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Date |
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Two-port network parameters and their applications for circuit analysis |
9/24 - 10/1 |
MOSFET small-signal model and basic amplifier topolgoies |
10/5 - 10/20 |
Frequency response of amplifiers using Short-Circuit Time Constant method and Open-Circuit Time Constant method, Bode plots |
10/22- 10/29 |
| BJT single-stage amplifier DC and small-signal analysis Note: Li used the T-model for the small-signal analysis, you should solve the problem using the hybrid-pi model. |
11/19 |
| Inroduction and characteristion of op amps & basic 2-stage op amp architecture (by Prof. P. Allen of Georgia Tech, source: ) |
12/1 |
| Differential and common-mode signals, CMRR, impact of op amp non-ideality, inverting amp, non-inverting amp, difference amp, differential input impedance | 12/3 |
| List of Important Topics | 12/3 |
Lab (HFH 5162C)
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Data Sheets, Simulation Files
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Due Date |
Solutions |
Supplements |
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| Homework #1 | 10/1 (Thur) at 5 PM | HW#1 solutions | |
| Homework #2 | 10/13 (Tue) at 5 PM | HW#2 solutions | |
| Homework #3 | 10/20 (Tue) at 5 PM | HW#3 solutions Part I (hand calculation) |
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| Homework #4 | 10/30 (Fri) at 1 PM | HW#4 solutions | |
| Homework #5 |
11/18 (Wed) at 5 PM | HW#5 solutions | |
| Homework #6 (11/17) |
12/2 (Wed) at 5 PM | HW#6 solutions | |
| Homework #7 (11/24) |
12/2 (Wed) at 5 PM |
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Date |
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Mid-term Exam |
11/5 (Thur) in class, covers materials in HW#1-4 and Lab 1; closed book, one 8"x11.5" formula sheet (both side); bring your calculator |
| Final Exam | 12/9 (Wed) 8-11 am;
Room: 387, 103 |