Courses

Ongoing
EE 210: Analog Electronics
L17: Monday, Wednesday and Friday 10-10:50 am.

Tutorial: Tuesday 10-10:50 am (T101-T106)


Grading Scheme
▪ End Sem: 30%; Midsem: 25%; Major Quiz: 20%; MiniQuizes (in groups of two): 25%
Question Sets
Question Set 1
Question Set 2
Question Set 3
Question Set 4
Question Set 5
Question Set 6
Question Set 7
Question Set 8

Lecture videos
▪ Lecture 0: Introduction
▪ Lecture 1: Substitution theorem (video)
▪ Lecture 2: Thevenin's theorem (proof) and effect of loading on a network. (video)
▪ Lecture 3: How can we ascertain if a source inside a black box is voltage or a current source? (parta), (partb)
▪ Lecture 4: Linearizing a non-linear element (video)
▪ Lecture 5: Incremental analysis with generic non-linearity (video)
▪ Lecture 6: Developing a generic framework for small signal equivalent (video)
▪ Lecture 7: Requirement of non-linearity for power amplification (video)
▪ Lecture 8: Introduction to non-linear two port network (video)
▪ Lecture 9: Desirable characteristics of two-port incremental network for amplification(video)
▪ Lecture 8: Introduction to non-linear two port network (video)
▪ Lecture 10: Desirable I-V characteristics of a non-linear two port for amplification (video)
▪ Lecture 11: Relating a mechanical amplifier to an electronic counterpart (video)
▪ Lecture 12: Evolution of a device needed for amplification (video)
▪ Lecture 13: Introduction to the I-V char of a p-MOSFET(video)
▪ Lecture 14: Introduction to the small-signal model of a p-MOSFET (video)
▪ Lecture 15: Various regions of operation of a P-MOSFET (video)
▪ Lecture 16a: Biasing a P-MOSFET in saturation region and application of incremental input (video)
▪ Lecture 16b: Biasing a P-MOSFET in saturation contd... (video)
▪ Lecture 17: A basic amplifier topology using a PMOS transistor (video)
▪ Lecture 18: Use to a capacitor to replace a floating battery for biasing (video)
▪ Lecture 19: Finding the values of the capacitances to be used in a common source amplifier (video)
▪ Lecture 20: Introduction of an NMOS transistor and its similarities with the PMOS device (video)
▪ Lecture 21: Introduction to constant current biasing (video)
▪ Lecture 22: Constant current source biasing (video)
▪ Lecture 23: Constant current bias, by applying current at the source. (video)
▪ Lecture 24: Using a constant current source to bias a transistor (video)
▪ Lecture 25: Design of controlled sources using MOSFETs (video)
▪ Lecture 26: Synthesis of a common-drain and a common-gate configuration (video)

Plagiarism policy: An F grade or deregistration from the course.

REFERENCES

The course will not follow any particular text book. The students are expected to understand the concepts from the lectures. The classroom lectures will be recorded and uploaded for revision purposes, but with a delay of one week. Practice problems will be furnished in the course itself. For more practice problems some chapters of the following references will help. The details of the same will be conveyed in due course.
▪ "Engineering Circuit Analysis": Hayt, Kemmerly, Durbin
▪ "Microelectronic Circuits": A.S. Sedra and K.C. Smith.
▪ "Design of Analog CMOS Integrated Circuits": Behzad Razavi.
▪ Previous year's lectures (video)