1.4 Diode : The Small Signal Model Centre-Tapped Full-wave Rectifier Zener Diode Shunt Regulator

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5 Contents Analog Electronics-II Chapter 1 Diode Circuits Introduction Diode Circuits : DC Analysis and Models Diode Logic Gates Diode : The Small Signal Model DC Power Supply Rectifier Half-wave Rectifier Centre-Tapped Full-wave Rectifier Bridge Rectifier Comparison of Rectifier Circuits with Resistive Load Filter Inductor Filter Capacitor Filter CLC Filter (p-section Filter) Voltage Regulators Zener Diode Shunt Regulator Op-amp Controlled Series Regulator Transistorized Series Regulator Wave Shaping Clipper Linear Wave Shaping Clamper Voltage Multiplier Chapter 2 Student Assignments BJT-Characteristics and Biasing Introduction Transistors Current Components Early Effect BJT Configuration The Common Base Configuration The Common-Emitter Configuration The Common-Collector Configuration Chapter 3 Student Assignments Transistor Biasing and Thermal Stabilization Introduction The Operating Point Instability in Collector Current BJT Biasing Fixed Bias Circuit Collector to Base Bias Circuit (v)

6 3.7 Self-Bias, Emitter Bias, or Voltage-Divider Bias Bias Compensation Thermal Runaway BJT Biasing in Integrated Circuits (ICs) Constant Current Source (Current Mirror) Widlar Current Source Current Repeaters Wilson Current Source Student Assignments Chapter 4 BJT as an Amplifier Introduction Graphical Analysis of BJT Amplifier Transistor Hybrid Model Analysis of Transistor Amplifier Circuit Using h-parameters Small Signal Hybrid-p Equivalent Circuit of BJT Hybrid-P-Equivalent Circuit, by Considering Early Effect Basic Transistor Amplifier Configurations Common-Emitter Amplifiers Common-Collector (Emitter-Follower) Amplifier Common-Base Amplifier Multistage Amplifiers Student Assignments Chapter 5 Basic FET Amplifiers Introduction The Common-Source Amplifier Common-Drain (Source Follower) Amplifier The Common-Gate Configuration Student Assignments Chapter 6 Frequency Response Introduction Amplifier Frequency Response Miller s Theorem Frequency Response : BJT High Frequency Response of Common-Emitter and Common-Source Circuits High Frequency Response of Common-Base and Common-Gate Circuits High Frequency Response of Emitter and Source Follower Circuits Student Assignments Chapter 7 Differential Amplifiers Introduction The Differential Amplifier Basic BJT Differential Amplifier FET Differential Amplifiers Constant Current-Bias Level Translator Student Assignments Chapter 8 Feedback Amplifiers Introduction Basic Feedback Concepts General Block Diagram of Feedback Amplifier Four Basic Feedback Topologies Series-Shunt Configuration (vi)

7 8.6 Shunt-Series Configuration Series-Series Configuration Shunt-Shunt Configuration Summary of Results Student Assignments Chapter 9 Operational Amplifier Introduction Block Diagram Representation of A Typical Op-Amp Schematic Symbol Operational Amplifier Characteristics DC Characteristics AC Characteristics Characteristics of Ideal Op-Amp Equivalent Circuit of an Op-Amp Ideal Voltage Transfer Curve Inverting Amplifier Summing Amplifier Non-inverting Amplifier Voltage Follower Current-to-Voltage Converter Voltage-to-Current Converter Differential Amplifier Integrator and Differentiator Instrumentation Amplifier Log Amplifier Antilog or Exponential Amplifier Precision Diode Half-Wave Rectifier Full-Wave Rectifier Student Assignments Chapter 10 Signal Generators and Waveform Shaping Circuits Introduction Oscillators The Phase-Shift Oscillator Wien Bridge Oscillator Colpitts Oscillator Hartley Oscillator Crystal Oscillators Comparator Zero-Crossing Detector Sample-And-Hold Circuits Basic Inverting Schmitt Trigger Schmitt Trigger Oscillator Monostable Multivibrator The 555 Circuit Student Assignments nnnn (vii)

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