模拟集成电路的特点及设计平台

讨论了常规和射频模拟集成电路(IC)设计和工艺的特点，介绍了模拟集成电路设计平台，着重论述了电子设计自动化的软件工具、硬件平台，以及设计与工艺接口的设计数据库。详细介绍了模拟IC及RFIC的设计流程和工艺设计包。     

Design considerations in single-channel MOS analog integrated circuits-a tutorial

The design of single-channel MOS analog integrated circuits is discussed. Simple models are presented and approximate design equations are given for basic analog cells. The emphasis is on first-order analysis as a starting point for computer-aided design.     

模拟集成电路的测试与故障检测技术

本文综述了模拟集成电路的测试及故障检测等有关问题，首先介绍面向性能的测试方法，然后讨论故障模型和面向故障的测试方法，在介绍了模拟集成电路的可测性设计技术之后，讨论了利用电源监测进行故障检测的方法。     

Challenges in analog and mixed-signal fault models

The design and testing of mixed-signal integrated circuits have enjoyed a renaissance in recent years. As is customary with past developments, however, design outpaces testing, and the drive to integrate analog and digital circuits on the same chip exacerbates the test problems. This article reviews the recent results in analog fault modeling-a critical area of mixed-signal testing-and describes the coming challenges for both industrial and university researchers     

20th European Solid-State Circuits Conference. ESSCIRC'94

The following topics were dealt with: integrated circuit design; analog design; digital circuits; CAD; gate level circuits; system design; optical sensors; speech coding     

A General Yield Model From Design to Product Engineering

This paper proposes a yield model for integrated circuits that includes the impact of design measures for robust design as well as traditional defect density parameters. This model is a powerful extension to common practice at silicon foundries and integrated device manufacturers. It is suitable for big digital designs, medium communication chips with analog parts, and just as well small circuits with nonvolatile memories.      

GaAs HBT's for analog circuits

Silicon bipolar integrated circuit (IC) technology has dominated the analog IC world for over two decades. As the push for wider bandwidths with higher precision continues, the emergence of GaAs HBT technology is destined to challenge silicon bipolar's domination at the high end of the analog market. This paper discusses the analog application areas best suited to GaAs HBT technology, points out its unique characteristics for analog circuits, describes the design issues for key analog building block circuits, and provides comparative examples of demonstrated state-of-the-art analog circuits. Finally, a projection of future direction in this application area is provided     

一种分析模拟电路中互连线的新方法

互连线在高性能模拟集成电路中的影响已变得越来越不可忽视,部分元等效电路法（Partial Element Circuit,PEEC）是一种分析互连线的有效模型,常用方法是再用SPICE等数值模拟软件对PEEC模型进行分析。文中提出的用符号分析法模拟PEEC模型以及其它电路元器件,具有大大降低运算量等优点。基于这一点开发出一套交互式程序,使得包括考虑互连线影响的模拟电路的设计、验证和优化变得更容易、更有效率。     

模拟集成电路设计自动化技术

随着对数模系统集成技术的迫切需求,模拟集成电路综合技术的研究正受到越来越广泛的注视。本文评述了现有模拟集成电路设计自动化技术的主要方法:拓扑综合,器件尺寸优化和版图综合技术。     

模拟微电子及应用技术前沿研究进展

我们所处的物理世界是模拟的。在现代信息与通信技术(ICT)、计算系统中,模拟电子的作用包括物理世界感应与交互、计算、控制、数据转换、通信、供电和测量等环节。以模拟集成电路为主体的模拟微电子器件是当今几乎所有以数字为中心的系统中的关键组件,对未来信息技术的发展至关重要。为了实现以5G、6G通信为代表的新一代ICT、工业4.0、物联网等信息社会的基础设施建设目标,其首要和必要条件是通过模拟硬件取得根本性突破,实现物理世界与机器交互的智能感知、认知和处理。为此要求模拟电子器件技术在无线信号链集成电路、计算范式与架构、高精度感知控制,以及模拟微电子技术的设计、工艺和封装测试技术、特定应用等方面开展研究,解决诸如计算范式与架构创新、压缩感知、新架构创新所需的工艺技术、毫米波和太赫兹等高频段集成电路开发所带来的各种挑战。文章从无线信号链集成电路、边缘机器学习中的模拟技术、高精度感知与控制、重要工艺创新等方面探讨了模拟微电子及应用技术前沿的最近研究进展,显示了未来模拟电子技术的关键发展趋势。     

Integrated chaos generators

This paper surveys the different design issues, from mathematical model to silicon, involved in the design of analog CMOS integrated circuits for the generation of chaotic behavior     

Application of the translinear principle in digital circuits

The translinear principle, which is useful in the design of analog integrated circuits, can also be applied to the design of digital integrated circuits. As an example of this technique, a new nonsaturating bistable element is described, which operates according to the translinear principle and which is realizable with standard bipolar integrated circuit processes. The circuit can operate over a wide range of supply current from some milliamperes down to below 1 nA.     

Computer-aided design of analog and mixed-signal integratedcircuits

This survey presents an overview of recent advances in the state of the art for computer-aided design (CAD) tools for analog and mixed-signal integrated circuits (ICs). Analog blocks typically constitute only a small fraction of the components on mixed-signal ICs and emerging systems-on-a-chip (SoC) designs. But due to the increasing levels of integration available in silicon technology and the growing requirement for digital systems to communicate with the continuous-valued external world, there is a growing need for CAD tools that increase the design productivity and improve the quality of analog integrated circuits. This paper describes the motivation and evolution of these tools and outlines progress on the various design problems involved: simulation and modeling, symbolic analysis, synthesis and optimization, layout generation, yield analysis and design centering, and test. This paper summarizes the problems for which viable solutions are emerging and those which are still unsolved     

模拟集成电路仿真中的UDSM MOSFET建模

对MOSFET器件特性、MOSFET建模方法和建模发展历程进行了回顾,重点分析了在模拟集成电路设计中较为流行的几种模型:BSIM3、EKV和SP2001模型,对其各自的优缺点进行了比较。结果表明,获得能够精确地预测高性能模拟系统的模型是很困难的;几种模型中,EKV模型在模拟集成电路的低功耗设计中具有一定的优势。     

An improved GaAs MESFET equivalent circuit model for analog integrated circuit applications

An improved equivalent circuit model of a gallium-arsenide (GaAs) MESFET that is optimized for the design and analysis of precision analog integrated circuits is described. These circuits entail different modeling requirements from digital or microwave circuits, for which existing equivalent circuit models are optimized. Improved techniques are presented to model the drain-to-source conductance, device capacitance, and the functional dependence of drain-to-source current.     

一种带隙基准电压源设计

基准电压源是在电路系统中为其它功能模块提供高精度的电压基准,它是模拟集成电路和混合集成电路中非常重要的模块。文中主要研究了带隙基准基本原理的基础上,设计了一款应用于折叠插值ADC中粗量化电路部分CMOS带隙基准源。最后通过Pspice仿真给出了实验仿真的结果。     

Analog circuit design optimization based on symbolic simulation andsimulated annealing

A methodology for the automatic design optimization of analog integrated circuits is presented. A non-fixed-topology approach is realized by combining the optimization program OPTIMAN with the symbolic simulator ISAAC. After selecting a circuit topology, the user invokes ISAAC to model the circuit. ISAAC generates both exact and simplified analytic expressions, describing the circuit's behavior. The model is then passed to the design optimization program OPTIMAN. This program is based on a generalized formulation of the analog design problem. For the selected topology, the independent design variables are automatically extracted and OPTIMAN sizes all elements to satisfy the performance constraints, thereby optimizing a user-defined design objective. The global optimization method used on the analytic circuit models is simulated annealing. Practical examples show that OPTIMAN quickly designs analog circuits, closely meeting the specifications, and that it is a flexible and reliable design and exploration tool     

模拟集成电路的自动优化设计

本文主要论述模拟集成电路自动优化设计的算法——复合形法和统计重心移动法;介绍基于PSPICE电路分析程序的自动优化设计系统及其在对数视频放大器设计中的应用和实验结果。     

电子线路综合实验模块设计

该文提出了电路基础实验模块化的思想,给出7个基础实验模块的电路设计图,并给出了由这7个模块组成的两个小型综合实验电路系统的设计框图。在基础电路模块设计中充分考虑器件的通用性,提高实验的可行性,并与理论课的相关内容紧密结合,加深学生对基础理论的理解;在综合实验电路设计中既包含模拟电路的内容,又包含数字电路的内容,充分体现电路的综合性,并增加实验的趣味性,启发学生的创新意识,提高学生的综合电路设计能力。