Monday 
Wednesday 
Friday 
 Lecture
Slides
Course Introduction

 Lecture
Slides, Annotated
Practical opamp characteristics
Finite OpenLoop Gain, Nonideal Input and Output Impedance in a Practical Application

 Lecture
Slides, Annotated,
Supplements
Supply Voltages, Supply Current Bias, and their Impacts on Output Voltage Swing
Model for Input Offset Voltage and Input Offset Current
Temperature Variation and Component Tolerances

 No classes
Labor Day

 Lecture
Slides, Annotated,
Supplements
Input Common Mode, Differential Mode, and CommonMode Rejection Ratio
Power Supply Noise, and Power Supply Rejection Ratio

 Lecture
Slides, Annotated,
Supplements
Continue Lecture 4
Loop Gain Calculation
Middlebrook's Feedback Theorem
HW1 due

 Lecture
Slides, Annotated,
Supplements
Continue Lecture 5
MOS Transistor Operating Regions
ChannelLength Modulation
Textbook references:
 [Razavi, Chapter 2]
 [Sedra, Chapter 4 (5th edition)]
 [Gray, Chapter 1]
 [Allen, Chapters 2, 3]

 Lecture
Slides, Annotated,
Supplements
MOS Transistor SmallSignal Model
CommonSource Amplifier with Resistive Load
CommonSource Amplifier with DiodeConnected Load
Textbook references:
 [Razavi, Chapter 3]
 [Sedra, Chapter 6 (5th edition)]
 [Gray, Chapter 3]
 [Allen, Chapter 4]

 Lecture
Slides, Annotated
CommonSource Amplifier with Ideal Current Source and Active Load
CommonSource Amplifier with Source Degeneration
Textbook references:
 [Razavi, Chapter 3]
 [Sedra, Chapter 6 (5th edition)]
 [Gray, Chapter 3]
 [Allen, Chapter 4]
HW2 due

 Lecture
Slides, Annotated
CommonDrain and Common Gate Amplifiers
Textbook references:
 [Razavi, Chapter 3]
 [Sedra, Chapter 6 (5th edition)]
 [Gray, Chapter 3]
 [Allen, Chapters 4]

 Lecture
Slides, Annotated
Another method for gain calculation
Cascode stage
Textbook references:
 [Razavi, Chapter 3]
 [Sedra, Chapter 6 (5th edition)]
 [Allen, Chapter 5]

 Lecture
Slides,
Annotated
Telescopic amplifier
Foldedcascode amplifier
Textbook references:
 [Razavi, Chapter 3]
 [Sedra, Chapter 6 (5th edition)]
 [Allen, Chapter 5]
HW3 due

 Lecture
Slides, Annotated
Current Mirror
Textbook references:
 [Razavi, Chapter 5]
 [Sedra, Chapter 6 (5th edition)]
 [Allen, Chapter 4]
 [Gray & Meyer, Chapter 4]

 Lecture
Slides, Annotated
Twostage Differential CMOS Amplifier Introduction and DC Bias
Textbook references:
 [Razavi, Chapter 4]
 [Sedra, Chapter 7 (5th edition)]
 [Allen, Chapters 5]
 [Gray & Meyer, Chapters 6]

 Lecture
Slides, Annotated
Twostage Differential CMOS Amplifier Introduction and DC Bias
Output voltage swing
Input commonmode range
Textbook references:
 [Razavi, Chapter 4]
 [Sedra, Chapter 7 (5th edition)]
 [Allen, Chapter 5&6]
 [Gray & Meyer, Chapter 6]
HW4 due

 Lecture
Slides, Annotated
Twostage Amplifier: Openloop differentialmode gain
Basic differential amplifier: largesignal characteristics
Halfcircuit analysis
Textbook references:
 [Razavi, Chapter 4]
 [Sedra, Chapter 7 (5th edition)]
 [Allen, Chapters 5&6]
 [Gray & Meyer, Chapter 6]

 Lecture
Slides, Annotated
Attending ECCE  Makeup class, or watch video, to be scheduled
Basic differential amplifier: CMRR and how to improve CMRR
Twostage CMOS Differential Amplifier: CMRR
(Lecture video capture posted in Mediasite Lecture Access on D2L)
Textbook references:
 [Razavi, Chapter 4]
 [Sedra, Chapter 7 (5th edition)]
 [Allen, Chapters 5&6]
 [Gray & Meyer, Chapter 6]

 Lecture
Slides, Annotated
Output stages
Textbook references:
 [Razavi, Chapter 9]
 [Sedra, Chapter 14 (5th edition)]
 [Gray & Meyer, Chapter 5]
HW5 due
Supplemental notes

 Lecture
Slides, Annotated
Continued Lecture 17

 Lecture
Slides, Annotated
DC Voltage and Current References
Twostage CMOS Differential Amplifier: CMRR
Vtbased current reference
Startup/booststrap circuit
Textbook references:
 [Razavi, Chapter 11]
 [Allen, Chapters 4.5 & 4.6]
 [Gray & Meyer, Chapter 4.4]
Supplemental notes

 Lecture
Slides, Annotated
Continued Lecture 19
HW6 due in on Sunday

 Lecture
Slides, Annotated
Bandgap reference
Textbook references:
 [Razavi, Chapter 11]
 [Allen, Chapters 4.5 & 4.6]
 [Gray & Meyer, Chapter 4.4]

 Lecture
Slides, Annotated

 Lecture
Slides, Annotated
Midterm Review
HW7 due

 Lecture
Slides, Annotated
Midterm Review

 Lecture  Midterm Review
Midterm Review

 Midterm, 5PM, ECEE 1B32
Inclass office hour to prepare for midterm at 5 PM.
HW8 due

 Lecture
Slides, Annotated
Mismatch Effects in TwoStage Amplifier and Analog ICs
Textbook references:
 [Razavi, Chapter 13]
 [Allen, Chapters 2.6]
 [Gray & Meyer, Chapter 3.5]

 Lecture
Slides, Annotated
Continue Lecture 26

 Lecture
Slides, Annotated
Introduction to Frequency Response

 Lecture
Slides, Annotated
ZVTC method and examples, BW estimation
Miller effect, Miller capacitor

 Lecture
Slides, Annotated
BW improvement methods: cascode stage

 Lecture
Slides, Annotated
Continue Lecture 30

 Lecture
Slides, Annotated
BW improvement methods: source follower, handling large capacitive loads

 Lecture
Video, Slides, Annotated
NExtraElementTheorem and application examples
Supplemental notes

 Lecture
Slides, Annotated
Middlebrook's feedback theorem: application examples.
GBW product, crossover ferquency fc, closedloop BW
Opamp dominant pole compensation
Supplemental notes

 No class
Fall Break

 No classes
Fall Break

 No classes
Thanksgiving Holiday

 Lecture
Slides, Annotated
Continue Lecture 34

 Lecture
Slides, Annotated
GBW product, crossover ferquency fc, closedloop BW
Opamp dominant pole compensation
Slew rate

 Lecture
Slides, Annotated
Stability of feedback circuits, phase margin and gain margin

 Lecture
Slides, Annotated
Stability and compensation for 2stage CMOS amplifier
RightHalfPlane Zero and mitigation methods.
Textbook references:
 [Razavi, Chapter 10]
 [Allen, Chapters 6.3]
 [Gray & Meyer, Chapter 9, 9.4]

 Lecture
Slides, Annotated
Continue Lecture 38

 Lecture
Slides, Annotated
Analog IC Design application domains and review

 Lecture
Rhett Crismon presentation, Yue Wei presentation
Midterm best design presentations

 Lecture
Slides, Annotated
Class materials review

 Final Exam Day
Slides, Annotated
Class material review continued
Final exam at 58 PM in ECE 1B32
