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Instructor:
Scott Dunham
Office: EEB 218
Tentative Office Hours: Thursdays 3-4pm, Fridays noon-1pm
Location for office hours: EEB 218
e-mail: dunham@ee.washington.edu
Phone:
206-543-2189
Class
Meeting Times and Location:
Lecture meeting MWF, 8:30-9:20am,
EEB 125
Teaching
Assistants:
Sang Sagong (sagong@uw.edu)
Office hours: Monday 4:25-5:25pm @ EEB437
Chen Zou (chenzou@uw.edu)
Office hours: Friday 4:00-5:00pm @ EEB253A
Graders: Tam Nguyen (tamnguyen.4w@gmail.com) and
José Tomás Arenas (jtarenas@uw.edu)
GoPost
Discussion forum (chat room):
You
must have a UW
NetID
(e.g. account whose email ends with @u.washington.edu) to
access the discussion forum.
GoPost for EE 233
Send Prof.
Dunham anonymous e-mail (no response possible):
Anonymous Email for EE 233
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Announcements
- Here is another
Example Final Exam which includes a two-port
and a Bode plot problem as requested.
Here are the Solutions.
- Here is Formula Sheet for Final Exam
that will be attached to the final.
- I will hold Review Session for the final on Monday,
December 12 12:30-2:00pm in EEB 303.
- The Final Exam will be held Tuesday, December 13,
8:00-10:20am in EEB 125 (same room as lectures).
The final exam is closed book, but with four sheets of notes.
Calculators are OK. Here is an
Example Final Exam to give you an
idea what to expect. Note that I am likely to ask about
complex power in some form. I will not ask you to make a Bode angle plot (as on Problem 4, but may ask for phase angle at any given frequency. Here are the
Solutions.
- Solutions for Exam 2:
Problem 1
Problem 2
Problem 3
- The third exam will be in class on Friday December 2
and covers through Homework 8 and Chapter 15 in text.
The exam is closed book, but with three sheets of notes.
Calculators are OK. Here is a
Previous Exam 3 and
Solutions
to give you an idea what to expect. Note that
the topics covered prior to 3rd exam
in previous class may not align precisely with this year.
- Solutions for Exam 2:
Problem 1
Problem 2
Problem 3
- The second exam will be in class on Wednesday November 9
and covers through Chapter 13 in text.
The exam is closed book, but with two sheets of notes.
Calculators are OK. Here is a
Previous Exam 2
to give you an idea what to expect.
Solutions are provided, but I would suggest that you first try to do the problems
without looking at the solutions.
- Here is the Laplace Transform Table that
will be attached to the Exam 2. You are welcome to add additional pairs to your own notes.
- Solutions for Exam 1:
Problem 1
Problem 2
Problem 3
- The first exam will be in class on Wednesday October 19.
The exam is closed book, but with a sheet of notes.
Calculators are OK. Here is a
Previous First Exam
to give you an idea what to expect.
Solutions are provided (including
alternate solution to 3(a)),
but I would suggest that you first try to do the problems
without looking at the solutions.
- The text for the course is "Electric Circuits, Tenth
Edition," by J. W. Nilsson and S. A. Riedel, Prentice Hall, 2015. If
you choose to use an earlier version of text, you should be sure to
check the 10th edition to ensure you are doing the correct
problems. There may also be errors in earlier editions that are
corrected in the 10th edition.
- College of Engineering
Academic Misconduct Policy will be strictly enforced.
- Homeworks: students are welcome to discuss homework with others, but
each student must submit individual homework
solution to
be graded weekly.
- Laboratory work and reports: students work on laboratory
experiments in teams and also submit lab reports as
teams. No
individual laboratory report is required. The same score for each lab
report is given to all students in each team.
- Exams
(quizzes, final, and laboratory exam): absolutely no
cooperation or discussion is permitted. Each student
works on an exam individually.
- Grading Policy
Information as given on the first day of class is posted.
- Discussion sections will meet the first week
to review material from EE215 and set up lab teams.
Sections AA and AC, which don't have discussion sections this week, will meet for lab
(for just an hour or so) in order to set up lab groups.
Labs for other sections will start the week of Oct. 3.
- For the lab,
each group needs to purchase at least 2 scope probes, 1 set of
function generator leads, one lab kit and one breadboard.
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