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In this paper, the properties of graphene in both microscopic and macroscopic scale are studied. Different equivalent circuit models are implemented to characterize the signal integrity of graphene-based interconnect and to extract the surface conductivity of graphene. On the one hand, input/output voltage of different interconnect structures is explored and eye diagram is utilized for further study...
In this paper, the properties of graphene in both microscopic and macroscopic scale are studied. Different equivalent circuit models are implemented to characterize the signal integrity of graphene-based interconnect and to extract the surface conductivity of graphene. On the one hand, input/output voltage of different interconnect structures is explored and eye diagram is utilized for further study...
The signal transmission along interconnect based on graphene nanoribbon (GNR) is studied in this paper. Equivalent circuit models are implemented to characterize graphene-based interconnect and analyze its signal integrity. In equivalent circuits models, the inter-layer mutual impedance (capacitance and inductance) between adjacent layers has been taken into consideration. Meanwhile, we proposed both...
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