Add to ORKGThe design of a millimeter wave n x n array antenna at 60 GHz with corporate feed network printed on the same side of the substrate is presented. The antenna is designed using transmission line model and simulated using IE3D software. Simulation and measured results were in good agreement. Analyses were carried out for 2x2, 4x4, 8x8 arrays. The gain and beam width of 8x8 microstrip array is 18.48 dBi and 10.49 deg. The 10 dB return loss bandwidth spans from 59 GHz to about 61 GHz. The proposed array can be integrated with the existing MMIC’s or wireless equipment with suitable selection of the substrate
This article presents a simple 1×2 Rectangular microstrip array antenna fed by corporate feed networ...
This paper describes the design of single microstrip square patch antenna and the construction of 3 ...
Low cost millimetre wave modules are needed for emerging 60 GHz applications such as high speed wire...
In this paper, a high gain and compact antenna array is designed using a parallel feed network at 60...
In this paper, a high gain and compact antenna array is designed using a parallel feed network at 60...
This article comparatively shows the evolution of parameters of three types of arrays for MIMO micro...
The array of antennas generally used for directing the radiated power towards a desired angular sect...
The next generation of mobile networks will exploit frequencies above 5 GHz and will use a wide avai...
In this thesis, the design fabrication and characterization of a 2 x 8 microstrip planar antenna arr...
This paper deals with the design of patch antenna arrays with Ridge Gap Waveguides (RGW) feed networ...
The next generation of mobile networks will exploit frequencies above 5 GHz and will use a wide avai...
Abstract—This paper demonstrates simple, low cost and high gain microstrip array antennas with suita...
This paper presents a study and an array design consisting of two microstrip patch antennas connecte...
A microstrip antenna array design for 60 GHz central frequency is presented, with simulated and meas...
In this paper, an antenna array operating at 60 GHz and realized on 0.675 mm thick silicon substrate...
This article presents a simple 1×2 Rectangular microstrip array antenna fed by corporate feed networ...
This paper describes the design of single microstrip square patch antenna and the construction of 3 ...
Low cost millimetre wave modules are needed for emerging 60 GHz applications such as high speed wire...
In this paper, a high gain and compact antenna array is designed using a parallel feed network at 60...
In this paper, a high gain and compact antenna array is designed using a parallel feed network at 60...
This article comparatively shows the evolution of parameters of three types of arrays for MIMO micro...
The array of antennas generally used for directing the radiated power towards a desired angular sect...
The next generation of mobile networks will exploit frequencies above 5 GHz and will use a wide avai...
In this thesis, the design fabrication and characterization of a 2 x 8 microstrip planar antenna arr...
This paper deals with the design of patch antenna arrays with Ridge Gap Waveguides (RGW) feed networ...
The next generation of mobile networks will exploit frequencies above 5 GHz and will use a wide avai...
Abstract—This paper demonstrates simple, low cost and high gain microstrip array antennas with suita...
This paper presents a study and an array design consisting of two microstrip patch antennas connecte...
A microstrip antenna array design for 60 GHz central frequency is presented, with simulated and meas...
In this paper, an antenna array operating at 60 GHz and realized on 0.675 mm thick silicon substrate...
This article presents a simple 1×2 Rectangular microstrip array antenna fed by corporate feed networ...
This paper describes the design of single microstrip square patch antenna and the construction of 3 ...
Low cost millimetre wave modules are needed for emerging 60 GHz applications such as high speed wire...