|A new method is proposed for the transient analysis of circuits with large number of linear lumped elements and lossy coupled transmission lines, and with few mildly nonlinear terminations. The method combines the Volterra-series technique with Asymptotic Waveform Evaluation approach and corresponds to recursive analysis of a linear equivalent circuit.

Fast and accurate evaluation of signal transients on interconnects become an essential part of today’s highspeed and high-density digital system design. Particularly, as the electrical length of interconnects continues to increase, the transmission line effects such as crosstalk, propagation delay, reflection, and dispersion on the interconnects of the high-performance systems significantly deg...

The purpose of this brief is that, by an application of the method of characteristics, we analyze chaotic phenomena in Chua’s circuit with lossy transmission line. The transmission line is replaced by the equivalent lumped circuit and a time-delayed element so that it can be solved efficiently by the Runge-Kutta method. It is found from numerical experiments that the circuit has complicated and...

A novel and efficient method for transient analysis of interconnect systems is presented. The method is based on the scattering parameter technique. By extracting the propagation delay of the lossy transmission line and developing an efficient network reduction method, we compute the lower order model of the interconnect system for evaluating the exponentially charging time, keeping track of ti...

This paper addresses some of the problems encountered in propagating high-speed signals on lossy transmission lines encountered in highperformance computers. A technique is described for including frequency-dependent losses, such as skin effect and dielectric dispersion, in transmission line analyses. The disjoint group of available tools i brought together, and their relevance to the propagati...

The simulation of lossy transmission lines in time domain is a very time consuming task. It requires numerical convolutions and the solution of linear equation systems. In this paper a model for lossy transmission lines and an algorithm for the simulation of these lines is developed. Based on this an approach for parallel simulation of lossy transmission lines is presented. As this approach cov...

This work presents a complete equivalent-circuit theory for lossy multimode transmission lines. Its voltages and currents are based on general linear combinations of standard normalized modal voltages and currents. The theory includes new expressions for transmission line impedance matrices, symmetry and lossless conditions, source representations, and the thermal noise of passive multiports.

We consider the series-connected Josephson transmission line (JTL), constructed from junctions, capacitors and (possibly) resistors. calculate velocity of shocks in discrete lossy JTL. study thoroughly continuum quasi-continuum approximations to JTL, both lossless lossy. In framework these we show that compact travelling waves JTL are kinks solitons, their velocities. On top each above mentione...