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Chapter 1 . Diode Circuits
Basic Semiconductor Physics
Different Models of Diodes, Open circuit & Short Circuit Tests
Operating Point & Small Signal Analysis of a Diode
Assignment 1 Solutions
Zener Diode as a Voltage Regulator
Series Clipper Circuits
Shunt Clipper & Two Level Clipper Circuits
Assignment 2 Solutions (PART 1)
Assignment 2 Solutions (PART 2)
Introduction to the Clamper Circuits
More Examples of Clamper Circuits
Peak Detector and Average Diode Current
Voltage Multiplier (Part 1)
Voltage Multiplier (Part 2)
Assignment 3 Solutions
Lecture Notes (Chapter 1)
Chapter 2. Device Physics of MOS
Introduction to MOS & Depletion type MOSFETs
Enhancement Type MOSFETs
Important Concepts of MOS Physics
Lecture Notes (Chapter 2)
Chapter 3. MOSFET biasing
3.1 Why biasing is required in MOS circuits
3.2 Concept of Transconductance
3.3 Quick Revision of MOSFET Current equation
3.4 Questions on Transfer Characteristics of MOSFET Circuits
3.4.1 Question 1
3.4.2 Question 2
3.4.3 Question 3
3.4.4 Question 4
3.4.5 Question 5,6,7
3.4.6 MOSFET in deep triode region
3.4.7 Question 8
3.4.8 Question 9
3.4.9 Question 10,11
3.4.10 Question 12,13
3.4.11 Question 14,15
Lecture Notes (Chapter 3)
3.5 Numerical Question
Chapter 4. MOSFET Amplifiers Basics
4.1 Why do we bias MOSFET in saturation for amplification
Why is MOSFET biased in saturation region during amplification || Prep for interview
4.2 Building a MOS Amplifier
4.3 Small Signal Analysis of MOS Amplifier
4.4 Small Signal Model of MOSFET Amplifier
4.5 Concept of Port Impedance
Chapter 5. Common Source Amplifier
5.1 Common Source Amplifier
5.2 Problem with the common source Amplifier
5.3 Common Source Amplifier with diode connected load
5.4 Common Source Amplifier with Constant Current Source
5.5 Common Source Amplifier with Degeneration
5.6 Comparison of Common Source Amplifier with and without Degeneration
5.7 Output impedance of CS Amplifier with degeneration
5.8 Biasing Techniques
5.9 Miller's Theorem
5.10 AC Analysis of Self bias configuration
5.11 Numerical Problem
Chapter 6. Common Drain, Common Gate and Cascaded Amplifiers
6.1 Common Gate Amplifier
6.2 Common Drain Amplifier
6.3 Cascaded Amplifiers
A different approach of Common Gate Amplifier
6.4 Numerical Problem
Lecture Notes (Chapter 4, 5 & 6)
Chapter 7. CMOS Inverter
7.1 CMOS Inverter - Basics and Pulse Input
7.2 CMOS Inverter - Ramp Input VTC
7.3 CMOS Inverter - Id vs Vo
7.4 Interchanging PMOS and NMOS in CMOS Inverter
7.5 Small Signal analysis of CMOS Inverter
Small Signal Gain of CMOS Inverter
7.6 Important Interview Question on CMOS Inverter
Lecture Notes (Chapter 7)
Chapter 8. Bipolar Junction Transistors
8.0 BJT Prerequisite
BJT PREREQUISITES
8.1 Numerical Questions
Lecture Notes (Lecture 8)
8.2 Gm of BJT vs Gm of MOSFET
Chapter 9. Interesting Written Test Questions
9.1 Question 1
9.2 Question 2
9.3 Question 3
Final Message
Placement Course III : Analog Electronics (Part 2)
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