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4 PEARSON CUSTOM ELECTRONICS TECHNOLOGY

Introduction 32 LC4501

Voltage and Current 30 LC4502

Resistance 38 LC4503

Ohm's Law, Power, and Energy 30 LC4504

Series dc Circuits 54 LC4505

Parallel dc Circuits 58 LC4506

Series-Parallel Circuits 40 LC4507

Methods of Analysis and Selected Topics (dc) 62 LC4508

Network Theorems 52 LC4509

Capacitors 64 LC4510

Inductors 52 LC4511

Magnetic Circuits 26 LC4512

Sinusoidal Alternating Waveforms 48 LC4513

The Basic Elements and Phasors 50 LC4514

Series and Parallel ac Circuits 76 LC4515

Series-Parallel ac Networks 30 LC4516

Methods of Analysis and Selected Topics (ac) 44 LC4517

Network Theorems (ac) 48 LC4518

Power (ac) 36 LC4519

Resonance 46 LC4520

Decibels, Filters, and Bode Plots 72 LC4521

Transformers 40 LC4522

Polyphase Systems 38 LC4523

Pulse Waveforms and the R-C Response 28 LC4524

Nonsinusoidal Circuits 25 LC4525

Appendix: Conversion Factors 3 LC4526

Appendix: TI-86 Calculator 3 LC4527

Appendix: PSpice, Multisim, and Mathcad 2 LC4528

Appendix: Determinants 8 LC4529

Appendix: Greek Alphabet 1 LC4530

Appendix: Magnetic Parameter Conversions 1 LC4531

Appendix: Maximum Power Transfer Conditions 2 LC4532

BoylestadIntroductory Circuit Analysis, 11/e, 0-13-173044-4

Page Count Chapter Code

DC/AC CIRCUITS: CONVENTIONAL FLOW TEXTBOOKS

AVAILABLE MARCH 2009


Current and Voltage 33 LC5402

Resistance 31 LC5403

Ohm's Law, Power, and Energy 27 LC5404




Methods of Analysis and Selected Topics (dc) 71 LC5408

Network Theorems 47 LC5409


Inductors 48 LC5411

Sinusoidal Alternating Waveforms 46 LC5412

The Basic Elements and Phasors 52 LC5413

Series and Parallel ac Circuits 57 LC5414

Series-Parallel ac Networks and the Power Triangle 36 LC5415

ac Methods of Analysis and Theorems 50 LC5416

Resonance and Filters 63 LC5417

Transformers and Three-Phase Systems 43 LC5418

Appendix: Conversion Factors 3 LC5419

Appendix: PSpice, Electronics Workbench, and Mathcad 2 LC5420

Appendix: Determinants 7 LC5421

Appendix: Color Coding of Molded Tubular Capacitors (Picofarads) 1 LC5422

Appendix: The Greek Alphabet 1 LC5423

Appendix: Magnetic Parameter Conversions 1 LC5424

Appendix: Maximum Power Transfer Conditions 2 LC5425

Textbooks

5DC/AC CIRCUITS: CONVENTIONAL FLOW

BoylestadEssentials of Circuit Analysis, 1/e, 0-13-061655-9


AVAILABLE APRIL 2009

Quantities and Units 16 LC2501

Voltage, Current, and Resistance 58 LC2502

Ohm's Law 28 LC2503

Energy and Power 20 LC2504

Series Circuits 56 LC2505

Parallel Circuits 56 LC2506


Circuit Theorems and Conversions 56 LC2508

Branch, Loop, and Node Analyses 38 LC2509

Magneticism and Electromagneticism 38 LC2510

Introduction to Alternating Current and Voltage 62 LC2511


Inductors 40 LC2513




FloydPrinciples of Electric Circuits: Conventional Current Version, 8/e, 0-13-170179-7




Ohm's Law, Energy, and Power 40 LC3003




Magnetism and Electromagnetism 36 LC3007



RC Circuits 60 LC3010

Inductors 38 LC3011

RL Circuits 48 LC3012

RLC Circuits and Resonance 54 LC3013


Time Response of Reactive Circuits 44 LC3015

Appendix: Table of Standard Resistor Values 2 LC3016

Appendix: Capacitor Color Coding and Marking 6 LC3017

Appendix: Norton's Theorem and Millman's Theorem 6 LC3018

Glossary 8 LC3019


FloydElectric Circuits Fundamentals, 7/e, 0-13-219710-3




Passive Filters 34 LC2518

Circuit Theorems in AC Analysis 34 LC2519


Three-Phase Systems in Power Applications 28 LC2521


Appendix: Capacitor Color Coding 6 LC2523

Glossary 8 LC2524

Textbooks


Paynter/BoydellElectronics Technology Fundamentals: Conventional Flow Version, 3/e, 0-13-504874-5



Principles of Electricity 17 LC4302

Components and Circuit Measurements 32 LC4303

Ohm's Law and Power 22 LC4304




Circuit Analysis Techniques 35 LC4308

Magnetism 19 LC4309

Alternating Current and AC Measurements 43 LC4310

Inductors and Transformers 38 LC4311

Resistive-Inductive (RL) Circuits 36 LC4312


Resistive-Capacitive (RC) Circuits 35 LC4314


Frequency Response and Passive Filters 48 LC4316

RL and RC Circuit Pulse Response 23 LC4317

Introduction to Solid-State Components: Diodes 41 LC4318

Basic Diode Circuits 43 LC4319

Bipolar Junction Transistor Operation and Biasing 45 LC4320

BJT Amplifiers 42 LC4321

Field-Effect Transistors and Circuits 48 LC4322

Continued

FloydPrinciples of Electric Circuits: Conventional Current Version, 8/e, 0-13-170179-7




Operational Amplifiers 47 LC4323

Active Filters and Oscillators 46 LC4324

Switching Circuits 36 LC4325

Discrete and Integrated Voltage Regulators 25 LC4326

Thyristors and Other Devices 35 LC4327

Appendix: Conversions and Units 5 LC4328

Appendix: Resistor Standard Values and Color Codes 2 LC4329

Appendix: Specification Sheets 6 LC4330

Appendix: h-Parameters 18 LC4331

Appendix: Polar and Rectangular Notations 8 LC4332

Glossary 14 LC4333

Strangeway/Petersen/Gassert/LokkenContemporary Electric Circuits: Insights and Analysis, 2/e, 0-13-111528-6Accompainies


The Nature of Electricity 20 LC5001

Electrical Quantities 26 LC5002

Series-Parallel Analysis of DC Circuits 44 LC5003

AC Sinusoidal Steady-State Signals and Resistive Circuits 20 LC5004

Electric Fields and Capacitors 20 LC5005

Magnetic Fields and Inductors 22 LC5006

Response of RC and RL Circuits to DC Signals 28 LC5007

AC Sinusoidal Steady-State Signals, Phasors, and Impedance 26 LC5008

Series-Parallel Analysis of AC Circuits 26 LC5009

Power in AC Circuits 22 LC5010

Advanced Methods of DC and AC Circuit Analysis 34 LC5011

Thévenin and Norton Equivalent Circuits 28 LC5012

Transformers and Mutual Inductors 24 LC5013

Three-Phase Circuits and Power 22 LC5014

Variable-Frequency Circuit Analysis 46 LC5015

Resonant Circuits 26 LC5016

Bibliography 2 LC5017

Continued



Textbooks

9DC/AC CIRCUITS: ELECTRON FLOW



Ohm's Law 28 LC2603

Energy and Power 20 LC2604




Circuit Theorems and Conversions 56 LC2608


Magneticism and Electromagneticism 38 LC2610



Inductors 40 LC2613






Circuit Theorems in AC Analysis 34 LC2619


Three-Phase Systems in Power Applications 28 LC2621



Glossary 8 LC2624

FloydPrinciples of Electric Circuits: Electron Flow Version, 8/e, 0-13-170178-9


DC/AC CIRCUITS: ELECTRON FLOW TEXTBOOKS



Paynter/BoydellElectronics Technology Fundamentals: Electron Flow Version, 3/e, © 2009, 0-13-501345-3










Magnetism 19 LC4209
























Glossary 14 LC4233

Textbooks

11DC/AC CIRCUITS: CONVENTIONAL AND ELECTRON FLOW – COMBINATION



Ohm's Law, Energy, and Power 40 LC2903




Magnetism and Electromagnetism 36 LC2907




Inductors 38 LC2911





Diodes and Applications 62 LC2916

Transistors and Applications 68 LC2917

The Operational Amplifier 42 LC2918

Basic Op-Amp Circuits 48 LC2919

Special-Purpose Op-Amp Circuits 42 LC2920

Measurement, Conversion, and Control 44 LC2921


Appendix: Capacitor Color Coding and Marking 6 LC2923

Appendix: Norton's Theorem and Millman's Theorem 6 LC2924

Appendix: Devices Data Sheets 10 LC2925

Appendix: Field-Programmable Analog Arrays (FPAAs) 10 LC2926

Glossary 10 LC2927

DC/AC CIRCUITS: CONVENTIONAL AND ELECTRON FLOW — COMBINATIONTEXTBOOKS

FloydElectronics Fundamentals: Circuits, Devices, and Applications, 7/e, 0-13-219709-X




Floyd/BuchlaFundamentals of Analog Circuits, 2/e, 0-13-060619-7


ANALOG DEVICES TEXTBOOKS

Basic Concepts of Analog Circuits and Signals 48 LC3201

Diodes and Applications 80 LC3202

Bipolar Junction Transistors (BJTs) 82 LC3203

Field-Effect Transistors (FETs) 64 LC3204

Multistage, RF, and Power Amplifiers 72 LC3205


Op-Amp Responses 40 LC3207


Active Filters 44 LC3209

Oscillators and Timers 44 LC3210

Voltage Regulators 48 LC3211

Special-Purpose Amplifiers 48 LC3212

Communications Circuits 64 LC3213

Data Conversion Circuits 76 LC3214

Measurement and Control Circuits 54 LC3215

Appendix: Data Sheets 60 LC3216

Glossary 8 LC3217

Semiconductor Diodes 58 LC5601

Diode Applications 72 LC5602

Bipolar Junction Transistors 30 LC5603

DC Biasing—BJTs 85 LC5604

Boylestad/NashelskyElectronic Devices and Circuit Theory, 10/e, 0-13-502649-0


ELECTRONIC DEVICES: CONVENTIONAL FLOW TEXTBOOKS

Introduction to Semiconductors 44 LC2301


Special-Purpose Diodes 60 LC2303


Transistor Bias Circuits 44 LC2305


Power Amplifiers 48 LC2307


Textbooks

13ANALOG DEVICES | ELECTRONIC DEVICES: CONVENTIONAL FLOW

BJT AC Analysis 122 LC5605

Field-Effect Transistors 44 LC5606

FET Biasing 60 LC5607

FET Amplifiers 66 LC5608

BJT and JFET Frequency Response 56 LC5609


Op-Amp Applications 30 LC5611


Linear-Digital ICs 29 LC5613

Feedback and Oscillator Circuits 33 LC5614

Power Supplies (Voltage Regulators) 28 LC5615

Other Two-Terminal Devices 30 LC5616

pnpn and Other Devices 38 LC5617

Appendix: Hybrid Parameters–Graphical Determinations and Conversion Equations(Exact and Approximate) 6 LC5618

Appendix: Ripple Factor and Voltage Calculations 6 LC5619

Appendix: Charts and Tables 2 LC5620

Significant Equations 2 LC5621

Continued

Boylestad/NashelskyElectronic Devices and Circuit Theory, 10/e, 0-13-502649-0


FloydElectronic Devices: Conventional Current Version, 8/e, 0-13-242973-X














Magnetism 19 LC4309










FET Amplifiers and Switching Circuits 62 LC2309

Amplifier Frequency Response 66 LC2310

Thyristors 40 LC2311





Oscillators 50 LC2316


Communications 50 LC2318


Appendix: Circuit Simulation and Prototyping 6 LC2320

Glossary 6 LC2321

Continued

FloydElectronic Devices: Conventional Current Version, 8/e, 0-13-242973-X


Textbooks

15ELECTRONIC DEVICES: CONVENTIONAL FLOW

Fundamental Solid-State Principles 17 LC4801

Diodes 52 LC4802

Common Diode Applications: Basic Power Supply Circuits 61 LC4803

Common Diode Applications: Clippers, Clampers, Voltage Multipliers, and Displays 38 LC4804

Special Applications Diodes 29 LC4805


DC Biasing Circuits 42 LC4807

Introduction to Amplifiers 37 LC4808

Common-Emitter Amplifiers 48 LC4809

Other BJT Amplifiers 37 LC4810



MOSFETs 31 LC4813



Additional Op-Amp Applications 38 LC4816

Paynter/Boydell/SmithIntroductory Electronic Devices and Circuits: Conventional Flow Version, 7/e, 0-13-171641-7
















Glossary 14 LC4333

Continued





ELECTRONIC DEVICES: ELECTRON FLOW TEXTBOOKS









Magnetism 19 LC4209












Paynter/BoydellElectronics Technology Fundamentals: Electron Flow Version, 3/e, 0-13-501345-3


Tuned Amplifiers 59 LC4817


Solid-State Switching Circuits 54 LC4819

Thyristors and Optoelectronic Devices 50 LC4820


Appendix: Additional Specification Sheets and Resistor Tables 9 LC4822

Appendix: Approximating Circuit Values 3 LC4823

Appendix: h-Parameter Equations and Derivations 11 LC4824

Glossary 11 LC4825

Appendix: Transistor Amplifier Design 5 LC4826

Continued

Paynter/Boydell/SmithIntroductory Electronic Devices and Circuits: Conventional Flow Version, 7/e, 0-13-171641-7


Textbooks

17ELECTRONIC DEVICES: ELECTRON FLOW

Fundamental Solid-State Principles 17 LC4701

Diodes 52 LC4702

Common Diode Applications: Basic Power Supply Circuits 61 LC4703

Common Diode Applications: Clippers, Clampers, Voltage Multipliers, and Displays 38 LC4704

Special Applications Diodes 29 LC4705


DC Biasing Circuits 42 LC4707

Introduction to Amplifiers 37 LC4708

Common-Emitter Amplifiers 48 LC4709

Other BJT Amplifiers 37 LC4710



MOSFETs 31 LC4713



Additional Op-Amp Applications 38 LC4716

Tuned Amplifiers 59 LC4717


Solid-State Switching Circuits 54 LC4719

Thyristors and Optoelectronic Devices 50 LC4720


Appendix: Additional Specification Sheets and Resistor Tables 9 LC4722


Paynter/Boydell/SmithIntroductory Electronic Devices and Circuits: Electron Flow Version, 7/e, 0-13-171639-5













Glossary 14 LC4233

Continued

Paynter/BoydellElectronics Technology Fundamentals: Electron Flow Version, 3/e, 0-13-501345-3




FloydElectronic Devices: Electron Flow Version, 8/e, 0-13-242935-7












Thyristors 40 LC2211







Communications 50 LC2218


Appendix: Circuit Simulation and Prototyping 6 LC2220

Glossary 6 LC2221

Appendix: Approximating Circuit Values 3 LC4723

Appendix: h-Parameter Equations and Derivations 11 LC4724

Glossary 17 LC4725

Appendix: Transistor Amplifier Design 11 LC4726

Continued

Paynter/Boydell/SmithIntroductory Electronic Devices and Circuits: Electron Flow Version, 7/e, 0-13-171639-5


Introductory Digital Concepts 47 LC5201

Number Systems, Operations, and Codes 62 LC5202

Logic Gates 74 LC5203

Boolean Algebra and Logic Simplification 76 LC5204

Combinational Logic 60 LC5205

Functions of Combinational Logic 76 LC5206

Additional VHDL Topics and Applications 46 LC5207

Flip-Flops and Related Devices 70 LC5208

Counters 76 LC5209

Shift Registers 58 LC5210

Memory and Storage 68 LC5211

Introduction to Microprocessors, Computers, and Buses 64 LC5212

Introduction to Digital Signal Processing 42 LC5213

Integrated Circuit Technologies 43 LC5214

Appendix: Fixed-Function Logic Devices 25 LC5215

Appendix: Error Detection and Correction Codes 6 LC5216

Appendix: Conversions 2 LC5217

Appendix: VHDL Keywords (Reserved Words) 1 LC5218

Glossary 32 LC5219

Textbooks

19DIGITAL ELECTRONICS

FloydDigital Fundamentals with VHDL, 1/e, 0-13-099527-4


DIGITAL ELECTRONICS TEXTBOOKS

Introductory Concepts 46 LC2001

Number Systems, Operations, and Codes 64 LC2002


Boolean Algebra and Logic Simplification 66 LC2004

Combinational Logic Analysis 58 LC2005

Functions of Combinational Logic 78 LC2006

FloydDigital Fundamentals, 10/e, 0-13-235923-5




KleitzDigital Electronics: A Practical Approach, 8/e 0-13-243578-0


Number Systems and Codes 26 LC4001

Digital Electronic Signals and Switches 34 LC4002

Basic Logic Gates 54 LC4003

Programmable Logic Devices: Altera and Xilinx CPLDs and FPGAs 22 LC4004

Boolean Algebra and Reduction Techniques 74 LC4005

Exclusive-OR and Exclusive-NOR Gates 24 LC4006

Arithmetic Operations and Circuits 44 LC4007

Code Converters, Multiplexers, and Demultiplexers 66 LC4008

Logic Families and Their Characteristics 46 LC4009

Flip-Flops and Registers 48 LC4010

Practical Considerations for Digital Design 50 LC4011

Counter Circuits and VHDL State Machines 84 LC4012


Multivibrators and the 555 Timer 40 LC4014

Interfacing to the Analog World 42 LC4015

Semiconductor, Magnetic, and Optical Memory 44 LC4016

Microprocessor Fundamentals 24 LC4017

The 8051 Microcontroller 36 LC4018

Latches, Flip-Flops, and Timers 60 LC2007

Counters 70 LC2008


Memory and Storage 66 LC2010

Programmable Logic and Software 90 LC2011

Signal Interfacing and Processing 44 LC2012

Computer Concepts 52 LC2013

Integrated Circuit Technologies 40 LC2014

Appendix: Conversions 4 LC2015

Appendix: Karnaugh Map POS Minimization 6 LC2016

Appendix: The Quine-McCluskey Method 4 LC2017

Appendix: NI Multisim for Circuit Simulation: Simulate, Prototype, and Test Circuits 6 LC2018

Glossary 10 LC2019

Continued

FloydDigital Fundamentals, 10/e, 0-13-235923-5


Textbooks


KleitzDigital Electronics with VHDL, 1/e, 0-13-171490-2



Digital Electronic Signals and Switches 32 LC3802

Basic Logic Gates 50 LC3803

Programmable Logic Devices: CPLDs and FPGAs with VHDL Design 52 LC3804

Boolean Algebra and Reduction Techniques 82 LC3805

Exclusive-OR and Exclusive-NOR Gates 24 LC3806

Arithmetic Operations and Circuits 52 LC3807

Code Converters, Multiplexers, and Demultiplexers 72 LC3808

Logic Families and Their Characteristics 46 LC3809

Flip-Flops and Registers 56 LC3810

Practical Considerations for Digital Design 48 LC3811

Counter Circuits and VHDL State Machines 92 LC3812


Multivibrators and the 555 Timer 36 LC3814

Interfacing to the Analog World 40 LC3815

Semiconductor, Magnetic, and Optical Memory 44 LC3816

Microprocessor Fundamentals 24 LC3817

The 8051 Microcontroller 36 LC3818

Appendix: WWW Sites 4 LC3819

Appendix: Manufacturers' Data Sheets 54 LC3820

Appendix: Explanation of the IEEE/IEC Standard for Logic Symbols (Dependency Notation) 6 LC3821

Appendix: VHDL Language Reference 8 LC3822

Appendix: Review of Basic Electricity Principles 10 LC3823

Appendix: Schematic Diagrams for Chapter-End Problems 10 LC3824

Appendix: 8051 Instruction Set Summary 8 LC3825

Appendix: Web Sites 4 LC4019


Appendix: Explanation of the IEEE/IEC Standard for Logic Symbols (Dependency Notation) 6 LC4021

Appendix: CPLD Software Tutorials 40 LC4022

Appendix: Review of Basic Electricity Principles 12 LC4023

Appendix: Schematic Diagrams for Chapter-End Problems 12 LC4024

Appendix: 8051 Instruction Set Summary 6 LC4025

Continued

KleitzDigital Electronics: A Practical Approach, 8/e 0-13-243578-0




ELECTRONIC COMMUNICATION TEXTBOOKS

Introductory Topics 66 LC3301

Amplitude Modulation: Transmission 48 LC3302

Amplitude Modulation: Reception 48 LC3303

Single-Sideband Communications 40 LC3304

Frequency Modulation: Transmission 54 LC3305

Frequency Modulation: Reception 40 LC3306

Communications Techniques 50 LC3307

Digital Communications: Coding Techniques 56 LC3308

Wired Digital Communications 54 LC3309

Wireless Digital Communications 44 LC3310

Beasley Modern Electronic Communication, 9/e © 2008 / 0-13-225113-2


Introductory Concepts 24 LC3501


Describing Logic Circuits 66 LC3503

Combinational Logic Circuits 92 LC3504

Flip-Flops and Related Devices 90 LC3505

Digital Arithmetic: Operations and Circuits 66 LC3506

Counters and Registers 130 LC3507

Integrated-Circuit Logic Families 88 LC3508

MSI Logic Circuits 102 LC3509

Digital Systems Projects Using HDL 44 LC3510

Interfacing with the Analog World 66 LC3511

Memory Devices 86 LC3512

Programmable Logic Device Architectures 32 LC3513

Glossary 14 LC3514

Appendix: Index of ICs 4 LC3515

Tocci/Widmer/MossDigital Systems: Principles and Applications, 10/e, 0-13-172579-3


Lab Manuals

23ELECTRONIC COMMUNICATION | DC/AC CIRCUITS: CONVENTIONAL FLOW

Boylestad/KousourouLaboratory Manual to accompany Introductory Circuit Analysis, 11/e, 0-13-219615-8

Page Count Lab Code

DC/AC CIRCUITS: CONVENTIONAL FLOW LAB MANUALS

Math Review and Calculator Fundamentals dc 20 LC4601

Resistors and the Color Code 10 LC4602

Ohm's Law 14 LC4603

Series Resistance 14 LC4604


Parallel Resistance 12 LC4606


Rheostats and Potentiometers 14 LC4608

Series-Parallel dc Circuits 14 LC4609

Superposition Theorem (dc) 12 LC4610

Thevenin's Theorem and Maximum Power Transfer (dc) 14 LC4611

Norton's Theorem and Current Sources 12 LC4612

Methods of Analysis 12 LC4613


R-L and R-L-C Circuits with a dc Source Voltage 12 LC4615

Design of a dc Ammeter and Voltmeter and Meter Loading Effects 10 LC4616

Wheatstone Bridge and -Y Conversions 10 LC4617

Ohmmeter Circuits 10 LC4618

Network Communications 68 LC3311

Transmission Lines 58 LC3312

Wave Propagation 48 LC3313

Antennas 44 LC3314

Waveguides and Radar 44 LC3315

Microwaves and Lasers 50 LC3316

Television 56 LC3317

Fiber Optics 58 LC3318

Appendix: Acronyms and Abbreviations 8 LC3319

Glossary 20 LC3320

Continued

Beasley Modern Electronic Communication, 9/e © 2008 / 0-13-225113-2




Math Review and Calculator Fundamentals ac 16 LC4619

The Oscilloscope 14 LC4620

R-L-C Components 14 LC4621

Frequency Response of R, L, and C Components 12 LC4622

Frequency Response of the Series R-L Network 14 LC4623

Frequency Response of the Series R-C Network 12 LC4624

The Oscilloscope and Phase Measurements 16 LC4625

Series Sinusoidal Circuits 14 LC4626

Parallel Sinusoidal Circuits 18 LC4627

Series-Parallel Sinusoidal Circuits 18 LC4628

Thevenin's Theorem and Maximum Power Transfer (ac) 14 LC4629

Series Resonant Circuits 16 LC4630

Parallel Resonant Circuits 16 LC4631


The Transformer 10 LC4633

Pulse Waveforms 18 LC4634

Currents and Voltage in Balanced Three-Phase Systems 12 LC4635

Power Measurements in Three-Phase Systems 16 LC4636

Appendix: Resistor Color Coding 2 LC4637


Appendix: Resistance Measurements (VOM) 1 LC4639

Appendix: Proper Use of the VOM Multimeter 1 LC4640

Appendix: Scientific Notation and Trogonometric Identities 1 LC4641

BoylestadExperiments in Circuit Analysis, 1/e, 0-13-114186-4

Page Count Lab Code

Math Review and Calculator Fundamentals dc 18 LC5501

Resistors and the Color Code 10 LC5502

Ohm's Law 14 LC5503

Series Resistance 12 LC5504


Parallel Resistance 12 LC5506

Continued

Boylestad/KousourouLaboratory Manual to accompany Introductory Circuit Analysis, 11/e, 0-13-219615-8

Page Count Lab Code

Lab Manuals



Rheostats and Potentiometers 14 LC5508

Series-Parallel dc Circuits 12 LC5509

Superposition Theorem (dc) 10 LC5510

Thevenin's Theorem and Maximum Power Transfer (dc) 14 LC5511

Norton's Theorem and Source Conversions 10 LC5512

Methods of Analysis 10 LC5513


R-L and R-L-C Circuits with a dc Source Voltage 10 LC5515

Design of a dc Ammeter and Voltmeter and Meter Loading Effects 10 LC5516

Wheatstone Bridge and -Y Conversions 10 LC5517

Ohmmeter Circuits 10 LC5518

Computer Analysis: Series, Parallel, and Series-Parallel Networks 10 LC5519

Computer Analysis: Superposition, Thevenin's Theorem, Transients 10 LC5520

Math Review and Calculator Fundamentals ac 16 LC5521


R-L-C Components 12 LC5523

Frequency Response of R, L, and C Components 10 LC5524

Frequency Response of the Series R-L Network 12 LC5525

Frequency Response of the Series R-C Network 12 LC5526

The Oscilloscope and Phase Measurements 14 LC5527

Series Sinusoidal Circuits 14 LC5528

Parallel Sinusoidal Circuits 14 LC5529

Series-Parallel Sinusoidal Circuits 12 LC5530

Thevenin's Theorem and Maximum Power Transfer (ac) 12 LC5531

Series Resonant Circuits 14 LC5532

Parallel Resonant Circuits 14 LC5533


The Transformer 10 LC5535

Pulse Waveforms 16 LC5536

Currents and Voltages in Balanced Three-Phase Systems 10 LC5537

Power Measurements in Three-Phase Systems 12 LC5538

Computer Analysis: Series and Parallel ac Networks 8 LC5539

Computer Analysis: Frequency Response, Resonance 8 LC5540

Appendix: Resistor Color Coding 2 LC5541


Appendix: Resistance Measurements (VOM) 1 LC5543

Appendix: Proper Use of the VOM Multimeter 1 LC5544

Appendix: Scientific Notation and Trogonometric Identities 1 LC5545

Continued

BoylestadLaboratory Manual for Essentials of Circuit Analysis, 1/e, 0-13-114186-4

Page Count Lab Code



Page Count Lab Code

The Resistor Color Code and Resistance Measurements 8 LC4401

Potentiometers 8 LC4402

Ohm's Law 8 LC4403

Power 6 LC4404

Series Circuits and Kirchhoff's Voltage Law 8 LC4405

The Voltage-Divider Relationship and Source Resistance 8 LC4406


Kirchhoff's Current Law and the Current-Divider Relationship 10 LC4408


Loaded Voltage Dividers 8 LC4410

The Superposition Theorem 6 LC4411

Thevenin's Theorem and Maximum Power Transfer 6 LC4412

Inductors and Inductive Reactance (XL) 10 LC4413


Series RL Circuits 8 LC4415

Parallel RL Circuits 8 LC4416

Capacitors and Capacitive Reactance (XC) 8 LC4417

Series RC Circuits 8 LC4418

Parallel RC Circuits 8 LC4419

Series LC Circuits 8 LC4420

Parallel LC Circuits 8 LC4421

Series RLC Circuits 8 LC4422

Parallel RLC Circuits 8 LC4423

RC and RL Low-Pass Filters 8 LC4424

RC and RL High-Pass Filters 8 LC4425

LC Bandpass Filters 8 LC4426

RC and RL Switching Circuit Pulse Response 10 LC4427

Diode Characteristics 10 LC4428

Diode Rectifier Circuits 10 LC4429

Clippers, Clampers, and Voltage Multipliers 8 LC4430

Base Bias 8 LC4431

Voltage-Divider Bias 8 LC4432

The Common-Emitter Amplifier 8 LC4433

The Common-Collector Amplifier (Emitter Follower) 8 LC4434

Class B and Class AB Amplifiers 8 LC4435

JFET Operation 8 LC4436

Paynter/BoydellLaboratory Manual to accompany Electronics Technology Fundamentals, 3/e, 0-13-504876-1

Lab Manuals


Gate-Bias and Self-Bias Circuits 8 LC4437

The Common-Source Amplifier 6 LC4438

Inverting Amplifiers 6 LC4439

Noninverting Amplifiers 6 LC4440

Comparators and Summing Amplifiers 8 LC4441

Low-Pass and High-Pass Active Filters 8 LC4442


BJT Switching Circuits 8 LC4444

Op-Amp Schmitt Triggers 8 LC4445

The 555 Timer 8 LC4446

IC Voltage Regulators 6 LC4447

Silicon-Controlled Rectifiers 6 LC4448

Appendix: Circuit Construction and the Protoboard 6 LC4449

Appendix: Mutimeters 10 LC44502

Appendix: Oscilloscopes 8 LC4451

Appendix: Fault Analysis Charts 9 LC4452

Continued


Page Count Lab Code

Introduction to the Electrical Laboratory 4 LC5101

The Nature of Electricity 10 LC5102

Electrical Measurements 12 LC5103

Resistance of Resistors and Wires 6 LC5104

Series Circuits and Ohm's Law 6 LC5105

Series Circuits, KVL, and Power 8 LC5106

Series Circuits, Voltage Divider, and Meter Loading 8 LC5107

Parallel Circuits and Ohm's Law 8 LC5108

Parallel Circuits, KCL, and Current Divider 8 LC5109

Series–Parallel Circuits 8 LC5110

Superposition in a Multiple-Source DC Circuit 8 LC5111

AC Signals 6 LC5112

Strangeway/Gassert/PetersenLaboratory Manual to accompany Contemporary Electric Circuits: Insights and Analysis, 2/e, 0-13-111560-X

Page Count Lab Code



Capacitors in DC and AC Circuits 10 LC5113

Inductors in DC and AC Circuits 8 LC5114

KVL and Voltage Divider in AC Series Circuits 8 LC5115

KCL and Current Divider in AC Parallel Circuits 8 LC5116

AC Series Circuits with L and C 6 LC5117

AC Series–Parallel Circuits 6 LC5118

Circuits with Both DC and AC Sources 6 LC5119

Complex Power and Power Factor Correction 8 LC5120

Mesh Analysis 8 LC5121

Nodal Analysis 8 LC5122

Bridge Circuits and Delta–Wye Conversions 6 LC5123

AC Steady-State Response of an RLC Circuit 6 LC5124

Thevenin Equivalent Circuits 8 LC5125

Norton Equivalent Circuits 8 LC5126

Maximum Power Transfer 8 LC5127


Three-Phase Circuits 6 LC5129

Frequency Response of RC and RL Circuits 8 LC5130

Another RC Transfer Function 6 LC5131

Another RL Transfer Function 6 LC5132

Series Resonance 6 LC5133

Series–Parallel Resonance 8 LC5134

Appendix: Sample Laboratory Report 7 LC5135

Appendix: Sample Engineering Notebook Entry 9 LC5136

Continued

Strangeway/Gassert/PetersenLaboratory Manual to accompany Contemporary Electric Circuits: Insights and Analysis, 2/e, 0-13-111560-X

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Lab Manuals


BuchlaExperiments in Basic Circuits: Theory and Application, 8/e, 0-13-170181-9

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Metric Prefixes, Scientific Notation, and Graphing 14 LC2801

Laboratory Meters and Power Supply 12 LC2802

Measurement of Resistance 8 LC2803

Ohm's Law 8 LC2804

Power in DC Circuits 8 LC2805


The Voltage Divider 12 LC2807

Circuit Ground 8 LC2808


Series-Parallel Combination Circuits 8 LC2810


Thevenin's Theorem 8 LC2812

The Wheatstone Bridge 10 LC2813

Norton's Theorem 10 LC2814

Circuit Analysis Methods 10 LC2815

Magnetic Devices 8 LC2816


Sine-Wave Measurements 8 LC2818

Pulse Measurements 8 LC2819


Capacitive Reactance 8 LC2821

Inductors 8 LC2822

Inductive Reactance 8 LC2823







Parallel Resonance 10 LC2830


Circuit Theorems for AC Circuits 8 LC2832

Integrating and Differentiating Circuits 8 LC2833

Appendix: List of Materials for the Experiments 2 LC2834

DC/AC CIRCUITS: ELECTRON FLOW LAB MANUALS





Ohm's Law 8 LC4403

Power 6 LC4404



























Base Bias 8 LC4431






Boydell/PaynterLaboratory Manual to accompany Electronics Technology Fundamentals, 3/e, 0-13-504876-1

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Lab Manuals


















Continued

Boydell/PaynterLaboratory Manual to accompany Electronics Technology Fundamentals, 3/e, 0-13-504876-1

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StanleyExperiments in Electric Circuits, 8/e, 0-13-170180-0

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Resistor Color Code and Tolerance 4 LC2701

Variable Resistors 4 LC2702

Switches and Fuses 6 LC2703

Voltage and Current Measurements in an Electric Circuit 6 LC2704

Ohm's Law 6 LC2705

Power in dc Circuits 6 LC2706

Resistor Power Ratings 6 LC2707

Series Resistive Circuits 4 LC2708

Voltage Sources in Series 4 LC2709

Kirchhoff's Voltage Law 4 LC2710

Voltage Dividers 4 LC2711

Troubleshooting in Series Circuits 6 LC2712



Kirchhoff's Current Law 6 LC2713

Parallel Resistive Circuits 8 LC2714

Current Dividers 4 LC2715

Troubleshooting in Parallel Circuits 6 LC2716

Series-Parallel Combinations 6 LC2717

Voltage Dividers with Resistive Loads 4 LC2718

Voltmeter Loading 4 LC2719

Ladder Networks 6 LC2720

Balanced and Unbalanced Bridge Circuits 6 LC2721

Troubleshooting in Series–Parallel Circuits 4 LC2722

Loading of the Voltage Source 6 LC2723

Approximating Ideal Voltage and Current Sources 8 LC2724

Superposition 4 LC2725


Maximum Power Transfer 6 LC2727


Introduction to ac Experiments 4 LC2729

Oscilloscope Familiarity, I 8 LC2730

Oscilloscope Familiarity, II 6 LC2731

Function Generator Familiarity, I 8 LC2732

Function Generator Familiarity, II 6 LC2733

Amplitude Values of a Sine Wave 4 LC2734

Phase Measurement 6 LC2735

Nonsinusoidal Waveforms 6 LC2736

Capacitance Fundamentals 6 LC2737

Resistor-Capacitor Time Constants 6 LC2738

Inductors in DC Circuits 4 LC2739

Transformer Fundamentals 4 LC2740

Impedance Matching 6 LC2741

The Series RC Sinusoidal Response 6 LC2742

The Parallel RC Sinusoidal Response 6 LC2743

The Series RL Sinusoidal Response 4 LC2744

The Series RLC Circuit 6 LC2745



Low-Pass Filters (Lag Networks) 12 LC2748

Page Count Lab Code

Continued


Lab Manuals

33DC/AC CIRCUITS: CONVENTIONAL AND ELECTRON FLOW – COMBINATION

Metric Prefixes, Scientific Notation, and Graphing 10 LC3101

Laboratory Meters and Power Supply 10 LC3102

Measurement of Resistance 4 LC3103

Voltage Measurement and Reference Ground 8 LC3104

Ohm's Law 6 LC3105

Power in DC Circuits 8 LC3106


The Voltage Divider 10 LC3108


Series-Parallel Combination Circuits 6 LC3110



The Wheatstone Bridge 10 LC3113

Magnetic Devices 10 LC3114


Sine Wave Measurements 4 LC3116

BuchlaExperiments in Electronics Fundamentals and Electric Circuits Fundamentals, 7/e, 0-13-219711-1

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DC/AC CIRCUITS: CONVENTIONAL AND ELECTRON FLOW – COMBINATIONLAB MANUALS

High-Pass Filters (Lead Networks) 8 LC2749

Band-Pass Filters 12 LC2750

Band-Stop Filters 12 LC2751

Superposition Using ac and dc 6 LC2752

The Series RC Circuit Pulse Response 8 LC2753

Balanced Three-Phase Systems 6 LC2754

Appendix: Parts and Instruments for the Experiments 2 LC2755

Appendix: Resistor Color Coding and Standard Values 2 LC2756

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Continued




Pulse Measurements 10 LC3117

Capacitors 8 LC3118

Capacitive Reactance 10 LC3119



Inductors 4 LC3122

Inductive Reactance 10 LC3123







Integrating and Differentiating Circuits 10 LC3130


Rectifier Circuits 12 LC3132




Feedback Oscillators 11 LC3136

The Differential Amplifier 6 LC3137

Op-Amp Characteristics 6 LC3138

Linear Op-Amp Circuits 10 LC3139

Nonlinear Op-Amp Circuits 6 LC3140

The Wien Bridge Oscillator 6 LC3141


The Instrumentation Amplifier 8 LC3143

Active Diode Circuits 12 LC3144

The SCR 10 LC3145



Continued

BuchlaExperiments in Electronics Fundamentals and Electric Circuits Fundamentals, 7/e, 0-13-219711-1

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Lab Manuals

35ANALOG DEVICES

ANALOG DEVICES LAB MANUALS

BuchlaLaboratory Exercises for Fundamentals of Analog Circuits, 2/e, 0-13-060673-1

Page Count Lab Code

Signal Sources and Amplifier Characteristics 6 LC5301

The Diode Characteristic 8 LC5302

Rectifier Circuits 6 LC5303

Diode Limiting and Clamping Circuits 6 LC5304


Bipolar Junction Transistor Characteristics 6 LC5306

Bipolar Transistor Biasing 8 LC5307


The Common-Collector Amplifier 6 LC5309

Transistor Switches 6 LC5310

JFET Characteristics 6 LC5311

JFET Biasing 6 LC5312

FET Amplifiers 6 LC5313

JFET Applications 6 LC5314

Multistage Amplifiers 8 LC5315

Class A Power Amplifiers 6 LC5316

Class B Push-Pull Amplifiers 6 LC5317

The Differential Amplifier 6 LC5318



Op-Amp Frequency Response 6 LC5321

Comparators and the Schmitt Trigger 6 LC5322

Summing Amplifiers 6 LC5323

The Integrator and Differentiator 6 LC5324


State Variable Band-Pass Filter 6 LC5326

The Wien-Bridge Oscillator 6 LC5327

The Colpitts and Hartley Oscillator 6 LC5328


The Zener Regulator 6 LC5330


The Instrumentation Amplifier 8 LC5332



Log and Antilog Amplifiers 6 LC5333

IF Amplifiers 6 LC5334

The Phase-Locked Loop 6 LC5335

The ADC0804 Analog-to-Digital Converter 6 LC5336

Transducers 6 LC5337

Measuring Rotational Speed 4 LC5338

The SCR 6 LC5339



Continued

BuchlaLaboratory Exercises for Fundamentals of Analog Circuits, 2/e, 0-13-060673-1

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ELECTRONIC DEVICES: CONVENTIONAL FLOW LAB MANUALS

Aminian/KazimierczukLaboratory Manual to accompany Electronic Devices: A Design Approach, 1/e, 0-13-086203-7

Page Count Lab Code


Zener Diode 3 LC5802

Rectification, Filtering, and Regulation 2 LC5803

BJT Characteristics and Biasing 3 LC5804

BJT Bias Design 2 LC5805

Common-Emitter Amplifier 3 LC5806

BJT Amplifier Design 3 LC5807

Cascode Amplifier 3 LC5808

Cascode Amplifier Design 3 LC5809

JFET Characteristics and Biasing 3 LC5810

JFET Bias Design 2 LC5811

Common-Source JFET Amplifier 2 LC5812

MOSFET Characteristics and Biasing 3 LC5813

Common-Source MOSFET Amplifier 2 LC5814

Differential Amplifier 3 LC5815

Op-Amp Comparator 3 LC5816

Three-Level Comparator 2 LC5817

Basic Op-Amp Configurations 3 LC5818

Lab Manuals


Summing Amplifiers 2 LC5819

Integrator and Differentiator 2 LC5820

Op-Amp DC Parameters 2 LC5821

Op-Amp AC Parameters 2 LC5822

Push-Pull Power Amplifier 2 LC5823


Bandpass and Notch Active Filters 2 LC5825

Waveform Generators 2 LC5826

Adjustable Power Supply 3 LC5827

Buck (Step-Down) DC-DC Converter 3 LC5828

Dual-Output Flyback DC-DC Converter 3 LC5829

Continued

Aminian/KazimierczukLaboratory Manual to accompany Electronic Devices: A Design Approach, 1/e, 0-13-086203-7

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Paynter/Boydell/SmithLaboratory Manual to accompany Introductory Electronic Devices and Circuits, 7/e, 0-13-171717-0

Page Count Lab Code


Zener Diodes 8 LC4902


A Basic Power Supply 8 LC4904

Common Diode Applications: Clippers, Clampers, and Voltage Multipliers 8 LC4905


Base Bias 8 LC4907


Emitter Bias 6 LC4909

Feedback Bias Circuits 6 LC4910


The Common-Collector Amplifier (Emitter-Follower) 8 LC4912

The Common-Base Amplifier 10 LC4913


A Two-Stage Audio Amplifier 6 LC4915




E-MOSFETs 6 LC4919

Amplifier Bandwidth and Roll-off Rates 8 LC4920

Op-Amp Slew Rate 8 LC4921




Integrators and Differentiators 8 LC4925


The Multiple-Feedback Bandpass Filter 8 LC4927

The Discrete Tuned Amplifier 6 LC4928

The Class C Amplifier 6 LC4929

Wien-Bridge and Colpitts Oscillators 8 LC4930




Silicon Controlled Rectifiers 8 LC4934

Optoisolators 4 LC4935


A Practical Power Supply 5 LC4937

Appendix: Multimeters 4 LC4938



Oscilloscope and Function Generator Operation 12 LC5701


Series and Parallel Diode Configurations 8 LC5703

Half-Wave and Full-Wave Rectification 16 LC5704

Clipping Circuits 14 LC5705

Clamping Circuits 14 LC5706

Light-Emitting and Zener Diodes 14 LC5707

Bipolar Junction Transistor (BJT) Characteristics 10 LC5708



Continued

BoydellLaboratory Manual to accompany Introductory Electronic Devices and Circuits, 7/e, 0-13-171717-0

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Boylestad/Nashelsky/MonssenLaboratory Manual to accompany Electronic Devices and Circuit Theory, 10/e, 0-13-504685-8

Page Count Lab Code

Lab Manuals


Fixed- and Voltage-Divider Bias of BJTs 14 LC5709

Emitter and Collector Feedback Bias of BJTs 20 LC5710

Design of BJT Bias Circuits 20 LC5711

JFET Characteristics 14 LC5712

JFET Bias Circuits 14 LC5713

Design of JFET Bias Circuits 16 LC5714

Compound Configurations 18 LC5715

Measurement Techniques 18 LC5716

Common-Emitter Transistor Amplifiers 10 LC5717

Common-Base and Emitter-Follower (Common-Collector) Transistor Amplifiers 20 LC5718

Design of Common-Emitter Amplifiers 8 LC5719

Common-Source Transistor Amplifiers 10 LC5720

Multistage Amplifiers: RC Coupling 16 LC5721

CMOS Circuits 6 LC5722

Darlington and Cascode Amplifier Circuits 12 LC5723

Current Source and Current Mirror Circuits 8 LC5724

Frequency Response of Common-Emitter Amplifiers 10 LC5725

Class-A and Class-B Power Amplifiers 12 LC5726

Differential Amplifier Circuits 18 LC5727



Active Filter Circuits 12 LC5730

Comparator Circuits Operation 10 LC5731

Oscillator Circuits 1: The Phase-Shift Oscillator 8 LC5732

Oscillator Circuits 2 10 LC5733

Voltage Regulation—Power Supplies 8 LC5734

Analysis of AND, NAND, and INVERTER Logic Gates 12 LC5735

Analysis of OR, NOR, and XOR Logic Gates 12 LC5736

Analysis of Integrated Circuits 10 LC5737

Continued

Boylestad/Nashelsky/MonssenLaboratory Manual to accompany Electronic Devices and Circuit Theory, 10/e, 0-13-504685-8

Page Count Lab Code





Ohm's Law 8 LC4403

Power 6 LC4404



























Base Bias 8 LC4431













Page Count Lab Code











Thyristors 8 LC2411


Operational Amplifier: Programmable Analog Design 14 LC2413


Basic Op-Amp Circuits: Programmable Analog Design 14 LC2415


Special-Purpose Op-Amp Circuits: Programmable Analog Design 12 LC2417


Active Filters: Programmable Analog Design 18 LC2419


Oscillators: Programmable Analog Design 18 LC2421




Appendix: Quick Start Guide for the Programmable Analog Module 6 LC2425

Lab Manuals












Continued


Page Count Lab Code

Buchla/WetterlingLaboratory Exercises for Electronic Devices, 8/e, 0-13-242971-3

Page Count Lab Code



ELECTRONIC DEVICES: ELECTRON FLOW LAB MANUALS


Zener Diodes 8 LC4902


A Basic Power Supply 8 LC4904

Common Diode Applications: Clippers, Clampers, and Voltage Multipliers 8 LC4905


Base Bias 8 LC4907


Emitter Bias 6 LC4909

Feedback Bias Circuits 6 LC4910


The Common-Collector Amplifier (Emitter-Follower) 8 LC4912

The Common-Base Amplifier 10 LC4913


A Two-Stage Audio Amplifier 6 LC4915




E-MOSFETs 6 LC4919

Amplifier Bandwidth and Roll-off Rates 8 LC4920

Op-Amp Slew Rate 8 LC4921




Integrators and Differentiators 8 LC4925


The Multiple-Feedback Bandpass Filter 8 LC4927

The Discrete Tuned Amplifier 6 LC4928

The Class C Amplifier 6 LC4929

Wien-Bridge and Colpitts Oscillators 8 LC4930




Silicon Controlled Rectifiers 8 LC4934

Optoisolators 4 LC4935



Page Count Lab Code

A Practical Power Supply 5 LC4937

Appendix: Multimeters 4 LC4938



Lab Manuals


Continued


Page Count Lab Code


Page Count Lab Code



Ohm's Law 8 LC4403

Power 6 LC4404





























Base Bias 8 LC4431






















Continued


Page Count Lab Code


Page Count Lab Code









Lab Manuals


BuchlaExperiments in Digital Fundamentals, 10/e, 0-13-712965-3

Page Count Lab Code

Laboratory Instrument Familiarization 12 LC2101

Constructing a Logic Probe 8 LC2102

Number Systems 8 LC2103


More Logic Gates 8 LC2105

Interpreting Manufacturer's Data Sheets 8 LC2106

Boolean Laws and DeMorgan's Theorems 8 LC2107

Logic Circuit Simplification 10 LC2108

The Perfect Pencil Machine 4 LC2109

The Molasses Tank 4 LC2110

Adder and Magnitude Comparator 10 LC2111

Combinational Logic Using Multiplexers 8 LC2112

Combinational Logic Using DeMultiplexers 10 LC2113

The D Latch and D Flip-Flop 8 LC2114



Thyristors 8 LC2411


Operational Amplifier: Programmable Analog Design 14 LC2413


Basic Op-Amp Circuits: Programmable Analog Design 14 LC2415


Special-Purpose Op-Amp Circuits: Programmable Analog Design 12 LC2417


Active Filters: Programmable Analog Design 18 LC2419


Oscillators: Programmable Analog Design 18 LC2421




Appendix: Quick Start Guide for the Programmable Analog Module 6 LC2425

Continued


Page Count Lab Code

DIGITAL ELECTRONICS LAB MANUALS



Weisner/VenableLaboratory Manual to accompany Digital Electronics, 8/e, 0-13-223982-5

Page Count Lab Code

Introduction to Equipment 8 LC4101

Equipment and Components 10 LC4102

AND/OR Gates 8 LC4103

Enable, Disable Circuits 6 LC4104

Inverting Logic 10 LC4105

CPLD Programming 6 LC4106

Boolean Reduction 10 LC4107

DeMorgan's Theorem 6 LC4108

Karnaugh Mapping 6 LC4109

Exclusive-OR, Exclusive-NOR Gates 8 LC4110

Arithmetic Circuits 14 LC4111

Adder-Subtractor Circuit 6 LC4112

Code Converters 8 LC4113

Multiplexers, Demultiplexers 6 LC4114

Introduction to Flip-Flops 8 LC4115

J-K Flip-Flops, D Flip-Flops 8 LC4116

The Fallen Carton Detector 2 LC2115

The J-K Flip-Flop 6 LC2116

One-Shots and Astable Multivibrators 8 LC2117

Asynchronous Counters 10 LC2118

Analysis of Synchronous Counters with Decoding 10 LC2119

Design of Synchronous Counters 10 LC2120

The Traffic Signal Controller 8 LC2121

Shift Register Counters 10 LC2122

Application of Shift Register Circuits 8 LC2123

The Baseball Scoreboard 2 LC2124

Semiconductor Memories 8 LC2125

Introduction to Quartus II Software 12 LC2126

D/A and A/D Conversion 8 LC2127

Introduction to the Intel Processors 8 LC2128

Application of Bus Systems 5 LC2129



Appendix: Introduction to National Instruments ELVIS System and Multisim 4 LC2132

Continued

BuchlaExperiments in Digital Fundamentals, 10/e, 0-13-712965-3

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Lab Manuals


WatermanLaboratory Manual to accompany Digital Electronics with VHDL, 1/e , 0-13-171514-3

Page Count Lab Code

Wiring Circuits 8 LC3901

Number Systems 8 LC3902


Logic Gates using VHDL 10 LC3904

Boolean Laws, Principles, and Rules 20 LC3905

Combinational Logic Circuits 12 LC3906

Implementing Logic Designs 12 LC3907

Implementing Logic Designs with VHDL 12 LC3908

Adders 10 LC3909

Adding and Subtracting 16 LC3910

Camparators 12 LC3911

Parity 10 LC3912

Encoders 8 LC3913

Decoders 10 LC3914

Multiplexers 10 LC3915

Demultiplexers 10 LC3916

Latches 12 LC3917


Flip-Flops 12 LC3919


Synchronous Counters 14 LC3921


Johnson and Ring Counters 13 LC3923

The D/A Converter 13 LC3924

Schmitt Triggers 4 LC4117


Project: Eight-Trace Logic Analyzer 8 LC4119

Synchronous Counters 10 LC4120

Counter Design 6 LC4121

Shift Registers and Bussing 8 LC4122

Multivibrators 6 LC4123

Digital-Analog, Analog-Digital Conversion 4 LC4124

Project: Frequency Counter 8 LC4125

Appendix: Data Sheets 22 LC4126

Continued

Weisner/VenableLaboratory Manual to accompany Digital Electronics, 8/e, 0-13-223982-5

Page Count Lab Code



The A/D Converter 8 LC3925

Memory Addressing 12 LC3926

Analog Storage 2 LC3927

LPM_AND 6 LC3928

LPM_ADD_SUB 2 LC3929

LPM_COMPARE 4 LC3930

LPM_DECODE 6 LC3931

LPM_MUX 2 LC3932

LPM_COUNTER 6 LC3933

LPM_SHIFTREG 5 LC3934

Project: Student # – Telephone # 2 LC3935

Project: Five Sources – Six Loads 2 LC3936

Project: Mod 60 Counter 2 LC3937

Project: Register Patterns 2 LC3938

Project: Digital Clock 2 LC3939

Project: Keyboard Interface 2 LC3940

Project: Asynchronous Serial Data Transceiver 2 LC3941

Project: Synchronous Data Transceiver 8 LC3942

Appendix: How Do I… 12 LC3943

Appendix: Error Messages 4 LC3944

Appendix: Programming the 7128S 2 LC3945

Appendix: VHDL Guide 6 LC3946

Continued

WatermanLaboratory Manual to accompany Digital Electronics with VHDL, 1/e, 0-13-171514-3

Page Count Lab Code

DeLoach/AmbrosioLab Manual: A Troubleshooting Approach to accompany Digital Systems: Principles and Applications,10/e, 0-13-188136-1

Page Count Lab Code

Preliminary Concepts 6 LC3701

Logic Gates I: OR, AND, and NOT 6 LC3702

Troubleshooting OR, AND, and NOT Gates 14 LC3703

Basic Combinatorial Circuits 6 LC3704

Logic Gates II: NOR and NAND 6 LC3705

Troubleshooting NOR and NAND Gates 8 LC3706

Boolean Theorems 4 LC3707

Simplification Using Boolean Theorems 4 LC3708

DeMorgan's Theorems 6 LC3709

The Universality of NAND and NOR Gates 6 LC3710

Implementing Logic Circuit Designs 4 LC3711

Exclusive-OR and Exclusive-NOR Circuits 6 LC3712

Lab Manuals


Designing with Exclusive-OR and Exclusive-NOR Circuits 4 LC3713

Troubleshooting Exclusive-OR and Combinatorial Circuits 4 LC3714

Flip-Flops I: Set/Clear Latches and Clocked Flip-Flops 8 LC3715

Flip-Flops II: D Latch; Master/Slave Flip-Flops 6 LC3716

Schmitt Triggers, One-Shots, and Astable Multivibrators 8 LC3717

Designing with Flip-Flop Devices 8 LC3718

Troubleshooting Flip-Flop Circuits 8 LC3719

Binary Adders and 2's Complement System 8 LC3720

Asynchronous IC Counters 6 LC3721

BCD IC Counters 4 LC3722

Synchronous IC Counters 8 LC3723

IC Counter Application: Frequency Counter 6 LC3724

Troubleshooting Counters: Control Waveform Generation 6 LC3725

Shift Register Counters 4 LC3726

IC Registers 6 LC3727

Designing with Counters and Registers 4 LC3728

TTL and CMOS IC Families – Part I 10 LC3729

TTL and CMOS IC Families – Part II 8 LC3730

Using a Logic Analyzer 12 LC3731

IC Decoders 8 LC3732

IC Encoders 6 LC3733

IC Multiplexers and Demultiplexers 10 LC3734

Troubleshooting Systems Containing MSI Logic Circuits 4 LC3735

IC Magnitude Comparators 4 LC3736

Data Busing 10 LC3737

Digital-to-Analog Converters 6 LC3738

Analog-to-Digital Converters 6 LC3739

Semiconductor Random Access Memory (RAM) 10 LC3740

Synchronous Counter Design 6 LC3741

Programmable Function Sequencer 6 LC3742

Supplemental Experiment: Logic Gates: OR, AND, and NOT (HDL Experiment) 6 LC3743

Supplemental Experiment: Basic Combinatorial Circuits (HDL Experiment) 12 LC3744

Supplemental Experiment: Logic Gates: NOR and NAND (HDL Experiment) 8 LC3745

Supplemental Experiment: Boolean Theorems (HDL Experiment) 12 LC3746

Supplemental Experiment: Simplification Using Boolean Theorems (HDL Experiment) 10 LC3747

Supplemental Experiment: DeMorgan's Theorems (HDL Experiment) 10 LC3748

Supplemental Experiment: Implementing Logic Gates and Circuits Using VHDL (HDL Experiment) 8 LC3749

Supplemental Experiment: Implementing Logic Circuit Designs (HDL Experiment) 10 LC3750

Supplemental Experiment: Exclusive-OR and Exclusive-NOR Circuits (HDL Experiment) 8 LC3751

Supplemental Experiment: Designing with Exclusive-OR and Exclusive-NOR Circuits (HDL Experiment) 20 LC3752

Continued

DeLoach/AmbrosioLab Manual: A Troubleshooting Approach to accompany Digital Systems: Principles and Applications, 10/e, 0-13-188136-1

Page Count Lab Code



Supplemental Experiment: Implementing Exclusive-OR and Exclusive-NOR Circuits Using VHDL (HDL Experiment) 8 LC3753

Supplemental Experiment: Latches and D-Type Flip-Flops (HDL Experiment) 20 LC3754

Supplemental Experiment: J-K and T-Type Flip-Flops (HDL Experiment) 14 LC3755

Supplemental Experiment: Flip-Flop Applications (HDL Experiment) 18 LC3756

Supplemental Experiment: Implementing Flip-Flops and Flip-Flop Devices with VHDL (HDL Experiment) 10 LC3757

Supplemental Experiment: Binary Adders and 2's Complement System (HDL Experiment) 14 LC3758

Supplemental Experiment: Asynchronous Counters (HDL Experiment) 12 LC3759

Supplemental Experiment: Synchronous Counters (HDL Experiment) 14 LC3760

Supplemental Experiment: BCD Counters (HDL Experiment) 10 LC3761

Supplemental Experiment: Shift Register Counters (HDL Experiment) 10 LC3762

Supplemental Experiment: IC Registers (HDL Experiment) 14 LC3763

Supplemental Experiment: One-Shots, Counters, and Registers with VHDL (HDL Experiment) 14 LC3764

Supplemental Experiment: IC Decoders and Encoders (HDL Experiment) 10 LC3765

Supplemental Experiment: IC Multiplexers and Demultiplexers (HDL Experiment) 10 LC3766

Supplemental Experiment: VHDL State Machines (HDL Experiment) 14 LC3767

Project: Implementing a Simple Frequency Counter 10 LC3768

Appendix: Wiring and Troubleshooting Digital Circuits 10 LC3769

Appendix: Logic Analyzers 16 LC3770


Appendix: Using Quartus® II and Programming PLD Boards with Quartus® II Projects 42 LC3772

Continued

DeLoach/AmbrosioLab Manual: A Troubleshooting Approach to accompany Digital Systems: Principles and Applications, 10/e, 0-13-188136-1

Page Count Lab Code

Introduction to Digital Test Equipment 12 LC3601

Breadboarding Combinational Logic Circuits 12 LC3602

Analyzing Combinational Logic Circuits 4 LC3603

Combinational Circuit Design with Karnaugh Mapping 8 LC3604

Schematic Capture of Combinational Logic Circuits 12 LC3605

Combinational Circuit Design with Altera Hardware Description Language 18 LC3606

Combinational Circuit Design with VHDL 24 LC3607

Analyzing Flip-Flops and Basic Sequential Circuits 10 LC3608

Timing and Waveshaping Circuits 6 LC3609

Arithmetic Circuits 10 LC3610

Analyzing and Testing Synchronous Counters 10 LC3611

Testing Register and Counter Functions 8 LC3612

MossLab Manual: A Design Approach to accompany Digital Systems: Principles and Applications, 10/e, 0-13-188138-8

Page Count Lab Code

Lab Manuals


Oliver/Beasley/ShoresLaboratory Manual to accompany Modern Electronic Communication, 9/e © 2008 / 0-13-156855-8

Page Count Lab Code

Active Filter Networks 6 LC3401

Frequency Spectra of Popular Waveforms 6 LC3402

Tuned Amplifiers and Frequency Multiplication 6 LC3403

Low-Pass Impedance Transformation Networks 8 LC3404

Phase-Shift Oscillator 4 LC3405

LC Feedback Oscillator 4 LC3406

Colpitts RF Oscillator Design 6 LC3407

Hartley RF Oscillator Design 6 LC3408

Swept-Frequency Measurements 8 LC3409

Nonlinear Mixing Principles 4 LC3410

AM Modulation Using an Operational Transconductance Amplifier 6 LC3411

RF Mixers and Superheterodyne Receivers 6 LC3412

Cascode Amplifiers 4 LC3413

Sideband Modulation and Detection 8 LC3414

Frequency Modulation: Spectral Analysis 6 LC3415

Phase-Locked Loops: Static and Dynamic Behavior 6 LC3416

Counter Applications Using Macrofunctions 12 LC3613

Synchronous Counter Design with Flip-Flops 6 LC3614

Sequential Circuit Design with Altera Hardware Description Language 28 LC3615

Sequential Circuit Design with VHDL 30 LC3616

Shift Register Applications 18 LC3617

Library of Parameterized Modules 8 LC3618

Decoders and Displays 16 LC3619

Encoders 8 LC3620

Multiplexers 10 LC3621

Demultiplexers 8 LC3622

Magnitude Comparators 6 LC3623

Digital/Analog and Analog/Digital Conversion 8 LC3624

Memory Systems 8 LC3625

Appendix 12 LC3626

Continued

MossLab Manual: A Design Approach to accompany Digital Systems: Principles and Applications, 10/e, 0-13-188138-8

Page Count Lab Code

ELECTRONIC COMMUNICATION LAB MANUALS



FM Detection and Frequency Synthesis Using PLLs 6 LC3417

Pulse-Amplitude Modulation and Time-Division Multiplexing 10 LC3418

Pulse-Width Modulation and Detection 6 LC3419

Digital Communication Link Using Pulse-Coded Modulation Techniques 12 LC3420

Digital Communication Link Using Delta Modulation Codecs 10 LC3421

Electronics Workbench Multisim—dB Measurements in Communications 6 LC3422

Smith Chart Measurements Using the EWB Multisim Network Analyzer 10 LC3423

Tone Decoder 4 LC3424

Digital Communication Using Frequency-Shift Keying 6 LC3425

DTMF Signaling Techniques 8 LC3426

Time-Domain Reflectometry 8 LC3427

Standing-Wave Measurements of a Delay Line 8 LC3428

Fiber Optics Communication Link 6 LC3429

Fiber Optic Cable Splicing 8 LC3430

Fiber Optic Cable Connectorization 12 LC3431

Using a Spectrum Analyzer 4 LC3432

Using Capacitors for Impedance Matching 4 LC3433

Electronics Workbench Multisim—Impedance Matching 8 LC3434

AM Generation Using an Electronic Attenuator 4 LC3435

Generating FM from a VCO 4 LC3436

Upconversion and Downconversion 4 LC3437

Electronics Workbench: Simulation of Active Filter Networks 4 LC3438

Electronics Workbench: Using the Spectrum Analyzer in the Simulation and Analysis of Complex Waveforms 6 LC3439

Electronics Workbench: Simulation of Class C Amplifiers and Frequency Multipliers 6 LC3440

Electronics Workbench: Simulation of a Phase-Shift Oscillator 6 LC3441

Electronics Workbench: Simulation of an LC Feedback Oscillator 6 LC3442

Electronics Workbench: Percentage of Modulation Measurement of an Amplitude Modulated Waveform 4 LC3443

Appendix: Manufacturer Data Sheets 122 LC3444

Continued

Oliver/Beasley/ShoresLaboratory Manual to accompany Modern Electronic Communication, 9/e © 2008 0-13-156855-8

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