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The lectures are also available in iPod format(320×240 video, AAC audio). Click on the link marked iPod next to each lecture to download these.

1. 2011-01-05(iPod): Course introduction; Negative feedback amplifier using an integrator
2. 2011-01-06(iPod): Step response; sinusoidal steady state response
3. 2011-01-11(iPod): Sinusoidal steady state response; Effect of delay
4. 2011-01-12(iPod): Effect of delay in a negative feedback system
5. 2011-01-13(iPod): Effect of delay in a negative feedback system; Quantifying negative feedback-loop gain
6. 2011-01-14(iPod): Additional poles in the loop gain; Ascertaining stability from magnitude/phase responses
7. 2011-01-18(iPod): Effect of additional poles in the negative feedback loop
8. 2011-01-19(iPod): Criteria for stability and limited overshoot for higher order systems; Step response of loop gain with extra poles and zeros
9. 2011-01-20(iPod): Effect of poles and zeros in the loop gain; Opamp realization; Finite dc gain due to finite Rout of current sources
10. 2011-01-21(iPod): Opamp realization; Finite dc gain due to finite Rout of current sources; Increasing DC gain
11. 2011-02-03(iPod): Opamp realization; Single stage opamp
12. 2011-02-04(iPod): Single stage opamp frequency response; Other tradeoffs
13. 2011-02-08(iPod): Using cascode transistors in a single stage opamp; Source follower buffers at low supply voltages; Two stage opamp
14. 2011-02-09(iPod): Two stage miller compensated opamp-poles and zeros
15. 2011-02-10(iPod): Cancelling the right half plane zero; Three stage opamp
16. 2011-02-10(iPod): Components available in a CMOS process
17. 2011-02-15: Assignment 3 discussion
18. 2011-02-18(iPod): Quiz I discussion; Lead lag compensation
19. 2011-02-22(iPod): Random mismatch in resistors and capacitors
20. 2011-02-23(iPod): Systematic mismatch; Resistor noise
21. 2011-02-24(iPod): Calculating output noise PSD; MOS transistor thermal noise
22. 2011-03-01(iPod): MOS transistor flicker noise; 4 terminal MOS model
23. 2011-03-02(iPod): Small signal model including body effect; Influence of body effect on CS, CD, CG amplifiers
24. 2011-03-03(iPod): MOS transistor mismatch
25. 2011-03-16(iPod): Single stage opamp noise, offset, slew rate
26. 2011-03-17(iPod): Single stage opamp continued
27. 2011-03-18(iPod): Telescopic cascode opamp
28. 2011-03-22(iPod): Cascode biasing; Current mirror noise
29. 2011-03-23(iPod): Folded cascode opamp
30. 2011-03-25(iPod): Fully differential circuits-motivation
31. 2011-03-29(iPod): Fully differential single stage opamp
32. 2011-03-30: Common mode feedback circuitry (no recording)
33. 2011-03-31(iPod): Single ended two stage opamp
34. 2011-04-01(iPod): Single ended two stage opamp
35. 2011-04-05(iPod): Common mode feedback circuits
36. 2011-04-06(iPod): Fully differential two stage opamp
37. 2011-04-07: Simulating differential and common mode loop gains (no recording)
38. 2011-04-08(iPod): Frequency multiplication using negative feedback-phase locked loop
39. 2011-04-12(iPod): Phase detector
40. 2011-04-15(iPod): Incremental equivalent of the feedback loop; Effect of periodicity of phase detector output-limitations of type I loop
41. 2011-04-18(iPod): Limiting the reference feedthrough while keeping the loop stable-the type II loop
42. 2011-04-20(iPod): Type II PLL; Implementation using the 3 state phase detector and passive loop filter
43. 2011-04-21(iPod): Type II PLL summary; Course summary

1. 2011-01-07: Assignment 1
2. 2011-01-23: Assignment 2
3. 2011-02-11: Assignment 3
4. 2011-03-04: Assignment 4
5. 2011-03-09: Simulation exercises
6. 2011-03-11: Simulation exercises
7. 2011-03-13: Assignment 5
8. 2011-03-15: Simulation exercises
9. 2011-04-13: Assignment 6
10. 2011-04-19: Assignment 7

1. 2011-02-17: Quiz I
2. 2011-03-24: Quiz II