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As the interconnect lines play an increasingly dominant role in determining circuit performance, the dynamic delay variation due to the switching activity of neighboring lines has to be accurately characterized. The goal of this work is to simulate the effect of inductance and routing orientation and then to investigate their effects on timing performances by considering three configurations of three...
Constant evolution in integrated circuit technology has led to an increase in digital chip switching speed. There is thus growing interest in inductance associated with signal lines. In this study, for a three coupled-line distributed system, it is demonstrated that crosstalk voltages observed at their termination result from output modal voltage combinations generated when a mode propagates under...
Far end crosstalk on victim lines located near an aggressor as well as rise time and propagation delay at the end of the attacker are evaluated. It is done thanks to a home made software based on full wave electromagnetic finite element and transient analysis simulation. These investigations are carried out when the aggressor lossy interconnect of less than one micron square area is symmetrically...
The signal integrity of VLSI circuits is an emerging concern in high performance integrated circuits. A previous RLC crosstalk noise expression we have submitted, based on a RLC transmission line model associated with each propagation mode, could predict the noise amplitude of an RLC interconnect, yet only by making the assumption of a perfect symmetry between the two coupled lines and their respective...
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