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U.S.-Hungary Engineering Research on Switched-Circuits in Digital CMOS Technology

美国-匈牙利数字 CMOS 技术开关电路工程研究

基本信息

批准号：
9633040
负责人：
John Ringo
金额：
$ 8.35万
依托单位：
Washington State University
依托单位国家：
美国
项目类别：
Standard Grant
财政年份：
1996
资助国家：
美国
起止时间：
1996-07-15 至 2002-06-30
项目状态：
已结题

来源：
https://www.nsf.gov/awardsearch/showAward?AWD_ID=9633040&HistoricalAwards=false
关键词：
U.S.Hungary Engineering Research Switched

项目摘要

INT 9633040 Ringo This U.S.-Hungary research project involves Dr. John Ringo of Washington State University and Dr. Gabor Temes of Oregon State University and their Hungarian counterpart, Dr. Kalman Tarnay of the Technical University of Budapest. Their collaborative efforts will feature improvement of design techniques for accurate high-linearity switched-capacitor circuits. Specifically, the researchers will study the underlying problems associated with shrinking dimensions of components for CMOS switched capacitor designs. Focus will be on determining: 1) approaches for making novel mixed-mode CMOS circuit operation less dependent on the exact characteristics of devices; 2) the influence of thermal and quantum-mechanical device effects on these circuits; 3) modeling and simulating these effects; and 4) identification of ways to minimize their influence. The intent of this joint research is to apply the device-level results obtained at the Technical University of Budapest to the optimization of the circuits developed at Oregon State University. Overall, results are expected to yield improved models for computer-aided circuit analysis and scaling rules. This engineering project in solid state and microstructures research fulfills the program objective of advancing scientific knowledge by enabling experts in the United States and Eastern Europe to combine complementary talents and share research resources in areas of strong mutual interest and competence. ??

这个美国-匈牙利的研究项目包括华盛顿州立大学的John Ringo博士和俄勒冈州立大学的Gabor Temes博士，以及他们的匈牙利同行，布达佩斯技术大学的Kalman Tarnay博士。他们的合作努力将以改进精确的高线性开关电容电路的设计技术为特色。具体而言，研究人员将研究与CMOS开关电容器设计中元件尺寸缩小相关的潜在问题。重点将是确定：1)使新型混合模式CMOS电路的操作较少依赖于器件的确切特性的方法；2)热和量子力学器件效应对这些电路的影响；3)对这些效应进行建模和模拟；4)确定减少其影响的方法。这项联合研究的目的是将布达佩斯技术大学获得的设备级结果应用于俄勒冈州立大学开发的电路的优化。总的来说，结果有望为计算机辅助电路分析和缩放规则提供改进的模型。这个固态和微观结构研究的工程项目实现了推进科学知识的计划目标，使美国和东欧的专家能够在共同感兴趣和有能力的领域结合互补的人才和共享研究资源。?？