Fundamentals of Electronic Devices and Circuits 5th Ed.
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ISBN 978-0-19-542523-9 (982 pages) |
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Description
A unique feature of this book is that it shows just how simple it is to design electronic circuits, using little more than Ohm's law and the capacitor impedance equation. Numerous practical circuit design examples are offered, using currently-available devices and standard-value components.
The author is convinced that an understanding of devices and circuits is most easily achieved by learning how to design circuits. "Practical circuit design is usually quite simple, much simpler than some methods of circuit analysis."
Commencing with an introduction to semiconductors and pn-junction theory, all of the most important semiconductor devices in general use today are covered. The operation of each device is carefully explained, and its characteristics and parameters are discussed in detail. Circuit applications are then treated, and the design and analysis of circuits involving the device are investigated. Computer graphic analysis results are also shown for many design examples. Coverage includes IC operational amplifiers, IC audio amplifiers, and IC voltage regulators.
Features
- Objectives list at the beginning of each chapter.
- Practice Problems at the end of each section, with answers at the end of the chapter.
- Chapter Review Questions and Problems grouped and identified according to section.
- Answers to Odd-numbered Problems at the back of the book.
- Device Data Sheets and Component Standard Values in the appendices.
Contents
Preface
Chapter 1 Basic Semiconductor and pn-Junction Theory Objectives
Introduction
1-1 Atomic Theory
1-2 Conduction in Solids
1-3 Conductors, Semiconductors, and Insulators
1-4 n-Type and p-Type Semiconductors
1-5 The pn-Junction
1-6 Biased Junctions
Review Questions
Chapter 2 Semiconductor Diodes
Objectives
Introduction
2-1 pn-Junction Diode
2-2 Characteristics and Parameters
2-3 Diode Approximations
2-4 DC Load Line Analysis
2-5 Temperature Effects
2-6 Diode AC Models
2-7 Diode Specifications
2-8 Diode Testing
2-9 Zener Diodes
Review Questions
Problems
Practice Problem Answers
Chapter 3 Diode Applications Objectives
Introduction
3-1 Half-Wave Rectification
3-2 Full-Wave Rectification
3-3 Half-Wave Rectifier Power Supply
3-4 Full-Wave Rectifier Power Supply
3-5 Power Supply Performance and Testing
3-6 Zener Diode Voltage Regulators
3-7 Series Clipping Circuits
3-8 Shunt Clipping Circuits
3-9 Clamping Circuits
3-10 DC Voltage Multipliers
3-11 Diode Logic Circuits
Review Questions
Problems
Practice Problem Answers
Chapter 4 Bipolar Junction Transistors
Objectives
Introduction
4-1 BJT Operation
4-2 BJT Voltages and Currents
4-3 BJT Amplification
4-4 BJT Switching
4-5 Common-Base Characteristics
4-6 Common-Emitter Characteristics
4-7 Common-Collector Characteristics
4-8 Transistor Testing
Review Questions
Problems
Practice Problem Answers
Chapter 5 BJT Biasing
Objectives
Introduction
5-1 DC Load Line and Bias Point
5-2 Base Bias
5-3 Collector-to-Base Bias
5-4 Voltage Divider Bias
5-5 Comparison of Basic Bias Circuits
5-6 Trouble-Shooting BJT Bias Circuits
5-7 Bias Circuit Design
5-8 More Bias Circuits
5-9 Thermal Stability of Bias Circuits
5-10 Biasing BJT Switching Circuits
Review Questions
Problems
Practice Problem Answers
Chapter 6 AC Analysis of BJT Circuits
Objectives
Introduction
6-1 Coupling and Bypassing Capacitors
6-2 AC Load Lines
6-3 Transistor Models and Parameters
6-4 Common-Emitter Circuit Analysis
6-5 CE Circuit with Unbypassed Emitter Resistor
6-6 Common-Collector Circuit Analysis
6-7 Common-Base Circuit Analysis
6-8 Comparison of CE, CC, and CB Circuits
Review Questions
Problems
Practice Problem Answers
Chapter 7 Fabrication of Semiconductor Devices and ICs
Objectives
Introduction
7-1 Processing of Semiconductor Materials
7-2 Diode Fabrication and Packaging
7-3 Transistor Construction and Performance
7-4 Transistor Fabrication
7-5 Integrated Circuits
7-6 IC Components and Circuits
7-7 Transistor and IC Packaging
Review Questions
Chapter 8 BJT Specifications and Performance
Objectives
Introduction
8-1 Transistor Data Sheets
8-2 Decibels and Half-Power Points
8-3 BJT Cutoff Frequency and Capacitances
8-4 BJT Circuit Frequency Response
8-5 Transistor Switching Times
8-6 Transistor Circuit Noise
8-7 Transistor Power Dissipation
8-8 Heat Sinking
Review Questions
Problems
Practice Problem Answers
Chapter 9 Field Effect Transistors
Objectives
Introduction
9-1 Junction Field Effect Transistors
9-2 JFET Characteristics
9-3 JFET Data Sheet and Parameters
9-4 FET Amplification and Switching
9-5 MOSFETs
Review Questions
Problems
Practice Problem Answers
Chapter 10 FET Biasing
Objectives
Introduction
10-1 DC Load Line and Bias Point
10-2 Gate Bias
10-3 Self Bias
10-4 Voltage Divider Bias
10-5 Comparison of Basic JFET Bias Circuits
10-6 Trouble-Shooting JFET Bias Circuits
10-7 JFET Bias Circuit Design
10-8 More JFET Bias Circuits
10-9 Use of Universal Transfer Characteristic
10-10 MOSFET Biasing
10-11 Biasing FET Switching Circuits
Review Questions
Problems
Practice Problem Answers
Chapter 11 AC Analysis of FET Circuits
Objectives
Introduction
11-1 Coupling, Bypassing, and AC Load Lines
11-2 FET Models and Parameters
11-3 Common Source Circuit Analysis
11-4 CS Circuit With Unbypassed Source Resistor
11-5 Common-Drain Circuit Analysis
11-6 Common-Gate Circuit Analysis
11-7 Comparison of FET and BJT Circuits
11-8 Frequency Response of FET Circuits
Review Questions
Problems
Problem Answers
Chapter 12 Small Signal Amplifiers 365
Objectives
Introduction
12-1 Single-Stage Common-Emitter Amplifier
12-2 Single-Stage Common-Source Amplifier
12-3 Capacitor-Coupled Two-Stage CE Amplifier
12-4 Direct-Coupled Two-Stage Circuits
12-5 Two-Stage Circuit with Emitter-Follower Output
12-6 DC Feedback Pair
12-7 BIFET Circuits
12-8 Differential Amplifier
12-9 Small-Signal High-Frequency Amplifiers
12-10 Amplifier Testing
Review Questions
Problems
Practice Problem Answers
Chapter 13 Amplifiers with Negative Feedback
Objectives
Introduction
13-1 Series Voltage Negative Feedback 4
13-2 Two-Stage CE Amplifier with Series Voltage Negative Feedback
13-3 More Amplifiers with Series Voltage Negative Feedback
13-4 Differential-Input Amplifier with Negative Feedback
13-5 Emitter-Current Feedback
13-6 Parallel Current Negative Feedback
13-7 Additional Effects of Negative Feedback
Review Questions
Problems
Practice Problem Answers
Chapter 14 IC Operational Amplifiers and Basic Op-amp Circuits
Objectives
Introduction
14-1 Integrated Circuit Operational Amplifiers
14-2 Biasing Operational Amplifiers
14-3 Voltage Follower Circuits
14-4 Noninverting Amplifiers
14-5 Inverting Amplifiers
14-6 Summing Amplifier
14-7 Difference Amplifier
14-8 Instrumentation Amplifier
14-9 Voltage Level Detectors
14-10 Schmitt Trigger Circuits
14-11 Testing and Trouble Shooting Op-amp Circuits
Review Questions
Problems
Practice Problem Answers
Chapter 15 Operational Amplifier Frequency Response and Compensation
Objectives
Introduction
15-1 Operational Amplifier Circuit Stability
15-2 Frequency Compensation Methods
15-3 Op-amp Circuit Bandwidth and Slew Rate
15-4 Stray Capacitance Effects
15-5 Load Capacitance Effects
15-6 Circuit Stability Precautions
Review Questions
Problems
Practice Problem Answers
Chapter 16 Signal Generators
Objectives
Introduction
16-1 Phase Shift Oscillators
16-2 Colpitts Oscillators
16-3 Hartley Oscillators
16-4 Wein Bridge Oscillator
16-5 Oscillator Amplitude Stabilization
16-6 Square Wave Generator
16-7 555 Pulse Generator
16-8 Triangular Wave Generator
16-9 Oscillator Frequency Stabilization
Review Questions
Problems
Practice Problem Answers
Chapter 17 Active filters
Objectives
Introduction
17-1 Filter Types and Characteristics
17-2 First-Order Active Filters
17-3 Higher-Order Active Filters
17-4 Second-Order High Pass Active Filters
17-5 Third-Order Active Filters
17-6 Band-Pass Filters
17-7 Notch filters
17-8 All-Pass Filters
17-9 State-Variable filters
17-10 IC Switched Capacitor Filters
17-11 Filter Testing and Trouble shooting
Review Questions
Problems
Practice Problem Answers
Chapter 18 Linear and Switching Voltage Regulators
Objectives
Introduction
18-1 Transistor Series Regulator
18-2 Improving Regulator Performance
18-3 Current Limiting
18-4 Op-amp Voltage Regulators
18-5 IC Linear Voltage Regulators
18-6 Switching Regulator Basics
18-7 Step-Down, Step-Up, and Inverting Converters
18-8 IC Controller for Switching Regulators
Review Questions
Problems
Practice Problem Answers
Chapter 19 Audio Power Amplifiers
Objectives
Introduction
19-1 Transformer-Coupled Class-A Amplifier
19-2 Transformer-Coupled Class-B and Class-AB Amplifiers
19-3 Transformer-Coupled Amplifier Design
19-4 Capacitor-Coupled and Direct-Coupled Output Stages
19-5 Modifications to Improve Amplifier Performance
19-6 BJT Power Amplifier with Differential Input Stage
19-7 Complementary MOSFET Common-Source Power Amplifier
19-8 BJT Power Amplifiers with Op-Amp Driver
19-9 MOSFET Power Amplifier with Op-Amp Driver Stage
19-10 Integrated Circuit Power Amplifiers
Review Questions
Problems
Practice Problem Answers
Chapter 20 Thyristors
Objectives
Introduction
20-1 Silicon Controlled Rectifier (SCR)
20-2 SCR Control Circuits
20-3 More SCR Applications
20-4 TRIAC and DIAC
20-5 TRIAC Control Circuits
20-6 SUS, SBS, GTO, and SIDAC
20-7 Unijunction Transistor (UJT)
20-8 Programmable Unijunction Transistor (PUT)
Review Questions
Problems
Practice Problem Answers
Chapter 21 Optoelectronic Devices
Objectives
Introduction
21-1 Light Units
21-2 Light Emitting Diode (LED)
21-3 Seven-Segment Displays
21-4 Photoconductive Cell
21-5 Photodiode and Solar Cell
21-6 Phototransistors
21-7 Optocouplers
Review Questions
Problems
Practice Problem Answers
Chapter 22 Miscellaneous Devices
Objectives
Introduction
22-1 Voltage-Variable Capacitor Diodes
22-2 Thermistors
22-3 Tunnel Diodes
22-4 Schottky, PIN, and Current-Limiting Diodes
Review Questions
Problems
Practice Problem Answers
Appendices
Appendix A Device Data Sheets
Appendix B Standard Component Values
Appendix C Answers for Odd-Numbered Problems
Index
Supplementary Manuals:
Laboratory Manual
See Laboratory Manual for Electronic Devices and Circuits.
Solutions Manual
Containing solutions for all problems in the text book.
Experimental Data for Electronics Devices and Circuits Laboratory Manual
Containg typical results for every laboratory manual investigation.
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