The work presented in this paper aims at comparing different approaches for the design of a rectangular microstrip patch antenna operating at millimeter waves. In the paper, the designed antenna is simulated using approximate formulas available from previous research, and also using the electromagnetic software CST (Computer Simulation Technology). Precisely, two optimization procedures are proposed for the same desired antenna, one using the internal CST optimizer and the other the modeFRONTIER software, which is specifically designed for solving optimization problems. All the obtained results are mutually compared, thus highlighting advantages and drawbacks of these approaches
Abstract Microstrip antennas have been widely studied and can be applied to a large number of wide f...
The performance and advantages of microstrip patch antennas such as lowweight, low profile, and low ...
A Comparative study of rectangular and circular shape microstrip patch antennas at 5.76 GHz band is ...
In the recent years the development in communication systems has received considerable attention fro...
Microstrip or patch antennas are becoming increasingly useful because they can be printed directly o...
Microstrip array antennas are essentially for radar and communications systems. They are used to get...
Communication system have been said to have a rapid growth and has been attracting interest for the ...
In this Project we are designed a Micro-strip Patch Antenna at a unique Frequency which is 916...
The design and optimization of rectangular patch antenna and comparison between H-shaped patch ante...
The demand of small size electronic systems has been increasing for several decades. The physical si...
The demand of small size electronic systems has been increasing for several decades. The physical si...
Abstract:- In today’s scenario higher integration and smaller layout size are the two major trends i...
In this paper the three different shapes for microstrip antennas had been analyzed in great detail t...
Microstrip or patch antennas are becoming increasingly useful because they can be printed directly o...
In this paper the three different shapes for microstrip antennas had been analyzed in great detail t...
Abstract Microstrip antennas have been widely studied and can be applied to a large number of wide f...
The performance and advantages of microstrip patch antennas such as lowweight, low profile, and low ...
A Comparative study of rectangular and circular shape microstrip patch antennas at 5.76 GHz band is ...
In the recent years the development in communication systems has received considerable attention fro...
Microstrip or patch antennas are becoming increasingly useful because they can be printed directly o...
Microstrip array antennas are essentially for radar and communications systems. They are used to get...
Communication system have been said to have a rapid growth and has been attracting interest for the ...
In this Project we are designed a Micro-strip Patch Antenna at a unique Frequency which is 916...
The design and optimization of rectangular patch antenna and comparison between H-shaped patch ante...
The demand of small size electronic systems has been increasing for several decades. The physical si...
The demand of small size electronic systems has been increasing for several decades. The physical si...
Abstract:- In today’s scenario higher integration and smaller layout size are the two major trends i...
In this paper the three different shapes for microstrip antennas had been analyzed in great detail t...
Microstrip or patch antennas are becoming increasingly useful because they can be printed directly o...
In this paper the three different shapes for microstrip antennas had been analyzed in great detail t...
Abstract Microstrip antennas have been widely studied and can be applied to a large number of wide f...
The performance and advantages of microstrip patch antennas such as lowweight, low profile, and low ...
A Comparative study of rectangular and circular shape microstrip patch antennas at 5.76 GHz band is ...