Microstrip patch antennas are often required to operate in non-homogeneous layered structured. The ideal feed of system for this type of antenna is an aperture coupled arrangement which required no physical contact between the antenna and feed. The microstrip feedline on the lower surface of the bottom substrate is coupled electromagnetically through a small aperture in the ground plane to the patch on the upper surface of the upper substrate. This paper presents a moment method analysis of this structure to determine the input impedance and far field radiation pattern. Results are in good agreement with measured results
The moment method is used to solve the integral equations describing the capacitively fed rectangula...
The main subject of this work is the modular design of multilayer printed arrays. The need for a mul...
The main subject of this work is the modular design of multilayer printed arrays. The need for a mul...
A microstrip patch antenna that is coupled to a mi-crostripline by an aperture in the intervening gr...
A microstrip patch antenna that is coupled to a microstripline by anaperture in the intervening grou...
The moment method is used to determine the radiation and impedance properties of microstrip patch an...
A rectangular microstrip patch which is excited by an electromagnetically coupled microstripline is ...
A rectangular microstrip patch which is excited by an electromagnetically coupled microstripline is ...
Method of Moments (MoM)/Green’s function formulation is developed for the analysis of electromagneti...
The moment method in the spectral domain is used to perform a computer-aided analysis of printed ant...
A full wave spectral domain method of moment along with reciprocity theorem analysis of finite phase...
Abstract—A two-port aperture-coupled microstrip antenna was analyzed using the method of moments tog...
An efficient but rigorous model based on the surface integral equation (SIE) approach is proposed fo...
In this paper, Analysis of mutual coupling on microstrip patch antenna array conformal to curved sur...
The performance of microstrip patch antenna system depends on the characteristics of the antenna ele...
The moment method is used to solve the integral equations describing the capacitively fed rectangula...
The main subject of this work is the modular design of multilayer printed arrays. The need for a mul...
The main subject of this work is the modular design of multilayer printed arrays. The need for a mul...
A microstrip patch antenna that is coupled to a mi-crostripline by an aperture in the intervening gr...
A microstrip patch antenna that is coupled to a microstripline by anaperture in the intervening grou...
The moment method is used to determine the radiation and impedance properties of microstrip patch an...
A rectangular microstrip patch which is excited by an electromagnetically coupled microstripline is ...
A rectangular microstrip patch which is excited by an electromagnetically coupled microstripline is ...
Method of Moments (MoM)/Green’s function formulation is developed for the analysis of electromagneti...
The moment method in the spectral domain is used to perform a computer-aided analysis of printed ant...
A full wave spectral domain method of moment along with reciprocity theorem analysis of finite phase...
Abstract—A two-port aperture-coupled microstrip antenna was analyzed using the method of moments tog...
An efficient but rigorous model based on the surface integral equation (SIE) approach is proposed fo...
In this paper, Analysis of mutual coupling on microstrip patch antenna array conformal to curved sur...
The performance of microstrip patch antenna system depends on the characteristics of the antenna ele...
The moment method is used to solve the integral equations describing the capacitively fed rectangula...
The main subject of this work is the modular design of multilayer printed arrays. The need for a mul...
The main subject of this work is the modular design of multilayer printed arrays. The need for a mul...