*********************************************************** PRENTICE HALL ELECTRICAL ENGINEERING E-CATALOG -- June 1990 *********************************************************** We are pleased to be able to post this catalog of Electrical Engineering books. We have classified titles by major subject area. To keep the file size down, we only list the table of contents in one place. Try a key word search to locate the full description, or to find titles in related fields. Because of space limits, some titles are not listed. In order to make this e-mail service work effectively, please follow these instructions for ordering books: ********** 1. If you teach at a university in the U.S., and want to consider TEXTBOOKS to adopt for a course: Send a request to books@prenhall.com or uunet!prenhal!books. 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You may also call the PH offices in: Canada (416) 293-3621 UK, Europe, Africa, Middle East: (44) 442-231555 (London) FAX: (44) 442-57115 Australia/NZ: (61) 02-939-1333 S.E. Asia (65) 278-9611 (Singapore) Japan (81) 3-238-1050 India (91) 11-332-9078 (New Delhi) Mexico (201) 592-3158 (New Jersey) Carribean (at Heinemann Educational Books): (809) 927-6859 Most of these titles are available worldwide, with a few exceptions. * * * 3. If you want to PURCHASE single copies of books: In the U.S., call (201) 767-5937. Our Mail Order Billing Dept. will handle the details of pricing, shipping, and billing. Outside the U.S., call your local PH representative or one of the phone numbers listed above. If you have trouble placing an order, send email to books@prenhall.com or Henderson@cup.portal.com or uunet!prenhal!books, and we will forward it to the proper office. In addition, these books are available at better bookstores. 4. For U.S. GOVERNMENT (domestic) orders, please contact: a. For Virginia, Maryland, Washington DC: Bob Johnson at (703) 425-6242 b. For the rest of the 50 states: Marcy Leif at (201) 767-5154 5. For U.S. CORPORATE orders (of more than 20 copies of one title), please contact: Lorraine Longo at (201) 592-2498 * * * We welcome comments on this service, and on our books. Seth Reichlin Director of Market Research INTRODUCTION/CIRCUIT ANALYSIS Basic Electric Circuit Analysis, 4th Edition David E. Johnson, Birmingham-Southern College John L. Hilburn, Microcomputer Systems, Baton Rouge Johnny R. Johnson University of North Alabama For one- or two-semester sophomore-level courses in Circuit Analysis. Revision features new problem material using SPICE, and all new problems. @ 1990, 696pp., cloth (05981-6) 0-13-059817-8 STUDENT PROBLEM SET WITH SOLUTIONS (05982-4) 0-13-059825-9 SUPPLEMENTS PACKAGE (05983-2) 0-13-059833-X TRANSPARENCY MASTERS (05984-0) 0-13-059841-0 SOLUTIONS MANUAL (05985-7) 0-13-059858-5 Foundations of Electrical Engineering J. R. Cogdell, University of Texas, Austin Introductory text for one or two-semester survey courses in Electrical Engineering for non-EE's and EE majors. Longer and more in-depth than Cogdell's previous book. In-depth treatment of electrical motors and power electronics. @ 1990, 724pp., cloth (32952-4) 0-13-329525-7 SOLUTIONS MANUAL (32953-2) 0-13-329533-8 Engineering Design for Electrical Engineers Alan D. Wilcox, Bucknell Univ Lawrence P. Huelsman, Univ of Arizona Stanley V. Marshall, Univ of Missouri, Rolla Charles L. Phillips, Auburn Univ Muhammad H. Rashid, Purdue Univ, Calumet Manin S. Roden, California State Univ, Los Angeles A supplementary book for a project or senior design course. It provides a unified methodological approach to engineering design projects by first examining project design principles, then illustrating their applications in six modules in digital, analog, electromagnetics, control, communications, and power. CONTENTS: (NOTE: Chapters in Part I conclude with Summary, Exercises, and Further Reading; Chapters in Part II begin with Introduction, Suggested Project Topics, and Further Reading.) PART I: PRINCIPLES. 1. Engineering Design. Design overview. Problem solving. Project planning. 2. Project Implementation. Project Overview. Analysis. Synthesis. Technical design. Evaluation and decision. Prototype construction. Evaluation and documentation. 3. Design Guidelines and Implementation. Technical design rules. Design heuristics. Designing for testability. Breadboarding. Troubleshooting the system. 4. Project Communication. Basic project documentation. Written reports. Oral reports. PART 11: PRACTICE. 5. Digital Module. Example projects: Temperature monitor; Clock board. 6. Analog Module. Example projects: Lowpass filter; Threephase analysis program. 7. Electromagnetics Module. Example projects: Radio direction finder; Vehicle detector. 8. Feedback Control Module. Example projects: PID digital controller; Temperature control system. 9. Communication Module. Example projects: Remote control device; Emergency communication system. 10. Power Module. Example projects: DC motor drive; Single-phase inverter. @ 1990, 208pp., paper (27813-5) 0-13-278136-0 Student Reference Manual for Electronic Instrumentation Laboratories Stanley Wolf, California State Univ, Long Beach Richard F. M. Smith, California State Polytechnic Univ, Pomona Revision of Wolf's former Guide to Electronic Measurements and Lab Practice, 2E. New coauthor with expertise in instrumentation has thoroughly updated and revised this book. New instruments are presented and more examples added. Appropriate for all students taking required EE labs. @ 1990,560pp., Paper (85577-5) 0-13-855776-4 SPICE for Circuits and Electronics Using PSpice@ Muhammad H. Rashid, Purdue Univ, Calumet Supplementary book appropriate for undergraduate courses in Circuits and Electronics. Examples simulate circuits that are taught in Basic Circuits and Electronics courses. CONTENTS: (Note: Each chapter begins with an Introduction.) 1. Introduction. 2. Circuit Descriptions. 3. Deferring Output Variables. 4. Voltage and Current Sources. 5. Passive Elements. 6. DOT Commands. 7. Semiconductor Diodes. 8. Bipolar Junction Transistors. 9. Field-Effect Transistors. 10. Op-Amp Circuits. 11. Difficulties. Large circuits. Running multiple circuits. Large outputs. Long transient runs. Convergence problems. Analysis accuracy. Negative component values. Power switching circuits. Floating nodes. Nodes with less than two connections. Voltage source and inductor loops. Running PSpice@ File on SPICE. Running SPICE File on PSpice@. Appendices: A. Running PSpice@ on PCs. B. Noise Analysis. C. Non-linear Magnetic. @ 1990, 240pp., Paper (83467-1) 0-13-834672-0 MICROELECTRONICS Microelectronic Circuits and Devices Mark N. Horenstein, Boston Univ For junior-level required courses in Electronics. Emphasizes fundamental circuit functions and their use in synthesizing larger electronic circuits and systems. Includes detailed properties of electronic devices. Includes SPICE-related problem material. @ 1990,1104pp., Cloth (58317-9) 0-13-583170-9 STUDENT PROBLEM SET WITH SOLUTIONS (58318-7) 0-13-583188-7 INSTRUCTOR'S RESOURCE MANUAL (58322-9) 0-13-583220-9 LABORATORY MANUAL by Jerrold Krenz (58319-5) 0-13-583196-2 Design of Analog Filters: Passive, Active RC and Switched Capacitor Rolf Schaumann, Portland State Univ Mohammed S. Ghausi, Univ of California, Davis Kenneth R. Laker, Univ of Pennsylvania CONTENTS: (NOTE: Each chapter begins with an Introduction and concludes with a Summary and Problems.) 1. Fundamental Concepts and Tools for the Design of Linear Analog Filters. Classification of systems. Representations of linear continuous time-invariant systems. Normalization. Types of filters. Approximation methods. 2. The Design of LC Filters. Realization of LC immitance functions. Derivation of the twoport parameters of LC filters. Realization of LC ladders. Realization of LC allpass circuits. 3. Sensitivity. Single-parameter sensitivity. Multiparameter sensitivity. Large-change sensitivity. 4. Operational Amplifiers and Fundamental Active Building Blocks. Op amp notation and characteristics. Active building blocks using op amps. Active building blocks using transconductances. 5. Second-Order Active Filter Sections. Single-amplifier biquad configurations. Multiamplifier circuits. Circuits using transconductances. 6. Design of High-Order Filters. Cascade realizations. Multiple loop feedback realizations. LC simulations. 7. FuRy Integrated Continuous-Time Filters. Single-ended versus fully balanced designs. Automatic tuning. Monolithic filters based on op amps. Monolithic filters based on transconductances. 8. Switched-Capacitor Filters. The effect of parasitics parasitics-insensitive building blocks. Discrete-time (sampled data) operation. Design of switched-capacitor filters. Some practical observations, precautions, and limits. References. Appendices: I. Laplace Transforms. II. Z-Transforms. III. Butterworth Functions; Chebyshev Functions; Elliptic Functions; Bessel Functions. @ 1990, 608pp. (20028-7) 013-200288-4 SOLUTIONS MANUAL (20029-5) 0-13-200296-5 Digital MOS Integrated Circuits: Design for Applications Niantsu Wang, formerly with IBM This timely introduction of the basic concepts in MOS circuit design focuses on advanced digital applications. A complete, rigorous treatment to practical product design, it is filled with accurate models and elaborate mathematical analysis. It is oriented toward MOS products in today's market-with detailed analysis of critical circuits and practical problems found in such products. CONTENTS: characteristics and Operation of MOSFETs. MOS Technology Review. Digital Inverters-DC Analysis. Digital Inverters--Transient Analysis. Receivers and Drivers. MOS Memory Chip Designs. MOS Logic Chip Designs. Appendices. @ 1990, 384 pp., cloth (21310-8) 0-13-213109-9 Oscillator Design and Computer Simulation Randall W. Rhea A stand-alone reference on oscillator design, this volume focuses on fundamental concepts, a unified approach to the design of a wide variety of oscillators, and verification of the design via computer simulation. Simple equations are used to enhance fundamental understanding, determine component values, or predict performance parameters. CONTENTS: Analysis Fundamentals. Oscillator Fundamentals. Limiting and Starting. Noise. Biasing. Computer Simulation. Circuits. L-Oscillators. Distributed Oscillators. Saw Oscillator. Quartz Crystal Oscillators. Appendices. @ 1990, 224pp. (64251-2) 0-13-642513-5 DISK INCLUDED Microprocessor Design for GaAs Technology Veljko Milutinovic, ed., Purdue Univ. CONTENTS: Microprocessor Design for GaAs Technology, B. Naused. GaAs Device Physics and Circuit Design, L. Larson, R Greiling, T Jensen. Design Concepts for Microprocessor-Based GaAs Systems, D. Fura, V Milutinovic. Overview of GaAs Microprocessors and Related Designs, H. Vlahos, V Milutinovic. Case Study: A 32-bit GaAs Microprocessor by CDC, E. Fox, R. Heemeyer, K. Keifer, R. Vangen, S. Whalen Case Study: A 32-bit Microprocessor Implemented in GaAs JFET, B. Geideman, et Al. Case Study: A DCFL E/DMESFET GaAs Experimental RISC Machine, W. Helbig, V Milutinovic. @ 1990,368pp., Cloth (58147-0) 0-13-581471-5 Surface-Mount Devices: Troubleshooting and Repair David L. Heiserman Written specifically for technicians who already have a good understanding of basic electronic skills, principles, and devices, this book demonstrates how surface-mount technology is different from conventional feed-through technology, and provides the basic fundamentals needed to troubleshoot, remove and replace surface-mount devices. @ 1990, 192pp., Cloth (BT795-1) 0-13-877952-X Complete Guide to Active Filter Design, OP AMPS, and Passive Components Z.H. Meiksin, Univ of Pittsburgh CONTENTS: Understanding Filter Terminology. Designing First-Order Filters. Designing Second-Order Filters. Designing Third-Order Filters. Designing Fourth Order Filters. Designing Higher-Order Filters. Filter Performance and How to Avoid Pitfalls. Understanding Operational Amplifier Characteristics. Dual and Single-Power Supply Amplifiers, Low Voltage Amplifiers, Low Noise Amplifiers, Wide Band Amplifiers, and transconductance Amplifiers. Amplifier Stability. Amplifier Configurations. Design Examples and How to Avoid Pitfalls. Resistors. Capacitors. Inductors. Transformers. Diodes. Component Value Measurement. Component Identification. Comprehensive Design Examples. Appendices: Manufacturers' Data Sheets. Passive Component Values and Identification. @ 1990, 224pp., paper (15997-0) 0-13-159971-2 SOLID STATE ELECTRONICS Solid State Electronic Devices, 3rd Edition Ben G. Streetman, The University of Texas, Austin A thorough revision of our best-selling undergraduate text on solid state devices. Features new 2-color format and new material on gallium arsenide devices and device modelling using SPICE. @ 1990, 560pp., Cloth (82294-0) 0-13-822941-4 SOLUTIONS MANUAL (82295-7) 0-13-822958-9 TRANSPARENCY MASTERS (82478-9) 0-13-824780-3 Physics of Semiconductor Devices Michael Shur, Univ of Virginia Appropriate for senior or first-year graduate courses on Device Physics. Theories and models presented in book are implemented in microcomputer programs used for modelling these devices. Includes over 150 problems. CONTENTS: (NOTE: Most chapters begin with an Introduction and conclude with References and Problems.) List of symbols. Preface. 1. Basic Semiconductor Physics. 2. P-n Junctions, Schottky Barrier Junctions, Heterojunctions and Ohmic Contacts. 3. Bipolar Junction transistors. 4. Field Effect Transistors. 5. Photonic Devices. 6. Transferred-Electron Devices and Avalanche Diodes. 7. Novel Devices. Appendices: Physical constants. Greek alphabet. Units. Magnitude prefixes. Unit conversion factors. Properties of silicon. Properties of germanium. Properties of gallium arsenide. Properties of aluminium gallium arsenide. Properties of InP. Properties of InAs and In GaAs. Properties of HgCdTe. Properties of diamond. Properties of SiC. Properties of ZnSe. Properties of ZnTe. Properties of amorphous silicon. Properties of SiO2. properties Of Si3N4 Hyperbolic functions. Fermi integrals. Overlap factor and scattering rates. Momentum relaxation times and low-field mobilities. Device and circuit simulation programs. Relationsbip between h-parameters and parameters of T-equivalent circuit and 7i equivalent circuit. Data sheets for Motorola 2N2219A general purpose silicon n-p-n transistors. Periodic Table. @ 1990, 638pp., Cloth (66649-5) 0-13-666496-2 SOLUTIONS MANUAL (66701-4) 0-13-667015-6 SOFTWARE AND MANUAL (66658-6) 0-13-666587-X Physics of Engineering Materials Daniel D. Pollock, Emeritus S.U.N.Y. At Buffalo This book addresses in detail both the modern and classical views governing the physical principles of materials. For senior/graduate courses in Modern Physics of Materials and Introductory Solid State Physics. CONTENTS: The Necessity for the Quantum Theory. Statistical Background. Wave Functions, Atoms, and Bonds. Theories of Solids. Thermal Properties of Solids. Electrical Conductivity. Thermoelectric and Galvomagnetic Effects. Factors Affecting the Properties of Semiconductors. Basic Semiconductor Devices. Magnetism. Appendix. @ 1990,720pp., Cloth (66932-5) 0-13-669326-1 Kinetic Theory: Classical, Quantum, and Relativistic Descriptions Richard L. Liboff, Cornell Univ CONTENTS: The Liouville Equation. Analyses of the Liouville Equation. The Boltzmann Equation, Fluid Dynamics and Irreversibility. Assorted Magnetic Equations with Applications to Plasmas and Neutral Fluids. Elements of Quantum Magnetic Theory. Relativistic Magnetic Theory. @ 1990, 560 pp., cloth (51608-8) 0-13-516089-8 Materials Aspects of GaAs and INP Based Heterostructures V. Swaminathan A. T Macrander, both of AT&T Bell Labs This book deals with the material aspects of two of the important III-V compound semiconductors at the present time. It gives a comprehensive treatment of materials preparation, characterization, and properties. For courses in Microelectronic Materials in EE departments. CONTENTS: Introduction. Crystal Growth and Doping. X-Ray Structural Characterization. Electrical Characterization. Optical Characterization. Impurities and Native Defects. Defects and Device Properties. @ 1990, cloth (34682-5) 0-13-346826-7 VLSI An Introduction to Application Specific Integrated Circuits Malcolm M. Haskard, South Australian Institute of Technology CONTENTS: Application Specific Integrated Circuits. Technologies. Arrays. Standard Cells. Full Custom and Silicon Compilers. Software. Programmable Logic Devices. Educational Gate Arrays. Appendices. @ 1990,160pp., paper (47137-5) 0-13-471376-1 Systolic Algorithms and Architectures Patrice Quinton Yves Robert CONTENTS: PART I: SYSTOLIC ALGORITHMS. Introduction. Convolution Arrays. Dense Matrix-Matrix Product. Linear Systems. Band Matrices. Graph Algorithms. Systolic Stacks and Applications. PART II: ARCHITECTURES AND METHODOLOGIES. Systolic Chips and Architectures. Partitioning Techniques and Fault-Tolerance. Languages. Systalizing Synchronous Circuits. Automatic Synthesis of Systolic Architectures. Extensions of the Dependence Analysis Methodology. @ 1990,353pp., Cloth (88079-9) 0-13-880790-6 Systolic Arrays, 1989 John V. McCanny, Queen's Univ of Belfast John G. McWhiner, RSRE, Malvern, UK Earl E. Swartzlander, TRW Defense Systems, California Covers the latest research on Systolic Arrays and related Parallel Processing Architectures suitable for VLSI. CONTENTS: Introduction. Keynote Paper. Hardware Systems. Algorithms and Architectures. Bit Level Systems. Matrix Algorithms. General Purpose Architectures. VLSI Implementation. VLSI Architectures. Fault Tolerance. Design Tools/Synthesis. Software Issues. @ 1990, 720pp., Cloth (47342-1) 0-13-473422-X CMOS Devices and Technology for VLSI John Y. Chen, Boeing Electronics High Technology Center This book describes the device physics and the IC technology of CMOS which currently is the dominant technology for VLSI. Details on the interactions between device design, device modeling and process technology are provided. CONTENTS: Introduction: CMOS-The VLSI Technology. CMOS Device Physics. MOS Modeling. CMOS Operation. CMOS Process Technology. CMOS transistor Design. CMOS Isolation. LatchUp in CMOS. CMOS Design Rules. @ 1990,400pp., Cloth (13808-1) 0-13-138082-6 Digital MOS Integrated Circuits: Design for Applications Niantsu Wang, formerly with IBM This timely introduction of the basic concepts in MOS circuit design focuses on advanced digital applications. A complete, rigorous treatment to practical product design, it is filled with accurate models and elaborate mathematical analysis. It is oriented toward MOS products in today's market-with detailed analysis of critical circuits and practical problems found in such products. CONTENTS: Characteristics and Operation of MOSFET. MOS Technology Review. Digital Inverters-DC Analysis. Digital Inverters-Transient Analysis. Receivers and Drivers. MOS Memory Chip Designs. MOS Logic Chip Designs. Appendices. @ 1990, 384pp., Cloth (21310-8) 0-13-213109-9 Fundamentals of Digital Logic Design: With VLSI Circuit Applications Douglas Pucknell, Univ of Adelaide, Australia Comprehensive coverage of the field of Digital Logic Design extending into the design of logic and common subsystems in silicon. One of the first texts to effectively combine digital design with implementation in silicon. Numerous carefully constructed figures and diagrams reinforce and illustrate the text. Appropriate for senior-level courses. CONTENTS: An Introduction to Digital Systems Engineering Semiconductors. Number Systems and Arithmetic. Some Basic Techniques for Handling Problems in Designing Logic Circuitry. The Design of Combinational Logic. Combinational Logic in Silicon. Asynchronous (Fundamental Mode) Sequential Logic. Clocked Sequential Circuits and Memory-Basic Techniques. Some Commonly Applied Clocked Subsystems. Characteristics and Applications Equations-A Difference Equation Approach to Clocked Sequential Circuit Design and Analysis. Basic Microprocessor Architecture and Organization with Interfacing Techniques. @ 1990, 320pp., Cloth (33269-2) 0-13-332693-4 INSTRUCTOR'S MANUAL (33287-4) 0-13-332875-9 LASERS/OPTOELECTRONICS Optoelectronics: An Introduction, Second Edition J. Wilson J.F.B. Hawkes, both of the School of Physics, Newcastle Politechnic, England This volume offers readers a broad introduction to the field of optoelectronics, including a solid overview of fundamental physics and coverage of fiber optics and optical communication systems. For senior and graduate-level classes on Optoelectronics in physics and electronic engineering departments. CONTENTS: Light. Elements of Solid State Physics. Modulation of Light. Display Devices. Lasers 1. Lasers II. Photodetectors. Fiber Optical Waveguides. Optical Communication Systems. Non-Communications Applications of Fibers. Appendices. @ 1989, 464pp., Cloth (63846-0) 0-13-638461-7 TEACHER'S MANUAL (63847-8) 0-13-638479-X Laser Technology: Laser Driven Processes Stjepan Lugomer A unique treatment of the laser-driven processes and the corresponding processing system. It has a multidisciplinary approach which covers a broad range of many fields in a coherent presentation. CONTENTS: Laser Chemical Technology. Laser Semiconductors Technology. Laser Metals Technology. Laser Mechanical Technology. Architecture of the Laser Processing System. Laser Power Technology. Surface Topographic Structures Generated in Laser-Driven Processes. @ 1990, 416pp., Cloth (52367-0) 0-13-523671 -1 Fiber Optics and Optoelectronics, Second Edition Peter K. Cheo, United Technologies Research Center and The Hartford Graduate Center Using a rigorous, mathematical approach, this new edition presents new material on dispersion-free single-made fibers, long wavelengths, low current threshold and high power semiconductor lasers, among other topics. For graduate courses in Fiber Optical Communications. CONTENTS: Introduction. Field Relations for Dielectric Waveguides. Planar Dielectric Waveguides. Cylindrical Dielectric Waveguides. Dispersion. Mode Coupling, and Loss Mechanisms. Single Mode Fibers. Glass Materials. Fiber Fabrication, and Characterization Techniques. Light-Emission Processes in Semiconductors. Properties and Growth of Semiconductor Heterojunctions. Semiconductor Lasers. Optical Transmitters. Photodetectors. Optical Receivers. Optical Fiber Systems. @ 1990, 496pp., Cloth (31504-4) 0-13-315045-3 ELECTROMAGNETICS Electromagnetic Concepts and Applications, Third Edition Stanley V. Marshall Gabriel G. Skitek, both of the Univ of Missouri, Rolla Thorough revision of best-selling mainstream text in electromagnetics for junior level required courses. Revision contains many new problems and examples. Transmission lines chapter has been completely revised. CONTENTS: (NOTE: Each chapter begins with an Introduction and ends with Review Questions and Problems.) 1. Vector Analysis. 2. Charge, Charge Densities, Coulomb's Law, and Electric Field Intensity. 3. Electric Flux, Electric Flux Density, Gauss's Law, Divergence, and Divergence Theorem. 4. Energy Exchanges, Potential Difference, Gradient, and Energy in a System of Charges. 5. Moving Charges (Current), Conductors, Ohm's Law, Resistance, Semiconductors, Dielectrics, and Capacitance. 6. Uniqueness Theorem, Solution of Laplace's Equation, and Solution of Poisson's Equation. 7. Graphical Solution (Curvilinear Squares), Numerical Solution (Iteration), Image Solution, Analog Solution, and Experimental Solution. 8. Biot-Savart Law, Ampere's Circuital Law, Curl, Stokes' Theorem, Magnetic Flux Density Vector, Vector Magnetic Potential, and Maxwell's Equations. 9. Magnetic Forces, Magnetic Polarization, Magnetic Material, Reluctance, Magnetic Circuits, and Inductance. 10. Faraday's Law, Time-Varying Fields, Potential Functions, and Boundary Relations. 11. Propagation and Reflection of Plane Waves. 12. Transmission Lines. 13. Waveguides. 14. Antennas. @ 1990, 544pp., Cloth (25096-9) 0-13-250960-1 SOLUTIONS MANUAL (25144-7) 0-13-251448-6 MICROWAVES Microwave Devices and Circuits, Third Edition Samuel Y Liao, California State Univ, Fresno For senior/graduate-level courses on Active and Passive Microwave Circuits. Revision includes treatment of new devices such as HEMIS, HBT'S, CMOS, and NMOS devices. All topics brought up-to-date. CONTENTS: (NOTE: Chapters begin with an Introduction and end with References, Suggested Readings, and Problems.) 1. Interactions Between Electrons and Fields. 2. Electromagnetic Plane Waves. 3. Microwave Transmission Lines. 4. Microwave Waveguides and Components. 5. Microwave Transistors and Tunnel Diodes. 6. Microwave Field-Effect Transistors. 7. Transferred Electron Devices (TEDs). 8. Avalanche Transit-Time Devices. 9. Microwave Linear-Beam Tubes (O Type). 10. Microwave Cross-Field Tubes (M type). 11. Strip Lines. 12. Monolithic Microwave Integrated Circuits (MMCs). @ 1990, 592pp., Cloth (58320-3) 0-13-583204-7 SOLUTIONS MANUAL (58321-1) 0-13-583212-8 Microwave Engineering Using Microstrip Circuits E. Henry Fooks Ramutis A. Zakarevicius, both of The Univ of New South Wales For junior and senior-level courses on Microwave Circuits, Microwave Communication, Communications Circuits in schools of electrical engineering, communication and physics. Explains and develops the principles of microstrip circuits. Develops students' knowledge from basic transmission theory through to microwave subsystems. Concentrates on principles with an emphasis on the physical point of view. An outstanding teaching and reference book. Wide selection of chapter-end problems. CONTENTS: Transmission Line Theory. Two-Port Parameters. Microstrip Transmission Lines-Basic Theory. Microstrip Transmission Lines-Further Considerations. Discontinuities. The Smith Chart and Its Uses. Hybrid-Line Couplers. Parallel-Coupled Lines and Directional Couplers. Filters. Miscellaneous Components. Active Circuit Characterization. Microstrip Circuits and Subsystems. Microstrip Experiments. Appendices. @ 1990, 448pp., Cloth (69165-9) 0-13-691650-3 INSTRUCTOR'S MANUAL (69183-2) 0-13-691833-6 POWER SYSTEMS Basic Electric Machines Vincent Del Toro For core courses in Electric Machinery. Focuses on all aspects of steady-state performance, control and applications. CONTENTS: (NOTE: Each chapter concludes with Problems.) PART 1: BASIC TOPICS. 1. Magnetic Theory and Circuits. 2. Transformers. 3. Fundamentals of Electromechanical Energy Conservation. 4. Three-Phase Induction Motors. 5. Three-Phase Synchronous Generators. 6. Three-Phase Synchronous Motors. 7. Direct-Current Generators. 8. Direct Current Motors. 9. Single-Phase Induction Motors. 10. Unbalanced Two-Phase Motors: Servomotors. 11. Stepper Motors. 12. Synchros. 13. Dynamics of Electric Machines. APPENDICES: A. Units and Conversion Factors. B. Pitch and Distribution Factors for Machine Windings. C. Derivation of the Peak MMF per Pole of a Polyphase Winding. D. Reduction Factors for Polyphase Windings. E. Saturated Synchronous Reactance Method Based on Resultant Flux. F. Slip Test for Salient-Pole Synchronous Machines. @ 1990,704pp., Cloth (06014-5) 0-13-060146-2 SOLUTIONS MANUAL (06020-2) 0-13-060203-5 Principles of Wind Energy Conversion Systems L. L. Freris, Imperial College of Science and Technology, London A state-of-the-art, multidisciplinary approach to the theory, design, operation and control of Wind Frequency Conversion Systems. Stresses the practical implementation of theory. CONTENTS: Introduction. Wind Structure and Statistics. Wind Resource-Anemometry. Wind Tube Aerodynamics. Forces and Dynamics of Horizontal Aids Wind Turbines. Dynamics of Vertical Aids Wind Turbines. Effects of Turbulence on WECS Dynamics. Basic Control Aspects of VATECS. Generation of Electricity. Modeling of Wind Energy Conversion Systems. Control System Design. Horizontal Axis WECS Design. Vertical Aids WECS Design. Performance Testing and Modelling. WECS Field Testing-Instrumentation. Wind Diesel Systems. System Integration of Wind Power. Economics. References. @ 1990,512pp., Cloth (96052-6) 0-13-960527-4 Fluid Power Systems: Modeling, Simulation and Microcomputer Control J. Wafton, Univ of Wales, College of Cardiff CONTENTS: Introduction. System Components and Their Steady-State Characteristics. Dynamic Modeling of a Lumped System Components. Techniques of Dynamic System Analysis. Dynamic Modeling of transmission Lines. Response, Stability, and Control of Electrohydraulic Systems. Microcomputer-Controlled Systems. Some More Advanced Component and System Studies. Appendices. Problems. References. @ 1989,509pp., Cloth (32319-6) 0-13-323197-6 Automating Electric Utility Distribution Systems: The Athens Automation and Control Experiment P. A. Gnadt J. S. Lawler, Editors E. W. Whitfield, Technical Editor This volume describes the results of the Athens Automation and Control Experiment (AACE) which provided the research and development required for installing a completely integrated automation and load control electronic system on an urban/rural electric distribution system typical of those that exist throughout the U.S. The project began with the major substation equipment and followed each system component down to individual residential appliances by installing computer-controlled and -integrated hardware and software to monitor, evaluate and ultimately control every aspect of an electric distribution system. The volume presents design philosophy, detailed design information, information from technical papers delivered during the experimental phase of the project, and descriptions of software developed during the course of the project. @ 1990, 272pp., Cloth (05373-6) 0-13-053737-3 Basics of Electrical Power Transmission Anthony J. Pansini, Engineering and Management Consulant Using non-technical language, this text explores the distinctive features, problems and solutions associated with the planning, design, construction, operation and maintenance of power transmission lines. It details the material and equipment that make up these lines, their function and operation, and the measures taken to ensure worker and public safety. @ 1990, 240 pp., cloth (05986-5) 0-13-059866-6 Modern Electric/Electronic Motors Martin Clifford CONTENTS: Development of the Motor. Physical and Electrical Characteristics. DC Motors. AC Motors. Synchros. Electronics for Motors. Brushless DC Motors. Stepping Motors. Couplings, Belts, and Gears. Index. @ 1990, 352pp., Cloth (59333-5) 0-13-593336-6