Slot antenna design based on recently developed gap waveguide technology has been presented in thi...
A Ku band 4 71 linear slot array antenna design based on recently developed gap waveguide technology...
Single-layer, wideband, and low-loss corporate-feed networks for slot antenna arrays are described. ...
In this paper, a high gain high efficiency 16×16-element slot antenna array is presented for 60 GHz ...
A wideband high-gain high-efficiency 16 x 16-element slot antenna array is presented for 60-GHz band...
A Ku band 4×1 linear slot array antenna design based on recently developed gap waveguide technology ...
In this paper a double layer cavity backed slot array antenna at K band is presented. The slot anten...
In this work, we present a wideband gap waveguide planar array antenna for millimeter wave point to ...
In this paper a double layer cavity backed slot array antenna at K band is presented. The slot anten...
In this article, a slot array with double-layered full-corporate-fed distribution network by ridge g...
\ua9 2017 IEEE. In this work, we present wideband gap waveguide planar array antenna for millimeter ...
In this paper, the design of a linear slot array antenna based on gap waveguide for D-band applicati...
This paper presents some considerations on the design of a novel antenna consisting of the combinati...
A wideband 8 x 8 element slot antenna array based on ridge gap waveguide feeding network has been pr...
In this paper, a cavity-backed full-corporate feed slot array antenna based on ridge gap waveguide a...
A Slot antenna design based on recently developed gap waveguide technology has been presented in thi...
A Ku band 4 71 linear slot array antenna design based on recently developed gap waveguide technology...
Single-layer, wideband, and low-loss corporate-feed networks for slot antenna arrays are described. ...
In this paper, a high gain high efficiency 16×16-element slot antenna array is presented for 60 GHz ...
A wideband high-gain high-efficiency 16 x 16-element slot antenna array is presented for 60-GHz band...
A Ku band 4×1 linear slot array antenna design based on recently developed gap waveguide technology ...
In this paper a double layer cavity backed slot array antenna at K band is presented. The slot anten...
In this work, we present a wideband gap waveguide planar array antenna for millimeter wave point to ...
In this paper a double layer cavity backed slot array antenna at K band is presented. The slot anten...
In this article, a slot array with double-layered full-corporate-fed distribution network by ridge g...
\ua9 2017 IEEE. In this work, we present wideband gap waveguide planar array antenna for millimeter ...
In this paper, the design of a linear slot array antenna based on gap waveguide for D-band applicati...
This paper presents some considerations on the design of a novel antenna consisting of the combinati...
A wideband 8 x 8 element slot antenna array based on ridge gap waveguide feeding network has been pr...
In this paper, a cavity-backed full-corporate feed slot array antenna based on ridge gap waveguide a...