The purpose of this paper is to propose a methodology for forming compact reduced‐order macromodels of interconnect systems to enable real‐time design exploration and efficient manufacturing tolerance assessment.
A multi‐parameter moment‐matching‐based technique and a multivariate orthonormal macromodelling technique are combined to form an effective and efficient reduced‐order model that approximates the frequency‐domain behaviour of an interconnect system based on several design variables.
Results will confirm the efficacy of the approach and its superiority to application of the moment‐matching‐based method alone.
With the ever growing complexity of high‐frequency systems in the electronic industry, formation of compact macromodels is crucial for fast and efficient design and analysis.
Combination of the individual techniques is novel and increases the efficiency of the ultimate macromodel.
