Electronic Circuit Analysis by Rao, B. Visvesvara -- Read -- Imperial Library of Trantor

Index

Title Page Contents Dedication Preface Chapter 1 Electron Dynamics

1.1 Motion of Electrons in Electric Fields 1.2 Electrostatic Deflection in a Cathode Ray Tube 1.3 Motion of Electrons in Magnetic Fields (Magnetic Deflection) 1.4 Magnetic Deflection in a Cathode Ray Tube 1.5 Comparison Between Electrostatic and Magnetic Deflections 1.6 Electrostatic Focussing 1.7 Cathode Ray Oscilloscope Summary Questions for Practice Multiple Choice Questions

Chapter 2 P-N Junction Diode Characteristics

2.1 Review of Semiconductor Physics 2.2 Energy-Band Diagrams of Semiconductor Materials 2.3 P- and N-Type Semiconductors 2.4 Mass-Action Law 2.5 Continuity Equation (Conservation of Charge) 2.6 Hall Effect 2.7 Qualitative Theory of P-N Junction (Open Circuited P-N Junction) 2.8 P-N Junction Diode (Forward Bias and Reverse Bias to P-N Junctions) 2.9 The Law of Junction 2.10 Diode Equation (Current Components in a P-N Semiconductor Diode) 2.11 Volt-Ampere Characteristics of P-N Diode 2.12 Temperature Dependence of V-I Characteristics (Diode Current) 2.13 Transition and Diffusion Capacitances (Diode Junction Capacitances) 2.14 Diode Equivalent Circuits 2.15 Breakdown Mechanisms of Semiconductor Diodes 2.16 Zener Diode (Voltage-Regulating Diode) Characteristics Summary Questions for Practice Multiple Choice Questions

Chapter 3 Rectifiers, Filters and Voltage Regulators

3.1 Introduction 3.2 Half-Wave Rectifier Circuit (HWR Circuit Working Principles) 3.3 Full-Wave Rectifier Circuit 3.4 Bridge Rectifier Circuit (Full-Wave Rectifier) 3.5 Filter Circuits 3.6 Half-Wave Rectifier with Inductor Filter (Choke Input Filter) 3.7 Half-Wave Rectifier Circuit with Capacitor Filter 3.8 Full-Wave Rectifier Circuit with Capacitor Filter 3.9 L-Section Filter or Choke Input Filter or L-Filter 3.10 Multiple L-Section Filter 3.11 π-Section Filter 3.12 Analysis of π-Section Filter (CLC Filter, Capacitor Input Filter) 3.13 Voltage Regulators 3.14 Simple Voltage Regulator Circuit Using Zener Diode 3.15 Block Diagram of Series Voltage Regulator 3.16 Series Voltage Regulator Circuits 3.17 Block Diagram of Shunt Voltage Regulators 3.18 Shunt Voltage Regulator Circuits 3.19 Current Limiting Techniques 3.20 Voltage Multiplier Circuits 3.21 Voltage Tripler 3.22 Voltage Quadrupler 3.23 Adjustable Voltage Regulators Summary Questions for Practice Multiple Choice Questions

Chapter 4 Characteristics of Transistor Devices (BJT, FET and MOSFET)

4.1 Introduction 4.2 Bipolar Junction Transistor (BJT): Structure of Materials 4.3 Different Configurations of Bipolar Junction Transistor 4.4 Principle of Working of NPN Transistor (Current Components Through Transistor) 4.5 Working of NPN Transistor and Transistor Currents 4.6 Base Width Modulation and Early Effect 4.7 V-I Characteristics of Common Emitter Transistors (Static Characteristics of Common Emitter Transistor) 4.8 Small Signal Low-Frequency Transistor Parameter Definitions (Transistor h-Parameters) 4.9 h-Parameter Definitions for Common Emitter Transistor 4.10 h-Parameter Definitions for Common Base Transistor 4.11 h-Parameter Definitions for Common Collector Transistor 4.12 Comparisons of CE, CB, CC Transistor Configurations 4.13 Determination of h-Parameters from Transistor Characteristics 4.14 Common Base Transistor Characteristics and Parameters 4.15 Biasing Circuit for PNP Transistor in Common Emitter Configuration 4.16 Explanation of the need of Biasing Voltages for the Transistor Devices 4.17 Transistor Specifications 4.18 High-Frequency Linear Models for the Common Emitter Transistor 4.19 Applications of BJT as a Switch 4.20 Typical Structural Details of JFET 4.21 Working of JFET 4.22 Transfer (Mutual) Characteristics of JFET 4.23 Drain (Output) Characteristics of Field Effect Transistor 4.24 Definitions of FET Constants 4.25 Comparison Between Field Effect Transistor and Transistor 4.26 Metal Oxide Semiconductor Field Effect Transistor 4.27 Output Characteristics for an N-Channel Enhancement-Mode MOSFET 4.28 Depletion Enhancement MOSFET (DE MOSFET) (MOSFET with Built-In Channel) 4.29 Comparisons of JFET and MOSFET with respect to Various Features 4.30 Unijunction Transistor 4.31 Application of UJT Device as an Oscillator Summary Questions for Practice Multiple Choice Questions

Chapter 5 Transistor Biasing and Stabilisation Circuits

5.1 Basic Concepts of an Amplifier 5.2 Need for Biasing Transistor 5.3 Transistor Biasing Circuits 5.4 Fixed-Bias Circuit (Base Bias Circuit) for Common Emitter Transistor 5.5 Stability Factor 5.6 Collector-to-Base Bias Circuit to CE Transistor 5.7 Potential (Voltage)-Divider-Bias to CE Transistor 5.8 Design of Potential (Voltage)-Divider-Bias Circuit 5.9 Bias Compensation Circuits Using Diodes and Thermistors 5.10 Thermistor Compensation 5.11 Thermal Runaway and Thermal Stability 5.12 Condition for Thermal Stability 5.13 Basic FET Amplifier Circuit 5.14 FET Bias Using Fixed-Bias Circuit 5.15 Self-Biasing Circuit for FET 5.16 Voltage-Divider-Bias Circuit for FET 5.17 Biasing of Enhancement MOSFET 5.18 Drain Feedback Bias Circuit 5.19 Potential-Divider-Biasing Circuit for EMOSFET Summary Questions for Practice Multiple Choice Questions

Chapter 6 Transistor (BJT) Amplifiers

6.1 Introduction 6.2 Classification of Amplifier Circuits 6.3 Single-Stage Common Emitter Transistor Amplifier 6.4 Design Procedure to Fix up the DC-Operating Conditions 6.5 Power Dissipation Curve and DC Load Line 6.6 Design of Circuit Components of Biasing Circuit 6.7 Common Emitter Transistor Amplifier with AC Signal Operations 6.8 The h-Parameters of the Transistor 6.9 Transistor Amplifier Analysis Using h-Parameter Equivalent Circuits 6.10 Common Emitter Transistor Amplifier Analysis 6.11 Common Base Transistor Amplifier Analysis 6.12 Common Collector Transistor Amplifier Analysis 6.13 Emitter Follower Transistor Amplifier Analysis 6.14 Frequency Response of RC-Coupled CE Transistor Amplifier 6.15 Resistance Capacitance Coupled Transistor Amplifier Summary Questions for Practice Multiple Choice Questions

Chapter 7 Feedback Amplifiers

7.1 Introduction 7.2 Fundamental Concepts of Feedback Amplifier Circuits 7.3 Negative Feedback Amplifier 7.4 Merits (General Characteristics) of Negative Feedback Amplifiers 7.5 Voltage Amplifier (Voltage Series Feedback Amplifier) 7.6 Voltage Shunt Feedback Amplifier (Transresistance Amplifier) 7.7 Current Series Feedback Amplifier (Transconductance Amplifier) 7.8 Current Shunt Feedback Amplifier Current (Series-Shunt) Amplifier 7.9 Voltage and Current Series Feedback Amplifiers (Practical Circuit) Summary Questions for Practice Multiple Choice Questions

Chapter 8 Oscillators

8.1 Introduction 8.2 Fundamental Concepts of Sinusoidal Oscillators 8.3 Transistor RC Phase-Shift Oscillator 8.4 FET-RC Phase-Shift Oscillator 8.5 Wien Bridge Oscillator Circuit Using Operational Amplifier 8.6 LC Oscillators (High-Frequency Oscillators) 8.7 Colpitts Oscillator Using FET 8.8 Clapp Oscillator 8.9 Hartley Oscillator Circuit 8.10 Tuned Collector Oscillator 8.11 Tuned Drain Oscillator Circuit 8.12 Crystal Oscillators 8.13 UJT Oscillator Circuit Summary Questions for Practice Multiple Choice Questions

Chapter 9 FET and MOSFET Amplifiers

9.1 Amplifier Gain Using Decibels 9.2 Basic Concepts of FET Amplifier 9.3 Common Source FET Amplifier 9.4 Resistance Capacitance Coupled FET Amplifier 9.5 Common Gate FET Amplifier Analysis 9.6 Common Drain FET Amplifier (Source Follower ) 9.7 Frequency Response of Single-Stage Amplifier 9.8 Basic Concepts of MOSFET Amplifiers 9.9 Common Source MOSFET Amplifier 9.10 Source Follower Using MOSFET 9.11 Common Gate MOSFET Amplifier Summary Questions for Practice Multiple Choice Questions

Chapter 10 Multistage (Cascaded) Amplifiers

10.1 Concepts of Cascaded (Multistage) Amplifiers 10.2 Different Coupling Schemes Used in Amplifiers 10.3 N-Stage Cascaded Amplifier 10.4 Cascaded RC-Coupled BJT Amplifiers 10.5 Cascaded RC-Coupled FET Amplifiers 10.6 Frequency Response Characteristic of RC-Coupled Amplifier 10.7 Equivalent Circuits of Cascaded RC-Coupled Transistor Amplifiers 10.8 (CE + CC) Transistor Amplifier 10.9 (CS + CD) FET Amplifier 10.10 Cascode (CE + CB) Amplifier 10.11 Cascode (CS + CG) Amplifier 10.12 (CC + CE) Transistor Amplifier 10.13 (CD + CS) JFET Amplifier 10.14 Cascading in Operational Amplifiers 10.15 Darlington Pair (Compound Transistor Configurations) 10.16 High Input Resistance Transistor Circuits (Darlington Pair) 10.17 Difference Amplifiers Summary Questions for Practice Multiple Choice Questions

Chapter 11 Large Signal (Power) Amplifiers

11.1 Class-A, Class-B and Class-C Amplifiers 11.2 Class-A Power Amplifier 11.3 Transformer-Coupled Audio Power Amplifier 11.4 Class-A Push-Pull Amplifier 11.5 Class-B Push-Pull Amplifiers 11.6 Transformer-Less Push-Pull Amplifier 11.7 Crossover Distortion 11.8 Class-AB Power Amplifier 11.9 Class-C Power Amplifier 11.10 Thermal Modelling and Heat Sinks 11.11 Advanced Power Amplifiers 11.12 Distortion in Amplifiers Summary Questions for Practice Multiple Choice Questions

Chapter 12 High Frequency Transistor Circuits

12.1 Transistor at High Frequency Input Signals 12.2 Hybrid-π Model for HF Transistors 12.3 Determination of Hybrid-π Circuit Parameters 12.4 Current Gain of CE Amplifier with Resistive Load 12.5 Short Circuit Current Gain AI and fB of CE Transistor Amplifier 12.6 High Frequency Equivalent Circuit of JFET 12.7 High Frequency Equivalent Circuit of MOSFET Summary Questions for Practice Multiple Choice Questions

Chapter 13 Tuned Amplifiers

13.1 Introduction 13.2 Basic Concepts of Tuned Amplifiers 13.3 Performance of Parallel Resonant Circuits 13.4 Single-Tuned Capacitance-Coupled (Direct-Coupled) Amplifier 13.5 Single-Tuned Capacitance-Coupled CE Transistor Amplifier 13.6 Single-Tuned (Transformer) Inductively Coupled Amplifier 13.7 Tapped Single-Tuned Capacitance-Coupled Amplifier (Inductive Tap Between Amplifiers for Optimum Power Transfer) 13.8 Amplifiers with Multiple Tuned Circuits 13.9 Double-Tuned Amplifier 13.10 Applications of Tuned Amplifiers 13.11 Synchronously Tuned Amplifier 13.12 Stagger-Tuned Amplifier 13.13 Stabilisation Techniques 13.14 Radio Frequency Amplifiers (Tuned Amplifier) 13.15 Wideband Amplifiers 13.16 Applications of Wideband Amplifiers Summary Questions for Practice Multiple Choice Questions

Chapter 14 Switching and IC Voltage Regulators

14.1 Introduction 14.2 Three-Terminal IC Voltage Regulators 14.3 IC 723 Voltage Regulators 14.4 DC-to-DC Converters 14.5 Voltage Multiplier Circuits 14.6 Switching Voltage Regulators 14.7 Uninterruptible Power Supply (UPS) 14.8 Switch Mode Power Supply (SMPS) Summary Questions for Practice Multiple Choice Questions

Chapter 15 Special Purpose Electronic Devices

15.1 Tunnel Diode 15.2 Semiconductor Photo Diode 15.3 Varactor Diode 15.4 Schottky Barrier Diode 15.5 Light Emitting Diode 15.6 Silicon Control Rectifier Summary Questions for Practice Multiple Choice Questions

Acknowledgements Copyright

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