Efnisyfirlit

• Title Page
• Copyright Page
• Preface
• Acknowledgments
• Brief Contents
• Contents
• 1. Introduction to Semiconductors
• 1–1. The Atom
• 1–2. Materials Used in Electronic Devices
• 1–3. Current in Semiconductors
• 1–4. N-Type and P-Type Semiconductors
• 1–5. The PN Junction
• 2. Diodes and Applications
• 2–1. Diode Operation
• 2–2. Voltage-Current Characteristic of a Diode
• 2–3. Diode Approximations
• 2–4. Half-Wave Rectifiers
• 2–5. Full-Wave Rectifiers
• 2–6. Power Supply Filters and Regulators
• 2–7. Diode Limiters and Clampers
• 2–8. Voltage Multipliers
• 2–9. The Diode Datasheet
• 2–10. Troubleshooting
• Device Application
• 3. Special-Purpose Diodes
• 3–1. The Zener Diode
• 3–2. Zener Diode Applications
• 3–3. Varactor Diodes
• 3–4. Optical Diodes
• 3–5. The Solar Cell
• 3–6. Other Types of Diodes
• 3–7. Troubleshooting
• Device Application
• 4. Bipolar Junction Transistors
• 4–1. Bipolar Junction Transistor (BJT) Structure
• 4–2. Basic BJT Operation
• 4–3. BJT Characteristics and Parameters
• 4–4. The BJT as an Amplifier
• 4–5. The BJT as a Switch
• 4–6. The Phototransistor
• 4–7. Transistor Categories and Packaging
• 4–8. Troubleshooting
• Device Application
• 5. Transistor Bias Circuits
• 5–1. The DC Operating Point
• 5–2. Voltage-Divider Bias
• 5–3. Other Bias Methods
• 5–4. Troubleshooting
• Device Application
• 6. BJT Amplifiers
• 6–1. Amplifier Operation
• 6–2. Transistor AC Models
• 6–3. The Common-Emitter Amplifier
• 6–4. The Common-Collector Amplifier
• 6–5. The Common-Base Amplifier
• 6–6. Multistage Amplifiers
• 6–7. The Differential Amplifier
• 6–8. Troubleshooting
• Device Application
• 7. BJT Power Amplifiers
• 7–1. The Class A Power Amplifier
• 7–2. The Class B and Class AB Push-Pull Amplifiers
• 7–3. The Class C Amplifier
• 7–4. Troubleshooting
• Device Application
• 8. Field-Effect Transistors (FETs)
• 8–1. The JFET
• 8–2. JFET Characteristics and Parameters
• 8–3. JFET Biasing
• 8–4. The Ohmic Region
• 8–5. The MOSFET
• 8–6. MOSFET Characteristics and Parameters
• 8–7. MOSFET Biasing
• 8–8. The IGBT
• 8–9. Troubleshooting
• Device Application
• 9. FET Amplifiers and Switching Circuits
• 9–1. The Common-Source Amplifier
• 9–2. The Common-Drain Amplifier
• 9–3. The Common-Gate Amplifier
• 9–4. The Class D Amplifier
• 9–5. MOSFET Analog Switching
• 9–6. MOSFET Digital Switching
• 9–7. Troubleshooting
• Device Application
• 10. Amplifier Frequency Response
• 10–1. Basic Concepts
• 10–2. The Decibel
• 10–3. Low Frequency Amplifier Response
• 10–4. High-Frequency Amplifier Response
• 10–5. Total Amplifier Frequency Response
• 10–6. Frequency Response of Multistage Amplifiers
• 10–7. Frequency Response Measurements
• Device Application
• 11. Thyristors
• 11–1. The Four-Layer Diode
• 11–2. The Silicon-Controlled Rectifier (SCR)
• 11–3. SCR Applications
• 11–4. The Diac and Triac
• 11–5. The Silicon-Controlled Switch (SCS)
• 11–6. The Unijunction Transistor (UJT)
• 11–7. The Programmable Unijunction Transistor (PUT)
• Device Application
• 12. The Operational Amplifier
• 12–1. Introduction to Operational Amplifiers
• 12–2. Op-Amp Input Modes and Parameters
• 12–3. Negative Feedback
• 12–4. Op-Amps with Negative Feedback
• 12–5. Effects of Negative Feedback on Op-Impedances
• 12–6. Bias Current and Offset Voltage
• 12–7. Open-Loop Frequency and Phase Responses
• 12–8. Closed-Loop Frequency Response
• 12–9. Troubleshooting
• Device Application
• Programmable Analog Technology
• 13. Basic Op-Amp Circuits
• 13–1. Comparators
• 13–2. Summing Amplifiers
• 13–3. Integrators and Differentiators
• 13–4. Troubleshooting
• Device Application
• Programmable Analog Technology
• 14. Special-Purpose Integrated Circuits
• 14–1. Instrumentation Amplifiers
• 14–2. Isolation Amplifiers
• 14–3. Operational Transconductance Amplifiers (OTAs)
• 14–4. Log and Antilog Amplifiers
• 14–5. Converters and Other Integrated Circuits
• Device Application
• Programmable Analog Technology
• 15. Active Filters
• 15–1. Basic Filter Responses
• 15–2. Filter Response Characteristics
• 15–3. Active Low-Pass Filters
• 15–4. Active High-Pass Filters
• 15–5. Active Band-Pass Filters
• 15–6. Active Band-Stop Filters
• 15–7. Filter Response Measurements
• Device Application
• Programmable Analog Technology
• 16. Oscillators
• 16–1. The Oscillator
• 16–2. Feedback Oscillators
• 16–3. Oscillators with RC Feedback Circuits
• 16–4. Oscillators with LC Feedback Circuits
• 16–5. Relaxation Oscillators
• 16–6. The 555 Timer as an Oscillator
• Device Application
• Programmable Analog Technology
• 17. Voltage Regulators
• 17–1. Voltage Regulation
• 17–2. Basic Linear Series Regulators
• 17–3. Basic Linear Shunt Regulators
• 17–4. Basic Switching Regulators
• 17–5. Integrated Circuit Voltage Regulators
• 17–6. Integrated Circuit Voltage Regulator Configurations
• Device Application
• Answers to Odd-Numbered Problems
• Glossary
• Index