Lectures - Notes (pdf) and Video (mp4)
pdf notes for all lectures: [Lecture notes 1-25]
2017-08-08: Lecture 1 - Analysis of circuits with nonlinear elements [No Video]
2017-08-10: Lecture 2 - Incremental analysis of nonlinear elements [Video]
2017-08-17: Lecture 3 - Nonlinear 2-port networks; Y-matrix constraints; nMOSFET [Video]
2017-08-22: Lecture 4 - MOSFET small-signal model; Common source amplifier [No Video]
2017-08-24: Lecture 5 - Common source amplifier (contd) [Video]
2017-08-29: Lecture 6 - Bias stabilization using negative feedback [Video]
2017-08-31: Lecture 7 - Bias stabilization (contd) [Video]
2017-09-05: Lecture 8 - Bias stabilization (contd); MOSFET-based VCVS [Video]
2017-09-07: Lecture 9 - MOSFET small-signal VCVS [Video]
2017-09-12: Lecture 10 - MOSFET small-signal VCCS [Video]
2017-09-14: Lecture 11 - MOSFET small-signal CCCS, CCVS; pMOSFET [Video]
2017-09-21: Lecture 12 - pMOSFET common source amplifier; bias stabilization [Video]
2017-09-26: Lecture 13 - pMOSFET VCVS, VCCS, CCCS, CCVS; active loads [Video]
2017-10-03: Lecture 14 - CMOS inverter; Introduction to differential circuits [Video]
2017-10-17: Lecture 15 - Differential amplifier; active load [Video]
2017-10-25: Lecture 16 - Single-stage opamp [Video]
2017-10-26: Lecture 17 - Frequency response; MOSFET capacitances [Video]
2017-10-31: Lecture 18 - Frequency response - poles, zeroes [Video]
2017-11-07: Lecture 19 - Negative feedback systems and stability [Video]
2017-11-08: Lecture 20 - Dominant pole compensation; phase and gain margins [Video]
2017-11-14: Lecture 21 - Two-stage opamp with miller compensation [Video]
2017-11-15: Lecture 22 - Two-stage opamp (contd) [Video]
2017-11-21: Lecture 23 - The Bipolar Junction Transistor (BJT) [Video]
2017-11-23: Lecture 24 - Bandgap References [Video]
2017-11-28: Lecture 25 - Low Dropout Regulators (LDOs) [Video]
Assignments (Tutorials)
Instructions:Submit all assignment solutions through gdrive upload as a SINGLE pdf file. Name your file with your id eexxxxx and assignment number yy as eexxxxxx_yy.pdf. Put your name and roll number on the first page. Your are expected to work on this individually. No joint work allowed.
Tutorial 1 - Due in class on 29th August 2017 [Problem Set #1]
Tutorial 2 - Due before class on 15th September 2017 [Problem Set #2]
Tutorial 3 - Due before class on 29th September 2017 [Problem Set #3]
Tutorial 4 - Due before class on 14th November 2017 [Problem Set #4]
Tutorial 5 - Due 4pm on 7th December 2017 [Problem Set #5]
Tutorial 6 - Due 4pm on 7th December 2017 [Problem Set #6]
Tutorial 7 - Due 4pm on 7th December 2017 [Problem Set #7]
Exam Schedule
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Quiz 1 - 19th September 2017 (Tuesday)
Quiz 2 - 24th October 2017 (Tuesday)
Quiz 3 - 19th November 2017 (Sunday) - Will be held at IITM
End Semester Exam - 14th December 2017 (Thursday)
The quizzes will be 1-hour exams, while the end semester will be a 3-hour exam.