使用Spotfire DecisionSite进行交互式闪存Vt和I-V分类的指导分析应用

S. Shetty, C. Hopper
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引用次数: 0

摘要

本文描述了使用交互式分析工具对I-V曲线进行分类并分析结果Vt分布的技术,这些工具是在Spotfire公司的一个名为DecisionSite的指导分析平台上开发和部署的。利用这些方法表征了晶体管性能和物理布局之间的相互作用,并且为减少这种影响而实施的布局改变显着提高了新闪存产品的器件良率水平和一致性。分析方法已经封装在过程指南中,这有助于通过集中的DecisionSite服务器与其他工程人员共享此最佳实践方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Guided analytic application for interactive flash memory Vt and I-V classification using Spotfire DecisionSite
This paper describes techniques to classify I-V curves and analyze resulting Vt distributions using interactive analytical tools developed and deployed for that purpose on a guided analytics platform called DecisionSite, from Spotfire Inc. An interaction between transistor performance and physical layout was characterized using these methods, and layout changes implemented to reduce this effect have significantly increased the level and consistency of device yield for a new flash memory product. The method for analysis has been encapsulated in a process guide, which facilitates sharing this best practice method with other engineering personnel through a centralized DecisionSite server.
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