EGR 203 Electrical and Electronic Circuits

Lecture Topics

# Description slides textbook
1 introduction, units, analog/digital,
transducers, sensors, actuators intro, Analog-Digital, transducers Chapter 1, especially p 15–18
Section 13.1 (p 660–662),
Section 15.1 (p 760–765)
2 resistance, number systems resistors, numbers Section 2.6 (p 43–47),
Section 13.2 (p 662–670)
3 ideal voltage and current sources
circuit topology, ground,
Kirchhoff's current and voltage laws basics Section 2.1 - 2.5 (p 24–43)
4 resistors and switches
series and parallel circuits
Introduction to Multisim basics, DigitalSystems Section 2.6 (p 48–54)
5–6 Circuit Analysis
node-voltage and mesh-current methods
AND/OR gates resistive_networks Section 3.1–3.3 (p 82–100)
7 Superpostion, Equivalent Circuits
and Power Transfer equivalent_circuits Section 3.5–3.7
8 Examples 3.18 (p 113) and 3.20 (p 117)
Wheatstone bridge, NOT and NAND gates session8 Example 2.14 Wheatstone Bridge (p 55)
Section 13.3 (p 671-681)
9-10 Review/Test1
11 Combinational logic, Sine waves combo, sine Multiplexers (p 699-701)
Section 4.2 (p 167-173)
12 Sequential logic, XOR/XNOR gates sequential XOR (p 681-682)
13 flip-flops, waveform demo sequential Section 14.1 (p 716-720)
14 Operational Amplifiers amplifiers Section 8.1 – 8.2 (p 410-436)
15 Diodes diodes Section 9.1 – 9.4 (p 490-518)
16 Bipolar Junction Transistors BJT Section 10.1 – 10.4 (p 550-576)
17 Capacitors capacitors Section 4.1 (p 150-160)
18 RC Transients RC Section 5.1 – 5.4 (p 216-249)
19-20 Review, Test 2
21 Complex numbers complex Appendix A.2 (p 1085-1089)
22 Inductors inductors Section 4.1 (p 160-167)
23 555 Timer, AC Circuits (trig functions) 555timer, ac1 Section 4.3 (p 173-175)
24 AC Circuits (phasors), Impedance ac2 Section 4.4 – 4.5 (175-202)
25 AC Power ac3 Section 7.1 – 7.3 (344-380)
26 Transformers, 3-Phase power

27 Review

#	Description	slides	textbook
1	introduction, units, analog/digital, transducers, sensors, actuators	intro, Analog-Digital, transducers	Chapter 1, especially p 15–18 Section 13.1 (p 660–662), Section 15.1 (p 760–765)
2	resistance, number systems	resistors, numbers	Section 2.6 (p 43–47), Section 13.2 (p 662–670)
3	ideal voltage and current sources circuit topology, ground, Kirchhoff's current and voltage laws	basics	Section 2.1 - 2.5 (p 24–43)
4	resistors and switches series and parallel circuits Introduction to Multisim	basics, DigitalSystems	Section 2.6 (p 48–54)
5–6	Circuit Analysis node-voltage and mesh-current methods AND/OR gates	resistive_networks	Section 3.1–3.3 (p 82–100)
7	Superpostion, Equivalent Circuits and Power Transfer	equivalent_circuits	Section 3.5–3.7
8	Examples 3.18 (p 113) and 3.20 (p 117) Wheatstone bridge, NOT and NAND gates	session8	Example 2.14 Wheatstone Bridge (p 55) Section 13.3 (p 671-681)
9-10	Review/Test1
11	Combinational logic, Sine waves	combo, sine	Multiplexers (p 699-701) Section 4.2 (p 167-173)
12	Sequential logic, XOR/XNOR gates	sequential	XOR (p 681-682)
13	flip-flops, waveform demo	sequential	Section 14.1 (p 716-720)
14	Operational Amplifiers	amplifiers	Section 8.1 – 8.2 (p 410-436)
15	Diodes	diodes	Section 9.1 – 9.4 (p 490-518)
16	Bipolar Junction Transistors	BJT	Section 10.1 – 10.4 (p 550-576)
17	Capacitors	capacitors	Section 4.1 (p 150-160)
18	RC Transients	RC	Section 5.1 – 5.4 (p 216-249)
19-20	Review, Test 2
21	Complex numbers	complex	Appendix A.2 (p 1085-1089)
22	Inductors	inductors	Section 4.1 (p 160-167)
23	555 Timer, AC Circuits (trig functions)	555timer, ac1	Section 4.3 (p 173-175)
24	AC Circuits (phasors), Impedance	ac2	Section 4.4 – 4.5 (175-202)
25	AC Power	ac3	Section 7.1 – 7.3 (344-380)
26	Transformers, 3-Phase power
27	Review

Maintained by John Loomis, last updated 18 August 2010