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Course syllabus, schedule, and assignments can be seen here. If you wish to download these lectures for offline viewing, save the .swf file and view it in a browser with flash plugin or a standalone flash player.

You can download the entire set of lectures(690MB). The archive contains directories for each day's lecture. It also has an index file 2008-ee539-nkrishnapura.html from which you can access the lectures.

1. 2008-01-01: Introduction to the course
2. 2008-01-02: Negative feedback amplifiers-basic concept, frequency and time domain behavior
3. 2008-01-07: Negative feedback amplifier nonidealities-Finite dc gain; additional poles and zeros
4. 2008-01-08: Negative feedback amplifier nonidealities-Effect of additional poles in time and frequency domains
5. 2008-01-09: Negative feedback systems-Effect of additional poles and zeros; Modifying zeros by changing input and output points around the loop
6. 2008-01-11: Realizing negative feedback systems with opamps
7. 2008-01-14: DC negative feedback around opamps; Fully differential opamps
8. 2008-01-15: Components available on a CMOS IC
9. 2008-01-18: Assignment 1 discussion
10. 2008-01-21: Assignment 1 discussion
11. 2008-01-22: Random and systematic mismatch, process variations
12. 2008-01-23: MOS large signal and small signal models
13. 2008-01-29: MOS small signal model; mismatch in MOS transistors
14. 2008-01-30: AC small signal model of the MOSFET; concept of f_T
15. 2008-02-01: Resistor noise model
16. 2008-02-04: MOSFET noise mode; BJT small signal and noise model
17. 2008-02-05: MOSFET, BJT noise models
18. 2008-02-06: Assignment 2 discussion
19. 2008-02-08: Assignment 2 discussion
20. 2008-02-11: Common source amplifier-dc and small signal analysis
21. 2008-02-12: Common source amplifier-noise, and ac analyses
22. 2008-02-18: Quiz 1 discussion; Assignment 3 discussion
23. 2008-02-19: Common source amplifier
24. 2008-02-22: Common source amplifier; Miller effect
25. 2008-02-25: Common gate amplifier-circuit derivation; gain and input impedance
26. 2008-02-26: Common gate amplifier-small signal dc and noise analyses
27. 2008-02-27: Common gate amplifier-ac analysis
28. 2008-02-28: Recording error
29. 2008-03-03: Power, bandwidth, and signal to noise ratio; Impedance and frequency scaling of circuits
30. 2008-03-04: Biasing transistors at a given current
31. 2008-03-05: Biasing transistors at a given current
32. 2008-03-07: Biasing arrangements; current mirror; common drain amplifier
33. 2008-03-10: Simple current mirror; cascode current mirror
34. 2008-03-11: Amplifiers biased at a constant current
35. 2008-03-12: Differential pair-introduction
36. 2008-03-14: Differential and common mode half circuits
37. 2008-03-17: Opamp CMRR requirements; Need for single and multi stage amplifiers; Differential pair with passive and active loads
38. 2008-03-18: Differential pair with active load-gain, output resistance, CMRR
39. 2008-03-24: Quiz II discussion
40. 2008-03-25: Differential pair frequency response, noise
41. 2008-03-26: Differential pair noise, offset, slew rate
42. 2008-03-28: Effects of opamp slew rate, Assignment 6 discussion
43. 2008-03-31: Telescopic cascode opamp
44. 2008-04-01: Folded cascode opamp-dc gain
45. 2008-04-02: Telescopic cascode opamp frequency response
46. 2008-04-04: Telescopic and folded cascode opamp-noise, mismatch, slew rate
47. 2008-04-08: Two stage opamp-topology, frequency response
48. 2008-04-09: Two stage opamp-frequency response, noise
49. 2008-04-11: Accurate biasing circuits; Two stage opamp slew rate
50. 2008-04-15: Fully differential opamps, common mode feedback
51. 2008-04-16: Fully differential opamps, common mode feedback, CMFB loop stability
52. 2008-04-16-II: Fully differential two stage opamp, common mode feedback
53. 2008-04-21: Course summary