Open Source Mathematica® Code Multiconductor Modeling and Analysis Visit RadioCalc.
Note: HTML links to Code for reference. Always run the Mathematica® Notebook (.nb). Click on Notebook link then download.
In this work we will present Mathematica ® code for Modeling Multiconductor Transmission Lines. The Code is Written by Dr. Sasan Ardalan. The work is based on Research at NC State by Professor Sasan Ardalan, Mike Riddle and John Suh ( Both Masters Electrical Engineering) while at NC State University (1988). The paper also has simulation results that match very closely with experimental results presented by the late Professor Clayton Paul. Professor Clayton Paul did fundamental work in Multiconductor Transmission Lines and the Derivation of Per Unit Parameters. See his book on the Analysis of Multconductor Transmission Lines.
Case |
Description | Code | WEB View | Result Plots |
|---|---|---|---|---|
1 |
Code for Three Conductors Above Ground Plane Based on Report  Analyzing Crosstalk Reduction |
Notebook | HTML | Three Simulations Various Loads(Far End) Obtained using Gnuplot from Mathematica® Results. Raw Data, GnuPlot Script |
2 |
Code for Three Conductors Above Ground Plane Based on Report Near End Cross Talk Two Conductors. |
Notebook | HTML | Crosstalk Two Conductors (Near End) |
Case 2
Mike Riddle, Sasan Ardalan, John Suh, Derivation of Voltage and Current Transfer Functions for Multiconductor Transmission Lines, Center for Communications and Signal Processing (CCSP), NC State University, 1988.
Also published in the IEEE International Conference on Circuits and Systems, 1989.
M. Riddle, S. Ardalan and J. Suh, "Derivation of voltage and current transfer functions for multiconductor transmission lines," 1989 IEEE International Symposium on Circuits and Systems (ISCAS), Portland, OR, USA, 1989, pp. 2219-2222 vol.3, doi: 10.1109/ISCAS.1989.100818.
For CCSP NC State Report see the PDF Report here.
