专门的OP design论文，我看过的最详细的，运放是基础，大家不要忽视

UnknownGuest

运放是基础，谢谢楼主了

jingxin_xd

谢谢分享！

sxb416

hehehe!!!!!!!

pennyxm

不知道是那个怎么样呢?

overmars2008

:lol :lol

sun_ic

很一般。论文没做完吧，不想是一个完整的实际设计。

huacc121

thanks

skygardon

说得不错，就是要从基础学习，多谢分享哦！

California

Thanks for sharing!

nativeda

目录：
前言·······························································2
第一章 运算放大器简介
§1.1 运算放大器概述··········································3
§1.2 几种不同结构的运算放大器································5
§1.3 研究GPCAD 优化方法的理由······························6
第二章 MOS 场效应管模型以及二级运放工作原理介绍
§2.1 MOS 场效应管模型·······································6
§2.2 两级运放的性能参数与约束分析····························8
第三章 设计和仿真结果
§3.1 运放性能指标············································19
§3.2 基本单元的设计和仿真结果
§3.2.1 工艺参数近似值的测定································20
§3.2.2 二级运放的设计······································26
§3.2.3 参数规格的手工验证··································30
§3.2.4 spice 仿真结果······································33
§3.3 运放性能指标的对比（手工vs.Hspice 仿真）··················37
第四章 运放的几何方法优化概论
§4.1 GPCAD 介绍·············································38
§4.2 GP 模型介绍·············································39
第五章 设计讨论
§5.1 二级运放的补偿问题······································42
§5.2 设计中的不足与计划······································45
结束语····························································46

用GP做OPA的优化前几年还有点热，现在好像有消停了，毕竟需要做太多的近似才能获得
性能指标的多项式表示，无法用于实际产品的设计工作中。