RSFQ和AQFP逻辑族基于行布局和路由的标准单元布局综合

L. Schindler, R. van Staden, C. Fourie, C. Ayala, J. A. Coetzee, Tomoyuki Tanaka, Ro Saito, N. Yoshikawa
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引用次数: 5

摘要

在这项工作中,我们在IARPA超级工具计划下开发了一个具有脚本支持的布局合成工具。用户指定约瑟夫森结和电感的相对位置,受用户定义的单元高度和单元宽度的约束。与三维电感提取工具紧密集成,使电感自动生成,同时满足合理的设计值。基于这些用户输入,该工具可以根据设计规则和层参数综合多种SFQ电路技术逻辑单元的物理布局。此外,当设计规则改变或当库必须为更先进的制造过程重新设计时,它可以直接再生整个细胞库。我们描述了我们的合成工具的方法,并展示了应用于RSFQ和AQFP逻辑族的结果。
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Standard Cell Layout Synthesis for Row-Based Placement and Routing of RSFQ and AQFP Logic Families
In this work under the IARPA SuperTools program we developed a layout synthesis tool with scripting support. The user specifies the relative positions of Josephson junctions and inductances constrained by a user-defined cell height and cell width. Tight integration with the three-dimensional inductance extraction tool, InductEx, allows inductances to be automatically generated while meeting reasonable design values. Based on these user inputs, the tool can synthesize the physical layout of logic cells for multiple SFQ circuit technologies according to design rules and layer parameters. Furthermore, it enables the straightforward regeneration of entire cell libraries when design rules change or when libraries have to be redesigned for more advanced fabrication processes. We describe the methodology of our synthesis tool and show the results applied to both RSFQ and AQFP logic families.
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