An approach for analyzing coupling RC interconnect delay based on ＂effective capacitance＂ is presented. We compare this new method to the traditional method,which uses Miller capacitance. The results show that the n...An approach for analyzing coupling RC interconnect delay based on ＂effective capacitance＂ is presented. We compare this new method to the traditional method,which uses Miller capacitance. The results show that the new method not only improves the accuracy but also reflects the delay dependence on rise time. The method has the same complexity as the Elmore delay model and can be used in performance-driven routing optimization.展开更多
文摘An approach for analyzing coupling RC interconnect delay based on ＂effective capacitance＂ is presented. We compare this new method to the traditional method,which uses Miller capacitance. The results show that the new method not only improves the accuracy but also reflects the delay dependence on rise time. The method has the same complexity as the Elmore delay model and can be used in performance-driven routing optimization.
