| 1.
Electrical Engineering 140 - Lecture 1 |
| 2.
Electrical Engineering 140 - Lecture 2 |
| 3. Electrical Engineering 140 - Lecture 3: Dev Operation
and Mo |
| 4. Electrical Engineering 140 - Make up for Lecture 5:
Multi-Tx |
| 5. Electrical Engineering 140 - Lecture 7: Active Loads:
1-Tx a |
| 6. Electrical Engineering 140 - Lecture 8: Current
Sources |
| 7. Electrical Engineering 140 - Lecture 9: High Swing
Current S |
| 8. Electrical Engineering 140 - Lecture 10: Current
Source Matc |
| 9. Electrical Engineering 140 - Lecture 11: Op Amps:
Diff. Pair |
| 10. Electrical Engineering 140 - Lecture 12: Pair Anal.
& O |
| 11. Electrical Engineering 140 - Lecture 13: Op Amps:
Finite Gai |
| 12. Electrical Engineering 140 - Lecture 15: Op Amps:
Swing, Com |
| 13. Electrical Engineering 140 - Lecture 17:
Compensation: Stabi |
| 14. Electrical Engineering 140 - Lecture 18: Output
Stages |
| 15. Electrical Engineering 140 - Lecture 19: Stabiltiy |
| 16. Electrical Engineering 140 - Lecture 20:
Noarrowboarding Vs Pole Splitting |
| 17. Electrical Engineering 140 - Lecture 21: Choosing
the Compensation Capacitor |
| 18. Electrical Engineering 140 - Lecture 22: CMOS Op Amp
Compensation |
| 19. Electrical Engineering 140 - Lecture 23: Practical
Compensation |
| 20. Electrical Engineering 140 - Lecture 24: Slew Rate,
Setting Time and PSRR |
| 21. Electrical Engineering 140 - Lecture 25: Feedback
Configurations |
| 22. Electrical Engineering 140 - Lecture 26: Feedback
Impedance |
| 23. Electrical Engineering 140 - Lecture 27: Conclusion |