This paper is primarily a guide for computer-implementing the direct time domain solution of the Multiconductor Transmission Line equations. The numerical treatment of frequency dependent conductor losses and generic termination of the lines are discussed highlighting the main problems and their solutions.
Advances in numerical solution algorithms for time domain MTL equations / Celozzi, Salvatore; Orlandi, A.. - In: NEWSLETTER - APPLIED COMPUTATIONAL ELECTROMAGNETICS SOCIETY. - ISSN 1056-9170. - 13:3(1998), pp. 28-38.
Advances in numerical solution algorithms for time domain MTL equations
CELOZZI, Salvatore;
1998
Abstract
This paper is primarily a guide for computer-implementing the direct time domain solution of the Multiconductor Transmission Line equations. The numerical treatment of frequency dependent conductor losses and generic termination of the lines are discussed highlighting the main problems and their solutions.File allegati a questo prodotto
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