WOS: 000087850900006CAD-oriented analytic formulas for calculating the quasistatic TEM parameters of a broadside-coupled conductor-backed asymmetric coplanar waveguide (BC (CBACPW) with one lateral ground plane are obtained using the conformal mapping method, which can provide accurate and fast calculations. The effect of a single lateral ground plane on the mode velocity ratio and coupling coefficient are presented and discussed. The accuracy of the closed-form expressions has been confirmed by comparison with results available in the literature for a general broadside-coupled CPW. Also,it is shown that the new structure has a larger mode velocity ratio and a tighter coupling characteristic than those of a genera broadside-coupled CPW. (C)...
WOS: 000074212100003CAD-oriented analytic formulas are given for calculating the quasistatic paramet...
We use conformal mapping method to derive the analytical expressions for calculating electrostatic f...
In this study, fast and new analytical formulations have been presented for correct loss calculation...
WOS: 000085342100006CAD-oriented analytic formulas for. calculating the quasistatic TEM parameters o...
WOS: 000078707200009Closed-form expressions have been reported for calculating the quasistatic line ...
Closed-form expressions have been reported for calculating the quasistatic line parameters of the co...
WOS: 000090001600006CAD-oriented closed-form expressions are presented for calculating the quasistat...
WOS: 000165336000007Fast, accurate, and simple closed-form expressions are presented for calculating...
WOS: A1996VB94800002CAD oriented analytic formulas are presented for calculating the quasistatic TEM...
WOS: 000089363000019CAD-oriented closed-form expressions are presented for calculating the quasistat...
WOS: 000176531400005A W-shaped microshield coupled parallel coplanar waveguide (CP CPW), which is a ...
In order to calculate the quasi-static TEM parameters of shielded coupled coplanar waveguides (SC CP...
Fast and simple CAD-oriented analytical expressions for the characteristic impedance and the effecti...
In this article, two different novel Coplanar Waveguides (CPW) structures have been proposed and ana...
A variational procedure is proposed to accurately analyze the electrical quasi-TEM parameters of cop...
WOS: 000074212100003CAD-oriented analytic formulas are given for calculating the quasistatic paramet...
We use conformal mapping method to derive the analytical expressions for calculating electrostatic f...
In this study, fast and new analytical formulations have been presented for correct loss calculation...
WOS: 000085342100006CAD-oriented analytic formulas for. calculating the quasistatic TEM parameters o...
WOS: 000078707200009Closed-form expressions have been reported for calculating the quasistatic line ...
Closed-form expressions have been reported for calculating the quasistatic line parameters of the co...
WOS: 000090001600006CAD-oriented closed-form expressions are presented for calculating the quasistat...
WOS: 000165336000007Fast, accurate, and simple closed-form expressions are presented for calculating...
WOS: A1996VB94800002CAD oriented analytic formulas are presented for calculating the quasistatic TEM...
WOS: 000089363000019CAD-oriented closed-form expressions are presented for calculating the quasistat...
WOS: 000176531400005A W-shaped microshield coupled parallel coplanar waveguide (CP CPW), which is a ...
In order to calculate the quasi-static TEM parameters of shielded coupled coplanar waveguides (SC CP...
Fast and simple CAD-oriented analytical expressions for the characteristic impedance and the effecti...
In this article, two different novel Coplanar Waveguides (CPW) structures have been proposed and ana...
A variational procedure is proposed to accurately analyze the electrical quasi-TEM parameters of cop...
WOS: 000074212100003CAD-oriented analytic formulas are given for calculating the quasistatic paramet...
We use conformal mapping method to derive the analytical expressions for calculating electrostatic f...
In this study, fast and new analytical formulations have been presented for correct loss calculation...