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Theory and applications of MOS transistors as distributed circuit elements.

机译：MOS晶体管作为分布式电路元件的理论和应用。

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This dissertation consists of two parts. The first part investigates the analog nonquasistatic operation of MOS transistors, with emphasis on four-terminal operation. The aspects considered are: (a) numerical evaluation of large-signal nonlinearities, leading to the prediction of harmonic distortion; (b) development of expressions for the y parameters, with closed-form expressions for the associated series terms of any order; and (c) development of expressions for the thermally induced noise drain, gate, and substrate currents as well as drain voltage. The results presented are verified through extensive comparisons to measured results, and to results obtained by simulation of a many-segment device. Such comparisons have been extended up to frequencies two orders of magnitude above the intrinsic cutoff frequency with positive results.; The distributed characteristics of MOS transistors are then applied in the second part of this dissertation to the design of MOS transistor-only frequency-selective filters with a goal of achieving the implementation of these circuits with a 'purely digital' CMOS process. Both lumped-parameter and distributed-parameter networks are considered. Main issues are the synthesis of MOS transistor-only filters, integrator phase-shift considerations, sensitivity analysis of filters, and oscillators, with emphasis on the effects of distributed behavior of MOS transistors on the circuit performance. Both theoretical results and measurements on experimental chips are presented.

机译：本文由两部分组成。第一部分研究MOS晶体管的模拟非准静态操作，重点是四端操作。考虑的方面是：（a）大信号非线性的数值评估，导致对谐波失真的预测；（b）开发y参数的表达式，并为任何顺序的相关序列项提供闭式表达式；（c）开发热感应噪声的漏极，栅极和衬底电流以及漏极电压的表达式。通过与测量结果以及通过多段设备仿真获得的结果进行广泛比较，可以验证所提供的结果。这样的比较已经扩展到比固有截止频率高两个数量级的频率，具有肯定的结果。然后，在本论文的第二部分中将MOS晶体管的分布特性应用于仅MOS晶体管的频率选择滤波器的设计，其目标是通过“纯数字” CMOS工艺实现这些电路的实现。集总参数网络和分布式参数网络都被考虑了。主要问题是仅MOS晶体管滤波器的合成，积分器相移注意事项，滤波器的灵敏度分析和振荡器，重点是MOS晶体管的分布特性对电路性能的影响。给出了理论结果和在实验芯片上的测量结果。

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作者
Pu, Lih-Jiuan.;
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作者单位

Columbia University.;

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授予单位 Columbia University.;
学科 Engineering Electronics and Electrical.
学位 Ph.D.
年度 1989
页码 136 p.
总页数 136
原文格式 PDF
正文语种 eng
中图分类无线电电子学、电信技术;
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1. Discussion on ????????The application of transistors to the trigger, ratemeter and power-supply circuits of radiation monitors????????, ????????A point-contact transistor scaling circuit with 0.4 microsec resolution???????? and ????????A junction-transistor scaling circuit with 2 microsec resolution???????? before the joint meeting of the Measurement and Control Section and the Radio and Telecommunication Section, 27th March, 1956 [J] . Proceedings of the IEE - Part B: Radio and Electronic Engineering . 1956,第10期

机译：讨论晶体管在辐射监测器的触发，速率计和电源电路中的应用?????????，点接触晶体管的定标分辨率为0.4微秒的电路以及具有2微秒分辨率的结型晶体管缩放电路。 1956年3月27日，在测控科和无线电与电信科的联席会议之前
2. The authors' reply to the discussion on ????????The application of transistors to the trigger, ratemeter and power-supply circuits of radiation monitors????????, ????????A point-contact transistor scaling circuit with 0.4 microsec resolution???????? and ????????A junction-transistor scaling circuit with 2 microsec resolution???????? [J] . Franklin E., James J.B., Chaplin G.B.B., Proceedings of the IEE - Part B: Radio and Electronic Engineering . 1956,第10期

机译：作者对有关晶体管在辐射监测器的触发，速率计和电源电路中的应用的讨论的答复。具有0.4微秒分辨率的点接触式晶体管缩放电路以及具有2微秒分辨率的结型晶体管缩放电路。
3. Establishment of distributed constant circuit theory and its application to microwave circuits [J] . Kozo Hatori 電子情報通信学会技術研究報告. 信号処理. Signal Processing . 2001,第145期

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4. Transistor Sizing for Parameter Obfuscation of Analog Circuits Using Satisfiability Modulo Theory [C] . Vaibhav Venugopal Rao, Ioannis Savidis IEEE Asia Pacific Conference on Circuits and Systems . 2018

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8. Synthesis of Distributed Wide-Band Transistor Amplifiers by Computer Techniques for Application to Microwave Integrated Circuits [R] . Chase, I. L., Gelnovatch, V. G. 1968

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Theory and applications of MOS transistors as distributed circuit elements.

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