模拟集成电路

但是由于模拟集成电路设计自动化程度落后于数字集成电路，模拟电路的设计更依赖于工程师的智力，这对模拟集成电路设计方法学和模拟IP设计技术的研究提出了更高的挑战。

Because automation degree of analog IC design is far from that of digital IC design , analog design depends on the intelligence much more , which makes analog IC design flow and IP design technology face more challenges .

低压低功耗模拟集成电路设计技术及展望

Low-Voltage / Low-Power Technology for Analog IC 's and Its Prospect

一种模拟集成电路布线中的contact，via定位算法

A contact and via Placement Algorithm for CMOS Analog Circuits Routing

低电压，CMOS模拟集成电路的配置为两个4通道多路复用器。

Low-voltage , CMOS analog ICs configured as two4-channel multiplexer .

介绍了一种用于低电压CMOS模拟集成电路设计的阈值调节思想。

A threshold adjusted technique for low-voltage CMOS analog circuit is presented .

SOICMOS模拟集成电路发展概述

A Survey of the Development of SOI CMOS Analog Integrated Circuits

MOS模拟集成电路的噪声分析和低噪声设计

Noise Analysis and Low-Noise Design of MOS Analog Integrated Circuits

在模拟集成电路设计中，关于X轴和Y轴同时对称的Stack，以及模块之间的合并，对于增加器件之间的匹配和控制寄生是至关重要的。

In analog VLSI design , 2-dimensional symmetry stack and block merging are critical for mismatch minimization and parasitic control .

CMOS运算放大器是模拟集成电路中最重要的模块之一。

CMOS Operational Amplifier ( op-amp ) is one of the most useful components in analog integrated circuits .

基准参考源（Reference）是集成电路中一个重要的单元模块，广泛应用于各种模拟集成电路、数模混合信号集成电路和片上系统（SoC）芯片中。

Reference is an important module in the integrated circuits and widely used in various analog ICs 、 digital-analog mixed signal ICs and SoC .

一种模拟集成电路Hamming神经网络及其应用

An Analog Hamming Neural Network Integrated Circuit and Its Application

基于模拟集成电路BIST的ARMA模块设计

Design of ARMA Module Based on BIST Technology of Analog Integrated Circuit

模拟集成电路（IC）是现实世界和数字化系统之间的桥梁，是现代信息化系统的关键技术之一。

As a bridge between the real world and digital systems , the analog integrated circuit is one of the key technologies for modern information systems .

对用可编程逻辑器件技术实现模拟集成电路的功能进行了探讨，研究了实现单稳态触发器脉冲宽度控制的两种方法：用外接RC的单稳态触发器；

The function of integrated analog circuits realized with CPLD is discussed . Two methods of controlling the pulse width of monostable trigger are studied .

首先介绍了模拟集成电路在当代社会中的重要性和集成电路研究的必要性，并简要地介绍了双极型晶体管和CMOS晶体管的模型结构以及几种电流镜电路的原理及性能；

The model of bipolar junction transistor ( BJT ) and CMOS transistor and the basic circuit units such as current mirrors are briefly introduced ;

利用CMOS工艺我们就能在一片硅片上生产数字集成电路，模拟集成电路，射频集成电路，从而使我们的集成电路能够实现系统的单片集成。

So , it is possible that to fabricate the digital IC , analog IC , RF IC on a single chip using CMOS technology .

为了有效降低模拟集成电路的功耗，提高工艺兼容性，文中提出了一种全CMOS结构的低电压、低功耗基准电压源的设计方法。

A CMOS voltage reference circuit operate under sub-threshold state has been presented in this paper and analysising the limitation of MOSFET when it works in sub-threshold condition .

通过在线数字修调技术将ADC生产过程中产生的工艺偏差进行修正。这种在线数字修调方法可以普遍应用于模拟集成电路设计。

The error coming from the process is eliminated by the digital trimming technique , and this trimming technique can be widely applied in the design of the analog integrate circuit . 2 .

出于性能、功耗、可靠性、成本和市场的考虑，目前可集成的高速、低功耗ADC成为模拟集成电路领域中的研究热点。

Due to performance , power-consumption , reliability , cost and market-need , research of low-power-consumption , high-speed ADC for the SOC application has become an important topic in the filed of analog IC .

基准电压源是模拟集成电路中的基本单元，它在SOC、ADC、DAC、传感器和通信电路以及存储器等领域有广泛应用。

Reference voltage source is analog integrated circuits in the basic unit of its SOC , ADC , DAC , sensor and communication circuits , as well as the areas of memory are widely used .

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。

And among these models , the EKV model has some advantages in designing low power analog integrated circuits .

FPAA区别于其它模拟集成电路的最大的特点就是现场可编程（FieldProgrammable），即在出厂后可以由用户通过编程来配置器件的内部连接和元器件参数，以获得所需要的电路功能。

Field programmable is the biggest merit compared to other analog IC , that is , the user can programme the device to obtain the required circuit by configure the internal connections and components ' parameters of the device .

基于LASI的模拟集成电路设计

Analog Circuit Design Based on LASI

介绍了模拟集成电路工艺的发展过程和现状，讨论了国内的BiCMOS工艺、互补双极工艺（CB）、和SOI双极工艺的最新进展。

An overview of analog IC technology is presented . The latest development of BiCMOS process , complementary bipolar technology and SOI deep trench isolation technology are elaborated , with emphasis on BiCMOS technology .

低电压低功耗FTFN及其在模拟集成电路设计中的应用研究

The Low-voltage and Low-power FTFN and the Research of the Application in the Analog Integrated Circuit Design

本文介绍了A／D与D／A转换器、超高速SOI器件及电路、超高速双极电路、GeSi／Si异质结器件和电路、智能功率等模拟集成电路的发展概况。

Developments in analog IC 's are reviewed in the paper , including analog-to-digital and digital-to-analog converters , very high-speed SOI devices and circuits , high-speed bipolar circuits , GeSi / Si heterojunction devices and circuits , and smart power IC 's.

文章最后部分讨论模拟集成电路版图设计，利用CadenceVirtuoso工具完成电路版图设计和优化，重点讨论本电路版图设计中的匹配问题。

And the end , the layout of analog integrated circuits is discussed . Using Cadence Virtuoso , we complete the design and optimization of the layouts . The key emphasis of this part is the matching of the layout .

SISC研究所是中国最早成立的半导体集成电路专业研究所，也是我国唯一的模拟集成电路专业研究所，目前军品产值占80%以上。

SISC is a specialized semiconductor IC research institute that was earliest established in China , and is also only specialized research institute for analog ICs whose production value of military products accounts for 80 % and more .

文章介绍了数字化时代对模拟集成电路提出的挑战。

Challenges to analog circuits in the digital age are discussed .

采用遗传算法的模拟集成电路参数最优设计

Parameter Optimization Design of Analog Integrated Circuit by Adopting Genetic Algorithm