A new, very simple curve-fitting expression for the effective side length is presented for the resonant frequency of triangular microstrip antennas. Ht is obtained using a modified tabu sc arch algorithm, and is useful for the Computer-aided design (CPD) Of microstrip antennas. The theoretical resonant frequency results obtained using this new effective side length expression are in very good agreement with the experimental results available in the literature. (C) 1998 John Wiley & Sons, Inc
Abstract Microstrip antennas have been widely studied and can be applied to a large number of wide f...
This paper presents models that can be used in the design of microstrip antennas for mobile communic...
New simple computer-aided design formulas for the rectangular microstrip patch antennas have been de...
A new, very simple curve-fitting expression for the effective side length is presented for the reson...
A new, very simple expression for the effective side length is presented for the resonant frequency ...
A new, very simple expression for the effective patch radius is presented for the resonant frequency...
A new, very simple expression for the effective patch radius is presented for the resonant frequency...
A simple approach for accurate determination of the resonant frequencies of microstrip antennas of r...
Copyright © 2013 ISSR Journals. This is an open access article distributed under the Creative Common...
An improved method is presented to predict the resonance frequency of the equilateral triangular mic...
Artificial neural networks (ANNs) are one of the popular intelligent techniques in solving engineeri...
In this work, the cavity model for simple rectangular microstrip antenna is extended with some modif...
A generalized method is proposed to determine the effective dielectric constant and edge extension f...
The approximate equations to calculate the resonant length of various compact rectangular microstrip...
A further study is made of the resonant frequency of circular microstrip patches. Based on earlier w...
Abstract Microstrip antennas have been widely studied and can be applied to a large number of wide f...
This paper presents models that can be used in the design of microstrip antennas for mobile communic...
New simple computer-aided design formulas for the rectangular microstrip patch antennas have been de...
A new, very simple curve-fitting expression for the effective side length is presented for the reson...
A new, very simple expression for the effective side length is presented for the resonant frequency ...
A new, very simple expression for the effective patch radius is presented for the resonant frequency...
A new, very simple expression for the effective patch radius is presented for the resonant frequency...
A simple approach for accurate determination of the resonant frequencies of microstrip antennas of r...
Copyright © 2013 ISSR Journals. This is an open access article distributed under the Creative Common...
An improved method is presented to predict the resonance frequency of the equilateral triangular mic...
Artificial neural networks (ANNs) are one of the popular intelligent techniques in solving engineeri...
In this work, the cavity model for simple rectangular microstrip antenna is extended with some modif...
A generalized method is proposed to determine the effective dielectric constant and edge extension f...
The approximate equations to calculate the resonant length of various compact rectangular microstrip...
A further study is made of the resonant frequency of circular microstrip patches. Based on earlier w...
Abstract Microstrip antennas have been widely studied and can be applied to a large number of wide f...
This paper presents models that can be used in the design of microstrip antennas for mobile communic...
New simple computer-aided design formulas for the rectangular microstrip patch antennas have been de...