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Course10810419365 lectures

Analog VLSI Design

Prof. Imon Mondal · IIT Kanpur

Start with lecture 1 At NPTEL

Lectures

Week 1

  1. Lecture-01 : Module-1 Introduction - What the course is about YouTube
  2. Lecture-01 : Module-2 Introduction - Effect of loading on node voltage YouTube
  3. Lecture-02 : Module-1 Impact of resistive loading on a network YouTube
  4. Lecture-02 : Module-2 Necessity of negative feedback for output control under variable load condition YouTube
  5. Lecture-03 : Module-1 Expected properties of a network for power amplification YouTube
  6. Lecture-03 : Module-2 Need for non-linearity in a network YouTube

Week 2

  1. Lecture-04 : Development of a framework to linearize a non-linear element YouTube
  2. Lecture-05 : Module-1 Linearized models of common electrical elements YouTube
  3. Lecture-05 : Module-2 Use of linearization with an example YouTube
  4. Lecture-06 : Introduction to two port non-linear networks YouTube

Week 3

  1. Lecture-07 : Incremental gain using a non-linear two port network YouTube
  2. Lecture-08 : Module-1 Desirable I-V characteristics of the non-linear two port network for power amplification YouTube
  3. Lecture-08 : Module-2 Introduction to MOSFET as an amplifying device YouTube
  4. Lecture-09 : I-V characteristics of a MOSFET YouTube

Week 4

  1. Lecture-10 : Incremental two port parameters of a MOSFET YouTube
  2. Lecture-11 : Module-1 Biasing a MOSFET for achieving amplification YouTube
  3. Lecture-11 : Module-2 Applying incremental signal to a MOSFET YouTube
  4. Lecture-12 : Module-1 Effect of signal swing on operating condition YouTube
  5. Lecture-12 : Module-2 Maximum allowable signal increase at the gate of a MOSFET YouTube

Week 5

  1. Lecture-13 : Module-1 Framework for analysis of total current and voltage in a non-linear network YouTube
  2. Lecture-13 : Module-2 Swing limit in a common source amplifier YouTube
  3. Lecture-14 : Module-1 Graphical representation of signal swing in a common source amplifier YouTube
  4. Lecture-14 : Module-2 Use of a capacitor to replace a floating battery YouTube
  5. Lecture-15 : Module-1 Constraint on coupling capacitor and its relation with time constant YouTube
  6. Lecture-15 : Module-2 Common source amplifier with a single DC voltage source YouTube

Week 6

  1. Lecture-16 : Module-1 Constraint on output capacitor in a common source amplifier YouTube
  2. Lecture-16 : Module-2 Use of current source for robust biasing YouTube
  3. Lecture-17 : Common source amplifier with current mirror biasing YouTube
  4. Lecture-18 : Module-1 Biasing a MOSFET with a current source at its source YouTube
  5. Lecture-18 : Module-2 Common source amplifier with current source at it source YouTube

Week 7

  1. Lecture-19: Module -1 Time constants in a current biased common source amplifier YouTube
  2. Lecture-19 : Module-2 Introduction to VCVS using a MOS transistor YouTube
  3. Lecture-20 : Module-1 Design of a VCVS (common drain amplifier) contd.. YouTube
  4. Lecture-20 : Module-2 Introduction to CCCS using a MOS transistor YouTube
  5. Lecture 21 : Module-1 Design of a CCCS (common gate amplifier) contd.. YouTube
  6. Lecture 21 : Module-2 Introduction to CCVS using a MOS transistor YouTube

Week 8

  1. Lecture-22 : Module -1 Introduction to channel length modulation YouTube
  2. Lecture-22 : Module-2 Cascode configuration to increase gain YouTube
  3. Lecture-23 : Output impedance of a cascode configuration YouTube
  4. Lecture-24 : Module-1 Current mirrors in presence of channel length modulation YouTube
  5. Lecture-24 : Module-2 Swing limits in cascode current mirrors YouTube

Week 9

  1. Lecture-25 : Module-1 Introduction to PMOSFET YouTube
  2. Lecture-25 : Module-2 Incremental Model of PMOSFET YouTube
  3. Lecture-26 : Common source amplifier with PMOS load YouTube
  4. Lecture-27 : Analog Circuits with PMOS YouTube

Week 10

  1. Lecture-28 : VCVS-using-negative-feeback YouTube
  2. Lecture-29 : Module-1 Introduction-to-differential-amplifier YouTube
  3. Lecture-29 : Module-2 Differential-and-common-mode-response YouTube
  4. Lecture-30 : Norton Equivalent of differential amplifier with resistive load YouTube

Week 11

  1. Lecture-31 : Module-1 CMRR in differential amplifier YouTube
  2. Lecture-31 : Module-2 Differential Amplifier with Current Mirror Load YouTube
  3. Lecture-32 : Module-1 Output Impedance of differential Amplifier with current mirror load YouTube
  4. Lecture-32 : Module-2 ICMR YouTube
  5. Lecture-33 : Module-1 Differential amplifier in negative feedback YouTube
  6. Lecture-33 : Module-2 Loop Gain and Feedback Factor of Diffamps in Negative Feedback YouTube
  7. Lecture-34 : Module-1 Two Stage Amplifier-I YouTube
  8. Lecture-34 : Module-2 Two Stage Amplifier-II YouTube

Week 12

  1. Lecture-35 : Module-1 Capacitances In MOSFET YouTube
  2. Lecture-35 : Module-2 Frequency Response of common source amplifier YouTube
  3. Lecture-36 : Module-1 Frequency Characteristics of Common Source Amp contd YouTube
  4. Lecture-36 : Module-2 Introduction to Instability YouTube
  5. Lecture-37 : Module-1 Introduction to phase margin YouTube
  6. Lecture-37 : Module-2 Phase Margin and locations of poles YouTube
  7. Lecture-38 : Module-1 Poles of two stage opamp YouTube
  8. Lecture-38 : Module-2 Introduction to Instability YouTube

Syllabus and materials

At NPTEL, as the course publishes them.

Credits and licence

Institution
IIT Kanpur
Department
Electrical Engineering
Teacher
Prof. Imon Mondal
Level
Undergraduate
Language
English
Subjects
Engineering
Source
NPTEL
Licence
CC BY-NC-SA, as NPTEL states it. Non-commercial use only. NPTEL's terms
Attribution
NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
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