Add to ORKGCalculations of several cases for rectangular microstrip patch antennas using more accurate cavity model have been compared with the conventional cavity calculations, expressions generated by curve fitting to full wave solutions and method of moments. Calculated as well as experimental values have been studied for different thickness, patch sizes and substrate materials with different permittivities and losses
The cavity model has been modified to account for the impedance boundary condition at the edges of ...
The cavity model has been modified to account for the impedance boundary condition at the edges of ...
The cavity model has been modified to account for the impedance boundary condition at the edges of ...
Calculations of several cases for rectangular microstrip antennas using more accurate cavity model h...
Abstract. Calculations of several cases for rectangular microstrip antennas using more accurate cavi...
New simple computer-aided design formulas for the rectangular microstrip patch antennas have been de...
New simple computer-aided design formulas for the rectangular microstrip patch antennas have been de...
In this paper the three different shapes for microstrip antennas had been analyzed in great detail t...
In this paper the three different shapes for microstrip antennas had been analyzed in great detail t...
One of humankind’s greatest natural resources is the electromagnetic spectrum and the antenna has be...
In modern microwave systems, rectangular microstrip patch antennas (RMPAs) are probably the most inv...
<p>Height of the dielectric substrate material for a microstrip patch antenna is utterly important i...
The probe-fed truncated square patch microstrip antenna is calculated by using WIPL-D based on the m...
Microstrip patch antennas have a variety if feeding technique applicable to them. It can be categori...
The cavity model has been modified to account for the impedance boundary condition at the edges of ...
The cavity model has been modified to account for the impedance boundary condition at the edges of ...
The cavity model has been modified to account for the impedance boundary condition at the edges of ...
The cavity model has been modified to account for the impedance boundary condition at the edges of ...
Calculations of several cases for rectangular microstrip antennas using more accurate cavity model h...
Abstract. Calculations of several cases for rectangular microstrip antennas using more accurate cavi...
New simple computer-aided design formulas for the rectangular microstrip patch antennas have been de...
New simple computer-aided design formulas for the rectangular microstrip patch antennas have been de...
In this paper the three different shapes for microstrip antennas had been analyzed in great detail t...
In this paper the three different shapes for microstrip antennas had been analyzed in great detail t...
One of humankind’s greatest natural resources is the electromagnetic spectrum and the antenna has be...
In modern microwave systems, rectangular microstrip patch antennas (RMPAs) are probably the most inv...
<p>Height of the dielectric substrate material for a microstrip patch antenna is utterly important i...
The probe-fed truncated square patch microstrip antenna is calculated by using WIPL-D based on the m...
Microstrip patch antennas have a variety if feeding technique applicable to them. It can be categori...
The cavity model has been modified to account for the impedance boundary condition at the edges of ...
The cavity model has been modified to account for the impedance boundary condition at the edges of ...
The cavity model has been modified to account for the impedance boundary condition at the edges of ...
The cavity model has been modified to account for the impedance boundary condition at the edges of ...