使用开关级分析和电路仿真将定制设计自动导入到基于单元的环境中

Ronald B. Stewart, Véronique Anjubault, P. Garcin, J. Benkoski
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引用次数: 0

摘要

数字MOS晶体管设计通过将设计划分为栅极级组件,然后自动生成其逻辑和时序视图,导入到基于单元的工具环境中。符号开关级分析将设计划分为通道连接的组件,并提供对其逻辑行为的估计。电气仿真验证或纠正逻辑模型,并产生时序视图。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic import of custom designs into a cell-based environment using switch-level analysis and circuit simulation
Digital MOS transistor designs are imported into an environment of cell-based tools by division of the design into gate-level components followed by the automatic generation of their logical and timing views. Symbolic switch-level analysis divides the design into channel-connected components and provides estimates of their logical behavior. Electrical simulation verifies or corrects the logical model and yields a timing view.<>
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