过程控制仪表技术(第8版)(清华版双语教学用书)(Process Control Instrumentation Technology(Righth Edition))
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品牌: 约翰逊(Curtis D.Johnson)
基本信息·出版社：清华大学出版社
·页码：694 页
·出版日期：2009年09月
·ISBN：9787302210993
·条形码：9787302210993
·包装版本：第1版
·装帧：平装
·开本：16
·正文语种：英语
·丛书名：清华版双语教学用书
·外文书名：Process Control Instrumentation Technology(Righth Edition)
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内容简介《过程控制仪表技术(第8版)》共分为两部分，第一部分为前6章，作者从人们对生产设备手动操作的实际经验出发，系统地介绍了控制原理、控制设备和控制系统的基本概念。在测量信号的变换和处理方面，把工业仪表中的模拟电路、可编程控制器（PLC）及信号采集系统中的数字电路结合工业电子学中的基本理论融会贯通加以介绍。在测量信号的获取方面，重点对温度、机械量和光学传感器的原理、器件、特性和应用进行丁详细的分析。书中第二部分为后6章，首先讲述了控制信号的类型和执行器，接着重点介绍了离散、连续、计算机及总线网络控制系统的构成、特点和技术指标。结合系统的要求，讲解了PLC的原理和编程方法，位式控制、PID概念及模拟调节器，工业控制计算机硬件、软件的配置等内容。最后介绍了串级和多变量控制系统以及系统的调节质量评定和调节参数的整定方法。
编辑推荐《过程控制仪表技术(第8版)》特色：
《过程控制仪表技术(第8版)》从第1版（1977年）至第8版，历时三十佘载，受到广泛欢迎。《过程控制仪表技术(第8版)》具有明显特色：测量技术和控制技术相结合。把工业电子学的知识和工业仪表中的模拟电路、信号采集系统中的数字电路相结合；把被控系统的特性和调节器的功能相结合。这样就为控制系统中的装置与系统、理论与实际相结合打下了基础。内容紧密联系实际，书中有很多实际控制系统和仪表装置的设计范例及典型方法，可供读者在实际工程中应用。
目录
1 INTRODUCTION TO PROCESS CONTROL1
Instructional Objectives 1
1.1 Introduction 1
1.2 Control Systems 2
1.3 Process-Control Block Diagram 6
1.4 Control System Evaluation 10
Regulation 1 1.4.4 Evaluation Criteria
1.5 Analog and Digital Processing 14
1.6 Units, Standards, And Definitions 22
1.7 Sensor Time Response 36
1.8 Significance and Statistics 40
Summary | Problems | Supplementary Problems
2 ANALOG SIGNAL CONDITIONING 53
Instructional Objectives 53
2.1 Introduction 53
2.2 Principles of Analog Signal Conditioning 54
2.3 Passive Circuits 58
2.4 OperationalAmplifiers 83
2.5 OP Amp Circuits in instrumentation 89
2.6 Design Guidelines 102
Summary | Problems | Supplementary Problems
3 DIGITAL SIGNAL CONDITIONING 115
Instructional Objectives 115
3.1 Introduction 115
3.2 Review of Digital Fundamentals 116
3.3 Converters 125
3.4 Data-Acquisition Systems 155
3.5 Characteristics of Digital Data 160
Summary | Problems | Supplementary Problems
4 THERMALSENSORS 175
Instructional Objectives 175
4.1 Introduction 175
4.2 Definition of Temperature 176
4.3 Metal Resistance versus Temperature Devices 180
4.4 Thetristors 189
4.5 Thermocouples 193
4.6 OtherThermal Sensors 204
4.7 Design Considerations 211
Summary | Problems | SuDDlementary Problems
5 MECHANICALSENSORS 223
Instructional Objectives 223
5.1 Intfoduction 223
5.2 Displacement, Location, or Position Sensors 224
5.3 St fain Sensors 232
5.4 Motion Sensors 246
5.5 Pressure Sensors 258
5.6 Flow Sensors 267
Summary | Problems | SUDDlementanl Problems
6 OPTICALSENSORS 285
Instructional Obiectives 285
6.1 Intfoduction 285
6.2 Fundamentals of EM Radiation 286
6.3 Photodetectors 296
6.4 Pyrometry 311
6.5 Optical Sources 316
6.6 Applications 322
Summary | Problems | Supplementary Problems
7 FINALCONTROL 333
7.1 Intfoduction 333
7.2 Final Control Operation 334
7.3 Signal Conversions 336
7.4 Power Electronics 342
7.5 Actuators 358
7.6 Control Elements 371
summary | Problems | Supplementary Problems
8 DISCRETE-STATE PROCESS CONTROL 387
8.1 Introduction 387
8.2 Definition of Discrete-State Process Control 388
8.3 Characteristics of the System 389
8.4 Relay Controllers and Ladder Diagrams 403
8.5 Programmable Logic Controllers (PLCs) 413
summary | Problems | Supplementary Problems
9 CONTROLLER PRINCIPLES 439
9.1 introduction 439
9.2 Process Characteristics 440
9.3 Control System Parameters 442
9.4 Discontinuous Controller Modes 448
9.5 Continuous Controller Modes 457
9.6 Composite Control Modes 466
Summary | Problems | SupDlementary Problems
10 ANALOG CONTROLLERS 481
10.1 intfoduction 481
10.2 General Features 482
10.3 Electronic Controllers 483
10.4 Pneumatic Controllers 500
10.5 Design Considerations 504
summary | Problems | SuDDlementary Problems
11 COMPUTER-BASED CONTROL 513
11.1 Introduction 513
11.2 Digital Applications 514
11.3 Computer-Based Controller 519
11.4 Other Computer Applications 533
11.5 Control SVstem Networks 540
11.6 Computer Controller Examples 550
summary | Problems | Supplementary Problems
12 CONTROL-LOOP CHARACTERISTICS 559
12.1 Introduction 559
12.2 Control System Configurations 560
12.3 Multivariable Control SVstems 564
12.4 Control SVstem Quality 568
12.5 StabilitV 575
12.6 Process-Loop Tuning 580
summary | Problems | SupplementarV Problems
APPENDIXES 599
REFERENCES 636
GLOSSARY 637
acal UTIONS TO THE ODD-NUMBERED PROBLEMS 641
SOLUTIONS TO THE ODD-NUMBERED PROBLEMS 641
INDEX687
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序言由Curtis D．Johnson教授（LIniversity of Houston）编著的《过程控制仪表技术》一书自出版以来受到广泛的欢迎，目前该书已出到第8版，其中添加了许多自动化领域新技术发展的内容，实现了与最新科技发展同步的目标。
全书共分为两部分，第一部分为前6章，作者从人们对生产设备手动操作的实际经验出发，系统地介绍了控制原理、控制设备和控制系统的基本概念。在测量信号的变换和处理方面，把工业仪表中的模拟电路、可编程控制器（PLC）及信号采集系统中的数字电路结合工业电子学中的基本理论融会贯通加以介绍。在测量信号的获取方面，重点对温度、机械量和光学传感器的原理、器件、特性和应用进行了详细的分析。书中第二部分为后6章，首先讲述了控制信号的类型和执行器，接着重点介绍了离散、连续、计算机及总线网络控制系统的构成、特点和技术指标。结合系统的要求，讲解了PLC的原理和编程方法，位式控制、PID概念及模拟调节器，工业控制计算机硬件、软件的配置等内容。最后介绍了串级和多变量控制系统以及系统的调节质量评定和调节参数的整定方法。
尽管涉及工业测量和调节控制内容的同类教材很多，但这本书有它自己的特点：
（1）测量技术和控制技术相结合。把工业电子学的知识和工业仪表中的模拟电路、信号采集系统中的数字电路相结合；把被控系统的特性和调节器的功能相结合。这样就为控制系统中的装置与系统、理论与实际相结合打下了基础，克服了目前我国自动化专业教育中理论、系统、装置、应用互相分割的状况。
（2）例题习题非常丰富。书中每章结束都有习题，而且在每个章节中还附有大量的例题。这些例题和习题都是围绕核心概念，结合实际应用的典型问题，通过解题可以使读者加深对基础理论的理解，学会设计和调试的方法，扩展应用的思路。
文摘插图：
1.3.1 Identification of Elements
The elements of a process-control system are defined in terms of separate functional partsof the system. The following paragraphs define the basic elements of a process-control sys-tem and relate them to the example presented in Section 1.2.
Process In the previous example, the flow of liquid in and out of the tank, the tankitself, and the liquid all constitute a process to be placed under control with respect to thefluid level. In general, a process can consist of a complex assembly of phenomena that re-late to some manufacturing sequence. Many variables may be involved in such a process,and it may be desirable to control all these variables at the same time. There are single-variable processes, in which only one variable is to be controlled, as well as multivariableprocesses, in which many variables, perhaps interrelated, may require regulation. Theprocess is often also called the plant.
Measurement Clearly, to effect control of a variable in a process, we must haveinformation about the variable itself. Such information is found by measuring the variable.In general, a measurement refers to the conversion of the variable into some correspondinganalog of the variable, such as a pneumatic pressure, an electrical voltage or current, or adigitally encoded signal. A sensor is a device that performs the initial measurement and en-ergy conversion of a variable into analogous digital, electrical, or pneumatic information.Further transformation or signal conditioning may be required to complete the measure-ment function. The result of the measurement is a representation of the variable value insome form required by the other elements in the process-control operation.
In the system shown in Figure 1.3, the controlled variable is the level of liquid in thetank. The measurement is performed by some sensor, which provides a signal, s, to the con-troller. In the case of F
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