These lectures are available on the web for the benefit of students at IIT Madras and elsewhere. Copyrights to these rest solely with the instructor and IIT Madras. Copying them, publishing them, rehosting them on other servers, or using them for any sort of commercial gain is prohibited.

See this page for information on how to view these videos.

This is an introductory course on Analog Circuits. Problem sets and other instructions can be found here. Familiarity with basic linear electrical networks is assumed. At IIT Madras, the prerequisite courses are Electrical and Magnetic Circuits and Networks and Systems.

The lectures will also *eventually* be available in iPod format(320×240 video, AAC audio). Once these are up, click on the link marked iPod next to each lecture to download these.

1. 2012-07-31 (No Recording) (pdf): Introduction to the course
2. 2012-08-01(pdf): Analysis of circuits with nonlinear elements
3. 2012-08-02(pdf): Incremental analysis of a nonlinear circuit (esp diode)
4. 2012-08-03(pdf): Incremental analysis; Introduction to 2-port networks
5. 2012-08-07(pdf): Incremental 2-port analysis; Y-matrix constraints
6. 2012-08-08(pdf): Introduction to MOSFETs & its I-V characteristics
7. 2012-08-10(pdf): MOSFET transconductance; MOS amplifier from 2-port
8. 2012-08-13 (No Recording) (pdf): Synthesis of Common Source Amplifier
9. 2012-08-16(pdf): Swing limits of CSA
10. 2012-08-17(pdf): Swing limits of CSA (contd)
11. 2012-08-21(pdf): Small-signal operation w.r.t. MOSFET
12. 2012-08-22(pdf): MOSFET output impedance; Review for quiz 1
13. 2012-08-24(pdf): Bode plots; Transfer functions
14. 2012-08-28(pdf): Introduction to stable biasing
15. 2012-08-30(pdf): Bias Stabilization - the current mirror
16. 2012-09-04 (No Recording) (pdf): Common-source amplifier - drain feedback
17. 2012-09-05(pdf): Common-source amplifier - source feedback
18. 2012-09-06(pdf): Common-source amplifier - Source feedback (contd)
19. 2012-09-07(pdf): Common-source amplifier - Source feedback (contd)
20. 2012-09-14(pdf): Introduction to negative feedback
21. 2012-09-18(pdf): Negative feedback (contd)
22. 2012-09-20(pdf): Negative feedback review; Bias stabilization - drain to source feedback
23. 2012-09-21(pdf): Drain to source feedback (contd); MOSFET based VCVS
24. 2012-09-25(pdf): Common-drain amplifier
25. 2012-09-26(pdf): MOSFET-based VCCS
26. 2012-09-27(pdf): MOSFET-based CCCS - Common-gate Amplifier
27. 2012-09-28(pdf): MOSFET-based CCVS - Transimpedance Amplifier
28. 2012-10-04 (No Notes or Recording): Introduction to PMOS transistor
29. 2012-10-10(pdf): PMOS bias stabilization; PMOS VCVS
30. 2012-10-11(pdf): PMOS VCCS, CCCS, CCVS; Introduction to Active load
31. 2012-10-12(pdf): Active load (contd); CMOS inverter characteristics
32. 2012-10-16(pdf): CMOS inverter; Introduction to differential circuits
33. 2012-10-17(pdf): Differential amplifier - half-circuit analysis
34. 2012-10-18(pdf): Differential amplifier - CMRR, active load
35. 2012-10-19(pdf): Single-stage Opamp and its problems
36. 2012-10-23(pdf): Single-stage Opamp - large signal analysis, feedback
37. 2012-10-25(pdf): High Frequency MOS transistor model
38. 2012-10-26(pdf): Frequency response of CS Amplifier; Miller Effect
39. 2012-10-31(pdf): Frequency response of feedback systems - 1
40. 2012-11-01(pdf): Frequency response of feedback systems - 2
41. 2012-11-06(pdf): Frequency response of feedback systems - 3
42. 2012-11-07(pdf): Dominant pole compensation
43. 2012-11-08(pdf): Phase & gain margin of feedback systems
44. 2012-11-10(pdf): Dominant pole compensation in two-stage opamps
45. 2012-11-10(pdf): Two-stage opamps
46. 2012-11-14(pdf): The Bipolar Junction Transistor (BJT) - 1
47. 2012-11-15(pdf): The Bipolar Junction Transistor (BJT) - 2