Principles of Analog Electronics

Content: Mathematical Tools Multiples and Submultiples Periodic Waveforms Complex Numbers Phase Vector (or Phasor)  Laplace Transform Taylor Series Fourier Series and Integral Modulation Key Points, Jargon and Terms Exercises  Physical and Electrical Background Force, Work, Energy, Power Heat and Temperature Electric Charge Coulomb Force Electric Field Electric Induction Electric Current Electric Voltage Electron Mobility Electric Energy and Power Conventional Notations Magnetic Field Magnetic Induction Undulatory Phenomena Key Points, Jargon and Terms Exercises  Nature of Matter Atomic Model  Lattice  Wave-Particle Duality Electromagnetic Radiation Energy Band Theory Conductors Insulators Semicondutors Electrical Resistance and Joule Heating Temperature Coefficient Key Points, Jargon and Terms  Two-Terminal Components Definitions Conventional Notations Topology of Interconnections Resistors Electrical Sources Capacitors Inductors Capacitor-Inductor Duality Complex Power Summing-Up of Constitutive Relations Key Points, Jargon and Terms Exercises  Two-Port Networks Definitions Transformers Dependent Sources Models of Two-Port Networks Interconnections of Two-Port Networks Key Points, Jargon and Terms Exercises  Circuit Theorems Definitions Kirchhoff's Laws Thevenin's Theorem Norton's Theorem Superposition Theorem Miller's Theorem Miller's Dual Theorem Substitution Theorem Impedance Matching and Bridging Who Decides What Key Points, Jargon and Terms Exercises  Frequency Domain Introduction Resistance, Reactance, Impedance Electronic Filters Sources of Phase Shift RC Integrator Key Points, Jargon and Terms Exercises  Semiconductor Components Doping of Semiconductors Charge Carriers Current in Semiconductors P-N Junction Diode BJT MOSFET BJT Vs. MOSFET Numbering and Coding Schemes Key Points, Jargon and Terms Exercises  Diode Circuits Rectifiers DC Power Supply Voltage Doubler Circuits Clamper Circuits Clipper Circuits Key Points, Jargon and Terms Exercises  Amplifiers: Intro Introduction Key Parameters Types of Amplifier Loading Effect and Driving Parameters Key Points, Jargon and Terms Exercises  Amplifiers: Basic BJT Configurations Conventional Notations Step-by-Step First Design BJT as a Signal Amplifier C.E. Configuration Swamped C.E.  C.C. Configuration (Emitter Follower)  C.B. Configuration C.E., C.B., C.C. Comparisons BJT's Simplified Hybrid Model Bias Stability Key Points, Jargon and Terms Exercises  Amplifiers: Basic MOSFET Configurations MOSFET as a Signal Amplifier C.S. Configuration C.D. Configuration (Source Follower)  C.G. Configuration Comparison Among C.S., C.D., C.G.  Bias Stability MOSFET as a Switch Key Points, Jargon and Terms Exercises  Amplifiers: Variants Increased Input Resistance Transformer-Coupled Load Cascode Amplifier Differential Amplifier Key Points, Jargon and Terms  Amplifiers: Cascading Stages Coupling DC Analysis AC Analysis Double Stage C.E.-C.E.  Double Stage C.E.-C.C.  Double Stage C.C.-C.E.  Double Stage C.S.-C.E.  Bandwidth Key Points, Jargon and Terms Exercises  Some Applications Audio Amplifier FM Radio Battery Charger Early Heart Pacemaker Other Transistor Applications