Add to ORKGA Ku band 4 71 linear slot array antenna design based on recently developed gap waveguide technology is presented. The complete antenna has been built using two parallel plates where the bottom metal plate has the guiding ridge and periodic pins and the top metal plate is smooth. The antenna feed network consists of power dividers has been realized on the bottom metal plate, and the radiating slots are placed on the top metal plate. Design and simulation results of the linear array show that it is possible to have a slot array antenna with 20 % bandwidth based on ridge gap waveguide technology
Abstract: Slotted linear antenna array at Ku band for radar application is designed with design of w...
Single-layer, wideband, and low-loss corporate-feed networks for slot antenna arrays are described. ...
This paper presents a wideband high efficiency slot antenna array based on ridge gap waveguide techn...
A Ku band 4×1 linear slot array antenna design based on recently developed gap waveguide technology ...
A Slot antenna design based on recently developed gap waveguide technology has been presented in thi...
Single-layer, wideband, and low-loss corporate-feed networks for slot antenna arrays are described. ...
In this paper a double layer cavity backed slot array antenna at K band is presented. The slot anten...
In this paper a double layer cavity backed slot array antenna at K band is presented. The slot anten...
In this paper, the design of a linear slot array antenna based on gap waveguide for D-band applicati...
A wideband high-gain high-efficiency 16 x 16-element slot antenna array is presented for 60-GHz band...
A Slot antenna design based on recently developed gap waveguide technology has been presented in thi...
In this paper, a high gain high efficiency 16×16-element slot antenna array is presented for 60 GHz ...
In this work, we present a wideband gap waveguide planar array antenna for millimeter wave point to ...
A wideband 8 x 8 element slot antenna array based on ridge gap waveguide feeding network has been pr...
\ua9 2017 IEEE. In this work, we present wideband gap waveguide planar array antenna for millimeter ...
Abstract: Slotted linear antenna array at Ku band for radar application is designed with design of w...
Single-layer, wideband, and low-loss corporate-feed networks for slot antenna arrays are described. ...
This paper presents a wideband high efficiency slot antenna array based on ridge gap waveguide techn...
A Ku band 4×1 linear slot array antenna design based on recently developed gap waveguide technology ...
A Slot antenna design based on recently developed gap waveguide technology has been presented in thi...
Single-layer, wideband, and low-loss corporate-feed networks for slot antenna arrays are described. ...
In this paper a double layer cavity backed slot array antenna at K band is presented. The slot anten...
In this paper a double layer cavity backed slot array antenna at K band is presented. The slot anten...
In this paper, the design of a linear slot array antenna based on gap waveguide for D-band applicati...
A wideband high-gain high-efficiency 16 x 16-element slot antenna array is presented for 60-GHz band...
A Slot antenna design based on recently developed gap waveguide technology has been presented in thi...
In this paper, a high gain high efficiency 16×16-element slot antenna array is presented for 60 GHz ...
In this work, we present a wideband gap waveguide planar array antenna for millimeter wave point to ...
A wideband 8 x 8 element slot antenna array based on ridge gap waveguide feeding network has been pr...
\ua9 2017 IEEE. In this work, we present wideband gap waveguide planar array antenna for millimeter ...
Abstract: Slotted linear antenna array at Ku band for radar application is designed with design of w...
Single-layer, wideband, and low-loss corporate-feed networks for slot antenna arrays are described. ...
This paper presents a wideband high efficiency slot antenna array based on ridge gap waveguide techn...