Professors:
Dr. Emil Petriu (petriu@site.uottawa.ca) /Group A/ CBY-A512
Dr. Voicu Groza (groza@site.uottawa.ca) /Group B/ CBY-A516
Teaching Assistants (ELG 1100-A&B):
Zheng Cui, zcui@sol.genie.uottawa.ca, Tel: 562 5800 ext 6241 Room B-409
Jie Mao, jie@buddy.genie.uottawa.ca , Tel: 562 5800 ext 6234, Room B-312
Mohamed Ahmed, mahmed@sol.genie.uottawa.ca, Tel: 562 5800 ext 6241, Room B-409
Dorin Oprea, dorin@buddy.genie.uottawa.ca, Tel: 562 5800 ext 6233, Room B-405
Xizhen Tian, Tel: 562 5800 ext 6198, Room D-510
Yanling Tong, yltong@trix.genie.uottawa.ca , Tel: 562 5800 ext 6419, Room B-307
Li Zhang, lizhang@mcrlab.uottawa.ca, Tel: 562 5800 ext 6243, Room B-415
Lichen Zhao, Zhao@trix.genie.uottawa.ca, Tel: 562 5800 ext 6234, Room B-312
Lectures:
Tuesday, 14:30 to 16:00, CBY-C003 (ELG 1100-A / Petriu)
Thursday, 14:30 to 16:00, CBY-C003 (ELG 1100-A / Petriu)
Tuesday, 14:30 to 16:00, CBY-B205 (ELG 1100- B / Groza)
Thursday, 14:30 to 16:00, CBY-B205 (ELG 1100- B / Groza)
Laboratories:
LAB1/A: Monday, 14:30 to 17:30, CBY-B404 (ELG 1100-A / Petriu) G1,G2,G14,G24 / G7,G8,G9
LAB2/A: Tuesday, 16:00 to 19:00, CBY-B404 (ELG 1100-A / Petriu) G3 / G10
LAB3/A: Thursday, 16:00 to 19:00, CBY-B404 (ELG 1100-A / Petriu) G4,G5,G6 / G11,G12/G13
LAB1/B: Monday, 14:30 to 17:30, CBY-B404 (ELG 1100- B / Groza) G24 / -
LAB2/B: Monday, 17:30 to 20:30, CBY-B404 (ELG 1100- B / Groza) G15,G16 / G19,G20,G21
LAB3/B: Thursday, 8:30 to 11:30, CBY-B404 (ELG 1100- B / Groza) G17,G18 / G22,G23
Thursday, 10:00 to 11:30, CBY C003 (ELG 1100-A / Petriu)
Tuesday, 10:00 to 11:30, MRT 212 (ELG 1100- B / Groza)
Textbook
* Selected chapters from Electrical Engineering Uncovered, by Dick White and Roger Doering : Prentice Hall, 1997Course Outline
* The Student Edition of MATLAB version 5, Prentice Hall, 1997
Week 1 Introduction to Electrical Engineering and Computer Engineering. Engineering design. Engineering ethics. Entrepreneurship. Symbolic mathematics programming - MATLAB
Week 2 MATLAB (continued).
Week 3 (PP4, PP95) Direct current fundamentals. Current and charge, Kirchhoff's current law. Conductors, insulators, semiconductors, and superconductors. Voltage, Kirchhoff's voltage law. Power. Energy. Resistance, Ohm's law.
Week 4 (PP4, PP95) Schematics. Potential variations in resistive circuits. Voltage dividers. Thevenin equivalent circuits. The load line and your car battery. Review of DC circuit fundamentals.(PP95)
Week 5 (PP4, PP95) Digital logic devices. Binary number system. Converting a decimal number to its binary equivalent. Logic operations and truth tables. Logic gate array that produces an arbitrarily chosen output.
Week 6 (PP4, PP95) Boolean algebra. Logical circuit minimization. Adding binary numbers.
Week 7 (PP4, PP95) Review of combinatorial circuits.
MID-TERM EXAM (Thursday, 1998.02.19). (PP4)
Week 8 (PP4, PP95) Memory elements. Sequential logic.
Week 9 (PP4, PP95) Sequential logic (continued). Computer architecture. Mental models and the computer. What's in the box? Central Processing Unit (CPU).
Week 10 (PP4, PP95) Memory hierarchy. Input/Output (I/O). Instruction set. Assembly language. The 8085 microprocessor- architecture and instruction set
Week 11 (PP4)The 8085 microprocessor- architecture and instruction set (continued).
Week 12 The 8085 microprocessor - programming examples. High-level languages. Operating System. 2's Complement Representation. (PP4)
Week 13 Recap and review.
Laboratory
Lab 1 (week 2) Visit to ELG&CEG laboratories.
Lab 2 (week 3) MATLAB programming.
Lab 3 (week 4&5) Analog resistive circuits. (PP4)
Lab 4 (week 6&7) Combinatorial logic: design of a BCD to 7-segment decoder
Lab 5 (week 9&10) Sequential logic: design of a decimal counter.
Lab 6 (week 11&12) SDK8085: programming examples
Assignments MarkingAssignments: 10%
Laboratories: 15%
Midterm: 25%
Final: 50%