In this paper, we present the closed-form models of conductor thickness dependent dispersive line parameters and losses, of Asymmetric Coplanar Striplines (ACPS) on isotropic dielectric substrates. The dispersive empirical expressions for the ACPS from literature are improved to include the finite conductivity and finite conductor thickness in propagation characteristics and losses. All developed models are verified against the results obtained using the experiments, MoM based LINPAR and EM-simulators for frequency range 0.1 GHz-60 GHz over wide range of parameters. The average deviation of the model is within 2.5%.2 page(s
Abstract—This paper presents the analytical design formulas for the bandpass filters which are built...
This paper addresses an accurate CAD oriented integrated closed-form model for the computation of lo...
Lossy transmission lines for GaAs MMIC technology are analyzed, using an accurate fullwave electroma...
In this paper, we present the closed-form models of conductor thickness dependent dispersive line pa...
New analytical approximations are derived for the conductor losses of asymmetric coplanar waveguides...
This paper presents a comparative study of the losses of 4 commonly used planar transmission lines (...
In this paper, we reformulate the quasi-static spectral-domain approach, using the partial capacitan...
In this paper, we reformulate the quasi-static spectral-domain approach, using the partial capacitan...
In this study, fast and new analytical formulations have been presented for correct loss calculation...
The effect of a conductive substrate, such as silicon, on the attenuation of microstrip (MS) lines h...
Abstract—We present a simple semi-empirical high-frequency equivalent circuit model to characterize ...
Design equations for the input impedance of the asymmetric strip folded dipole, developed by Lampe, ...
99 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2001.This dissertation focuses on t...
A conformal-mapping approach to model the skin-effect conductor losses of thick multiconductor copla...
Microwave transmission lines with coplanar electrodes on dielectric or semiconductor substrates are ...
Abstract—This paper presents the analytical design formulas for the bandpass filters which are built...
This paper addresses an accurate CAD oriented integrated closed-form model for the computation of lo...
Lossy transmission lines for GaAs MMIC technology are analyzed, using an accurate fullwave electroma...
In this paper, we present the closed-form models of conductor thickness dependent dispersive line pa...
New analytical approximations are derived for the conductor losses of asymmetric coplanar waveguides...
This paper presents a comparative study of the losses of 4 commonly used planar transmission lines (...
In this paper, we reformulate the quasi-static spectral-domain approach, using the partial capacitan...
In this paper, we reformulate the quasi-static spectral-domain approach, using the partial capacitan...
In this study, fast and new analytical formulations have been presented for correct loss calculation...
The effect of a conductive substrate, such as silicon, on the attenuation of microstrip (MS) lines h...
Abstract—We present a simple semi-empirical high-frequency equivalent circuit model to characterize ...
Design equations for the input impedance of the asymmetric strip folded dipole, developed by Lampe, ...
99 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2001.This dissertation focuses on t...
A conformal-mapping approach to model the skin-effect conductor losses of thick multiconductor copla...
Microwave transmission lines with coplanar electrodes on dielectric or semiconductor substrates are ...
Abstract—This paper presents the analytical design formulas for the bandpass filters which are built...
This paper addresses an accurate CAD oriented integrated closed-form model for the computation of lo...
Lossy transmission lines for GaAs MMIC technology are analyzed, using an accurate fullwave electroma...