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1. Lecture#1(pdf): Introduction to course
2. Lecture#2(pdf): Introduction to analog systems, control of analog systems, voltage controlled sources
3. Lecture#3(pdf): Controlled voltage/current sources, input-to-output power gain with non-linear blocks
4. Lecture#4(pdf): Linear approximation of non-linear systems, Negative feedback systems
5. Lecture#5(pdf): Ideal Operational Amplifier (Opamp) using VCCS and VCVS
6. Lecture#6(pdf): Frequency response of an opamp in open loop and closed loop
7. Lecture#7(pdf): Supply voltage limits in opamp, opamp in positive feedback
8. Lecture#8(pdf): Opamp in positive feedback (contd.), comparator using Schmitt trigger, overall feedback in opamp with resistive network around
9. Lecture#9(pdf): Inverting amplifier with opamp, unity gain buffer, non-inverting Schmitt trigger, summing amplifier
10. Lecture#10(pdf): Offset in opamps
11. Lecture#11(pdf): Biasing in opamps
12. Lecture#12(pdf): Biasing in opamps (contd.), Input and output impedance of opamps in different configurations
13. Lecture#13(pdf): Input and output impedance of opamps in different configurations (contd.), opamp based RC integrator
14. Lecture#14(pdf): Oscillator using an opamp based RC integrator and Schmitt trigger, transient response of a RC integrator with finite gain opamp
15. Lecture#15(pdf): Transient response of a non-inverting amplifier with an opamp with first-order frequency response
16. Lecture#16(pdf): Transient response of a non-inverting amplifier with an opamp with 2nd-order frequency response, Closed-loop poles for a 3rd-order opamp transfer function
17. Lecture#17(pdf): Nyquist stability criterion
18. Lecture#18(pdf): Nyquist stability criterion (contd.), loop gain and phase margin in all pole systems
19. Lecture#19(pdf): Two-stage amplifier with dominant pole compensation in closed-loop operation
20. Lecture#20(pdf): Two-stage amplifier with Miller compensation in closed-loop operation
21. Lecture#21(pdf): Two-stage amplifier with Miller compensation in closed-loop operation (contd.)
22. Lecture#22(pdf): Discussion on loop gain calculation and simulation
23. Lecture#23(pdf): Introduction to switching power regulators
24. Lecture#24(pdf): Basics of a switching power regulator using a switched power source, LC filter, and load resistor
25. Lecture#25(pdf): Basics of a switching power regulator using a switched power source, LC filter, and load resistor (contd.)
26. Lecture#26(pdf): Switching power regulator in closed-loop
27. Lecture#27(pdf): Small-signal analysis of the power regulator
28. Lecture#28(pdf): Small-signal analysis of the power regulator (contd.)
29. Lecture#29(pdf): Low dropout linear regulators (LDOs)
30. Lecture#30(pdf): Low dropout linear regulators (contd.)
31. Lecture#31(pdf): Introduction to Analog Filters
32. Lecture#32(pdf): Filter requirement in ADCs, Sampling
33. Lecture#33(pdf): Passive low-pass filters
34. Lecture#34(pdf): Passive high-pass, all pass, and bandpass filters
35. Lecture#35(pdf): Active RC-filters
36. Lecture#36(pdf): Active RC-filters (contd.)
37. Lecture#37(pdf): Active RC-filters (contd.)
38. Lecture#38(pdf): Gm-C filters