On the designing of effective calculation algorithm for shielded multiconductor transmission lines
For the purpouse of designing of effective and universal calculation algorithm of the shielded multiconductor transmission lines parameters existing now rigorous methods of boundary value problems solutions are considered. At low frequencies the most preferred is the method of discrete singularities. A calculation algorithm of electromagnetic fields and dispersion characteristics of shielded multiconductor transmission lines based on mode matching method and recalculation formulas is suggested.
Calculation algorithm for shielded microstrip-, slot-, and micro-coplanar strip lines with finite strip thickness
A common algorithm for the three types of transmission lines is based upon the modified Fourier method (re-expansion). To convert the summation equation system to algebraic form, the direct and inverse calculation formulas are used in contrast to the Galerkin method.
Characterization Method and Simple Design Formulas of MCS Lines Proposed for MMIC's
Micro-coplanar-strip (MCS) lines are proposed to avoid serious proximity effects between microstrip lines and ground on monolithic microwave integrated circuits and to result in high packaging density. The rectangular boundary division method is used to attain quasi-TEM wave solutions for MCS lines. Results of this analysis are expressed in simple formulas.