Readers are reminded that this work is protected by copyright. While they are free to use the ideas expressed in it, they may not copy distribute or publish the work or part of it, in any form, printed, electronic or otherwise, except for reasonable quoting, clearly indicating thesource

第一章EDA技术概述 1.1EDA技术及其发展 一、什么是EDA? Electronic Design Automation即电子设计自动化

Consumers benefit from search/broker services Consumer trust can be leveraged across many product categories How will brick and mortar agents fare vs electronic agents?

Linacre House, Jordan Hill, Oxford OX2 SDP a division of reed Educational an Q Amember of the Reed Elsevier plc group OXFORD BOSTON JOHANNESBURG MELBOURNE NEW DELHI SINGAPORE Reed Educational and Professional Publishing Ltd 1997 medium by electronic means and whether or ot transiently or incidentally to some other use of this

NMR of drugs and ligands bound to receptors Anthony Watts NMR methods are now able to give detailed structural, dynamic of these still not identified or classed into families [4\]. and electronic information about drugs and ligands while

第一讲 概述 第二讲 电力电子器件（一） 2.1 电力电子器件概述 2.2 不可控器件－电力二极管 2.3 半控型器件－晶闸管 第三讲 电力电子器件（二） 半控型器件－晶闸管 第四讲 电力电子器件（三） 3.0 概述 3.1 门极可关断晶闸管 3.2 电力晶体管 3.3 电力场效应晶体管 3.4 绝缘栅双极晶体管 第五讲 电力电子器件（四） 第五讲 整流与有源逆变(一) 第六讲 整流与有源逆变(二) 路 第七讲 整流与有源逆变(三) 7.1 变压器漏感对整流电路的影响 7.2 电容滤波的不可控整流电路 7.3 大功率可控整流电路 第八讲 整流与有源逆变(四) 8.1 整流电路的有源逆变工作状态 8.2 晶闸管直流电动机系统 第九讲 整流与有源逆变(五) 整流电路的谐波和功率因数 9.1 谐波和无功功率分析基础 9.2 带阻感负载时可控整流电路交流侧谐 波和功率因数分析 9.3 电容滤波的不可控整流电路交流侧谐 波和功率因数分析 9.4 整流输出电压和电流的谐波分析 第十讲 整流与有源逆变(六) 相控电路的驱动控制 10.1 同步信号为锯齿波的触发电路 10.2 集成触发器 10.3 触发电路的定相 第十一讲 直流斩波电路分析 第十一讲 直流斩波电路分析 11.1 基本斩波电路 11.1.1 降压斩波电路 11.1.2 升压斩波电路 11.1.3 升降压斩波电路和Cuk斩波电路 11.1.4 Sepic斩波电路和Zeta斩波电路 11.2 复合斩波电路和多相多重斩波电路 11.2.1 电流可逆斩波电路 11.2.2 桥式可逆斩波电路 11.2.3多相多重斩波电路 第十二讲. 交流电力控制电路和交交变频电路 第十三讲 无源逆变第十四讲 PWM控制技术 第十七讲 软开关技术 17.0 概述 17.1 软开关的基本概念 17.2 软开关电路的分类 17.3 典型的软开关电路

Readers are reminded that this work is protected by copyright. While they are free to use the ideas expressed in it, they may not copy, distribute or publish the work or part of it, in any form, printed electronic or otherwise, except for reasonable quoting, clearly indicating the source. Readers are permitted to make copies, electronically or printed, for personal and classroom use. Contents

Readers are reminded that this work is protected by copyright. While they are free to use the ideas expressed in it, they may not copy distribute or publish the work or part of it, in any form, printed, electronic or otherwise, except for reasonable quoting, clearly indicating the source. Readers are permitted to make copies, electronically or printed, for personal and classroom use

Readers are reminded that this work is protected by copyright. While they are free to use the ideas expressed in it, they may not copy distribute or publish the work or part of it, in any form, printed, electronic or otherwise, except for reasonable quoting, clearly indicating the source. Readers are permitted to make copies, electronically or printed, for personal and classroom use

School of Law, University of Glasgow Readers are reminded that this work is protected by copyright. While they are free to use the ideas expressed in it, they may not copy, distribute or publish the work or part of it, in any form, printed, electronic or otherwise, except for reasonable quoting, clearly indicating the source. Readers are permitted to make copies, electronically or printed, for personal and classroom use