ECE 201 Electrical Network I Course Outline
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GLENDALE COMMUNITY COLLEGE COURSE SYLLABUS Electrical Networks I (ECE 201)
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COURSE DESCRIPTION AND OBJECTIVES:
ECE 201 is an introductory course to the analysis of electrical networks consisting of linear passive elements. The student will learn the characterization of such networks using linear, ordinary differential equations with constant coefficients. Component model, steady-state and transient analysis will be covered.
PRE and COREQUISITES: ECE 103, MAT 262 and PHY 111.
INSTRUCTOR
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Faculty Name |
Department |
Telephone # and Email |
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Dr. Núñez |
Engineering |
623.845.3178 carlos.nunez@gcmail.maricopa.edu |
Faculty will be available for help during the lab periods, during problem sessions scheduled during the lab periods, and at other times as needed throughout the semester. Students are encouraged to get help outside the class.
Schedule examinations, and a final examination will be given during the course. All examinations must be taken at the originally scheduled time, and cannot be made up unless the instructor excuses the absence. Final grade will be based upon completed assignments (homework, labs, projects, and exams), and class attendance record.
Your final grade will be based on your % of the total number of points possible.
Points Values for Final Grade:
1. Homework assignments, quizzes, small projects 10 points total
2. Laboratory assignments 20 points total
3. Unit examinations and projects 50 points total
4. Final Examinations (Comprehensive) 20 points
Grading Scale: 90 - 100 % A
80 - 89 % B
70 - 79 % C
60 - 69 % D
0 - 59 % F
TEXTBOOKS & SUPPLIES:
J. D. Irwin, Basic Engineering Circuit Analysis, Seventh Ed., Prentice Hall.
You will be using Matlab and PSpice often. Any books that you can borrow or buy on these subjects will be useful but are not required. The labs using Matlab and Pspice are very self explanatory. If you would like my advice on which textbooks to buy, just let me know.
The following dates are TENTATIVE. The course content will most probably vary slightly from this outline to meet the needs of this particular group.
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Tentative Lecture Lesson Plan |
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Week # |
Topic / Concepts |
Notes |
Lab Activity / Notes |
Homework Due Date |
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Week 1 Chapter 1,2 |
Introduction Units and basic quantities Circuit elements Ohm's law, Kirchhoff's laws Single loop circuits |
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No lab this week
Selected problem solving |
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Week 2 Chapter 2 |
Single node circuits Resistor combinations |
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No lab this week Problem solving |
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Week 3 Chapter 3 |
D«Y transformations Circuits with resistor combinations Circuits with dependent sources |
Work HW#1 |
Labs 1 & 2 |
Homework #1 due on Monday |
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Week 4 Chapter 3 |
Nodal analysis Loop analysis |
Work HW#2 |
Labs 3 & 4 |
Homework #2 due on Wednesday |
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Week 5 Chapter 4 |
Circuits with Op-Amps Superposition |
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Lab 5 |
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Week 6 Chapter 4
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Thevenin and Norton Maximum power transfer Review for exam |
Work HW#3
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Problem Solving |
Homework #3 due on Monday |
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Week 7 Chapter 5 |
DC SPICE analysis Capacitors/Inductors LC characteristics and combinations |
Exam #1
Work Exam #1 |
Lab 6 |
Homework #4 due on Wednesday |
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Week 8 Chapter 6 |
RC Op-Amp circuits First-order response |
Work HW#4 |
Lab 7 |
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Week 9 Chapter 6 |
Pulse response PSpice transient circuit analysis Basic RLC circuits |
Work HW#5 |
Lab 8 |
Homework #5 due on Wednesday |
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Week 10 Chapter 6 |
Response equations Network response PSpice RLC circuit analysis |
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Lab 9 |
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Week 11 Chapter 7 |
Sinusoids Forcing functions |
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Lab 10 |
Homework #6 due on Monday |
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Week 12 Chapter 7 |
Phasors Phasor relationships for circuit elements Review for Exam #2 |
Work HW #6 |
Lab 11 |
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Week 13 Chapter 7 |
Impedance and admittance Kirchhoff's laws |
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Problem solving |
Homework #7 due on Wednesday |
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Week 14 Chapter 8 |
Magnetically coupled networks Mutual Inductance, Energy analysis, ideal transformers, safety |
Exam #2 Work HW #7 Work Exam #2 |
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Week 15 |
AC Pspice Analysis |
Work HW #8 |
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Homework #8 due on Monday |
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Week 16 |
Review for Final Exam Problem Solving |
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