ELEC353 Electronics II What its built on.
Instructor: Al P. Freundorfer (freund@queensu.ca)
Room: WLH-413
Read appropriate section
for lecture
Course Material
A. Sedra and K. C. Smith, Microelectronic Circuits, 7th Edition, Oxford University Press, 2015.
1. Review of BJT and MOSFET transistors (Chapters 7 and 8)
•BJT large signal characteristics and small-signal models
•MOSFET large signal characteristics and small-signal models
2. Differential Amplifiers (Chapter 9)
•BJT, MOSFET and BiCMOS differential amplifiers
•Current mirrors and sources (8.1-8.2)
•Concepts of IC design (8.3-8.6)
•Multi-stage amplifiers (9.6)
3. Amplifier Frequency Response (Chapter 10)
•Transfer functions, s-domain concepts
•Transistor high-frequency models
•Frequency response of common amplifier configurations: Common Emitter/Source , Common Base/Gate, Emitter/source follower, Cascode,
Differential and Multi-stage Amplifier
4. Feedback Amplifiers (Chapter 11)
•The feedback equation
•Feedback amplifier topologies
•Effect of feedback on amplifier performance
5. Signal Generators/Oscillators (Chapters 18)
•Op Amp Oscillators
•LC Oscillators
Grading:
Quizzes/Project 35%
Laboratories 15%
Final Exam 50%
Web Material Access:
OnQ
6 quizzes, 3 projects, and 5 labs
Laboratory Schedule(subject to change without notice):
GROUP
Section
003
Section
004
Sep
7
Sep
14
Planned for this year: 2 per group
Sep
21
Sep
28
Oct
5
Oct
12
Oct
19
Oct
26
Nov
2
Nov
9
Nov
16
Nov
23
Nov
30
LAB
LAB
LAB
LAB
LAB LAB
LAB
LAB
LAB
LAB
LAB
Sign
Fall
1
2
up
3
4
5
Break
Sign
Fall
1
up
2
3
4
Break
What use is a student who does not study? J. Escriva
optimalwork.com -> Golden Hour Podcast (Podcast-19 bonus question on quiz)
5