Basic Solid-State Physics: Holes and Electrons, Doping, Carrier Density

Basic Solid-State Physics: Energy bands, electrons and holes

Basic Solid-State Physics: Holes and Electrons, Doping, Carrier Density

Basic Solid-State Devices: Distributions, Drift and diffusion, mobility, PN junction diode

Basic Solid-State Devices: PN junction, Bipolar Junction Transistor (BJT) basics.

Basic Solid-State Devices: BJT continued, forward operation, large signal model

Basic Solid-State Devices: BJT, Various Effects, Charge Control Model

Basic Solid-State Devices: Ebers-Moll model, small-signal model, cut-off (fT)

Basic Solid-State Devices: MOS Capacitor, Accumulation, Inversion, Threshold voltage

Basic Solid-State Devices: MOS-capacitor (Cont.), MOSFET, Threshold Calculation

Basic Solid-State Devices: MOSFET, I-V Characteristic Detail, Modes of Operation

Basic Solid-State Devices: MOSFET I-V, Body-Effect, Velocity Saturation, Small-signal Model

Basic Solid-State Devices: MOSFET Capacitance, Small-Signal Model, Cut-Off (fT)

Economics of Integrated Circuits, Yield

Basic Amplifier Stages (Low Frequency): Common Emitter, Emitter Degeneration, Input/Output R

Basic Amplifier Stages (Low Frequency): Common Emitter, Small-Signal Gain, Load Line

Basic Amplifier Stages (Low Frequency): Common Collector, Common-Base, Cascade

Basic Amplifier Stages (Low Frequency): Increasing the Gain, Active Load

Basic Amplifier Stages (Low Frequency): MOS Common Source Amplifier, Source Resistance

Basic Amplifier Stages (Low Frequency): Various Loads for MOS Amplifier, Gain and Linearity

Basic Amplifier Stages (Low Frequency): Common Drain, Common-Gate, Darlington Pair

Basic Amplifier Stages (Low Frequency): Differential Signal, Differential Pair, BJT Amplifier

Basic Amplifier Stages (Low Frequency): Differential and Common-Mode Gain, MOS Diff. Pair

Basic Amplifier Stages (Low Frequency): Differential Pair, Input Range, Active Load

Biasing: Basic Biasing Techniques, Self-Biasing, Discrete Circuit Biasing

Biasing: Integrated Biasing Techniques, Bipolar Current Mirrors, Current Sources

Biasing: Integrated Biasing Techniques, MOS Current Source, Headroom Improvement

Supply-, Process-, and Temperature-Independent Biasing

Compound Amplifier Stages (Low Frequency): Differential-to-Single Conversion, Active Load 1

Compound Amplifier Stages (Low Frequency): Differential-to-Single-Ended Conversion, High Gain

Output Drivers (Low Frequency): Push-Pull, Class-A, Class-B, Efficiency, Distortion

Make a Basic BJT Op-Amp (Low Frequency): the design process (Part-I)

Make a Basic BJT Op-Amp (Low Frequency): the design process (Part-II)

Compound Stages (Low Frequency): MOS Differential-to-Single Ended Converters, Folded Cascade

Low Frequency Behavior Summary (Part-I)

Low Frequency Behavior Summary (Part II)

High Frequency Behavior: Introduction, Transfer Function, Poles, Zeros

High Frequency Behavior: Complete First Order Response Evaluation (Basic Amplifier Stages)

High Frequency Behavior: Common Source, Common Drain, Common Gate

High Frequency Behavior: Zeros in the Transfer Function, Time-Domain Response, Miller Effect

High Frequency Behavior: Nth Order System (first term), Bandwidth Estimation, ZVT

High Frequency Behavior: Design Example, Zero-Value time Constant, Bandwidth Estimation

High Frequency Behavior: Zero-Value Time Constants with Zeros, Complex Poles, Low Cut-off

High Frequency Behavior: Higher Order Terms, Generalized Time and Transfer Constants

High Frequency Behavior: Applications of Generalized Time- and Transfer-Time Constants (1)

High Frequency Behavior: Applications of Generalized Time- and Transfer-Time Constants (2)

High Frequency Behavior: Generalized Time and Transfer Constant (TTC), Uncoupled Time Constants

High Frequency Behavior: Creation of Zeros, Infinite Value Time Constants, Low Cut-Off

Feedback Viewpoint: Introduction, Asymptotic Equality Principle, Types of Feedback

Feedback Viewpoint: Effect on Bandwidth, Nonlinearity, Dynamics, Sensitivity

Feedback Viewpoint: Asymptotic Gain Formula, Return Ratio, Gain Correction Factors, Examples

Feedback Viewpoint: Asymptotic Gain Formula, Return Ratio, More Examples

Feedback Viewpoint: Asymptotic Gain Formula, Example, Cherry Hooper, Pole Splitting/Root Locus

Feedback Viewpoint: Limitations of Return Ratio, General Definition of Return Ratio

Feedback Viewpoint: Impedance Change, Blackman formula, Examples, Types of Feedback

Feedback Viewpoint: Loop Gain, Breaking the Loop, Current and Voltage Loop Gain

Feedback Viewpoint: Properties of Loop Gain, Bilateral Loop Gain, Nested Loops

Stability: Introduction, Transfer Function Under Feedback, Peaking, Routh-Hurwitz Criterion

Stability: Stability Criteria (cont), Conditional Stability, Circuit Example

Stability: Nyquist Criterion (+derivation), Phase and Gain Margin

Stability: Nonlinear Stability Criteria, Circle Criterion

Noise: Random Processes Review, Auto- and Cross Correlation, Power Spectrum

Noise: Spectrum Transfer Function, Johnson(Thermal) Noise Derivation, KT/C noise, Circuit Model

Noise: Physics of Shot Noise, Burst Noise, Flicker Noise (1/f Noise), Power Laws

Noise: Circuit Noise Models in PN junction diode, BJT, MOSFET, noise corner frequency

Noise: Noise in simple amplifiers, Input Referred voltage and Current Noise

Noise: Power Spectrum of Input and Output Noise for Single Stage Amplifier

Noise: Differential Amplifier Noise, Multi-Stage Amplifier Noise

Broadband Amplifiers: Trade-Offs, Gain-Bandwidth vs. Delay Tradeoff, Distributed Amplifier

Compound Amplifier Stages (Low Frequency): Differential-to-Single Conversion, Active Load 2