EGR 203 Electrical and Electronic Circuits

Lecture Topics

# date Description slides textbook
1 15 Jan introduction, units, resistance intro, resistors Chapter 1, especially p 15–18
Section 2.6 (p 43–47)
2–3 17 Jan & 22 Jan ideal voltage and current sources
circuit topology, ground,
Kirchhoff's current and voltage laws basics Section 2.1 - 2.5 (p 24–43)
Section 2.6 (p 48–54)
4 25 Jan Circuit Analysis
node-voltage and mesh-current methods
AND/OR gates resistive_networks,
Analog-Digital
DigitalSystems Section 3.1–3.3 (p 82–100)
13.1 (p 660–663)
5 29 Jan Introduction to Multisim
logic functions logic
Section 13.3 (p 671-681)
6 31 Jan Equivalent Circuits
nand gate demo equivalent_circuits Section 3.5–3.7
7 5 Feb Power transfer, Depdendent sources equivalent_circuits, dependent

8 7 Feb Superposition, XOR/XNOR gates
XOR (p 681-682)
9 12 Feb Review, Examples 3.18 (p 113) and 3.20 (p 117)
Wheatstone bridge, session8

10 14 Feb Test1
11 19 Feb Sine waves, waveform demo, Capacitors sine, capacitors Section 4.1 (p 150-160)
Section 4.2 (p 167-173)
Multiplexers (p 699-701)
12 21 Feb Sequential logic, sequential

13 26 Feb flip-flops, waveform demo sequential Section 14.1 (p 716-720)
14 5 Mar RC Transients RC Section 5.1 – 5.4 (p 216-249)
15 7 Mar Complex numbers complex Appendix A.2 (p 1085-1089)
16 12 Mar Inductors inductors Section 4.1 (p 160-167)
17 14 Mar 555 Timer, AC Circuits (trig functions) 555timer, ac1 Section 4.3 (p 173-175)
18 19 Mar AC Circuits (phasors), Impedance ac2 Section 4.4 – 4.5 (175-202)
19 21 Mar Review
20 26 Mar Test 2
21 2 Apr Operational Amplifiers amplifiers Section 8.1 – 8.2 (p 410-436)
22 4 Apr Diodes diodes Section 9.1 – 9.4 (p 490-518)
23 9 Apr

24 11 Apr

25 16 Apr Bipolar Junction Transistors BJT Section 10.1 – 10.4 (p 550-576)
26 18 Apr AC Power ac3 Section 7.1 – 7.3 (344-380)
27 23 Apr Transformers, 3-Phase power

28 25 Apr Review

#	date	Description	slides	textbook
1	15 Jan	introduction, units, resistance	intro, resistors	Chapter 1, especially p 15–18 Section 2.6 (p 43–47)
2–3	17 Jan & 22 Jan	ideal voltage and current sources circuit topology, ground, Kirchhoff's current and voltage laws	basics	Section 2.1 - 2.5 (p 24–43) Section 2.6 (p 48–54)
4	25 Jan	Circuit Analysis node-voltage and mesh-current methods AND/OR gates	resistive_networks, Analog-Digital DigitalSystems	Section 3.1–3.3 (p 82–100) 13.1 (p 660–663)
5	29 Jan	Introduction to Multisim logic functions	logic	Section 13.3 (p 671-681)
6	31 Jan	Equivalent Circuits nand gate demo	equivalent_circuits	Section 3.5–3.7
7	5 Feb	Power transfer, Depdendent sources	equivalent_circuits, dependent
8	7 Feb	Superposition, XOR/XNOR gates		XOR (p 681-682)
9	12 Feb	Review, Examples 3.18 (p 113) and 3.20 (p 117) Wheatstone bridge,	session8
10	14 Feb	Test1
11	19 Feb	Sine waves, waveform demo, Capacitors	sine, capacitors	Section 4.1 (p 150-160) Section 4.2 (p 167-173) Multiplexers (p 699-701)
12	21 Feb	Sequential logic,	sequential
13	26 Feb	flip-flops, waveform demo	sequential	Section 14.1 (p 716-720)
14	5 Mar	RC Transients	RC	Section 5.1 – 5.4 (p 216-249)
15	7 Mar	Complex numbers	complex	Appendix A.2 (p 1085-1089)
16	12 Mar	Inductors	inductors	Section 4.1 (p 160-167)
17	14 Mar	555 Timer, AC Circuits (trig functions)	555timer, ac1	Section 4.3 (p 173-175)
18	19 Mar	AC Circuits (phasors), Impedance	ac2	Section 4.4 – 4.5 (175-202)
19	21 Mar	Review
20	26 Mar	Test 2
21	2 Apr	Operational Amplifiers	amplifiers	Section 8.1 – 8.2 (p 410-436)
22	4 Apr	Diodes	diodes	Section 9.1 – 9.4 (p 490-518)
23	9 Apr
24	11 Apr
25	16 Apr	Bipolar Junction Transistors	BJT	Section 10.1 – 10.4 (p 550-576)
26	18 Apr	AC Power	ac3	Section 7.1 – 7.3 (344-380)
27	23 Apr	Transformers, 3-Phase power
28	25 Apr	Review

Maintained by John Loomis, last updated 18 August 2010