DC/AC CIRCUITS: CONVENTIONAL FLOW TEXTBOOKS

Transcription

1 4 PEARSON CUSTOM ELECTRONICS TECHNOLOGY DC/AC CIRCUITS: CONVENTIONAL FLOW TEXTBOOKS AVAILABLE MARCH 2009 Boylestad Introductory Circuit Analysis, 11/e, 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

2 DC/AC CIRCUITS: CONVENTIONAL FLOW 5 AVAILABLE APRIL 2009 Boylestad Essentials of Circuit Analysis, 1/e, Introduction 32 LC5401 Current and Voltage 33 LC5402 Resistance 31 LC5403 Ohm's Law, Power, and Energy 27 LC5404 Series dc Circuits 48 LC5405 Parallel dc Circuits 48 LC5406 Series-Parallel Circuits 45 LC5407 Methods of Analysis and Selected Topics (dc) 71 LC5408 Network Theorems 47 LC5409 Capacitors 60 LC5410 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

3 6 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Floyd Electric Circuits Fundamentals, 7/e, Quantities and Units 22 LC3001 Voltage, Current, and Resistance 52 LC3002 Ohm's Law, Energy, and Power 40 LC3003 Series Circuits 56 LC3004 Parallel Circuits 50 LC3005 Series-Parallel Circuits 68 LC3006 Magnetism and Electromagnetism 36 LC3007 Introduction to Alternating Current and Voltage 58 LC3008 Capacitors 54 LC3009 RC Circuits 60 LC3010 Inductors 38 LC3011 RL Circuits 48 LC3012 RLC Circuits and Resonance 54 LC3013 Transformers 38 LC3014 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 Floyd Principles of Electric Circuits: Conventional Current Version, 8/e, 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 Series-Parallel Circuits 58 LC2507 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 Capacitors 62 LC2512 Inductors 40 LC2513 Transformers 38 LC2514

4 DC/AC CIRCUITS: CONVENTIONAL FLOW 7 Floyd Principles of Electric Circuits: Conventional Current Version, 8/e, RC Circuits 80 LC2515 RL Circuits 52 LC2516 RLC Circuits and Resonance 56 LC2517 Passive Filters 34 LC2518 Circuit Theorems in AC Analysis 34 LC2519 Time Response of Reactive Circuits 48 LC2520 Three-Phase Systems in Power Applications 28 LC2521 Appendix: Table of Standard Resistor Values 2 LC2522 Appendix: Capacitor Color Coding 6 LC2523 Glossary 8 LC2524 Paynter/Boydell Electronics Technology Fundamentals: Conventional Flow Version, 3/e, Introduction 25 LC4301 Principles of Electricity 17 LC4302 Components and Circuit Measurements 32 LC4303 Ohm's Law and Power 22 LC4304 Series Circuits 32 LC4305 Parallel Circuits 28 LC4306 Series-Parallel Circuits 35 LC4307 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 Capacitors 25 LC4313 Resistive-Capacitive (RC) Circuits 35 LC4314 RLC Circuits and Resonance 38 LC4315 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 Textbooks

5 8 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Paynter/Boydell Electronics Technology Fundamentals: Conventional Flow Version, 3/e, 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/Lokken Contemporary Electric Circuits: Insights and Analysis, 2/e, Accompainies 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

6 DC/AC CIRCUITS: ELECTRON FLOW 9 DC/AC CIRCUITS: ELECTRON FLOW TEXTBOOKS Floyd Principles of Electric Circuits: Electron Flow Version, 8/e, Quantities and Units 16 LC2601 Voltage, Current, and Resistance 58 LC2602 Ohm's Law 28 LC2603 Energy and Power 20 LC2604 Series Circuits 56 LC2605 Parallel Circuits 56 LC2606 Series-Parallel Circuits 58 LC2607 Circuit Theorems and Conversions 56 LC2608 Branch, Loop, and Node Analyses 38 LC2609 Magneticism and Electromagneticism 38 LC2610 Introduction to Alternating Current and Voltage 62 LC2611 Capacitors 62 LC2612 Inductors 40 LC2613 Transformers 38 LC2614 RC Circuits 82 LC2615 RL Circuits 50 LC2616 RLC Circuits and Resonance 56 LC2617 Passive Filters 34 LC2618 Circuit Theorems in AC Analysis 34 LC2619 Time Response of Reactive Circuits 48 LC2620 Three-Phase Systems in Power Applications 28 LC2621 Appendix: Table of Standard Resistor Values 2 LC2622 Appendix: Capacitor Color Coding 6 LC2623 Glossary 8 LC2624 Textbooks

7 10 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Paynter/Boydell Electronics Technology Fundamentals: Electron Flow Version, 3/e, 2009, Introduction 25 LC4201 Principles of Electricity 17 LC4202 Components and Circuit Measurements 32 LC4203 Ohm's Law and Power 22 LC4204 Series Circuits 32 LC4205 Parallel Circuits 28 LC4206 Series-Parallel Circuits 35 LC4207 Circuit Analysis Techniques 35 LC4208 Magnetism 19 LC4209 Alternating Current and AC Measurements 43 LC4210 Inductors and Transformers 38 LC4211 Resistive-Inductive (RL) Circuits 36 LC4212 Capacitors 25 LC4213 Resistive-Capacitive (RC) Circuits 35 LC4214 RLC Circuits and Resonance 38 LC4215 Frequency Response and Passive Filters 48 LC4216 RL and RC Circuit Pulse Response 23 LC4217 Introduction to Solid-State Components: Diodes 41 LC4218 Basic Diode Circuits 43 LC4219 Bipolar Junction Transistor Operation and Biasing 45 LC4220 BJT Amplifiers 42 LC4221 Field-Effect Transistors and Circuits 48 LC4222 Operational Amplifiers 47 LC4223 Active Filters and Oscillators 46 LC4224 Switching Circuits 36 LC4225 Discrete and Integrated Voltage Regulators 25 LC4226 Thyristors and Other Devices 35 LC4227 Appendix: Conversions and Units 5 LC4228 Appendix: Resistor Standard Values and Color Codes 2 LC4229 Appendix: Specification Sheets 6 LC4230 Appendix: h-parameters 18 LC4231 Appendix: Polar and Rectangular Notations 8 LC4232 Glossary 14 LC4233

8 DC/AC CIRCUITS: CONVENTIONAL AND ELECTRON FLOW COMBINATION 11 DC/AC CIRCUITS: CONVENTIONAL AND ELECTRON FLOW COMBINATION TEXTBOOKS Floyd Electronics Fundamentals: Circuits, Devices, and Applications, 7/e, X Quantities and Units 22 LC2901 Voltage, Current, and Resistance 52 LC2902 Ohm's Law, Energy, and Power 40 LC2903 Series Circuits 56 LC2904 Parallel Circuits 50 LC2905 Series-Parallel Circuits 68 LC2906 Magnetism and Electromagnetism 36 LC2907 Introduction to Alternating Current and Voltage 58 LC2908 Capacitors 54 LC2909 RC Circuits 60 LC2910 Inductors 38 LC2911 RL Circuits 48 LC2912 RLC Circuits and Resonance 54 LC2913 Transformers 38 LC2914 Time Response of Reactive Circuits 44 LC2915 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: Table of Standard Resistor Values 2 LC2922 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 Textbooks

9 12 PEARSON CUSTOM ELECTRONICS TECHNOLOGY ANALOG DEVICES TEXTBOOKS Floyd/Buchla Fundamentals of Analog Circuits, 2/e, 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 Operational Amplifiers 52 LC3206 Op-Amp Responses 40 LC3207 Basic Op-Amp Circuits 52 LC3208 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 ELECTRONIC DEVICES: CONVENTIONAL FLOW TEXTBOOKS Boylestad/Nashelsky Electronic Devices and Circuit Theory, 10/e, Semiconductor Diodes 58 LC5601 Diode Applications 72 LC5602 Bipolar Junction Transistors 30 LC5603 DC Biasing BJTs 85 LC5604

10 ANALOG DEVICES ELECTRONIC DEVICES: CONVENTIONAL FLOW 13 Boylestad/Nashelsky Electronic Devices and Circuit Theory, 10/e, 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 Operational Amplifiers 47 LC5610 Op-Amp Applications 30 LC5611 Power Amplifiers 40 LC5612 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 Floyd Electronic Devices: Conventional Current Version, 8/e, X Introduction to Semiconductors 44 LC2301 Diode Applications 64 LC2302 Special-Purpose Diodes 60 LC2303 Bipolar Junction Transistors 54 LC2304 Transistor Bias Circuits 44 LC2305 BJT Amplifiers 70 LC2306 Power Amplifiers 48 LC2307 Field-Effect Transistors (FETs) 72 LC2308 Textbooks

11 14 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Floyd Electronic Devices: Conventional Current Version, 8/e, X FET Amplifiers and Switching Circuits 62 LC2309 Amplifier Frequency Response 66 LC2310 Thyristors 40 LC2311 The Operational Amplifier 68 LC2312 Basic Op-Amp Circuits 54 LC2313 Special-Purpose Op-Amp Circuits 48 LC2314 Active Filters 46 LC2315 Oscillators 50 LC2316 Voltage Regulators 40 LC2317 Communications 50 LC2318 Appendix: Table of Standard Resistor Values 2 LC2319 Appendix: Circuit Simulation and Prototyping 6 LC2320 Glossary 6 LC2321 Paynter/Boydell Electronics Technology Fundamentals: Conventional Flow Version, 3/e, Introduction 25 LC4301 Principles of Electricity 18 LC4302 Components and Circuit Measurements 32 LC4303 Ohm's Law and Power 22 LC4304 Series Circuits 32 LC4305 Parallel Circuits 28 LC4306 Series-Parallel Circuits 35 LC4307 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 Capacitors 25 LC4313 Resistive-Capacitive (RC) Circuits 35 LC4314 RLC Circuits and Resonance 38 LC4315 Frequency Response and Passive Filters 48 LC4316 RL and RC Circuit Pulse Response 23 LC4317 Introduction to Solid-State Components: Diodes 41 LC4318

12 ELECTRONIC DEVICES: CONVENTIONAL FLOW 15 Paynter/Boydell Electronics Technology Fundamentals: Conventional Flow Version, 3/e, Basic Diode Circuits 43 LC4319 Bipolar Junction Transistor Operation and Biasing 45 LC4320 BJT Amplifiers 42 LC4321 Field-Effect Transistors and Circuits 48 LC4322 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 36 LC4327 Appendix: Conversions and Units 6 LC4328 Appendix: Resistor Standard Values and Color Codes 2 LC4329 Appendix: Specification Sheets 6 LC4330 Appendix: h-parameters 6 LC4331 Appendix: Polar and Rectangular Notations 8 LC4332 Glossary 14 LC4333 Paynter/Boydell/Smith Introductory Electronic Devices and Circuits: Conventional Flow Version, 7/e, 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 Bipolar Junction Transistors 37 LC4806 DC Biasing Circuits 42 LC4807 Introduction to Amplifiers 37 LC4808 Common-Emitter Amplifiers 48 LC4809 Other BJT Amplifiers 37 LC4810 Power Amplifiers 55 LC4811 Field-Effect Transistors 59 LC4812 MOSFETs 31 LC4813 Amplifier Frequency Response 47 LC4814 Operational Amplifiers 59 LC4815 Additional Op-Amp Applications 38 LC4816 Textbooks

13 16 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Paynter/Boydell/Smith Introductory Electronic Devices and Circuits: Conventional Flow Version, 7/e, Tuned Amplifiers 59 LC4817 Oscillators 31 LC4818 Solid-State Switching Circuits 54 LC4819 Thyristors and Optoelectronic Devices 50 LC4820 Discrete and Integrated Voltage Regulators 33 LC4821 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 ELECTRONIC DEVICES: ELECTRON FLOW TEXTBOOKS Paynter/Boydell Electronics Technology Fundamentals: Electron Flow Version, 3/e, Introduction 25 LC4201 Principles of Electricity 18 LC4202 Components and Circuit Measurements 32 LC4203 Ohm's Law and Power 22 LC4204 Series Circuits 32 LC4205 Parallel Circuits 28 LC4206 Series-Parallel Circuits 35 LC4207 Circuit Analysis Techniques 35 LC4208 Magnetism 19 LC4209 Alternating Current and AC Measurements 43 LC4210 Inductors and Transformers 38 LC4211 Resistive-Inductive (RL) Circuits 36 LC4212 Capacitors 25 LC4213 Resistive-Capacitive (RC) Circuits 35 LC4214 RLC Circuits and Resonance 38 LC4215 Frequency Response and Passive Filters 48 LC4216 RL and RC Circuit Pulse Response 23 LC4217 Introduction to Solid-State Components: Diodes 41 LC4218 Basic Diode Circuits 43 LC4219 Bipolar Junction Transistor Operation and Biasing 45 LC4220

14 ELECTRONIC DEVICES: ELECTRON FLOW 17 Paynter/Boydell Electronics Technology Fundamentals: Electron Flow Version, 3/e, BJT Amplifiers 42 LC4221 Field-Effect Transistors and Circuits 48 LC4222 Operational Amplifiers 47 LC4223 Active Filters and Oscillators 46 LC4224 Switching Circuits 36 LC4225 Discrete and Integrated Voltage Regulators 25 LC4226 Thyristors and Other Devices 36 LC4227 Appendix: Conversions and Units 6 LC4228 Appendix: Resistor Standard Values and Color Codes 2 LC4229 Appendix: Specification Sheets 6 LC4230 Appendix: h-parameters 6 LC4231 Appendix: Polar and Rectangular Notations 8 LC4232 Glossary 14 LC4233 Paynter/Boydell/Smith Introductory Electronic Devices and Circuits: Electron Flow Version, 7/e, 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 Bipolar Junction Transistors 37 LC4706 DC Biasing Circuits 42 LC4707 Introduction to Amplifiers 37 LC4708 Common-Emitter Amplifiers 48 LC4709 Other BJT Amplifiers 37 LC4710 Power Amplifiers 55 LC4711 Field-Effect Transistors 59 LC4712 MOSFETs 31 LC4713 Amplifier Frequency Response 47 LC4714 Operational Amplifiers 59 LC4715 Additional Op-Amp Applications 38 LC4716 Tuned Amplifiers 59 LC4717 Oscillators 31 LC4718 Solid-State Switching Circuits 54 LC4719 Thyristors and Optoelectronic Devices 50 LC4720 Discrete and Integrated Voltage Regulators 33 LC4721 Appendix: Additional Specification Sheets and Resistor Tables 9 LC4722 Textbooks

15 18 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Paynter/Boydell/Smith Introductory Electronic Devices and Circuits: Electron Flow Version, 7/e, Appendix: Approximating Circuit Values 3 LC4723 Appendix: h-parameter Equations and Derivations 11 LC4724 Glossary 17 LC4725 Appendix: Transistor Amplifier Design 11 LC4726 Floyd Electronic Devices: Electron Flow Version, 8/e, Introduction to Semiconductors 44 LC2201 Diode Applications 64 LC2202 Special-Purpose Diodes 60 LC2203 Bipolar Junction Transistors 54 LC2204 Transistor Bias Circuits 44 LC2205 BJT Amplifiers 70 LC2206 Power Amplifiers 48 LC2207 Field-Effect Transistors (FETs) 72 LC2208 FET Amplifiers and Switching Circuits 62 LC2209 Amplifier Frequency Response 68 LC2210 Thyristors 40 LC2211 The Operational Amplifier 68 LC2212 Basic Op-Amp Circuits 54 LC2213 Special-Purpose Op-Amp Circuits 48 LC2214 Active Filters 46 LC2215 Oscillators 50 LC2216 Voltage Regulators 40 LC2217 Communications 50 LC2218 Appendix: Table of Standard Resistor Values 2 LC2219 Appendix: Circuit Simulation and Prototyping 6 LC2220 Glossary 6 LC2221

16 DIGITAL ELECTRONICS 19 DIGITAL ELECTRONICS TEXTBOOKS Floyd Digital Fundamentals with VHDL, 1/e, 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 Floyd Digital Fundamentals, 10/e, Introductory Concepts 46 LC2001 Number Systems, Operations, and Codes 64 LC2002 Logic Gates 66 LC2003 Boolean Algebra and Logic Simplification 66 LC2004 Combinational Logic Analysis 58 LC2005 Functions of Combinational Logic 78 LC2006 Textbooks

17 20 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Floyd Digital Fundamentals, 10/e, Latches, Flip-Flops, and Timers 60 LC2007 Counters 70 LC2008 Shift Registers 50 LC2009 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 Kleitz Digital Electronics: A Practical Approach, 8/e 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 Shift Registers 52 LC4013 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

18 DIGITAL ELECTRONICS 21 Kleitz Digital Electronics: A Practical Approach, 8/e Appendix: Web Sites 4 LC4019 Appendix: Manufacturers' Data Sheets 60 LC4020 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 Kleitz Digital Electronics with VHDL, 1/e, Number Systems and Codes 26 LC3801 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 Shift Registers 56 LC3813 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 Textbooks

19 22 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Tocci/Widmer/Moss Digital Systems: Principles and Applications, 10/e, Introductory Concepts 24 LC3501 Number Systems and Codes 30 LC3502 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 ELECTRONIC COMMUNICATION TEXTBOOKS Beasley Modern Electronic Communication, 9/e 2008 / 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

20 ELECTRONIC COMMUNICATION DC/AC CIRCUITS: CONVENTIONAL FLOW 23 Beasley Modern Electronic Communication, 9/e 2008 / 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 DC/AC CIRCUITS: CONVENTIONAL FLOW LAB MANUALS Boylestad/Kousourou Laboratory Manual to accompany Introductory Circuit Analysis, 11/e, Math Review and Calculator Fundamentals dc 20 LC4601 Resistors and the Color Code 10 LC4602 Ohm's Law 14 LC4603 Series Resistance 14 LC4604 Series dc Circuits 10 LC4605 Parallel Resistance 12 LC4606 Parallel dc Circuits 12 LC4607 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 Capacitors 18 LC4614 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 Lab Manuals

21 24 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Boylestad/Kousourou Laboratory Manual to accompany Introductory Circuit Analysis, 11/e, 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 Passive Filters 18 LC4632 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: Capacitor Color Coding 2 LC4638 Appendix: Resistance Measurements (VOM) 1 LC4639 Appendix: Proper Use of the VOM Multimeter 1 LC4640 Appendix: Scientific Notation and Trogonometric Identities 1 LC4641 Boylestad Experiments in Circuit Analysis, 1/e, Math Review and Calculator Fundamentals dc 18 LC5501 Resistors and the Color Code 10 LC5502 Ohm's Law 14 LC5503 Series Resistance 12 LC5504 Series dc Circuits 10 LC5505 Parallel Resistance 12 LC5506

22 DC/AC CIRCUITS: CONVENTIONAL FLOW 25 Boylestad Laboratory Manual for Essentials of Circuit Analysis, 1/e, Parallel dc Circuits 10 LC5507 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 Capacitors 16 LC5514 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 The Oscilloscope 14 LC5522 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 Passive Filters 22 LC5534 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: Capacitor Color Coding 2 LC5542 Appendix: Resistance Measurements (VOM) 1 LC5543 Appendix: Proper Use of the VOM Multimeter 1 LC5544 Appendix: Scientific Notation and Trogonometric Identities 1 LC5545 Lab Manuals

23 26 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Paynter/Boydell Laboratory Manual to accompany Electronics Technology Fundamentals, 3/e, 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 Parallel Circuits 8 LC4407 Kirchhoff's Current Law and the Current-Divider Relationship 10 LC4408 Series-Parallel Circuits 8 LC4409 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 Transformers 10 LC4414 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

24 DC/AC CIRCUITS: CONVENTIONAL FLOW 27 Paynter/Boydell Laboratory Manual to accompany Electronics Technology Fundamentals, 3/e, 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 Oscillators 8 LC4443 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 Strangeway/Gassert/Petersen Laboratory Manual to accompany Contemporary Electric Circuits: Insights and Analysis, 2/e, X 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 Lab Manuals

25 28 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Strangeway/Gassert/Petersen Laboratory Manual to accompany Contemporary Electric Circuits: Insights and Analysis, 2/e, X 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 Transformers 6 LC5128 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

26 DC/AC CIRCUITS: ELECTRON FLOW 29 DC/AC CIRCUITS: ELECTRON FLOW LAB MANUALS Buchla Experiments in Basic Circuits: Theory and Application, 8/e, 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 Series Circuits 8 LC2806 The Voltage Divider 12 LC2807 Circuit Ground 8 LC2808 Parallel Circuits 10 LC2809 Series-Parallel Combination Circuits 8 LC2810 The Superposition Theorem 8 LC2811 Thevenin's Theorem 8 LC2812 The Wheatstone Bridge 10 LC2813 Norton's Theorem 10 LC2814 Circuit Analysis Methods 10 LC2815 Magnetic Devices 8 LC2816 The Oscilloscope 10 LC2817 Sine-Wave Measurements 8 LC2818 Pulse Measurements 8 LC2819 Capacitors 10 LC2820 Capacitive Reactance 8 LC2821 Inductors 8 LC2822 Inductive Reactance 8 LC2823 Transformers 10 LC2824 Series RC Circuits 8 LC2825 Parallel RC Circuits 8 LC2826 Series RL Circuits 10 LC2827 Parallel RL Circuits 10 LC2828 Series Resonance 10 LC2829 Parallel Resonance 10 LC2830 Passive Filters 10 LC2831 Circuit Theorems for AC Circuits 8 LC2832 Integrating and Differentiating Circuits 8 LC2833 Appendix: List of Materials for the Experiments 2 LC2834 Lab Manuals

27 30 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Boydell/Paynter Laboratory Manual to accompany Electronics Technology Fundamentals, 3/e, 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 Parallel Circuits 8 LC4407 Kirchhoff's Current Law and the Current-Divider Relationship 10 LC4408 Series-Parallel Circuits 8 LC4409 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 Transformers 10 LC4414 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

28 DC/AC CIRCUITS: ELECTRON FLOW 31 Boydell/Paynter Laboratory Manual to accompany Electronics Technology Fundamentals, 3/e, 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 Oscillators 8 LC4443 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 LC4450 Appendix: Oscilloscopes 8 LC4451 Appendix: Fault Analysis Charts 9 LC4452 Stanley Experiments in Electric Circuits, 8/e, 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 Lab Manuals

29 32 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Stanley Experiments in Electric Circuits, 8/e, 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 Thevenin's Theorem 4 LC2726 Maximum Power Transfer 6 LC2727 Branch, Loop, and Node Analyses 6 LC2728 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 Series Resonance 10 LC2746 Parallel Resonance 10 LC2747 Low-Pass Filters (Lag Networks) 12 LC2748

30 DC/AC CIRCUITS: CONVENTIONAL AND ELECTRON FLOW COMBINATION 33 Stanley Experiments in Electric Circuits, 8/e, 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 DC/AC CIRCUITS: CONVENTIONAL AND ELECTRON FLOW COMBINATION LAB MANUALS Buchla Experiments in Electronics Fundamentals and Electric Circuits Fundamentals, 7/e, 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 Series Circuits 6 LC3107 The Voltage Divider 10 LC3108 Parallel Circuits 10 LC3109 Series-Parallel Combination Circuits 6 LC3110 The Superposition Theorem 6 LC3111 Thevenin's Theorem 6 LC3112 The Wheatstone Bridge 10 LC3113 Magnetic Devices 10 LC3114 The Oscilloscope 6 LC3115 Sine Wave Measurements 4 LC3116 Lab Manuals

31 34 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Buchla Experiments in Electronics Fundamentals and Electric Circuits Fundamentals, 7/e, Pulse Measurements 10 LC3117 Capacitors 8 LC3118 Capacitive Reactance 10 LC3119 Series RC Circuits 6 LC3120 Parallel RC Circuits 10 LC3121 Inductors 4 LC3122 Inductive Reactance 10 LC3123 Series RL Circuits 6 LC3124 Parallel RL Circuits 10 LC3125 Series Resonance 6 LC3126 Parallel Resonance 8 LC3127 Passive Filters 10 LC3128 Transformers 10 LC3129 Integrating and Differentiating Circuits 10 LC3130 Diode Characteristics 6 LC3131 Rectifier Circuits 12 LC3132 Bipolar Junction Transistors 6 LC3133 The Common-Emitter Amplifier 8 LC3134 Field-Effect Transistors 6 LC3135 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 Active Filters 10 LC3142 The Instrumentation Amplifier 8 LC3143 Active Diode Circuits 12 LC3144 The SCR 10 LC3145 Appendix: List of Materials for the Experiments 2 LC3146 Appendix: Manufacturers' Data Sheets 4 LC3147

32 ANALOG DEVICES 35 ANALOG DEVICES LAB MANUALS Buchla Laboratory Exercises for Fundamentals of Analog Circuits, 2/e, Signal Sources and Amplifier Characteristics 6 LC5301 The Diode Characteristic 8 LC5302 Rectifier Circuits 6 LC5303 Diode Limiting and Clamping Circuits 6 LC5304 Special-Purpose Diodes 6 LC5305 Bipolar Junction Transistor Characteristics 6 LC5306 Bipolar Transistor Biasing 8 LC5307 The Common-Emitter Amplifier 6 LC5308 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 Characteristics 6 LC5319 Linear Op-Amp Circuits 6 LC5320 Op-Amp Frequency Response 6 LC5321 Comparators and the Schmitt Trigger 6 LC5322 Summing Amplifiers 6 LC5323 The Integrator and Differentiator 6 LC5324 Low-Pass and High-Pass Active Filters 6 LC5325 State Variable Band-Pass Filter 6 LC5326 The Wien-Bridge Oscillator 6 LC5327 The Colpitts and Hartley Oscillator 6 LC5328 The 555 Timer 6 LC5329 The Zener Regulator 6 LC5330 Voltage Regulators 6 LC5331 The Instrumentation Amplifier 8 LC5332 Lab Manuals

33 36 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Buchla Laboratory Exercises for Fundamentals of Analog Circuits, 2/e, 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 Appendix: Manufacturers' Data Sheets 4 LC5340 Appendix: List of Materials for the Experiments 8 LC5341 ELECTRONIC DEVICES: CONVENTIONAL FLOW LAB MANUALS Aminian/Kazimierczuk Laboratory Manual to accompany Electronic Devices: A Design Approach, 1/e, Diode Characteristics 3 LC5801 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

34 ELECTRONIC DEVICES: CONVENTIONAL FLOW 37 Aminian/Kazimierczuk Laboratory Manual to accompany Electronic Devices: A Design Approach, 1/e, 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 Low-Pass and High-Pass Active Filters 2 LC5824 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 Paynter/Boydell/Smith Laboratory Manual to accompany Introductory Electronic Devices and Circuits, 7/e, Diode Characteristics 8 LC4901 Zener Diodes 8 LC4902 Diode Rectifier Circuits 8 LC4903 A Basic Power Supply 8 LC4904 Common Diode Applications: Clippers, Clampers, and Voltage Multipliers 8 LC4905 Bipolar Junction Transistors 8 LC4906 Base Bias 8 LC4907 Voltage-Divider Bias 10 LC4908 Emitter Bias 6 LC4909 Feedback Bias Circuits 6 LC4910 The Common-Emitter Amplifier 10 LC4911 The Common-Collector Amplifier (Emitter-Follower) 8 LC4912 The Common-Base Amplifier 10 LC4913 Class B and Class AB Amplifiers 10 LC4914 A Two-Stage Audio Amplifier 6 LC4915 JFET Operation 10 LC4916 Gate-Bias and Self-Bias Circuits 8 LC4917 The Common-Source Amplifier 8 LC4918 E-MOSFETs 6 LC4919 Amplifier Bandwidth and Roll-off Rates 8 LC4920 Lab Manuals

35 38 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Boydell Laboratory Manual to accompany Introductory Electronic Devices and Circuits, 7/e, Op-Amp Slew Rate 8 LC4921 Inverting Amplifiers 6 LC4922 Noninverting Amplifiers 8 LC4923 Comparators and Summing Amplifiers 8 LC4924 Integrators and Differentiators 8 LC4925 Low-Pass and High-Pass Active Filters 8 LC4926 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 BJT Switching Circuits 8 LC4931 Op-Amp Schmitt Triggers 8 LC4932 The 555 Timer 8 LC4933 Silicon Controlled Rectifiers 8 LC4934 Optoisolators 4 LC4935 IC Voltage Regulators 4 LC4936 A Practical Power Supply 5 LC4937 Appendix: Multimeters 4 LC4938 Appendix: Oscilloscopes 9 LC4939 Appendix: Fault Analysis Charts 2 LC4940 Boylestad/Nashelsky/Monssen Laboratory Manual to accompany Electronic Devices and Circuit Theory, 10/e, Oscilloscope and Function Generator Operation 12 LC5701 Diode Characteristics 8 LC5702 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

36 ELECTRONIC DEVICES: CONVENTIONAL FLOW 39 Boylestad/Nashelsky/Monssen Laboratory Manual to accompany Electronic Devices and Circuit Theory, 10/e, 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 Op-Amp Characteristics 8 LC5728 Linear Op-Amp Circuits 12 LC5729 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 Lab Manuals

37 40 PEARSON CUSTOM ELECTRONICS TECHNOLOGY Paynter/Boydell Laboratory Manual to accompany Electronics Technology Fundamentals, 3/e, 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 Parallel Circuits 8 LC4407 Kirchhoff's Current Law and the Current-Divider Relationship 10 LC4408 Series-Parallel Circuits 8 LC4409 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 Transformers 10 LC4414 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 6 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 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

38 ELECTRONIC DEVICES: CONVENTIONAL FLOW 41 Paynter/Boydell Laboratory Manual to accompany Electronics Technology Fundamentals, 3/e, Oscillators 8 LC4443 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 LC4450 Appendix: Oscilloscopes 8 LC4451 Appendix: Fault Analysis Charts 8 LC4452 Buchla/Wetterling Laboratory Exercises for Electronic Devices, 8/e, Introduction to Semiconductors 8 LC2401 Diode Applications 10 LC2402 Special-Purpose Diodes 12 LC2403 Bipolar Junction Transistors 10 LC2404 Transistor Bias Circuits 8 LC2405 BJT Amplifiers 14 LC2406 Power Amplifiers 8 LC2407 Field-Effect Transistors 10 LC2408 FET Amplifiers and Switching Circuits 8 LC2409 Amplifier Frequency Response 10 LC2410 Thyristors 8 LC2411 Operational Amplifiers 12 LC2412 Operational Amplifier: Programmable Analog Design 14 LC2413 Basic Op-Amp Circuits 14 LC2414 Basic Op-Amp Circuits: Programmable Analog Design 14 LC2415 Special-Purpose Op-Amp Circuits 10 LC2416 Special-Purpose Op-Amp Circuits: Programmable Analog Design 12 LC2417 Active Filters 10 LC2418 Active Filters: Programmable Analog Design 18 LC2419 Oscillators 12 LC2420 Oscillators: Programmable Analog Design 18 LC2421 Voltage Regulators 8 LC2422 Communications Circuits 10 LC2423 Appendix: List of Materials for the Experiments 2 LC2424 Appendix: Quick Start Guide for the Programmable Analog Module 6 LC2425 Lab Manuals