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Electrical and Computer Engineering
2010
ARIS..............................................................................................................................1
Electrical Engineering Alexander:FundamentalsofElectricCircuits,4/e........................................................2 Hayt:EngineeringCircuitAnalysis,7/e.........................................................................3 Jaeger:MicroelectronicCircuitDesign,4/e..................................................................4 Neamen:Microelectronics,4/e.....................................................................................5 Hayt:EngineeringElectromagnetics,7/e......................................................................6 Mitra:DigitalSignalProcessing,4/e.............................................................................7 Roberts:FundamentalsofSignalsandSystems,1/e...................................................8 Roberts:SignalsandSystems,1/e................................................................................... 8 Chapman:ElectricMachineryFundamentals,4/e........................................................9 Fitzgerald:ElectricMachinery,6/e................................................................................9 Frenzel:PrinciplesofElectronicCommunicationSystems,3/e.................................10 Carlson:CommunicationSystems,5/e.......................................................................10 Palm:AConciseIntroductiontoMATLAB,1/e............................................................ 11 Palm:IntroductiontoMATLABforEngineering,3/e................................................... 11
Computer Engineering Brown:FundamentalsofDigitalLogicwithVHDLDesign,3/e..................................12 Marcovitz:IntroductiontoLogicDesign,3/e...............................................................13 Marcovitz:IntroductiontoLogicandComputerDesign,1/e.......................................13 Kang:CMOSDigitalIntegratedCircuits,3/e...............................................................14 Ravazi:DesignofAnalogCMOSIntegratedCircuits,1/e...........................................14 Neamen:AnIntroductiontoSemiconductorDevices,1/e...........................................15 Ford:DesignforElectricalandComputerEngineers,1/e...........................................15 Eide:Engineering:FundamentalsandProblemSolving,5/e......................................16 Musto:EngineeringComputations,1/e........................................................................... 16 Martin:IntroductiontoEngineeringEthics,2/e...........................................................16 Rizzoni:FundamentalsofElectricalEngineering,1/e.................................................16 Schultz:Grob’sBasicElectronics,11/e.......................................................................16 Tokheim:DigitalElectronics,7/e.................................................................................16 Malvino:ElectronicPrinciples,7/e..............................................................................16 Fowler:Electricity,7/e.................................................................................................16 Gopal:ControlSystems,2/e.......................................................................................17 Kasap:PrinciplesofElectronicMaterialsandDevices,3/e........................................17 Kelton:SimulationwithArena,5/e..............................................................................17 Proakis:DigitalCommunications,5/e.........................................................................17 Peebles:Probability,RandomVariables,andRandomSignalPrinciples,4/e............17 Hart:PowerElectronics,1/e.......................................................................................17 Saadat:PowerSystemAnalysis,2/e..........................................................................17 Leon-Garcia:CommunicationNetworks,2/e..............................................................17 McGraw-HillBEST-BasicEngineeringSeriesandTools............................................17
Table of Contents
www.successinhighered.com We are pleased to announce the launch of the McGraw-Hill Higher Education Success sites. These sites will provide you with a consistent, one-stop shop, for finding new Science, Engineering, and Math titles, accompanying digital offerings, related marketing webinars/events, and seasonal promotions.
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Assessment, Review, and Instruction System, also known as ARIS, is anelectronic homework and course management system designed for greaterflexibility,power,andeaseofusethananyothersystem.Whetheryouarelookingforapreplannedcourseoroneyoucancustomizetofityourcourseneeds,ARISisyoursolution.
Youmaybeaskingyourself,“WhyshouldIuseanelectronichomeworksystem?WhyARIS? Simply stated,ARIS provides instructors with a complete coursemanagementfreedomto:
• Go beyond the limits of print: Studentshave24-houraccesstopracticesetsandsmarttutorialfeedbacktomastercurriculargoals.Somecourses’practice sets can be algorithmically generated providing virtually unlimited practice.Studentsalsohaveaccesstoanimations,videosandsimulations.
• Spend more time teaching: Tired of spending most of your time creating and gradinghomework?WithARIS, buildingquizzes, homework assignments, tests, etc. is only afewclicksaway.Ifyoudon’twanttocreateyourowncontentyoucanalsochoosepre-builtassignmentsorimportcontentfromothersources,includingWebCTandBlackboard.Andofcourse,assignments are automatically graded.Youmayneverneedtogradehomeworkagain!
• Know exactly where your students stand: ARIS’ gradebook functionality is extremelyversatileandallowsyoutomanipulate data with different views and sorts to track student progress.Viewstudent scores in real-time, identifyareaswhere theyarestruggling,andbuildyourassignmentsandlectureaccordingly.
• Control the communication and content of your course:EnhanceyourcommunicationwithstudentsviaARISthroughpostingannouncements,attachingdocuments,hostingchatsessions,andemail.Easilycontrolthedirectionofyourcourseandmakesureotherinstructors,adjuncts,parttimers,andTAsare“onthesamepage”bycreatingamastersyllabus.
www.mharis.com
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Table of contentsPart 1: DC Circuits 1: Basic Concepts 2: Basic Laws 3: Methods of Analysis 4: Circuit Theorems 5: Operational Amplifiers 6: Capacitors and Inductors 7: First-Order Circuits 8: Second-Order CircuitsPart 2: AC Circuits 9: Sinusoids and Phasors
10: Sinusoidal Steady-State Analysis 11: AC Power Analysis 12: Three-Phase Circuits 13: Magnetically Coupled Circuits 14: Frequency ResponsePart 3: Advanced Circuit Analysis 15: Introduction to the Laplace Transform 16: Applications of the Laplace Transform 17: The Fourier Series 18: Fourier Transform 19: Two-Port Networks
The fourth edition of Fundamentals of Electric Circuitscontinues in thespiritof itssuccessfulpreviouseditions,with the objective of presenting circuit analysis in amannerthat isclearer, more interesting, and easier to understand than other, more traditional texts. Studentsare introduced to the sound, six-step problem solvingmethodology in chapter one, and are consistentlymadetoapplyandpracticethesestepsinpracticeproblemsandhomeworkproblemsthroughoutthetext.
Features• “Design a problem” is a new feature the authors haveintroduced to help students enhance skills that are animportantpartofthedesignprocess.
• Over 300 new homework problems havebeenadded tothenewedition,withover1800totalproblemsprovidedinthetext.
• The six-step problem solving methodology isintroducedin chapter one and carried throughout the text andmediasupplementstopromotesoundproblem-solvingpractices.
• Each illustrative example is immediately followed by apractice problem and answer to test understanding of theprecedingexample.
• Extended examples in each chapter show an exampleproblem worked using a detailed outline of the six-stepmethodsostudentscanseehowtopracticethistechnique.
• PSpice and MATLAB are integrated throughout the text,withtutorialsincludedintheappendix.
• Knowledge Capturing Integrated Design Environment (KCIDE) software provided on theOnline LearningCenterleads students through end of chapter problems using thesix-stepproblemsolvingmethod,andkeepsarecordforhowproblemsaresolvedsostudentscanshareandchecktheirwork.
• ARIS: McGraw-Hill’sonlinehomeworkmanagementsystemoffersinstructorsSolutions,inbothMSWordandCOSMOSformats, and PowerPoint slides. And, it offers studentseProfessorVideos,AlgorithmicProblems,aProblemSolvingWorkbook, Network Analysis Tutorials, FE Exam ReviewMaterial,aPSpiceManual,anextrachapteronState-VariableAnalysis,andtextupdates.
• “Enhancing Your Skills” and “Enhancing Your Career” chapter openersprovidediscussionsabouthowtoenhanceskillsthatcontributetosuccessfulproblem-solvingandcareer-oriented talks on a sub-discipline of electrical engineeringto give students a sense of the real-world applications ofelectricalengineering.
Fundamentals of Electric Circuits, 4/e
Charles K. Alexander, ClevelandStateUniversity Matthew N.O. Sadiku, PrairieViewA&MUniversitywww.mhhe.com/alexander 2009 • 978-0-07-127238-4 • 1,056 pages
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Table of contents1: Circuit Analysis and Electrical Engineering 2: Basic Components and Electric Circuits 3: Voltage and Current Laws 4: Basic Nodal and Mesh Analysis 5: Useful Circuit Analysis Techniques 6: The Operational Amplifier 7: Capacitors and Inductors 8: Basic RL and RC Circuits 9: The RLC Circuit 10: Sinusoidal Steady State Analysis 11: AC Power Circuit Analysis
12: Polyphase Circuits 13: Magnetically Coupled Circuits 14: Complex Frequency and The Laplace Transform 15: Circuit Analysis in the s-Domain 16: Frequency Response 17: Two-Port Networks 18: Fourier Circuit Analysis 19: State-Variable Analysis--*on Web Site Only
Supplements978-0-07-298465-1(COSMOSCD)
Thehallmarkfeatureofthisclassictextisits focus on the student–itiswrittensothatstudentsmayteachthescienceofcircuitanalysistothemselves.Termsareclearlydefinedwhentheyareintroduced.Simplepracticeproblemsappearthroughout each chapter, while more difficult problemsappear at the ends of chapters, following the order ofpresentationoftextmaterial.Hayt’srichpedagogysupportsand encourages the student throughout by offering tipsandwarnings,usingdesign tohighlight keymaterial, andprovidinglotsofopportunitiesforhands-onlearning.
Features• A new, full-color design has been implementedthroughout.
• The Practical Applications boxes throughout the bookconnectmaterialtoreal-worldsituationsandtieinconceptsofdesignandproblem-solving.
• Many basic level, “confidence building,” end-of-chapter exercises havebeenadded.
• Manynew examples havebeenadded.
• Additional photographs have been included, as well asmorelinedrawingswhereneededtoprovideclarity.
• PSpice coverage hasbeenthoroughlyupdatedforthenewedition.
• Problem-solving techniques areintroducedinChapterOnetopreparestudentsfordevelopingamethodicalapproachtocircuitanalysis.Thestep-by-stepapproach isused ineachsubsequent chapter, with a carefully selected example ineachchapterre-statingtheproblem-solvingmethodologyasaremindertothestudents.
• Design-oriented questions appearattheendsofselectedchapterstohelpstudentsgraspthecomplexitiesofthedesignprocess.
• ARIS: McGraw-Hill’sonlinehomeworkmanagementsystemoffersinstructorsSolutions,inbothMSWordandCOSMOSformats, and PowerPoint slides. And, it offers studentseProfessorVideos,AlgorithmicProblems,aProblemSolvingWorkbook, Network Analysis Tutorials, FE Exam ReviewMaterial,aPSpiceManual,anextrachapteronState-VariableAnalysis,andtextupdates.
• AFundamentals of Engineering Examination AppendixhelpspreparestudentsfortheFE/EITexam.
• The Online Learning Center offers students eProfessorVideos,AlgorithmicProblems,aProblemSolvingWorkbook,Network Analysis Tutorials, FE Exam Review Material, aPSpiceManual,anextrachapteronState-VariableAnalysis,and text updates. And for instructors the site providesSolutionsandPowerPointslides.
• AC.O.S.M.O.S. Solutions Manual, provided to instructorson DVD, allows for assignment generation, tracking, anddistribution.Instructorsalsohavetheabilitytoedithomeworkproblems.
Engineering Circuit Analysis, 7/e
William H. Hayt, Jr., (deceased)Jack E. Kemmerly, (deceased) Steven M. Durbin, UniversityofCanterbury,NewZealandwww.mhhe.com/hayt7e2007 • 978-0-07-110669-6 • 800 pages
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Table of contentsPart 1: Solid State Electronics and Devices 1:IntroductiontoElectronics2: Solid-State Electronics 3: Solid-State Diodes and Diode Circuits 4: Field-Effect Transistors 5: Bipolar Junction TransistorsPart 2: Digital Electronics 6: Introduction to Digital Electronics 7: Complementary MOS (CMOS) Logic Design 8: MOS Memory and Storage Circuits 9: Bipolar Logic Circuits
Part 3: Analog Electronics 10: Analog Systems and Ideal Operational Amplifiers 11: Nonideal Operational Amplifiers and Feedback Amplifier
Stability 12: Operational Amplifier Applications 13: Small-Signal Modeling and Linear Amplification 14: Single Transistor Amplifiers 15: Differential Amplifiers and Operational Amplifier Design 16: Analog Integrated Circuit Design Techniques 17: Amplifier Frequency Response 18: Transistor Feedback Amplifiers and Oscillators
Jaeger/Blalock present a balanced coverage of analoganddigitalcircuits;studentswilldevelopacomprehensiveunderstandingofthebasictechniquesofmodernelectroniccircuitdesign,analoganddigital,discreteandintegrated.AbroadspectrumoftopicsareincludedinMicroelectronic Circuit Design, 4/ewhichgivestheprofessortheoptiontoeasilyselectandcustomizethematerialtosatisfyatwo-semester or three-quarter sequence in electronics.Jaeger/Blalock emphasizes design through the use ofdesignexamplesanddesignnotes.Excellentpedagogicalelements include chapter opening vignettes, chapter objectives, “Electronics in Action” boxes, a problem-solving methodology, and “Design Note” boxes.Theuse of the well-defined problem-solving methodologypresented in this text can significantly enhance anengineer’sabilitytounderstandtheissuesrelatedtodesign.Thedesignexamplesassistinbuildingandunderstandingthedesignprocess.
Features• Several new Design Note boxes: Themathematicalmodelfor the NMOS transistor and the PMOS transistor; TheQ-PointvaluesfortheMOStransistorusingthefour-resistorbiasnetwork.
• Several new Electronics in Action boxes: HighPerformanceCMOStechnologies;DiodeRectifierasanAMDemodulation;ASecondLookatNoiseMargins (graphicalflip-flopapproach);OffsetVoltage,BiasCurrentandCMPRMeasurement;Sample-and-HoldCircuits,VoltageRegulatorwithSeriesPassTransistor;NoiseFactor,NoiseFigureandMinimum Detectable Signal; Series-Parallel and Parallel-SeriesNetworkTransformations;andPassiveDiodeMixers.
• Numerous new End of Chapter problems have beenaddedtoeachchapter.
• Emphasis on design: “Design Examples” and “DesignNotes” highlight real-world design principles encouragingstudentstoconcentrateondesign.
• Problem-solving methodology:Ineachchaptertheauthorsapproachproblemsolving inaconsistentmanner,showingstudentshowtoconsideraproblem,breakitdown,andfindaneffective,efficientsolution.
• ARIS: McGraw-Hill’s electronic homework managementsystem provides tools for both instructors and students.Studentswillappreciatehavingover450problemstouseforpractice.
Microelectronic Circuit Design, 4/e
Richard C. Jaeger, AuburnUniversity Travis N. Blalock, UniversityofVirginiawww.mhhe.com/jaeger2010 • 978-0-07-122199-3 • 1,184 pages
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Table of contentsPart 1: Semiconductor Devices and Basic Applications 1: Semiconductor Materials and Diodes 2: Diode Circuits 3: The Field-Effect Transistor 4: Basic FET Amplifiers 5: The Bipolar Junction Transistor 6: Basic BJT Amplifiers 7: Frequency Response 8: Output Stages and Power Amplifiers
Part 2: Analog Electronics 9: Ideal Operational Amplifiers and Op-Amp Circuits 10: Integrated Circuit Biasing and Active Loads 11: Differential and Multistage Amplifiers 12: Feedback and Stability 13: Operational Amplifier Circuits 14: Nonideal Effects in Operational Amplifier Circuits 15: Applications and Design of Integrated CircuitsPart 3: Digital Electronics 16: MOSFET Digital Circuits 17: Bipolar Digital Circuits
Microelectronics: Circuit Analysis and Design, 4/e isintendedasacore text inelectronics forundergraduateelectricalandcomputerengineeringstudents.The fourtheditioncontinuestoprovideafoundationforanalyzinganddesigningbothanaloganddigitalelectroniccircuits.Thegoal hasalwaysbeen tomake this bookvery readable and student friendly.
Features• Flexible Presentation of Key Topics: Revisions havegiven the text a level of flexibility such that ideal op-amps(Chapter9)canbepresentedasthefirsttopicinelectronics;either MOS or Bipolar transistors can be studied as thefirst transistor type; and digital electronics can be coveredbeforeanalogelectronics.Thisflexibilityallowsinstructorstopresenttopicsinwhateverordermakesthemostsensefortheirstudents.
• New Problems: Over 45 percent new exercise and TestYour Understanding Problems; over 45 percent new end-of-chapterproblems;andover70percentnewopen-endeddesignproblemsandcomputersimulationproblems.
• Goal-Oriented Pedagogy: - A Preview section introduceseachchapterandcorrelateswithlearningobjectivesthatheadeachsection.
- Worked examples reinforce the theoretical conceptsbeingdeveloped;allexamplesare followedbyexercisestoimmediatelytestlearning.
- Test Your Understanding problems areintegratedattheendofeachsectiontoprovideadditionalpractice.
- Problem solving techniques guide students throughanalyzingandsolvingaproblem.
• Focus on Design in the Real World: Studentsare taughtgood design by incorporating design exercises that helpstudentsgetafeelforhowthedesignprocessworksintherealworld.- Each chapter includes aDesign Application that leadsstudents through the design and development of anelectronic thermometer. The various characteristics andpropertiesofcircuitsareexplainedasthestudentmovesthroughtheanalysis.
- Design Pointers appearinexamplesandthroughoutthetexttohelpstudentswithtrickydesignissues,andDesign Problems arefeaturedinmostproblemsets.
• Computer Tools: Becausecomputeranalysisandcomputer-aideddesignaresignificantfactorsinprofessionalelectronicdesign, the text contains a largenumber of newcomputersimulation problems. These appear both throughout thechapterandattheendofeachchapter.
Microelectronics: Circuit Analysis and Design, 4/e
Donald A. Neamen, UniversityofNewMexico-Albuquerquewww.mhhe.com/neamen2010 • 978-0-07-128947-4 • 1,392 pages
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Table of contents1: Vector Analysis 2: Coulomb’s Law and Electric Field Intensity 3: Electric Flux Density, Gauss’s Law, and Divergence 4: Energy and Potential 5: Current and Conductors 6: Dielectrics and Capacitance 7: Poisson’s and Laplace’s Equations 8: The Steady Magnetic Field 9: Magnetic Forces, Materials, and Inductance
10: Time-Varying Fields and Maxwell’s Equations 11: Transmission Lines 12: The Uniform Plane Wave 13: Plane Wave Reflection and Dispersion 14: Guided Waves and Radiation
Supplements978-0-07-308014-7(COSMOSCD)
Engineering Electromagneticsisa“classic” book that has been updated for electromagnetics in today’s world.Itisdesignedforintroductorycoursesinelectromagneticsorelectromagneticfieldtheoryatthejunior-level,butcanalsobeusedasaprofessionalreference.Thiswidelyrespectedbookstresses fundamentals and problem solving and discusses the material in an understandable, readable way.Numerousillustrationsandanalogiesareprovidedtotheaidthereaderingraspingdifficultconcepts.Inaddition,independentlearningisfacilitatedbythepresenceofmanyexamplesandproblems.
Features• Thebookcomespackagedwith an extensive multi-media
CD-ROM.
• The material is more than adequate for a one-semester course.Professorscanomitportionsofsomeofthechaptersdependingontheinstructionallevel.
• The book has an expanded Web site which includes thesolutionsmanual(forinstructorsonly),downloadableJPEGfiles of the figures, as well as other helpful student andinstructorresources.
• Thebookhasbeenwrittenwiththegoalofmakingitaseasyaspossible for the student to learn independently.
• Acarefully graduate scale of difficulty within each chapter andamongthechaptersthemselves.
• Provides numerical examples, a large number of drill problems with answers, as well as end-of-chapter problems.
• New sections on microstrip lines and optical fibers inthewaveguideschapter.
• Re-positioningofthe transmission lines chapter ahead of the plane waves chapter.
• Thetransmissionlineschapterhasalsobeenre-writtenandexpandedsothatitcan be used at any point in the course outline.Also,thetopicoftransmissionlineslosseshasbeenaddedtothetransmissionlineschapter.
• C.O.S.M.O.S: Contains the entire book problem set,enhanced to include any referenced images or text, aswellastheentiresolutionsetforthebook.Inaddition,thisapplicationhelpsinstructorstoorganize,distribute,andtrackproblemsetsfromthetextbook.
• The book hasan expanded Web site which includes thesolutionsmanual(forinstructorsonly),downloadableJPEGfiles of the figures, as well as other helpful student andinstructorresources.
Engineering Electromagnetics, 7/e
William H. Hayt, Jr., (deceased)John A. Buck,GeorgiaInstuteofTechnologywww.mhhe.com/haytbuck72006 • 978-0-07-124449-7 • 608 pages
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Table of contents1: Signals and Signal Processing 2: Discrete-Time Signals in the Time Domain 3: Discrete-Time Signals in the Frequency Domain 4: Discrete-Time Systems 5: Finite-Length Discrete Transforms 6: z-Transform 7: LTI Discrete-Time Systems in the Transform Domain
8: Digital Filter Structures 9: IIR Digital Filter Design 10: FIR Digital Filter Design 11: DSP Algorithm Implementation 12: Analysis of Finite Wordlength Effects 13: Multirate Digital Signal Processing Fundamentals 14: Multirate Filter Banks and Wavelets
Digital Signal Processing: A Computer-Based Approach is intended fora two-semester course ondigital signalprocessing for seniors or first-year graduate students.The prerequisite for this book is a junior-level course inlinearcontinuous-timeanddiscrete-timesystems,whichisusuallyrequiredinmostuniversities.Akeyfeatureofthisbook is theextensiveuseofMATLAB-based examples that illustrate the program’s powerful capability to solvesignal processing problems. Practical examples andapplications bring the theory to life. This popular bookintroduces the tools used in the analysis and design ofdiscrete-timesystemsforsignalprocessing.
Features• Discussion of additional time-domain algorithms usedmostly in speech processing along with the MATLABprogramsimplementingthesealgorithms.
• Computer programs in each chapter except Chapter 1.Thecomputerprojectsolutionscanbefoundontheinstructorsideofthewebsite.
• MATLAB-based examples are used to demonstrate itspowerful capability for solving signal processing problems.Thisisahallmarkfeatureofthisbook.Thetextincludesmorethan150MATLABprogramsandcodefragmentsaswellasover 150 exercises.The fourth edition containsmany newandupdatedMATLABexamples.
• Inclusion of extensive simple, but practical examplesthatexpose the reader to real-life signal processing problems,whichhasbeenmadepossibleby theuseofcomputers insolvingpracticaldesignproblems.ExamplesremovedfromthethirdeditiontextcanbefoundontheaccompanyingCD.
• An accompanying CDcontainsalloftheMATLABprograms.It also has files of real signals, reviewmaterial, additionalexamples,asetof frequentlyaskedquestions,andashorttutorialonMATLAB.
Digital Signal Processing: A Computer-Based Approach, 4/e
Sanjit K. Mitra, UniversityofCalifornia-SantaBarbarawww.mhhe.com/mitra2010 • 978-0-07-128946-7 • 992 pages
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Fundamentals of Signals and Systemscapturesthemathematical beautyofsignalsandsystemsandoffersastudent-centered, pedagogically driven approach.Theauthorhasaclearunderstandingoftheissuesstudentsfaceinlearningthematerialanddoesasuperiorjobofaddressingtheseissues.Thebookisintendedtocoveraone-semestersequenceinSignalsandSystemsforjuniorsinengineering.
Features• The new brief version of Roberts is somewhat shorter than the comprehensiveversionand,mostimportantly,hasbeenmodularizedtoallowreducedtopiccoveragewithoutlossofcontinuity.
• Thisversionincludesmany exciting new examples withapracticalflavor.• Roberts continues to offer alternating parallel coverage of continuous-time anddiscrete-timesignalsandsystems.
• Robertsincludesunified and consistent notation for all transform methodstoaidretentionandunderstandingofrelationsamongtransformmethods.
• Since MATLAB is key to many Signals and Systems courses, a large number of MATLAB examples and a comprehensive Appendix on the important MATLABoperatorsandfunctionsusedinsignalandsystemanalysishavebeenincluded.
• ARIS: McGraw-Hill’selectronichomeworksolutionaccompaniesthebookandfeaturessuchthingsassolutionsandPowerPointsforinstructors,andconceptsimulatorsandalgorithmicproblemsforstudents.
Fundamentals of Signals and Systems
M.J. Roberts, UniversityofTennessee-Knoxvillewww.mhhe.com/roberts2008 • 978-0-07-331660-4 • 800 pages
Thistextoffersastudent-centered, pedagogically driven approachtoteachingSignalsandSystems.Theauthorhasaclearunderstandingoftheissuesstudentsfaceinlearningthematerialanddoesasuperiorjobofaddressingtheseissues.Thebookisintendedtocoveratwo-semestersequenceinSignalsandSystemsforJuniorsinengineering.
Features• Comprehensive coverage ofallbasicsignalandsystemtopicsandanalysismethods.• Extensive examplesillustratingalltopics.• Many MATLAB examplesandacomprehensiveAppendixontheimportantMATLAB
operators and functions used in signal and system analysis. • More than 500 exercisesincludingdrillexerciseswithanswersandmorechallengingproblemswithoutanswers.
Signals and Systems: Analysis Using Transform Methods and MATLAB®
M.J. Roberts, UniversityofTennessee-Knoxvillewww.mhhe.com/roberts2004 • 978-0-07-123268-5 • 1,054 pages
Table of contents1: Introduction2: Mathematical Description of Continuous-Time Signals3: Mathematical Description of Discrete-Time Signals4: Properties of Continuous-Time Systems5: Properties of Discrete-Time Systems6: Time-Domain Analysis of Continuous-Time Systems7: Time-Domain Analysis of Discrete-Time Systems8: The Continuous-Time Fourier Series9: The Discrete-Time Fourier Series
10: The Continuous-Time Fourier Transform11: The Discrete-Time Fourier Transform12: Continuous-Time Fourier Transform Analysis of Signals and
Systems13: Discrete-Time Fourier Transform Analysis of Signals and Systems14: Sampling and the Discrete Fourier Transform15: The Laplace Transform16: The z Transform
Table of contents1: Introduction2: Mathematical Description of Signals3: Description and Analysis of Systems4: The Fourier Series5: The Fourier Transform6: Fourier Transform Analysis of Signals and Systems
7: Sampling and the Discrete Fourier Transform8: Correlation, Energy Spectral Density, and Power Spectral Density9: The Laplace Transform10: Laplace Transform Analysis of Signals and Systems11: The z Transform12: z-Transform Analysis of Signals and Systems
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Table of contents1: Introduction to Machinery Principles 2: Transformers 3: Introduction to Power Electronics 4: AC Machinery Fundamentals 5: Synchronous Generators
6: Synchronous Motors 7: Induction Motors 8: DC Machinery Fundamentals 9: DC Motors and Generators 10: Single-Phase and Special-Purpose Motors
Electric Machinery Fundamentals, 4/econtinuestobeabest-sellingmachinerytextdueto its accessible, student-friendly coverage of the important topics in the field.Chapman’sclearwritingpersistsinbeingoneofthetopfeaturesofthebook.AlthoughnotabookonMATLAB, theuseofMATLABhasbeenenhanced in the fourthedition.Chapmanhasalsoaddedsomenewapplications,aswellasmanynewproblemshavebeenadded.
Features• Many new problems and examples areincluded.• AC machines are emphasized overDCmachines.• Flexible topic coverage allowseitherACorDCmaterialtobecoveredfirst.• MATLAB is incorporatedinexamples,sampleproblems,andhomeworkproblems.• Revised homework problems.
Electric Machinery Fundamentals, 4/e
Stephen J. Chapman, BAESystems-Australiawww.mhhe.com/chapman2005 • 978-0-07-115155-9 • 768 pages
TheexcitingnewsixtheditionofElectric Machineryhasbeenextensivelyupdatedwhileretaining theemphasison fundamentalprinciplesandphysicalunderstanding thathasbeentheoutstandingfeatureofthisclassicbook.Thisbookis intendedtoserveasanintroduction to electric machinery and electromechanics,andhasbeenexpandedtoincludeanintroductiontopowerelectronicsandmachinecontrol.Itcontainsnot only the fundamentals, but also some more rigorous materialforthoseinstructorswantingtocovermoreadvancedtopics,andcanbeusedatboththeundergraduateandgraduatelevel.
Features• Eachchapterincludes quantitative examples toillustrateimportantconcepts.• The popular interactive computer software MATLAB hasbeenintroducedintheneweditioninbothexamplesandpracticeproblems.
• The website includes a downloadable version of the solutionsmanual, password-protectedforinstructors.Thewebsitealsoservesasasourceforadditionalexamples,problemsandMATLABexamples.ItalsocontainsasetofPowerPointslidesoffiguresfromthebookforinstructorstouseintheirlectures.
Electric Machinery, 6/e
A. E. Fitzgerald, (deceased) Charles Kingsley, Jr., (deceased) Stephen D. Umans, MassachusettsInstituteofTechnology www.mhhe.com/fitzgerald2003 • 978-0-07-123010-0 • 704 pages
Table of contents1: Magnetic Circuits and Magnetic Materials 2: Transformers 3: Electromechanical Energy Conversion Principles 4: Introduction to Rotating Machines 5: Synchronous Machines 6: Polyphase Induction Machines
7: DC Machines 8: Variable-Reluctance Machines and Stepping Motors 9: Single- and Two-Phase Motors 10: Introduction to Power Electronics 11: Speed and Torque Control
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Principles of Electronic Communication Systems 3/e providesthemostup-to-datesurveyavailableforstudentstakingafirstcourseinelectroniccommunications.Requiringonlybasicalgebraand trigonometry, thenewedition isnotable for its readability, learning features and numerous full-color photos and illustrations.A systems approach isusedtocoverstate-of-the-artcommunicationstechnologies,tobestreflectcurrentindustrypractice.ThiseditioncontainsgreatlyexpandedandupdatedmaterialontheInternet,cellphones,andwirelesstechnologies.
Features• New streamlined book design usedtohighlightlearningfeatures,four-colorartfiguresandphotographs.
• An all-new Laboratory & Activities Manual isavailable,withhands-onlabs,simulationroutines,andawiderangeofactivities.
Principles of Electronic Communication Systems, 3/e
Louis E. Frenzel Jr., ElectronicDesignMagazinewww.mhhe.com/frenzel3e2008 • 978-0-07-110607-8 • 960 pages
ThisexcitingrevisionofCommunication Systemspresentsanintroduction to electrical communication systems, including analysis methods, design principles, and hardware considerations.Thefiftheditionhasbeenupdatedtoreflectcurrenttechnologyin this ever-evolving field. The text covers both analog and digital communications. Itfeaturesworkedexamplesandexercises forstudents tosolvewithinchapters,helpingthemtomasternewconceptsastheyareintroduced.
Features• Expanded coverage of DSL (digitalsubscriberline)includingADSLandISDN;SONET,ComputerNetworks, includingOSIandTCP/IPprotocolsanddataencryption;digitalaudiorecording,HDTVandreceivers;andturbocoding,trelliscodedmodulationandupdatedandexpandedtreatmentofconvolutionalcoding.
• The end matter includesanewlistofabbreviationsandmathsymbols.• New worked out examples and end-of-chapter problemshavebeenaddedtofurtherupdatethebooks.
Communication Systems: An Introduction to Signals and Noise in Electrical Communication, 5/e
A. Bruce Carlson, RensselaerPolytechInstitutePaul B. Crilly, UniversityofTennessee-Knoxvillewww.mhhe.com/carlsoncrilly2009 • 978-0-07-126332-0 • 944 pages
Table of contents1: Introduction to Electronic Communication2: The Fundamentals of Electronics: A Review3: Amplitude Modulation Fundamentals4: Amplitude Modulator and Demodulator Circuits5: Fundamentals of Frequency Modulation6: FM Circuits7: Digital Communications Techniques8: Radio Transmitters9: Communications Receivers10: Multiplexing and Demultiplexing11: Data Transmission Techniques12: Introduction to Networking and Local Area Networks13: Transmission Lines
14: Antennas and Wave Propagation15: Internet Technologies16: Microwave Communications17: Satellite Communications18: Telecommunication Systems19: Optical Communication20: Cell Phone Technologies21: Wireless Technologies22: Communication Tests and Measurements
Supplements978-0-07-310705-9(ExperimentsManual)
Table of contents1: Introduction2: Signals and Spectra3: Signal Transmission and Filtering4: Linear CW Modulation5: Exponential CW Modulation6: Sampling and Pulse Modulation7: Analog Communication Systems8: Probability and Random Variables9: Random Signals and Noise
10: Noise in Analog Modulation Systems11: Baseband Digital Transmission12: Digitization Techniques for Analog Messages and Computer
Networks13: Channel Coding and Encryption14: Bandpass Digital Transmission15: Spread Spectrum Systems16: Information and Detection Theory
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Introduction to MATLAB for Engineers, 3/eisasimple,concisebookdesignedtobeusefulforbeginnersand tobekeptasa reference.MATLAB isagloballyavailablestandardcomputationaltoolforengineersandscientists.Theterminology, syntax, and the use of the programming language are well defined,andtheorganizationof thematerialmakesiteasytolocateinformationandnavigatethroughthetextbook.ThetextcoversallthemajorcapabilitiesofMATLABthatareusefulforbeginningstudents.
Features• Numerous examples and homework problems drawn from all the fields ofengineering.
• Studentscanuse the textasareference in latercoursesbecause itcontainsmanytablesthatsummarizetheMATLABcommands.
• Expanded coverage of programming includes structured programming and logicalvariables.
• AfullchaptercoveringSimulink. • Thetextiswrittenandusesmathematicsappropriateforthe freshman level.
Introduction to MATLAB for Engineers, 3/e
William J. Palm III, UniversityofRhodeIslandwww.mhhe.com/palm2010 • 978-0-07-353487-9 • 704 pages
Table of contents1: An Overview of MATLAB 2: Numeric, Cell, and Structure Arrays 3: Functions and Files 4: Decision-Making Programs 5: Advanced Plotting 6: Model Building and Regression
7: Linear Algebraic Equations 8: Probability, Statistics, and Interpolation 9: Numerical Methods for Calculus and Differential Equations 10: Simulink 11: MuPAD
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A simple concise book designed to cover all themajor capabilities ofMATLAB thatare useful for beginning students. MATLAB is presently a globally available standardcomputationaltoolforengineersandscientists.Theterminology,syntax,andtheuseoftheprogramminglanguagearewelldefinedandtheorganizationofthematerialmakesiteasytolocateinformationandnavigatethroughthetextbook.
Features• Thorough coverage of Function handles,Anonymous functions, Subfunctions andApplicationsincludingplotting,programming,statisticsandmodelbuilding.
• Numerous examplesandhomeworkproblemsdrawnfromallengineeringfields.• Mathematicsisattheappropriatelevelfor freshman engineering students.
A Concise Introduction to MATLAB
William J. Palm III, UniversityofRhodeIslandwww.mhhe.com/palm2008 • 978-0-07-126372-6 • 448 pages
Table of contents1: An Overview of MATLAB 2: Numeric, Cell, and Structure Arrays 3: Functions and Files 4: Decision-Making Programs
5: Advanced Plotting and Model Building 6: Statistics, Probability, and Interpolation 7: Numerical Methods for Calculus and Differential Equations 8: Symbolic Processing
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Table of contents1: Design Concepts 2: Introduction to Logic Circuits 3: Implementation Technology 4: Optimized Implementation of Logic Functions 5: Number Representation and Arithmetic Circuits 6: Combinational-Circuit Building Blocks
7: Flip-Flops, Registers, Counters, and a Simple Processor 8: Synchronous Sequential Circuits 9: Asynchronous Sequential Circuits 10: Digital System Design 11: Testing of Logic Circuits 12: Computer Aided Design Tools
Fundamentals of Digital Logic with VHDL Design teachesthe basic design techniques for logic circuits. The textprovides a clear and easily understandable discussionof logic circuit design without the use of unnecessaryformalism.It emphasizes the synthesis of circuits and explains how circuits are implemented in real chips.Fundamental concepts are illustrated by using smallexamples,whichareeasytounderstand.Then,amodular approachisusedtoshowhowlargercircuitsaredesigned.VHDL is a complex language so it is introduced gradually in the book.EachVHDLfeature ispresentedas it becomespertinent for the circuits beingdiscussed.WhileitincludesadiscussionofVHDL,thebookprovidesthorough coverage of the fundamental concepts of logiccircuitdesign, independentoftheuseofVHDLandCADtools.
Features• Numerous new end-of-chapter problems.
• The book emphasizes the conceptsthatshouldbecoveredinanintroductorycourseonlogicdesign,focusingon:- Logicfunctions,gates,andrulesofBooleanalgebra.- Circuitsynthesisandoptimizationtechniques.- Numberrepresentationandarithmeticcircuits.- Combinational-circuitbuildingblocks,suchasmultiplexers,decoders,encoders,andcodeconverters.
- Sequential-circuit building blocks, such as flip-flops,registers,andcounters.
- Designofsynchronoussequentialcircuits.- Use of the basic building blocks in designing largersystems.
• New Quartus softwarefromAltera.
• Teachesthebasic design techniques forlogiccircuits.
Fundamentals of Digital Logic with VhDL Design, 3/e
Stephen Brown, UniversityofToronto,CanadaZvonko Vranesic, UniversityofToronto,Canadawww.mhhe.com/brownvranesic2009 • 978-0-07-126880-6 • 960 pages
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Introduction to Logic Design, 3/eisintendedforthefirst course in logic design,takenbycomputerscience,computerengineering,andelectricalengineeringstudents.Aswiththepreviouseditions,thiseditionhasaclearpresentationoffundamentalsandanexceptionalcollectionofexamples,solvedproblemsandexercises.
Features• All of the K-Map (Karnaugh map) coverageispresentedinonechapter(chapter3)insteadofcoverageappearingintwochapters.
• For the third edition,Chapter 9 will be posted on the website. This allows foradditionalcoverageofothertopicswithoutincreasingthelengthofthetext.
• Additional experiments have been added to Appendix D to allow students theopportunitytoperformavarietyofexperiments.
• New Appendix A(RelatingtheAlgebratotheKarnaughMap)tiesalgebracoverageandK-Mapcoveragetogether.
• New problems have been addedinAppendixEforbothcombinationalandsequentialsystemswhichgofromwordproblemtocircuitallinoneplace.
Introduction to Logic Design, 3/e
Alan B. Marcovitz, FloridaAtlanticUniversity-BocaRatonwww.mhhe.com/marcovitz2009 • 978-0-07-016490-1 • 656 pages
Marcovitz takes the successful formula realized in the author’s previous books andofferseverythingafundamentals-oriented logic designcoursemightinclude.AswithMarcovitz’spreviousbooks,theclear presentation of concepts and well-paced writing stylemakethistexttheidealcompaniontoanyfirstcourseindigitallogic.
Features• An extensive set of examplesgivesstudentsmultipleopportunitiestounderstandthetopicsbeingpresented.
• “Test Yourself”sections,designedtohelpstudentsmeasuretheircomprehensionofkeymaterial,areincludedattheendofchapters.
• ARIS: McGraw-Hill’s online course management system features a Test Bank forinstructorsaswellasonlinequizzingforstudents.Italsoincludessolutions,PowerPointslides of most figures and key material, instructor notes, parallel examples so theinstructorcandoadifferentexampleinclassfromtheoneofferedinthebook,and350algorithmicproblemsareprovidedtogivestudentsunlimitedpractice.
Introduction to Logic and Computer Design
Alan B. Marcovitz, FloridaAtlanticUniversity-BocaRatonwww.mhhe.com/marcovitz2008 • 978-0-07-128598-8 • 688 pages
Table of contents1: Introduction2: Combinational Systems3: The Karnaugh Map4: Function Minimization Algorithms5: Designing Combinational Systems
6: Analysis of Sequential Systems7: The Design of Sequential Systems8: Solving Larger Sequential Problems9: Simplification of Sequential Circuits
Table of contents1: IntroductionPart 1: Logic Design2: Combinational Systems3: The Karnaugh Map4: Designing Combinational Systems5: Analysis of Sequential Systems6: The Design of Sequential Systems7: Solving Larger Sequential Problems
Part 2: Computer Design8: Computer Organization9: Computer Design Fundamentals10: The Design of a Central Processing Unit11: Beyond the Central Processing Unit
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Table of contents1: Introduction to Analog Design 2: Basic MOS Device Physics 3: Single-Stage Amplifiers 4: Differential Amplifiers 5: Passive and Active Current Mirrors 6: Frequency Response of Amplifiers 7: Noise 8: Feedback 9: Operational Amplifiers
10: Stability and Frequency Compensation 11: Bandgap References 12: Introduction to Switched-Capacitor Circuits 13: Nonlinearity and Mismatch 14: Oscillators 15: Phase-Locked Loops 16: Short-Channel Effects and Device Models 17: CMOS Processing Technology 18: Layout and Packaging
Thistextbookdealswiththeanalysis and design of analog CMOS integrated circuits,emphasizingrecenttechnologicaldevelopmentsanddesignparadigmsthatstudentsandpracticingengineersneedtomastertosucceedintoday’sindustry.
Features• Basedontheauthor’steachingandresearchexperienceinthepasttenyears,thetextfollowsthree general principles:
(1)Motivate the reader bydescribingthesignificanceandapplicationofeachideawithreal-worldproblems;
(2)Forcethereadertolook at concepts fromanintuitivepointofview,preparinghim/herformorecomplexproblems;
(3)Complement the intuition byrigorousanalysis,confirmingtheresultsobtainedbytheintuitive,yetroughapproach.
Design of Analog CMoS Integrated Circuits
Behzad Razavi, UniversityofCalifornia-LosAngeleswww.mhhe.com/razavi2001 • 978-0-07-118839-5 • 704 pages
CMOS Digital Integrated Circuits: Analysis and Design, 3/e isthemostcomplete book on the market for CMOS circuits.Appropriateforelectricalengineeringandcomputerscience,thisbookstartswithCMOSprocessing,andthencoversMOStransistormodels,basic CMOS gates, interconnect effects, dynamic circuits, memory circuits, BiCMOScircuits,I/Ocircuits,VLSIdesignmethodologies,low-powerdesigntechniques,designformanufacturabilityanddesignfortestability.
Features• Anentirelyre-writtenchapteronMemory Circuits(chapter10).• Extensivetreatmentofstate-of-the-artmemorytechnologies,suchasdeep-submicron
DRAM arrays and Flash memories. • Strongemphasison circuit design aspects throughoutthetext.
CMoS Digital Integrated Circuits: Analysis and Design, 3/e
Sung-Mo (Steve) Kang, UniversityofCalifornia-SantaCruzYusuf Leblebici, SwissFederalInstituteofTechnologywww.mhhe.com/kang2003 • 978-0-07-119644-4 • 672 pages
Table of contents1: Introduction 2: Fabrication of MOSFETS 3: MOS Transistor 4: Modeling of MOS Transistors Using SPICE 5: MOS Inverters: Static Characteristics 6: MOS Inverters: Switching Characteristics and Interconnect Effects 7: Combinational MOS Logic Circuits 8: Sequential MOS Logic Circuits
9: Dynamic Logic Circuits 10: Semiconductor Memories 11: Low-Power CMOS Logic Circuits 12: BiCMOS Logic Circuits 13: Chip Input and Output (I/O) Circuits 14: Design for Manufacturability 15: Design for Testability
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Table of contentsPart 1: The Engineering Design Process 1: The Engineering Design Process 2: Project Selection and Needs Identification 3: The Requirements Specification 4: Concept Generation and Evaluation Part 2: Design Tools 5: System Design I: Functional Decomposition 6: System Design II: Behavior Models
7: Testing 8: System Reliability Part 3: Professional Skills 9: Teams and Teamwork 10: Project Management 11: Ethical and Legal Issues 12: Oral Presentations
This book is written for students and teachers engaged in electrical and computerengineering designprojects, primarily in the senior year. It guides students and facultythroughthestepsnecessaryforthesuccessfulexecutionofdesignprojects.Theobjectiveis to provide a treatment of the design process with a sound academic basis that isintegratedwithpracticalapplication.The foundationof thebookexemplifies thatasolidunderstandingofthedesign process, design tools, and the right mix of professional skills are critical for project and career success. This text is unique in providing acomprehensivedesigntreatmentforelectricalandcomputerengineering.
Features• Strong guiding visionthatasolidunderstandingoftheDesignProcess,DesignTools,andtherightmixofProfessionalSkillsarecriticalforprojectandcareersuccess.
• Thistextdoesagoodjobofprovidingcomprehensive design treatment for ECE.• A text at the right level for senior design--basedonreviewerfeedbackwehaveheardthatnobooksexistedthatwereatthelevelneeded.Thistextseemstonowbridgethatgapandwillbethebookofchoice.
Design for Electrical and Computer Engineers: Theory, Concepts and Practice
Ralph M. Ford,PennStateErieBehrendCollegeChris S. Coulston,PennStateErieBehrendCollegewww.mhhe.com/ford2008 • 978-0-07-126347-4 • 336 pages
An Introduction to Semiconductor Devices provides an understanding of the characteristics, operations and limitations of semiconductor devices. In ordertoprovide thisunderstanding, thebookbrings together the fundamentalphysicsof thesemiconductormaterial and the semiconductor device physics. Excellent pedagogy ispresentthroughoutthebookintheformofinterestingchaptersopeners,workedexamples,avarietyofexercises,keyterms,andendofchapterproblems.
Features• Book features up-to-date coverage: MOSFETs are covered before the BiPolarJunctionTransistor,reflectingtheMOSFETspredominantroleinmoderntechnology.
• Many worked examples are included throughout the text:Eachisfollowedbyanexerciseproblemthattestsmasteryofwhatwascoveredintheexample.
• Test Your Understanding Exercisesareincludedattheendofeachmajorsection,providingstudentswithanopportunitytopracticewhatthey’velearned.
An Introduction to Semiconductor Devices
Donald A. Neamen,UniversityofNewMexico-Albuquerquewww.mhhe.com/neamen2006 • 978-0-07-125447-2 • 720 pages
Table of contents1: The Crystal Structure of Solids 2: Theory of Solids 3: The Semiconductor in Equilibrium 4: Carrier Transport Phenomena 5: The pn Junction 6: Fundamentals of the MOS Transistor
7: The MOSFET: Additional Concepts 8: Nonequilibrium Excess Carriers in Semiconductors 9: The pn Junction Diode 10: The Bipolar Transistor 11: Additional Semiconductor Devices and Device Concepts 12: Optical Devices
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Eide: Engineering: Fundamentals and Problem Solving, 5/e www.mhhe.com/best 2008 • 978-0-07-110190-5 • 480 pages
Musto: Engineering Computations: An Introduction Using MATLAB and Excel www.mhhe.com/musto 2009 • 978-0-07-126357-3 • 336 pages
Rizzoni: Fundamentals of Electrical Engineering www.mhhe.com/rizzoni 2009 • 978-0-07-128338-0 • 736 pages
Schultz: Grob’s Basic Electronics, 11/e 2010 • 978-0-07-122137-5 • 1,280 pages
Martin: Introduction to Engineering Ethics, 2/e www.mhhe.com/best 2010 • 978-0-07-126790-8 • 288 pages
Fowler: Electricity: Principles & Applications, 7/e www.mhhe.com/fowler7e 2008 • 978-0-07-128593-3
Tokheim: Digital Electronics: Principles & Applications, 7/e www.mhhe.com/tokheim7e 2008 • 978-0-07-110850-8 • 534 pages
Malvino: Electronic Principles, 7/e www.mhhe.com/ malvino7e2007 • 978-0-07-126191-3
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McGraw-hill’s BEST — Basic Engineering Series and Toolswww.mhhe.com/engcs/general/best
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Gopal: Control Systems: Principles and Design, 2/e 2007 • 978-0-07-123127-5
Kasap: Principles of Electronic Materials and Devices, 3/e www.mhhe.com/kasap3 2006 • 978-0-07-124458-9 • 768 pages
Proakis: Digital Communications, 5/e www.mhhe.com/proakis 2008 • 978-0-07-126378-8 • 1,168 pages
Peebles: Probability, Random Variables, and Random Signal Principles, 4/e www.mhhe.com/peebles 2001 • 978-0-07-118181-5 • 480 pages
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Leon-Garcia: Communication Networks, 2/ewww.mhhe.com/ leongarcia2 2004 • 978-0-07-125709-1 • 928 pages
hart: Power Electronics www.mhhe.com/hart 2010 • 978-0-07-128930-6 • 544 pages
Saadat: Power Systems Analysis, 2/e www.mhhe.com/saadat 2004 • 978-0-07-128184-3
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Power System Operation, 3eMILLER 978-0-07-041977-3 � 1994
Power System Stability and ControlKUNDUR 978-0-07-035958-1 � 1994
Electric Motors and Control Techniques, 2eGOTTLIEB 978-0-07-024012-4 � 1994
Analog IC Design with Low-Dropout RegulatorsRINCÓN-MORA 978-0-07-160893-0 � 2009
Wire Bonding in Microelectronics, 3eHARMAN 978-0-07-147623-2 � 2010
Fabless Semiconductor ImplementationKUMAR 978-0-07-150266-5 � 2008
LAN Wiring, 3eTRULOVE 978-0-07-145975-4 � 2006
Low Voltage Wiring: Security/Fire Alarm Systems, 3eTRAISTER 978-0-07-137674-7 � 2002
Locksmithing and Electronic Security Wiring DiagramsSCHUM 978-0-07-139305-8 � 2002
Electronic Filter Simulation and DesignBIANCHI 978-0-07-149467-0 � 2007
Thin-Film Deposition: Principles and PracticeSMITH 978-0-07-058502-7 � 1995
Photomask Fabrication TechnologyEYNON 978-0-07-144563-4 � 2006
Electrical & Electronic Engineering
Professional
Photodiode Amplifiers: OP AMP SolutionsGRAEME 978-0-07-024247-0 � 1996
Introduction to System-On-Package (SOP): Miniaturization of the Entire SystemTUMMALA 978-0-07-145906-8 � 2008
Digital Signal Processing: Signals, Systems, and FiltersANTONIOU 978-0-07-145424-7 � 2006
Hardware Implementation of Finite-Field ArithmeticDESCHAMPS 978-0-07-154581-5 � 2009
Embedded Core Design with FPGAsNAVABI 978-0-07-147481-8 � 2007
Secrets of RF Circuit Design, 3eCARR 978-0-07-137067-7 � 2001
ASIC Design in the Silicon Sandbox: A Complete Guide to Building Mixed-Signal Integrated CircuitsBARR 978-0-07-148161-8 � 2007
Failure-Free Integrated Circuit Packages: COHN 978-0-07-143484-3 � 2004
Charge Pump Circuit DesignPAN 978-0-07-147045-2 � 2007
Formal Verification: For Digital Circuit DesignPERRY 978-0-07-144372-2 � 2005
Basics of CMOS Cell DesignSICARD 978-0-07-148839-6 � 2007
Phase-Locked Loops: Design, Simulation, and Applications, 6eBEST 978-0-07-149375-8 � 2007
Nanoscale CMOS VLSI Circuits: Design for ManufacturabilityKUNDU978-0-07-163519-6 � 2010
Silicon-on-Sapphire Circuits and Systems: Sensor & Biosensor InterfacesCULURCIELLO978-0-07-160848-0 � 2010
VLIW Microprocessor Hardware Design: For ASICs and FPGALEE 978-0-07-149702-2 � 2008
Microprocessor Design: A Practical Guide from Design Planning to ManufacturingMcFARLAND 978-0-07-145951-8 � 2006
Printed Circuit Boards: Design, Fabrication, and AssemblyKHANDPUR 978-0-07-146420-8 � 2006
Printed Circuit Assembly DesignMARKS 978-0-07-041107-4 � 2000
Electronic Circuit and System Simulation MethodsPILLAGE978-0-07-134770-9 � 1999
Phase-Locked Loop Synthesizer SimulationBIANCHI 978-0-07-145371-4 � 2005
Practical Array ProcessingSULLIVAN 978-0-07-154898-4 � 2009
Electrical & Electronic Engineering
Professional
Making PIC Microcontroller Instruments and ControllersSANDHU 978-0-07-160616-5 � 2009
Running Small Motors with PIC MicrocontrollersSANDHU978-0-07-163351-2 � 2010
Programming the Propeller with SPIN: A Beginner's Guide to Parallel ProcessingSANDHU978-0-07-171666-6 � 2010
Programming and Customizing the Multicore PropellerPARALLAX, INC.978-0-07-166450-9 � 2010
PIC Microcontroller Project Book: For PICBasic and PICBasic Pro Compilers, 2eIOVINE 978-0-07-143704-2 � 2004
Programming and Customizing the 8051 MicrocontrollerPREDKO 978-0-07-134192-9 � 1999
Programming and Customizing the Basic Stamp Computer, 2eEDWARDS 978-0-07-137192-6 � 2001
Programming and Customizing the AVR MicrocontrollerGADRE 978-0-07-134666-5 � 2001
Programming and Customizing the PIC Microcontroller, 3ePREDKO 978-0-07-147287-6 � 2008
Programming and Customizing the PICAXE MicrocontrollerLINCOLN 978-0-07-145765-1 � 2006
VHDL: Modular Design and Synthesis of Cores and Systems, 3eNAVABI 978-0-07-147545-7 � 2007
Programming and Customizing the ARM7 MicrocontrollerPREDKO 978-0-07-159757-9 � 2009
LabVIEW Digital Signal Processing and Digital CommunicationsCLARK 978-0-07-144492-7 � 2005
VHDL: Programming by Example, 4ePERRY 978-0-07-140070-1 � 2002
Verilog Digital System Design, 2eNAVABI 978-0-07-144564-1 � 2006
LabVIEW Graphical Programming, 4eJOHNSON 978-0-07-145146-8 � 2007
Build Your Own Electronics Workshop: Everything You Need to Design a Work Space, Use Test Equipment, Build and Troubleshoot CircuitsPETRUZZELLIS 978-0-07-144724-9 � 2005
Build Your Own Electric MotorcycleVOGEL 978-0-07-162293-6 � 2009
Build Your Own Printed Circuit BoardWILLIAMS 978-0-07-142783-8 � 2004
Build Your Own Electric Vehicle, 2eLEITMAN 978-0-07-154373-6 � 2009
Build Your Own Plug-In Hybrid VehicleLEITMAN 978-0-07-161473-3 � 2009
Telecommunications & Networking
Professional
Handbooks
Telecommunications Cabling Installation, 2eBICSI 978-0-07-140979-7 � 2003
Fundamentals of Communications SystemsFITZ 978-0-07-148280-6 � 2007
Standard Handbook of Audio Engineering, 2eWHITAKER 978-0-07-006717-2 � 2002
Wireless Broadband HandbookBATES 978-0-07-137161-2 � 2001
Tuning Microsoft Server Clusters: Guaranteeing High Availability for Business NetworksBUCHANAN 978-0-07-141739-6 � 2004
Audio/Video Protocol HandbookWHITAKER 978-0-07-139643-1 � 2002
Standard Handbook of Video and Television Engineering, 4eWHITAKER 978-0-07-141180-6 � 2003
Master Handbook of Acoustics, 5eEVEREST 978-0-07-160332-4 � 2009
Cable Communications TechnologyBARTLETT 978-0-07-145781-1 � 2006
Communications Networks: Principles and PracticeKASERA 978-0-07-147656-0 � 2007
The Pilot's Radio Communications Handbook, 5eILLMAN 978-0-07-031832-8 � 1998
WiMAX Handbook: Building 802-16 Wireless NetworksOHRTMAN 978-0-07-145401-8 � 2005
Telecom Crash Course, 2eSHEPARD 978-0-07-145143-7 � 2005
Standard Handbook of Broadcast EngineeringWHITAKER 978-0-07-145100-0 � 2005
Network Processors: Architectures, Protocols, and PlatformsLEKKAS 978-0-07-140986-5 � 2003
Complete List
ATM Networks: Concepts and Protocols KASERA 978-0-07-147732-1 � 2007
Disaster Proofing Information Systems: A Complete Methodology for Eliminating Single Points of FailureBUCHANAN 978-0-07-140922-3 � 2003
Telecommunications & Networking
Professional
Wireless Security: Models, Threats, and SolutionsNICHOLS 978-0-07-138038-6 � 2002
Complete Wireless Design, 2eSAYRE 978-0-07-154452-8 � 2008
Wireless and Cellular Telecommunications, 3eLEE 978-0-07-143686-1 � 2006
Wireless A to ZMULLER 978-0-07-141088-5 � 2003
Installing, Troubleshooting, and Repairing Wireless NetworksASPINWALL 978-0-07-141070-0 � 2003
Signal Processing for Wireless CommunicationsBOCCUZZI 978-0-07-148905-8 � 2008
Wireless Mesh Networking: With 802.16, 802.11 and ZigBEEAGGELOU 978-0-07-148256-1 � 2009
3G Wireless with WiMAX and Wi-Fi: 802.16 and 802.11SMITH978-0-07-144082-0 � 2005
Roaming in Wireless NetworksSIDDIQUI 978-0-07-145505-3 � 2006
CDMA Capacity and Quality OptimizationROSENBERG 978-0-07-139919-7 � 2003
Spread Spectrum CDMA: IS-95 and IS-2000 for RF CommunicationsLEE 978-0-07-140671-0 � 2003
RF and Microwave Power Amplifier DesignGREBENNIKOV 978-0-07-144493-4 � 2005
The UMTS Air-Interface in RF Engineering: Design and Operation of UMTS NetworksSU978-0-07-148866-2 � 2007
WiFi Home NetworkingSMITH 978-0-07-141253-7 � 2003
Gigabit Ethernet for Metro Area NetworksBEDELL 978-0-07-139389-8 � 2003
Ethernet Passive Optical NetworksKRAMER 978-0-07-144562-7 � 2005
Ethernet in the First Mile: The IEEE 802.3ah EFM StandardBECK 978-0-07-145506-0 � 2005
APIs and Protocols for Convergent Network ServicesMUELLER 978-0-07-138880-1 � 2002
Wireless Telecommunications Networking with ANSI-41, 2eSNYDER 978-0-07-135231-4 � 2001
Microwave Transmission Networks, 2eLEHPAMER 978-0-07-170122-8 � 2010
Mobile Computing: Technology, Applications, and Service CreationTALUKDER 978-0-07-147733-8 � 2007
Fundamentals of Mobile and Pervasive ComputingADELSTEIN 978-0-07-141237-7 � 2005
Mobile Video Telephony: For 3G Wireless NetworksMYERS 978-0-07-144568-9 � 2005
Signaling System 7, 5eRUSSELL 978-0-07-146879-4 � 2006
Fixed Mobile ConvergenceSHNEYDERMAN978-0-07-148606-4 � 2008
Telecommunications & Networking
Professional
Femtocells: Design & ApplicationBOCCUZZI978-0-07-163358-1 � 2010
Video Over IP: Networks and SystemsMALLYA 978-0-07-159684-8 � 2010
Carrier Grade VoIP, 3eNATSVLISHVILI 978-0-07-149421-2 � 2010
VoIP Crash CourseSHEPARD 978-0-07-226241-4 � 2005
GPS and Galileo: Dual RF Front-End Receiver Design, Fabrication, and TestMENDIZABAL 978-0-07-159869-9 � 2009
Video Engineering, 3eLUTHER978-0-07-135017-4 � 2000
Digital Cinema: The Revolution in Cinematography, Postproduction, and DistributionMcKERNAN978-0-07-142963-4 � 2005
Troubleshooting and Repairing Consumer Electronics without a Schematic, 3eDAVIDSON 978-0-07-142181-2 � 2004
Mastering Digital Television: The Complete Guide to the DTV ConversionWHITAKER978-0-07-147016-2 � 2006
High Definition DVD Handbook: Producing for HD DVD and Blu-ray DiscJOHNSON978-0-07-148585-2 � 2007
DVD Demystified, 3eTAYLOR978-0-07-142396-0 � 2006
Blu-ray Disc DemystifiedTAYLOR978-0-07-159092-1 � 2009
DVD Studio Pro 4: The Complete Guide to DVD Authoring with Macintosh, 2eNAZARIAN978-0-07-147015-5 � 2006
Programming HD DVD and Blu-ray Disc: The HD CookbookZINK978-0-07-149670-4 � 2008
Principles of Digital Audio, 5ePOHLMANN978-0-07-144156-8 � 2005
Recording Studio: Technology, Maintenance, and RepairsMcCARTNEY978-0-07-142726-5 � 2004
RFID: Radio Frequency IdentificationSHEPARD978-0-07-144299-2 � 2005
Audio/Video Cable Installer's Pocket GuideLAMPEN978-0-07-138621-0 � 2002
Radio Signal FindingSINCLAIR978-0-07-137191-9 � 2001
Aided Navigation: GPS with High Rate SensorsFARRELL 978-0-07-149329-1 � 2008
Telecommunications & Networking
Professional
Volume II: Design, Fabrications and
Testing, Sources and Detectors, Radiometry and
Photometry 978-0-07-149890-6
Volume I: Geometrical and Physical Optics, Polarized Light,
Components and Instruments978-0-07-149889-0
Volume III: Vision and Vision Optics
978-0-07-149891-3
Modern Optical Engineering, 4eSMITH 978-0-07-147687-4 � 2008
Volume V: Atmospheric Optics,
Modulators, Fiber Optics and Communication, X-Ray and
Neuron Optics978-0-07-163313-0
5-Volume Set978-0-07-170160-0
Optical System Design, 2eFISCHER 978-0-07-147248-7 � 2008
Volume IV: Optical Properties of Materials, Nonlinear Optics, Quantum and
Molecular Optics978-0-07-149892-0
Optical Switching Systems and TechnologiesBATES 978-0-07-138853-5 � 2001
Photonics Essentials, 2ePEARSALL978-0-07-162935-5 � 2010
Practical Optical System Layout: And Use of Stock LensesSMITH 978-0-07-059254-4 � 1997
Photodetection and Measurement: Maximizing Performance in Optical SystemsJOHNSON 978-0-07-140944-5 � 2003
Photonics and Laser Engineering: Principles, Devices & ApplicationsSENNAROGLU978-0-07-160608-0 � 2010
Advanced Nonimaging/Illumination OpticsKOSHEL978-0-07-159851-4 � 2010
Photonics Rules of Thumb: Optics, Electro-Optics, Fiber Optics, and Lasers, 2eMILLER 978-0-07-138519-0 � 2004
Sponsored by The Optical Society of AmericaHandbooks of Optics, 3e
The Optical Society of America is a professional society dedicated to serving optics professionals and academics, in the U.S. and around the world. An unprecedented ‘Who’s Who’ of global optics experts explain, illustrate, and solve the entire field of optics in five carefully architected and cross-referenced volumes. There is not anything else like this available elsewhere!
Optics
Planning Fiber Optic NetworksCHOMYCZ 978-0-07-149919-4 � 2009
Phase Space Optics: Fundamentals and ApplicationsTESTORF 978-0-07-159798-2 � 2010
Fiber Optic Installer's Field ManualCHOMYCZ 978-0-07-135604-6 � 2000
Modern Lens Design, 2eSMITH 978-0-07-143830-8 � 2005
Chalcogenide Glasses for Infrared OpticsHILTON978-0-07-159697-8 � 2010
Optical Waveguide Modes: Polarization, Coupling and SymmmetryBLACK978-0-07-162296-7 � 2010
Extreme Ultraviolet LithographyWU 978-0-07-154918-9 � 2009
Telecommunications & Networking
Professional
Handbook of Ultra-Short Pulse Lasers for Biomedical and Medical ApplicationsNEEV978-0-07-162732-0 � 2010
Biomedical Applications of Light ScatteringWAX 978-0-07-159880-4 � 2010
Vibrational Spectroscopic Imaging for Biomedical ApplicationsSRINIVASAN978-0-07-159699-2 � 2010
Optofluidics: Fundamentals, Devices, and ApplicationsFAINMAN978-0-07-160156-6 � 2010
Artificial Tactile Sensing in Biomedical EngineeringNAJARIAN 978-0-07-160151-1 � 2009
In Vivo Clinical Imaging and DiagnosisTUNNELL978-0-07-162683-5 � 2010
Organic Electronics in Sensors and BiotechnologySHINAR 978-0-07-159675-6 � 2009
Nano-BiophotonicsPOPESCU978-0-07-173701-2 � 2010
Biomedical Engineering and Design Handbook: Volume I and II, 2eKUTZ978-0-07-149840-1 � 2009978-0-07-149838-8 (Volume I)978-0-07-149839-5 (Volume II)
Telecommunications & Networking
Professional
Geographic Information Systems
Remote Sensing for Biodiversity and Wildlife Management: Synthesis & ApplicationsFRANKLIN978-0-07-162247-9 � 2010
Remote Sensing and GIS Integration: Theories, Methods and ApplicationsWENG978-0-07-160653-0 � 2010
Spectral Imagery and GIScience: Theories & ApplicationsROBILA978-0-07-160211-2 � 2010
Digital Analysis of Remotely Sensed ImageryGAO 978-0-07-160465-9 � 2009
Radar Handbook, 3eSKOLNIK 978-0-07-148547-0 � 2008
Fundamentals of Radar Signal ProcessingRICHARDS 978-0-07-144474-3 � 2005
Space Based Radar: Theory and ApplicationsPILLAI 978-0-07-149756-5 � 2008
Antennas & Radars
Antenna Engineering Handbook, 4eVOLAKIS 978-0-07-147574-7 � 2007
Practical Antenna Handbook, 5eHIPPISLEY 978-0-07-163958-3 � 2010
Small Antennas and Miniaturization TechniquesVOLAKIS978-0-07-162553-1 � 2010
Communication Satellite Antennas: System Architecture, Technology, and EvaluationDYBDAL 978-0-07-160918-0 � 2009
Antennas for Fixed Base-Stations in Wireless CommunicationsCHEN 978-0-07-161288-3 � 2009
Smart Antennas for Wireless Communications with MATLABGROSS 978-0-07-144789-8 � 2006
Folded Unipole Antennas: Theory and ApplicationsRAINES 978-0-07-147485-6 � 2007
Satellite Communications, 4eRODDY 978-0-07-146298-3 � 2006
Sensors Handbook, 2eSOLOMAN 978-0-07-160570-0 � 2009
Sensors and Control Systems in Manufacturing, 2eSOLOMAN 978-0-07-160572-4 � 2010
Evil Genius
Professional
The Evil Genius series makes building real working projects and creating devices practical, efficient and fun. Featuring easy-to-follow, step-by-step instructions, it offers loads of projects to delve into -starting from the basic and gradually building up to more sophisticated ones.
Holography Projects for the Evil GeniusHARPER � 978-0-07-162400-8 � 2010
Mind Performance Projects for the Evil Genius: 19 Brain-Bending Bio HacksGRAHAM � 978-0-07-162392-6 � 2010
50 Green Projects for the Evil GeniusSHARIFF � 978-0-07-154959-2 � 2009
Electronic Sensors for the Evil Genius: 54 Electrifying ProjectsPETRUZZELLIS � 978-0-07-147036-0 � 2006
More Electronic Gadgets for the Evil Genius: 40 New Build-It-Yourself ProjectsIANNINI � 978-0-07-145905-1 � 2006
22 Radio and Receiver Projects for the Evil GeniusPETRUZZELLIS � 978-0-07-148929-4 � 2008
123 PIC Microcontroller Experiments for the Evil GeniusPREDKO � 978-0-07-145142-0 � 2005
Programming Video Games for the Evil Genius CINNAMON � 978-0-07-149752-7 � 2008
Bionics for the Evil Genius: 25 Build-It-Yourself ProjectsBRAGA � 978-0-07-145925-9 � 2006
25 Home Automation Projects for the Evil GeniusLEDFORD � 978-0-07-147757-4 � 2007
Bike, Scooter, and Chopper Projects for the Evil GeniusGRAHAM � 978-0-07-154526-6 � 2008
101 Outer Space Projects for the Evil GeniusPROCHNOW � 978-0-07-148548-7 � 2007
46 Science Fair Projects for the Evil GeniusBONNET � 978-0-07-160027-9 � 2009
Solar Energy Projects for the Evil Genius: 50 Build-It-Yourself ProjectsHARPER � 978-0-07-147772-7 � 2008
Electronic Gadgets for the Evil Genius: 28 Build-It-Yourself ProjectsIANNINI � 978-0-07-142609-1 � 2004
Telephone Projects for the Evil GeniusPETRUZZELLIS � 978-0-07-154844-1 � 2009
Electronic Circuits for the Evil Genius: 57 Lessons with ProjectsCUTCHER � 978-0-07-144881-9 � 2005
PC Mods for the Evil Genius: 25 Custom-Builds to Super-Charge Your ComputerASPINWALL � 978-0-07-147360-6 � 2007
Mechatronics for the Evil Genius: 25 Build-It-Yourself ProjectsBRAGA � 978-0-07-145759-0 � 2006
Fuel Cell Projects for the Evil Genius HARPER � 978-0-07-149659-9 � 2008
50 Awesome Auto Projects for the Evil GeniusHARPER � 978-0-07-145823-8 � 2006
50 Model Rocket Projects for the Evil Genius HARPER � 978-0-07-146984-5 � 2007
51 High-Tech Practical Jokes for the Evil GeniusGRAHAM � 978-0-07-149494-6 � 2008
New
New
Encyclopedias & Dictonaries
Professional
McGraw-Hill Encyclopedia of Science and Technology, 10e
The definitive source for keeping up with the amazing changes in science and technology -complete with more than 1,700 new and updated articles!
For more than four decades, the McGraw-Hill Encyclopedia of Science and Technology has provided readers with the information they need in an understandable, authoritative way that invites critical inquiry and captures the imagination.
Featuring entries written by international leaders in science and technology, no other reference so thoroughly and dynamically chronicles the expanding frontier, facts, and trends so vital to students, professionals, and general readers.
978-0-07-144143-8 � 2007
Free supplemental website available to all users! www.mhest.com
Thoroughly revised and updated, this classic encyclopedia features more than 7,000 concise articles covering all areas of science and technology -written by authors at the forefront of their fields, including numerous Nobel Prize winners.
978-0-07-161366-8 � 2009
McGraw-Hill Concise Encyclopedia of Science and Technology, 6e
More than 150 articles explore the latest advances in science and technology!
The McGraw-Hill Yearbook of Science and Technology 2010 continues its tradition of making information on the latest advances in science and technology accessible to the non-specialist through concise, richly illustrated articles.
978-0-07-163928-6 � 2010
McGraw-Hill Yearbook of Science and Technology 2010
For more than 35 years, the McGraw-Hill Dictionary of Scientific and Technical Terms has been the number one source for the terminology of science and technology, with definitions in more than 100 fields from acoustics to zoology. Now, following an extensive revision to its content, this classic is offered in a fresh new look with more 75 full color plates complementing the text.
978-0-07-160899-2 � 2010
McGraw-Hill Dictionary of Scientific and Technical Terms, 7e
Written in clear, simple language, this dictionary covers such topics as building construction, chemical engineering, civil engineering, control systems, design engineering, engineering acoustics, industrial engineering, information technology and computing, mechanical engineering, systems engineering, telecommunications, and thermodynamics.
978-0-07-141050-2 � 2003
McGraw-Hill Dictionary of Engineering, 2e
Study Guides
Professional
The key to faster learning and higher grades in every subject! Each Outline presents all the essential course information in an easy-to-follow, topic-by-topic format. It highlights all the important facts and offers hundreds of examples, solved problems, and practice exercises to test your skills.
Schaum ́ s Outlines
Schaum ́ s Easy Outlines - Crash Course
Basic Electricity, 2eGUSSOW � 978-0-07-163528-8 � 2010
Basic Mathematics for Electricity and Electronics, 2eBEISER � 978-0-07-004439-5 � 1993
Electronic Devices and Circuits, 2eCATHEY � 978-0-07-136270-2 � 2002
OpticsHECHT � 978-0-07-027730-4 � 1974
Electromagnetics, 3eEDMINISTER � 978-0-07-163235-5 � 2010
Analog and Digital Communications, 2eHSU � 978-0-07-140228-6 � 2003
Signals and Systems, 2eHSU � 978-0-07-163472-4 � 2010
Introduction to Digital SystemsPALMER � 978-0-07-048439-9 � 1993
Basic Electrical Engineering, 2eCATHEY � 978-0-07-011355-8 � 1997
Electric Circuits, 4eNAHVI � 978-0-07-139307-2 � 2003
Basic Circuit Analysis, 2eO'MALLEY � 978-0-07-047824-4 � 1992
Electric Machines and Electromechanics, 2eNASAR � 978-0-07-045994-6 � 1998
Electric Power SystemsNASAR � 978-0-07-045917-5 � 1990
Digital Signal ProcessingHAYES � 978-0-07-027389-4 � 1999
Digital Principles, 3eTOKHEIM � 978-0-07-065050-3 � 1994
Feedback and Control Systems, 3eDISTEFANO � 978-0-07-163512-7 � 2010
Electronic Devices and CircuitsCATHEY978-0-07-145532-9 � 2006
Basic ElectricityGUSSOW978-0-07-138316-5 � 2002
ElectromagneticsEDMINISTER978-0-07-139879-4 � 2003
3000 Solved Problems in Electric CircuitsNASAR978-0-07-045936-6 � 1988
New
New
New
New
Schaum ́ s Solved Problems
Study Guides
Professional
The easiest, fastest, most practical way to learn new topics quickly! Organized as self-teaching guides, all Demystified titles come complete with key points, background information, end-of-chapter review questions, and even final exams.
Fundamentals of essential telecommunications topics in an easy to read, self-study format.
Demystified
Also available!
Wireless LANs DemystifiedBHOLA978-0-07-138784-2 � 2002
IP Telephony DemystifiedCAMP978-0-07-140670-3 � 2003
SIP DemystifiedCAMARILLO978-0-07-137340-1 � 2002
Cryptography DemystifiedHERSHEY978-0-07-140638-3 � 2003
Optics Demystified
GIBILISCO � 978-0-07-149449-6 � 2009
Circuit Analysis Demystified
McMAHON � 978-0-07-148898-3 � 2008
Electronics Demystified
GIBILISCO � 978-0-07-143493-5 � 2005
Nanotechnology Demystified
WILLIAMS � 978-0-07-146023-1 � 2007
Signals and Systems Demystified
McMAHON � 978-0-07-147578-5 � 2007
Home Networking Demystified
LONG � 978-0-07-225878-3 � 2005
Electricity Demystified
GIBILISCO � 978-0-07-143925-1 � 2006
Digital Electronics Demystified
PREDKO � 978-0-07-144141-4 � 2005
Robotics Demystified
WISE � 978-0-07-143678-6 � 2005
Visual C# 2005 Demystified
KENT � 978-0-07-226170-7 � 2006
Audio Demystified
GIBILISCO � 978-0-07-146983-8 � 2007
McGraw-Hill
Professional Engineering
2010
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