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随机微分方程(胡适耕)PDF

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随机微分方程(胡适耕)PDF完整版,随机微分方程学习资源0211.63/52008大学数学科学从书22随机微分方程胡适耕黄乘明吴付科著学出版社北京内容筒介本书介绍Ⅰto型随机微分方程(包括随机泛函微分方程与中立型随机微分方程)的基本理论与研究进展.前半部分简要介绍随机微分方程的基本概念与一般理论,然后以较大篇幅综述该领域若千有代表性的近期研究成果其内容集中于随机微分方程解的渐近状态,包括稳定性、有界性、持久性非爆发性等.特别深入讨论了有重要应用价值的随机神经网络系统与随机Lotka- Volterra系统.部分内容为作者的近期研究成果本书可用作相关专业研究生的教材或高校教师的参考书,亦可供有兴趣于随机微分系统的科技工作者阅读图书在版编目(C|P)数据随杋微分方程胡适耕,黄乘明,吴付科著.一北京:科学出版社,2008(大学数学科学丛书;22)ISBN978-7-03-021380-8L.随…Ⅱ.①胡…②黄…③吴…Ⅲ.随机微分方程Ⅳ.0211.63中国版本图书馆CIP数据核字(2008)第034312号责任编辑:吕虹赵彦超/责任校对:赵桂芬责任印制:赵德静/封面设计:王浩辞学实服出版北京东黄城根北街16号邮政编码:100717http://www.sciencep.com新着仰厂印刷科学出版社发行各地新华书店经销2008年5月第版开本:B5(720×1000)2008年5月第一次印刷印张:241/4印数:1-3000字数:366000定价:68.00元(如有印装质量问题,我社负责调换新欣〉)《大学数学科学丛书》编委会(以姓氏笔画为序)顾问:王元谷超豪姜伯驹主编:李大潜副主编:龙以明冯克勤张继平袁亚湘编委:王维克尹景学叶向东叶其孝李安民李克正吴宗敏吴喜之张平文范更华郑学安姜礼尚徐宗本彭实戈作者简介胡适耕,湖南湘乡人.1967年毕业于湖南大学数学系,1979年起在华中理工大学(即今华中科技大学)任教.现为华中科技大学数学系教授、博士生导师,并兼任《应用数学》杂志常务副主编长期从事基础数学与应用数学的教学和研究,主要研究领域为非线性动力系统与随机动力系统.发表了一系列研究论文与著作,代表性著作有《非线性分析》、《抽象空间引论》、《宏观经济的随机模型》等.《大学数学科学丛书》序按照恩格斯的说法,数学是研究现实世界中数量关系和空间形式的科学.从恩格斯那时到现在,尽管数学的内涵已经大大拓展了,人们对现实世界中的数量关系和空间形式的认识和理解已今非昔比,数学科学已构成包括纯粹数学及应用数学内含的众多分支学科和许多新兴交叉学科的庞大的科学体系,但恩格斯的这说法仍然是对数学的一个中肯而又相对来说易于为公众了解和接受的概括,科学地反映了数学这一学科的内涵.正由于忽略了物质的具体形态和属性、纯粹从数量关系和空间形式的角度来研究现实世界,数学表现出高度抽象性和应用广泛性的特点,具有特殊的公共基础地位,其重要性得到普遍的认同整个数学的发展史是和人类物质文明和精神文明的发展史交融在一起的.作为一种先进的文化,数学不仅在人类文明的进程中一直起着积极的推动作用,而且是人类文明的一个重要的支柱.数学教育对于启迪心智、增进素质、提高全人类文明程度的必要性和重要性已得到空前普遍的重视.数学教育本质是一种素质教育;学习数学,不仅要学到许多重要的数学概念、方法和结论,更要着重领会数学的精神实质和思想方法.在大学学习高等数学的阶段,更应该自觉地去意识并努力体现这一点作为面向大学本科生和研究生以及有关教师的教材,教学参考书或课外读物的系列,本丛书将努力贯彻加强基础、面向前沿、突出思想、关注应用和方便阅读的原则,力求为各专业的大学本科生或研究生(包括硕士生及博士生)走近数学科学、理解数学科学以及应用数学科学提供必要的指引和有力的帮助,并欢迎其中相当一些能被广大学校选用为教材,相信并希望在各方面的支持及帮助下,本丛书将会愈出愈好李大潜2003年12月27日前言半个多世纪之前,当I0的划时代著作 On Stochastic Differential equations(Ito,1951)面世时,对于“随机微分方程”(SDE)这一新的数学分支的要义、价值与前景,人们能够确切说明的东西尚不多.经历半个多世纪堪称辉煌的发展之后sDE已负盛名,但人们似乎仍然难以评说—不是因为材料缺乏,而是因为材料实在太多!今天,SDE已积累了如此丰富的成果,欲加以适当的概括以睹其全貌已非易事尽管如此,有两件重要的事情无论如何值得一提其一就是,SDE在其发展过程中展示出与某些经典数学问题之间存在着出人意料的深刻联系,最著名的例子就是 Feynman-Kac公式,它将一定偏微分方程(PDE)问题的解表为适当的SDE的解,从而为在PDE的研究中使用随机分析方法开辟了道路.无论这一联系所导致的实际结果如何,在两个看来相距甚远的领域建立起明确的联系,在整个数学发展史上都是值得大书特书的事件这一事实令人信服地表明,建立在初看起来颇为诡异的随机微积分基础上的SDE,并非纯粹是概率论学者独特思想的逻辑衍生物,而是现代数学统一理论大厦中一个自然的部分.在Fe公式这类成果面前,随机数学与非随机数学之间看来难以逾越的鸿沟最终消失了.仅此一端,就不能不说是过去这个世纪数学发展进程中的一件大事SDE理论中另一件值得一提的大事是:一些明显不稳定的确定性微分系统,因随机扰动的介入居然可能成为稳定的系统这就完全颠覆了人们对于随机扰动似乎理所当然的负面看法,人们终于明白,在动态过程中,随机扰动或噪声并非总是不稳定或紊乱的根源,而且在特定情况下甚至是镇定系统所必需的.这一事实的发现,其理论价值也许不及 Feynman-Kac公式那么重大,但其实际意义则可能更大它实际上宣告,即使对于确定性系统的稳定性研究,SDE也是必需的.大而言之,上述事实恰好印证了数学发展中的一条普通规律:对于一个旧体系的真正深刻理解来自该体系的某个新的扩展.从实分析到复分析的扩展提供了熟知的例子,而从通常微分方程理论过渡到SDE理论,则可能是更令人振奋的例子或许,使以上两件事都显得黯然失色的是SDE在范围广泛的领域中卓有成效的应用.近几十年来,SDE在物理、力学、化学、生物学、经济与金融学、控制理论、航天工程等多个部门发挥了重要作用,已有不可计数的文献作证尽管这些应用的某些方面本书有所涉及,但在总体上加以概括,则远非本书作者的学识所能胜任.我前言们只能指出如下已成定论的事实:对于许多实际领域的专家而言,为运用强有力的现代数学工具,对所考察的系统建立某种随机模型常常是不可避免的,而这往往就意味着运用SDE!正是这样一种广泛而又实际的需求,促使我们生出了一种冲动:应当为希望运用SDE这一工具的科学工作者做点什么这就是写作本书的意图同时,我们也意识到,只能将目标限定在一个较小的题目上,即限于考虑I型的SDE,而且将重点放在以稳定性理论为中心的问题上,这既是本书作者研究兴趣所及的领域,似乎也是许多研究者的关注点之所在就其渊源而言,本书所涉及的问题已有颇长的研究历史.大约十年前,当本书作者听英藉华裔教授毛学荣关于SDE稳定性的讲演时,对于贯穿于其中的基本思想就已颇有感触.这些思想除了其特有的效力之外,即使从纯数学方法论的角度考虑,也是很有价值的,甚至可以说是异常优美的.这些体验与理解对于本书的形成不无作用在写作本书时,我们充分利用了20年来SDE领域的人量文献,其中尤其要提到毛学荣等人影响深远的系列工作.作为合作者,本书作者在与毛学荣等的讨论中受益匪浅,由衷感激,自不待言本书也包含了作者及其合作者近年来的某些研究成果.特别,第4章的大部分结果(其主导思想或表达方法)是属于作者及其合作者的就这些部分而言,对于同行们的批评自然有特别的期待为方便读者阅读,本书一开始就汇集了所用的主要记号以供查询,但仍需作点说明.首先,作者力求使用通用的记号,但一本专著要使散见于各种文献的材料连成一气,记号上的统一与调整难度较大,有些符号没有使用通用记号总是不可避免的此外,有少数几个似乎源于作者偏爱的记号,在简化公式与富于启发性两方面都效果显著,即使可能引发异议,也不能割爱了特别要提到的是x()=x(4)-u(x,)与Hale倡用的C(=C([-T,0],R2))这两个例子(参看§3.1与§3.3)本书的写作得到国家自然科学基金及华中科技大学研究生院专项基金的资助,在此谨致以诚挚的感谢.作者2007年4月于武汉记号与约定集A的补;AB=A∩BAAa矩阵A的转置几乎必然BSDE倒向随机微分方程通常记 Borel集族空间E中的 Borel集族C([-r,0],RCccc[-7,0],R,)r阶连续可微函数类对t为C类对x为C2类的函数v(t,x)之全体(Ω,C)可测有界C值随机变量之全体cov(X,Y)X与Y的协方差或协方差矩阵随机函数x(t)的It微分Kronecker记号EX随机变量X的期望E(.名)在名下的条件期望;E(·)=E(·);E(Y)E(t o(n))随机变量X的分布函数F(s, x, t, y)P(x1≤y|x,=x)F(t,x, y)F(0,x,t,y)FDE泛函微分方程基本的a代数;:a代数流;=σ(∪)随机过程X1生成的σ代数流随机变量X的密度函数f(s, x, t,y)转移密度;f(t,x,y)=f(0,x,,y)gx(·)随机变量X的特征函数单位矩阵或某个区间集A的示性函数

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  • cpci express的标准
    目前能找到的cpci express总线的标准ContentsIntroduction1.1 Statement of Compliance131.2 Terminology131.3 Applicable Documents181.4 Objectives…191.5 Name and Logo Usage....翻1E,B面201.5.1 Logo Use201.5.2 Trademark polic201.6 Intellectual Property211.7 Special Word Usage221.8 Connectors1.8.1 Legacy CompactPCI Connectors221.8.2 High -Speed Advanced differential Fabric Connectors1.83 UPM Power Connectors∴…251.8.3.1 System Slot/Board and Type 1 Peripheral Slot/Board.251.8.3.2 Switch Slot/ Board261.8.4 eHM C271.8.5 CompactPCI Pluggable Power Supply Connector271.9 Slot and board descriptions281.9.1 Connector Reference Designators...............311.9.2 System Slot and Board1.9.3 Type 1 Peripheral Slot and Board321.9.4 Type 2 Peripheral Slot and Board331.9.5 Hybrid Peripheral slot351.9.6 Legacy Slot1.9.7 Switch Slot and board.36197.13uSwitchSlotandboard.wwwwwww.361.9.7.2 6U Switch Slot and board371.10 EXample Configurations402 Mechanical Requirements452.1 Mechanical Overview452.2 DrayStandard452.3 Units452.4 Keepout Zones452.5 Connector Requirements.452.5.1 ADF Connectors452.5.1.1 Board connectors452.5.1.3 Backplane Connectors with Hot-Plug Suppor o2.5.1.2 Backplane Connectors without Hot-Plug Support46462.5.2 eHM Connectors462.5.2.1 Board Connector Type Designation.462.5.2.2 Backplane Connectors without Hot-Plug Support .........462.5.2.3 Backplane Connectors with Hot-Plug Support..... 462.5.3 UPM Connectors462.5.3.1 Backplane Connectors…………462.5.3.2 Board Connectors without Hot-Plug Support47PICMG EXPO CompactPCI Express Specification, Draft R. 93, March 11, 2005Do Not design To/Do Not claim compliance To/do Not distribute This specification2.5.3.3 Board Connectors with Hot-Plug Support2.5.4 HM Connectors472.5.5 47-Position Pluggable Power Supply Connector472.6 Chassis Subrack Requirements472.7 Backplane Requirements472.7.1 3U Backplane Dimensions and Connector Locations....... 472.7.2 6U Backplane Dimensions and Connector Locations2.8 Slot Numbering and Glyphs512.9 Board Requirements2.9.1 3U System/Type 1/Type 2 Board Dimensions and ConnectorLocations512.9.2 6U System/Type 1/Type 2 Board Dimensions and ConnectorLocations2.9.3 3U Switch board dimensions and connector locations wwm. 5429.4 6U Switch board dimensions and connector locations.552.9.5 Board pcb thickness562.9.6 ESD Discharge Strip562.9.7 ESD Clip562.9.8 Front Panels562.9.9 CompactPcI Express logo572.9.10 PMC/XMC Support….5729.11 Cross sectional vi582.9.12 Component Outline and Warpage582.9.13 Solder Side Cover(Optional)582. 9.14 Component Heights2.9. 15 System Slot Identification592.10 Rear-Panel 1/0 Board Requirements592.10.1 3U Rear-Panel l/o board dimensions592.10.2 6U Rear-Panel l/o board dimensions3 Electrical Requirements623. 1 Signal Definitions623.1.1 PCI Express Signals.623.1.1.1 PCI EXpress Transmit SigInaIs3.1.1.2 PCI Express Receive Signals623.1.1.3 Interconnect Definition633.1.1.3.1 Link definit633.1.1.3.2 Link Grouping.633.1.1.4 Electrical B643. 1.1.4.1 AC Coupling653.1.1.4.2 Insertion loss653.1.1.4.3 Crosstab‖k3.1.1.4,4 Lane-to-Lane skew3.1.1. 4.5 Equalization673.1.1.4.6 Skew within the Differential Pair(Intra-PairSkew)3.1.1.5 Jitter Budget Allocation683.1.1.5.1 Random Jitter(Rj)683.1.1.5.2 System Level Jitter Distribution693.1.1.5.3 Interconnect Jitter Budget693.1.1.5.4 Eye Patterns703. 1.1.5.5 Type 2 Peripheral Transmitter Eye4PICMG EXPO CompactPCI EXpress Specification, Draft R.93, March 11, 2005Do Not Design To/Do Not Claim Compliance To/Do Not Distribute This specification3.1.1.5.6 Controller Transmitter Eye3.1.1.5.7 Type 2 Peripheral Receiver Eye3.1.1.5. 8 Controller Receiver eye743.1.1.5. 9 Backplane Compliance Testing3.1.1.5. 10 Alternative Controller tX measurement.wm.773.1.1.6 Reference Clock783.1.1.6.1Hot-Pug…...….783.1.1.6.2 Clock Fan-Out..793. 1.1.6.3 Clocking dependencies3. 1.1.6.4 AC-Coupling and Biasing793.1.1.6.5 Routing length803. 1.1.6.6 Reference Clock Specification813.1.1.6.7 REFCLK Phase Jitter Specification3.1.2ESD853.1.35VauX.853.1.4 SMBI3.1.4.1 SMBus " Back Powering Considerations883.1.4.2 Backplane Identification and Capability Using SMBus. 883.1.5 PWRBTN# Signal943.1.6 PS ON# Signal.943.1.7 PWR OK Signal.......953.1.8 WAKE# Signal3.1.8. 1 Implementation Note983.1. 9 PERST# Signal993.1.9.1 nitial Power-Up(G3toL0)……………………1003.1.9.2 Power Management States(so to S3/S4 to so)1013.1.9.3 Power down1023.1.10 SYSEN# Signal…1033.1.11 Geographical Addressing1033. 1. 12 LINKCAP Signal1043.1.13/OPin1043.1.14 Reserved pins1043.2 Hot-Plug Support.1043.2.1 Hot-Plug sub-System Architecture1043.2.2 Power enable1073.2.3 Wake#1083.2.4 Module Power good1083.2.5 Present detection1083.2.6 System Management Bus1083.2.7 System Management Bus alert1083.2.8 Attention LED1093.2.9 Attention Switch1093.2.10 DC Specifications1093.3 Backplane Connector Pin Assignments1093.3.1 System SI3.3.1.1 4-Link Configuration1103.3.1.2 2-Link Combination Configuration3.3.2 Peripheral Slot I ype 11133.3. 3 Peripheral Slot Type 2.1153.3.4 Hybrid Peripheral slot.1153.3.5 Legacy slot117PICMG EXPO CompactPCI Express Specification, Draft R. 93, March 11, 2005Do Not design To/Do Not claim compliance To/do Not distribute This specification3.3.6 Switch Slot1173.3.6.1 3U Switch Slot3.3.6.2 6U Switch Slot x4 Link width1183.3.6.3 6U Switch Slot--X8 Link Width.1213.4 Power Supply Requirements…1233.4.1 Current Available1233.4.2 Regulation and Ripple and noise1243.4.3 Backplane Power Decoupling1243. 4.4 Power Supply Timing1243.4.5 Additional Power Requirements for Boards SupportingHot-Ppluc1254 Keying Requirements4Legacy Slots and Legacy boards12642 eHM Ke126A CompactPCI Express Advanced Differential Fabric Connector......129A 1 General data129A 1.1 Objective of this document.129A.1.2Scope129A.1.3 Intended Method of mounting129A 1. 4 Ratings and characteristics130A.1.5 Normative references130A.1.6 Markings……131A 1.7 Type Designation国131A.1.8 Ordering Information132A 1. 9 Special Connector LoadingsA2 Technical InformationA.2.1 Contacts and terminations133A 3 Dimensional Information134A.3.1 Isometric view and common features.134A 3.2 Engagement Information134A.3. 2.1 Electrical Engagement Length134A.3.2.2 First Contact point135A 3.2.3 Perpendicular to Engagement direction135A.3.2.4 Inclination135A 3.3 Backplane Connectors136A 3.3.1 Dimensions1136A.3.3.2 Contacts136A.3.3.3 Contact Tip Geometry…………137A.3.3,4 Terminations137A. 3. 4 Front board connectors wwwwwwwwwww138A,3. 4. Dimensions.138A 3.4.2 Terminations138A 3.5 Mounting Information for Backplane Connectors138A. 3.5. 1 Hole Pattern on Backplanes139A 3.5.2 Backplane Contact Positional Requirements139A.3.5.3 True position of male contacts.139A.3.6 Mounting Information for Front Board Connectors.140A 3.6.1 Hole Pattern on Printed boards140A 4 Characteristics1416PICMG EXPO CompactPCI EXpress Specification, Draft R.93, March 11, 2005Do Not Design To/Do Not Claim Compliance To/Do Not Distribute This specificationA.4.1 Climatic Category141A 4.1.1 Climatic Category Test batch P: Initial EXamination .....141A 4.1.2 Climatic Category Test Batch A: Mechanical Tests.. 141A 4.1.3 Climatic Category Test Batch B: Harsh Environments. 144A.4.1.4 Climatic Category Test Batch C: Damp Heat146A 4.1.5 Climatic Category Test Batch D: ExtendedEnvironmental Tests147A 4.1.6 Climatic Categary Test Batch E: ExtendedEnvironmental Tests148A.4.2 Electrical characteristics148A.4.2.1 Impedance148A 4.2.2 Crosstalk149A.4.2.3 Propagation Delay149A42.4 Differential skew..149A 4.25 Insertion Loss149BEnriched hard-Metric ConnectorB. 1 General data国面国B150B. 1. 1 Objective of this document150B.1.2 Description of the Connector,s Approach150B.1.3 Descriptive Partitions Found Further This document150B 1.4 Normative References15B 1.4.1 Primary references describing the generic Part ofthe co151B.1.42Additionalreferenceswwwwwww.15B.1.5 Intended Method of Mounting151B 1.6 Markings.152B.1.7 Type Designation(General)152B2 Technical Information∴152B 2.1 Definitions152B 2.2 Contacts152B 2.3 Contact Performance Level154B 2.4 Keying154B.2.4.1 Mating rules155B.2.4.2 Examples for mating and nonmating configurations . 156B.2.5 Type Designation156B 2.6 Applicational Information157B 2.6.1 Alignment and Gathering157B26.2 Polarization翻面面∴158B3 Dimensional InformationQB.3.1 General158B.3.2 View and common features158B3.3 Remarks on Mating Properties of eHM Connector…………159B 3. 4 Fixed Board connector160B 3.4.1 Dimensions160B 3.4.2 TerminationsB.3.4.3 Mounting Information for Fixed Board Connectors..161B 3. 4.4 Hole pattern on fixed board161B.3.4 5 Position of connectors on fixed board∴161B 3.5 Free board connectors162B 3.5.1 Dimensions162B 3.5.2 Termination163PICMG EXPO CompactPCI Express Specification, Draft R. 93, March 11, 2005Do Not Design TO/Do Not Claim Compliance To/Do Not Distribute This specificationB.3.5.3 Mounting Information for Free Board Connectors. .......163B 3.5.4 Hole pattern on free board163B 3.5.5 Position of connectors on front board163B4 Characteristics81.163B.4.1 Climatic Category∴163B 4.2 Electrical Characteristics163B.4.2. 1 Creepage and clearance Distances163B 4.2.2 Voltage Proof164B.4.2. 3 Current-Carrying Capacity.164B.4.2.4 Contact resistance.……164B 4.2.5 Insulation Resistance.164B 4.3 Mechanica164B.4.3.1 Mechanical Operation.164B.4.3.2 Engaging and Separating Forces164B 4.3.3 Contact retesert164B 4.3.4 Static Load. Transverse.164B 4.3.5 Gauge Retention Force.164B 4.3.6 Vibration(Sinusoidal.164B 4.3.7 Shock164B 4.3.8 Polarization method165B.4.3.9 Robustness and effectiveness of coding device .........165B.4.3.9.1 Conditions According to IEC60512-7,Test 13e....B165B 5 Test schedule165B.6 Quality Assessment Procedures…………….…..….…......…...165c Universal Power Connector(UPM)166C 1 General data.I....8.4.4面面面..166C.1.1 Objective of this document166C2 Dimensions167C 3 Perpendicular to Engagement Direction169C4 Inclination169C 5 Mounting Information169C 6 Climatic Category.171Figuresg1-1 HM Connectors231-2 Advanced Differential Fabric(ADF) Connector241-3 UPM Power Connector for System and Type 1 Peripheral Slots/Boards..251-4PowerConnectorforswitchslots/boardswwwwww.26-5 eHM Connector1-647- Position CompactS| Pluggable Power Supply Connector……….281-7 CompactPCI Express 3U Slot Examples29-8 Compact PCI Express 6u Slot Examples301-9 System Board311-10 System Slot321-11 Type 1 Peripheral Board321-12 Type 1 Peripheral Slot.331-13 Type 2 Peripheral Board-14 Type 2 Peripheral Slot34PICMG EXPO CompactPCI EXpress Specification, Draft R.93, March 11, 2005Do Not Design To/Do Not Claim Compliance To/Do Not Distribute This specification1-15 Hybrid Peripheral slot351-16 Boards Supported By Hybrid Peripheral Slots361-17 3 Switch Board371-18 3 Switch Slot371-19 6U Switch board38-20 6U Switch Slot391-21 Backplane with Hybrid Peripheral Slots and Legacy Slots401-22 Backplane with all Hybrid Peripheral Slots411-23 Backplane with Type 2 and Hybrid Peripheral Slots421-24 3U Backplane with Switch, System, Type 1, and Type 2 Slots1-256 U Backplane with Switch, System,Type1, and type2S∴………43442-1 Backplane Overall Dimensions482-2 30 Backplane connector Locations492-3 6U Backplane Connector Locations502-4 board compatibility glyphs2-5 Glyph for Boards that Operate in Either System or Peripheral Slots512-6 Slot Compatibility Glyphs……512-7 3U System, Type 1, and Type 2 Board Dimensions and ConnectorLocations522-8 6U System/Type 1/Type 2 Board Dimensions and Connector Locations...532-9 3 Switch board Dimensions and connector locations542-106uswItchboarddimensionsandconnectorlocations..w.wwwwww.552-11 Modification to PCB to Support Thicker Boards562-12 CompactPCI Express Logo572-13 Alternate CompactPC| Express Logo....….….…572-14 Approximate Clearance Between the PMC/XMC PCB and the aDFConnector………………..572-15 Board cross-Sectional view82-16 3U Rear-Panel l/o board dimensions,602-17 6U Rear-Panel l/o Board Dimensions613-1 2-Link and Loss definition643-2 Backplane Connector Footprint683-3 Interconnect jitter allocation703-4 Peripheral TX Eye Mask723-5 Controller TX eye Mask733-6 Peripheral RX Eye Mask743-7 Controller RX Eye Mask753-8 Backplane TX Compliance signal763-9 Backplane RX Eye…763-10 Alternative Controller measurement783-11 Biasing for HCSL Clock Input3-12 Biasing Simulation Results.803-13 Single-Ended Measurement for swing.833-14 Single-Ended Measurement Points for delta cross point833-15 Single-Ended Measurement Points for Rise and Fall Time Matching ..........833-16 Differential Measurement Points for Duty Cycle and Period833-17 Differential measurement points for rise and fall time843-18 Differential Measurement Points for Ringback843-19 Eight-Slot Backplane Example913-20 Power Supply Timing95PICMG EXPO CompactPCI Express Specification, Draft R. 93, March 11, 2005Do Not design To/Do Not claim compliance To/do Not distribute This specification3-21 WAKE Rise and fall time measurement points983-22 WAKE# Circuit Example93-23 Power Up…1013-24 Power Management states1023-25 Power down1033-26 Typical Hot-Plug Interface Implementation1063-27 4-Link Configuration Backplane Example1103-28 2-Link Combination Configuration backplane example112A-1 Sample Part Number with Explanation132A-2 Special Connector Loading 01001面着国面国B面面国33A-3 View of connectors with common features134A-4 Connector Mating Sequence35A-5 Dimensional Drawing of Backplane Connector.136A-6 Contact Geometry for Zone 2 Backplane Connector137A-7 Dimensional Drawing of Front Board Connectors138A-8 Hole Requirements for backplane Connector139A-9 Backplane Pin Contact Positional Tolerance ................................................140A-10 Hole Requirements for the Front Board Connector140B-1 View of Fixed and Free Board Keying Design(Left Perspective, RightDetailed).……155B-2 View of a Mating and a Non-Mating Keying Combination156B-3 View of fixed and free Board connectors..158B-4 View of Fixed Board connector Including polarization Feature.......159B-5 Dimensional drawing of Fixed board eHM connector160B-6 Hole Requirements for eHM on Fixed Board161B-7 Dimensional drawing of eHM Free Board connector…162B-8 Hole Requirements for eHM Free Board Connector............163C-1 UPM-F-7 Female 7-Position power connector dimensional information 167C-2 UPM-F-5 Female 5-Position Power Connector Dimensional Information ....168C-3 Male 7-Position power connector 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