svarun
Full Member level 5
SIAM article needed
Hi all,
I need this article available on SIAM.
**broken link removed**
Transmission Line Modeling: A Circuit Theory Approach
Pedro L. D. Peres, Ivanil S. Bonatti, Amauri Lopes
Abstract. As shown in this paper, the classical transmission line equations for the distributed parameters model can be obtained from standard two-port network matrices avoiding the explicit use of partial differential equations. This is performed through a lemma derived directly from the Cayley--Hamilton theorem. The main advantage of this approach is that the modeling arises naturally in the frequency domain, allowing the consideration of frequency-dependent parameters (as, for instance, the resistance and inductance variations caused by the skin effect), normally not taken into account in time domain models.
Key words. two-port network, transmission lines, circuit theory
Hi all,
I need this article available on SIAM.
**broken link removed**
Transmission Line Modeling: A Circuit Theory Approach
Pedro L. D. Peres, Ivanil S. Bonatti, Amauri Lopes
Abstract. As shown in this paper, the classical transmission line equations for the distributed parameters model can be obtained from standard two-port network matrices avoiding the explicit use of partial differential equations. This is performed through a lemma derived directly from the Cayley--Hamilton theorem. The main advantage of this approach is that the modeling arises naturally in the frequency domain, allowing the consideration of frequency-dependent parameters (as, for instance, the resistance and inductance variations caused by the skin effect), normally not taken into account in time domain models.
Key words. two-port network, transmission lines, circuit theory