电气与电子工程专业英语

出版时间：2009-9  出版社：机械工业出版社  作者：赵阳  页数：259  

前言

　　本书是编者在2005年出版的《电气与电子工程专业英语》的基础上，根据多年的国外大学教学经验，参考国内外最新出版的教材、专著及科技资料，新增了第5章电力系统、第9章电力电子技术及第12章计算机技术，删除了第1版中第5、11、14章及第15章内容，并修改、调整了其他章节的相应部分内容，修订而成的。　　本书为普通高等教育“十一五”国家级规划教材。全书共14章，分为电气电子工程基础篇、电气工程篇、电子工程篇和信息与计算机工程篇4部分。　　本书从实际教学的需要出发，结合了电类专业的特点，专业词汇覆盖面广，内容由浅入深，力求语言流畅、图文并茂、原汁原味，具有较强可选性。本书具有如下特点。　　1．选材广泛。涵盖了电类专业的专业基础及专业课程，包括了“信息与计算机”等时代性强的内容。　　2．层次多样。每部分都安排了简单的和有一定难度的章节，读者可根据自己的实际情况进行选用。　　3．内容新颖。结合了电气与电子工程最新的技术发展。　　4．适用面广。由于内容的可选性强，广泛适用于强、弱电专业的本科生及研究生学习、参考。　　本书适合工科类本科生用作“专业英语”课程教材，也可供工程技术人员提高英语阅读能力使用。

内容概要

本书作为普通高等教育“十一五”国家级规划教材，是编者根据多年的教学经验，参考国外最新出版的英文专业教科书、专著及科技资料，从实际教学的需要出发，结合了电类专业的特点编写而成的。全书图文并茂、原汁原味，专业词汇覆盖面广，内容由浅入深，有较强可选性。    本书共14章，分为基础、电气工程、电子工程、信息与计算机工程4部分。书中每章后配有词汇和短语、难句注释及一定数量的习题。    本书适合工科类本科生用作“专业英语”课程教材，也可供工程技术人员提高英语阅读能力使用。

书籍目录

前言PART 1  FUNDAMENTAL OF ELECTRICAL AND ELECTRONIC  ENGINEERING　Chapter 1  Circuit Theory Fundamentals　　Section 1   Kirchhoff's Laws　　Section 2  Two-terminal Characterization of Elements　　Section 3   Voltage Source and Current Source　　Section 4  Circuit Elements　　New Words and Expressions　　Notes　　Comprehension　Chapter 2  Electronic Circuits     Section 1   Introduction     Section 2  Semiconductor Devices     Section 3   Operational Amplifiers and Their Applications　　Section 4  Digital Circuits　　New Words and Expressions　　Notes　　Comprehension　Chapter 3  Circuit Simulation     Section 1   Syntax of PSpice Circuit Netlist     Section 2  DC Analysis with SPICE     Section 3  AC Analysis with SPICE     New Words and Expressions     Notes     ComprehensionPART 2  ELECTRICAL ENGINEERING　Chapter 4  Electric naehinery　　Section 1   Elementary Concept　　Section 2  Elementary Synchronous Machines　　Section 3  Elementary Three-phase Induction Motors　　Section 4  Elementary DC Machines　　New Words and Expressions　　Notes　　Comprehension　Chapter 5  Electric Power System　　Section 1   History of Electric Power Systems　　Section 2  Present and Future Trends　　Section 3   Structure of Power System　　Section 4  Computers in Power System Engineering　　New Words and Expressions　　Notes　　Comprehension　Chapter 6  PLC Device and Application 　　Section 1   Background　　Section 2  Hardware Considerations　　Section 3   Memory Areas　　Section 4  Application of PLC　　New Words and Expressions　　Notes　　Comprehension　Chapter 7  Typical EMI Filters　　Section 1   Basic Style Filters　　Section 2  Other Style Filters　　Section 3   Reviews of Filter Design　　Section 4  Filter Q　　New Words and Expressions　　Notes　　ComprehensionPART 3  ELECTRONIC ENGINEERING　Chapter 8  MOS Transistor  　　Section 1   Basic Structure  　　Section 2  A Qualitative Description of MOS Transistor Operation　　Section 3  A Fluid Dynamic Analog　　Section 4  MOS Transistor Characteristics　　New Words and Expressions　　Notes　　Comprehension　Chapter 9  Power Electronic Technology　　Section 1   Introduction……PART 4 INFORMATION AND COMPUTER ENGINEERING参考文献

章节摘录

　　The widespread use of electronic circuits for communication, computation, automation, andother purposes makes it necessary for diverse circuits to operate in close proximity.All too oftenthese circuits affect each other adversely. Electromagnetic interference （EMI） has become a majorproblem for circuit designers, and it is likely to become more severe in the future. The large numberof electronic devices in common use is partly responsible for this trend. In addition the use of inte-grated circuits and large-scale integration has reduced the size of electronic equipment. As circuitryhas become smaller and more sophisticated, more circuits are being crowded into less space, thusincreasing the probability of interference.Today' s equipment designers need to do more than just make their systems operate under idealconditions in the laboratory. Besides that obvious task, they must also make sure the equipment willactually work in the "real world" with other equipments nearby. This means that the equipmentshould not be affected by external noise sources, and should not itself be a source of noise to the en-vironment. Electromagnetic compatibility （EMC） should be a major design objective.In Fig. 10-1 the block diagram of a radio receiver is used as an example to depict the varioustypes of interference that can occur in equipment. The wiring between the various stages conductsnoise, and some stages radiate noise.In addition ground currents from the various stages flowthrough a common ground impedance and produce a noise voltage on the ground bus. Electric andmagnetic field coupling between signals in various conductors is also shown. These noise problemsare examples of intraequipment interference that must be solved before the radio will operate in thelaboratory. When the radio is installed in the "real world" it becomes exposed to additional externalnoise sources, such as shown in Fig. 10-2. Noise currents are conducted into the receiver on the ACpower line, and the radio receiver is exposed to electromagnetic radiation from various sources. Inthis case the noise sources are not under the designer' s control. However, the unit must still be de-signed to operate in this environment.　　……

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