Add to ORKGA study is made of the resonant frequencies of rectangular and circular microstrip patches to develop design formulas for the resonant frequencies. The resonant frequency problem of rectangular microstrip patches is formulated using vector Hankel transforms. Both formulations result in integral equations for which Galerkin's method is used to ascertain the resonant frequencies. The results agree with experiments and asymptotically agree with the perturbation approach. Based on these solutions, the design formulas for the microstrip patches are developed using least-square fits.link_to_subscribed_fulltex
Three methods have been used to calculate the resonant frequencies for the axial-symmetric modes in ...
Abstract—The resonant frequency of a microstrip patch (rectangular, square, and circular) changes as...
A new, very simple expression for the effective patch radius is presented for the resonant frequency...
The microstrip-patch resonant frequency problem is formulated in terms of an integral equation using...
A further study is made of the resonant frequency of circular microstrip patches. Based on earlier w...
Includes bibliographical references (pages 24-25)A method of obtaining the resonant frequency of a s...
Abstract-Simple approximate formulas for the input resistance, bandwidth, and radiation efficiency o...
[[abstract]]Effects of uniaxial anisotropy in the substrate on the complex resonant frequency of the...
In this study, resonant frequency of annular-ring mi- crostrip patch on uniaxial medium is determine...
The resonant frequencies of both the axial and nonaxial symmetric modes of a circular microstrip ant...
A simple approach for accurate determination of the resonant frequencies of microstrip antennas of r...
A new antenna model and a new formula for calculating the resonant frequency of an electrically thic...
Abstract—In this study, resonant frequency of annular-ring mi-crostrip patch on uniaxial medium is d...
A rigorous analysis of the resonant frequency characteristics of an annular-ring conductor printed o...
The conformal mapping technique (CMT) is effectively utilized in obtaining exactly the effective die...
Three methods have been used to calculate the resonant frequencies for the axial-symmetric modes in ...
Abstract—The resonant frequency of a microstrip patch (rectangular, square, and circular) changes as...
A new, very simple expression for the effective patch radius is presented for the resonant frequency...
The microstrip-patch resonant frequency problem is formulated in terms of an integral equation using...
A further study is made of the resonant frequency of circular microstrip patches. Based on earlier w...
Includes bibliographical references (pages 24-25)A method of obtaining the resonant frequency of a s...
Abstract-Simple approximate formulas for the input resistance, bandwidth, and radiation efficiency o...
[[abstract]]Effects of uniaxial anisotropy in the substrate on the complex resonant frequency of the...
In this study, resonant frequency of annular-ring mi- crostrip patch on uniaxial medium is determine...
The resonant frequencies of both the axial and nonaxial symmetric modes of a circular microstrip ant...
A simple approach for accurate determination of the resonant frequencies of microstrip antennas of r...
A new antenna model and a new formula for calculating the resonant frequency of an electrically thic...
Abstract—In this study, resonant frequency of annular-ring mi-crostrip patch on uniaxial medium is d...
A rigorous analysis of the resonant frequency characteristics of an annular-ring conductor printed o...
The conformal mapping technique (CMT) is effectively utilized in obtaining exactly the effective die...
Three methods have been used to calculate the resonant frequencies for the axial-symmetric modes in ...
Abstract—The resonant frequency of a microstrip patch (rectangular, square, and circular) changes as...
A new, very simple expression for the effective patch radius is presented for the resonant frequency...