Week | Date |
Topic | HW |
Resources | Lab |
---|---|---|---|---|---|
1 | 8/23 |
Electronics | |||
2 | 8/28 |
Semiconductors | Introduction to SPICE | ||
8/30 |
Diodes | ||||
3 | 9/4 |
Bipolar Transistors (BJTs) | Test Equipment | ||
9/6 |
Ideal BJT Model | LTSpice | |||
4 | 9/11 |
Large & Small Signals | BJT Characterization | ||
9/13 |
Biasing | ||||
5 | 9/18 |
Midterm Review | Makeup Labs | ||
9/20 |
Midterm 1 | Solution Q2 | |||
6 | 9/25 |
Input/output resistance | Common Emitter | ||
9/27 |
CE, CC, and CB | Approximations | |||
7 | 10/2 |
SPICE verification | Common Collector & Base | ||
10/4 |
Current Mirror | ||||
8 | 10/9 |
MOS Electrostatics | Bias Circuits | ||
10/11 |
MOS Transistor | ||||
9 | 10/16 |
Midterm Review | Makeup Labs | ||
10/18 |
Midterm 2 | ||||
10 | 10/23 |
gm/Id and fT | Frequency Response | ||
10/25 |
CS design example | Notes | |||
11 | 10/30 |
Miller approximation | MOS Characterization | ||
11/1 |
Common Source Bandwidth | ||||
12 | 11/6 |
Common Gate | LTSpice | Differential Amplifiers | |
11/8 |
Follower | Notes | |||
13 | 11/13 |
Differential Pair | AM Radio 1 | ||
11/15 |
Differential Amplifiers | ||||
14 | 11/20 |
Design Example | |||
15 | 11/27 |
Operational Amplifier | AM Radio 2 | ||
11/29 |
Final Review | ||||
12/12 | Final Exam, 8-11am |
FINAL Sol |
Last Name starts with A-P: 3108 Etcheverry R-Z: 3109 Etcheverry |