Parasitic and mismatch modeling for optimal stack generation [in CMOS]
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In this paper we study the techniques for modeling the distributed parasitic capacitance, modeling the parasitic parameter mismatch due to process gradient and ...
In this paper, we study the parasitic and mismatch modeling techniques for the optimal stack generation. We shall present the distributed parasitic ...
Control of parasitic capacitance and minimization of layout mismatch are very crucial in the analog physical design automation. In this paper we study the ...
Abstract: The performances of analog circuits depend critically on the layout parasitics and mismatches. In this paper we.
Based on the proposed models, an optimal stack generation technique is developed to control the parasitics and mismatches, optimize the stack shape and ...
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Zhou, “Parasitic and Mismatch Modeling for Optimal Stack. Generation”, IEEE ISCAS'2000, Switzerland 2000. 86. J. Guan, X. Zeng, W. Q. Zhao and P. S. Tang and ...
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An algorithm for the automatic generation of full-stacked layouts in CMOS analog circuits is described in this paper. The set of stacks obtained is optimum ...
A program for the automatic layout of analogue CMOS cells using the full stacked approach is described. The stacked approach consists of the division of ...
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Jan 1, 2009 · In this paper, we present a new layout level automation tool for analog CMOS circuits, namely, analog layout generator (ALG).