Abstract
Differential signalling is widely used in modern integrated circuits to guarantee signal integrity. In this work, differential carbon nanotube (CNT) interconnects are studied, with both voltage- and current-mode signalling schemes considered. An odd-mode half-circuit model of the differential CNT interconnects is developed, with transient response and time delay captured accurately. Finally, based on interval analysis, the effects of parameter variations on the differential CNT interconnects are investigated.
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