Guided by the methods of Thermodynamics, a system description by means of Generalized Kirchhoffian Networks can be found. For this purpose, a generic form of the required compact models is derived, which is consistent with the conservation laws in such networks. Typical examples demonstrate the usefulness of this generic model form for microsystem modeling. For the presented analytical and physically based models, an adequate and efficient parameter extraction method is presented. Some typical microsystems serve as demonstrators to discuss the advantages and drawbacks of various methods for compact modeling. Guidelines for a suitable selection of modeling approaches are presented.
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Guided by the methods of Thermodynamics, a system description by means of Generalized Kirchhoffian Networks can be found. For this purpose, a generic form of the required compact models is derived, which is consistent with the conservation laws in such networks. Typical examples demonstrate the usefulness of this generic model form for microsystem modeling. For the presented analytical and physically based models, an adequate and efficient parameter extraction method is presented. Some typical m...
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