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An equivalent circuit model of a finite ground plane coplanar waveguide (FGCPW) interconnect in a metal-insulator-semiconductor (MIS) system for an ultra-broadband monolithic IC is proposed and illustrated. An effective substrate considering Maxwell-Wagner Polarization is suggested and demonstrated. The method of modeling the weak skin effect of the conductor is presented. The accuracy of the equivalent circuit model is evaluated. This proposed FGCPW interconnect equivalent circuit model enables a quick and efficient time domain simulation to estimate the time delay and bandwidth of ultra-broadband ICs.

DEVELOPMENT OF AN EQUIVALENT CIRCUIT MODEL OF A FINITE GROUND COPLANAR WAVEGUIDE INTERCONNECT IN MIS SYSTEM FOR ULTRA-BROADBAND MONOLITHIC ICS