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Extraction and LVS for mixed-domain integrated MEMS layouts

机译:提取和LVS用于混合域集成MEMS布局

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As design of integrated MicroElectroMechanical Systems (MEMS) matures, there is an increasing need for verification of MEMS layouts. This requires a mixed-domain LVS (layout-versus-schematic) methodology capable of extracting an integrated schematic from the mixed-domain layout and verifying it against the designed schematic. This paper reports on a prototype implementation of MEMS LVS and a MEMS extractor, which, in addition to reconstructing the extracted schematic also captures the domain-specific parasitics in the individual devices. This schematic is then used by a custom schematic-versus-schematic comparator to match connectivity of, various elements between the designed and extracted schematics. Finally, simulation of the extracted schematic also helps in capturing the true behavior of the system.
机译:随着集成微机电系统(MEMS)的设计日趋成熟,对MEMS布局验证的需求日益增长。这需要一种混合域LVS(布局与示意图)方法,该方法能够从混合域布局中提取集成原理图,并根据设计的原理图对其进行验证。本文报告了MEMS LVS和MEMS提取器的原型实现,这些提取器除了重建提取的原理图外,还捕获了各个器件中特定于域的寄生效应。然后,自定义原理图与示意图比较器使用该原理图来匹配设计原理图和提取原理图之间各种元素的连通性。最后,对提取的原理图的仿真还有助于捕获系统的真实行为。

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