Course contents:

1. Course introduction (PDF)

2. MOSFET: Device structure, Vth, & (I-V) characteristics (PDF)

3. MOSFET: Body effect & channel length modulation (PDF)

4. MOSFET: Sub-threshold conduction (PDF)

5. MOSFET: Small signal model, capacitance, and sizing (PDF)

6. Noise characteristics and estimation methods (PDF)

7. Noise in resistors (PDF)

8. Noise in MOSFETs & Common Sourse (CS) amplifier (PDF)

9. Noise analysis: Common Drain (CD) amplifier (PDF)

10. Noise analysis: Common Gate (CG) amplifier (PDF)

11. Noise analysis: Current mirror (PDF)

12. Noise analysis: Differential Amplifier (PDF)

Assessment exam-1 (Question) (Solution) 

13. Negative feedback: Properties(1) (PDF)

14. Negative feedback: Properties(2) (PDF)

15. Negative feedback: Examples (PDF)

16. Negative feedback: First order systems (PDF)

17. Negative feedback: Stability analysis of 2nd order systems (PDF)

18. OPAMP: Single stage operational amplifier (PDF)

19. OPAMP: Telescopic cascode and two-stage OPAMP (PDF)

20. Two-stage OPAMP: Dominant pole compensation (PDF)

21. Two-stage OPAMP: Miller compensation (PDF)

22. PLL: System introduction (PDF) 

23. PLL: Phase locked condition (PDF)

24. PLL: PFD operation (PDF)

25. Charge-Pump PLL: Small signal model (PDF) 

26. Type-I PLL: Performance analysis (PDF) 

27. Type-II PLL: 2nd Order CP-PLL performance analysis (PDF)

28. Type-II PLL: 3rd Order CP-PLL design procedure (PDF) 

29. PLL transient waveforms, PFD deadzone (PDF)  

30. PLL charge-pump circuits (PDF)

Assessment exam-2 (Question) (Solution) 

31. Oscillators: Feedback view (PDF)

32. Oscillators: Negative resistance view (PDF)

33. Oscillator phase noise (PDF)

Final exam (Question) (Solution)