Circuits and Electronics

Lecture Notes

LEC #	TOPICS	LECTURE NOTES
1	Introduction and lumped abstraction	(PDF)
2	Basic circuit analysis method	(PDF)
3	Superposition, Thévenin and Norton	(PDF)
4	The digital abstraction	(PDF)
5	Inside the digital gate	(PDF)
6	Nonlinear analysis	(PDF)
7	Incremental analysis	(PDF)
8	Dependent sources and amplifiers	(PDF)
9	MOSFET amplifier large signal analysis	(PDF)
10	Amplifiers - small signal model	(PDF)
11	Small signal circuits	(PDF)
12	Capacitors and first-order systems	(PDF)
13	Digital circuit speed	(PDF)
14	State and memory	(PDF)
15	Second-order systems	(PDF) (PDF)
16	Sinusoidal steady state	(PDF)
17	The impedance model	(PDF)
18	Filters	(PDF)
19	The operational amplifier abstraction	(PDF)
20	Operational amplifier circuits	(PDF)
21	Op-amps positive feedback	(PDF)
22	Energy and power	(PDF)
23	Energy, CMOS	(PDF)
24	Power conversion circuits and diodes
25	Violating the abstraction barrier	(PDF)

Labs

Lab Practice and Safety (PDF)

Electrical Safety (PDF)

Lab Equipment Handout (PDF)

LABS	TOPICS	SUPPORTING FILES
0	Lab familiarization (PDF)
1	Thevenin/Norton equivalents and logic gates (PDF - 1.3 MB)	Fairchild Semiconductor 2N7000 datasheet
2	MOSFET inverting amplifiers and first-order circuits (PDF)
3	Second-order networks (PDF)	Prelab 3-2 (M) Prelab 3-5 (M)
4	Audio playback system (PDF)

Homework 1 (PDF)

Homework 2 (PDF)

Homework 3 (PDF)

Homework 4 (PDF)

Homework 5 (PDF)

Homework 6 (PDF)

Homework 7 (PDF)

Homework 8 (PDF)

Homework 9 (PDF)

Homework 10 (PDF)

Homework 11 (PDF)

Exams

This section contains the current semester's exams as well as previous exams that were provided to students for practice.