An Integrated Course in Electronics Engineering

Section-I : Preliminaries
• Introductory Concepts • Network Analysis • Electron Dynamics • Electron Emission • Electron Tubes
Section-II : Semiconductor Physics and Diodes
• Semiconductor Physics • Theory of P-N Junction Diodes • Zeners and other Two-Terminal Devices • Rectifiers
Section-III : Transistors
• Bipolar Junction Transistors (BJTs) • Hybrid Parameters • Transistor Biasing and Stabilization • Field Effect Transistors (FETs)
Section-IV : Amplifiers and Oscillators
• Single Stage Transistor Amplifiers • Amplifier Frequency • Frequency Response • Multistage Amplifiers • Large Signal or Power Amplifiers • Tuned Amplifiers • Feedback Amplifiers • Differential Amplifiers • Sinusoidal Oscillators
Section-V : Communication Systems
• Modulation and Demodulation • Digital Communication • Communication Channels • Optoelectronics Devices
Section-VI : Power Electronics
• Power Semiconductor Devices • Power Converters
Section-VII : Waveshaping and Switching
• Pulse Signals • Linear Waveshaping • Nonlinear Waveshaping • Switching Circuits (Multivibrators)
Section-VIII : Analog Integrated Circuits
• Integrated Circuits • Operational Amplifiers and their Parameters • Op-Amps with Negative Feedback • Frequency Response of an Op-Amp • Linear Applications of Op-Amps • IC Waveform Generators • Nonlinear Circuits • The 555 IC Timer • Active Filters • Operational Transconductance Amplifier (OTA) • Digitally Controlled Frequency Synthesizers • Regulated and Switching Power Supplies
Section-IX : Digital Electronics
• Number Systems and Codes • Logic Gates and Boolean Algebra • Logic Circuits • Digital Logic Families • Digital-to-Analog and Analog-to-Digital Converters • Microprocessors
Section-X : Electronic Measurements and Instrumentation
• Electronic (Analog as well as Digital) Instruments • Cathode Ray Oscilloscope • Transducers
• Objective Type Questions
• Appendices
• Index.