Learn · Electrical Engineering 140 - Spring 2011
Lecture 20 of 242011-04-141 h 21 min
Lecture 23: Feedback I: Pros and Cons-Inspection Analysis of FB Ckts-Influence on I-O Impedance
Clark Tu-Cuong Nguyen and Travis Massey · University of California, Berkeley
Credits and licence
- From
- Electrical Engineering 140 - Spring 2011, University of California, Berkeley (at Internet Archive)
- Licence
- CC BY-NC-ND 3.0, as Internet Archive states it. Non-commercial use only, and no changed versions.
- Who can watch
- Tweens profiles and older. How courses are placed
All the lectures
- Lecture 1
- Lecture 2
- Lecture 3: Dev Operation and Models - Inspection Analysis -- Visual problems after 46 min --
- Make up for Lecture 5: Multi-Tx Amps: Gain and Impedance Inspection Analysis
- Lecture 7: Active Loads: 1-Tx and Multi-Tx Loads
- Lecture 8: Current Sources
- Lecture 9: High Swing Current Sources
- Lecture 10: Current Source Matching
- Lecture 11: Op Amps: Diff. Pairs-ECP and SCP-Half Circuits
- Lecture 12: Pair Anal. & Op Amps: Diff. Pair with Active Load-Input Offset Voltage
- Lecture 13: Op Amps: Finite Gain-BW Product-Freq Response in FBnd
- Lecture 15: Op Amps: Swing, Compensation & Slew Rate
- Lecture 16: Op Amps: Output Stages - Bad video for first 3 minutes - Makeup lecture recorded by instructor
- Lecture 17: Compensation: Stability of FB Circuits-Narrowbanding
- Lecture 18: Compensation: Pole-Splitting Pole and Zero Plots
- Lecture 19: Compensation: For CMOS Op Amps-Choosing Cc - Makeup lecture - Unstable video first 27 seconds
- Lecture 20: Compensation: CMOS Op Amp RHP Zero
- Lecture 21: Slew Rate
- Lecture 22: Settling Time and PSRR
- Lecture 23: Feedback I: Pros and Cons-Inspection Analysis of FB Ckts-Influence on I-O Impedance
- Lecture 24: Feedback II: Feedback Loading
- Lecture 25: Feedback III: Examples
- Lecture 26: Supply Independent Biasing
- Lecture 27: Temperature Independent Biasing