Basic Electrical Engineering II


EE 302


Fall 2009



Announcements

1. You should keep the EE Department Report Guidelines in mind when writing your lab report.


Instructor Dr. Robert S. Fourney
Email Robert.Fourney@ieee.org
Phone Office 688-4016; Home number handed out in class
Office ECS 221
Class Time Thursday 3-4:50
Class Location ECS Building, room 131
Office hours TBD, with your input, during the first full week of class
Text Electrical Engineering, Principles and Applications, 4th Edition by Allan R. Hambley, published by Prentice Hall

The text may also be supplemented with additional reference materials which will be linked from this page and/or handed out in class as they are assigned.



Prerequisite
EE 300: Basic Electrical Engineering
Corequisites
EE 302L: Basic Electrical Engineering Lab
Course Description
This course serves to complete the introduction to basic electrical engineering for non EE majors. After successfully completing this course, the students will be capable of understanding, designing, and building basic electrical systems involving digital and analog components such as diodes, transisters, and operational amplifiers. Students will also be introduced to the basic application of microcontroller based systems.
Course Work

Unless otherwise specified, all work that you submit in this course must be your own; unauthorized collaboration is considered academic dishonesty. Please save us both a lot of trouble by realizing that I will pursue any such transgressions to the fullest extent possible.

As a rule, late assigments are not generally accepted (e.g., attempting to hand in an assigment after the start of class on the due date will result in a grade of 0 for that assignment).

Late assignments will only be accepted under exceptional circumstances AND with prior arrangement. A penalty may apply.

Grading Policy
 Final grades will be determined using the following breakdown:

 
Exam #1 25%
Exam #2 25%
Homework and Quizzes 15%
Class Participation (and quizzes) 5%
Comprehensive Final Exam 30%

Your class participation grade will be determined by your on time attendance to class as well as your participation in classroom discussions. Pop quizzes, when given, will cover material previously covered in class, previous homework assignments, and/or simple questions on the current days reading assignment.
 

Students are required to make a "good faith effort" on all assignments. Failure to do so will adversely effect the grade beyond the limits listed above. You must earn a grade of C or better in EE 302L this semester in order to pass this class

Please read Making the Grade by Kurt Wiesenfeld and keep his views (which I share) in mind when deciding how much effort to invest in your coursework.

Schedule of Upcoming Classes
No. Date Topic, Reading, and Assignment
1 Sep 3 Introduction, go over Syllabus

Review EE 302 (Chapters 1-5), if needed

Read Chapter 7 "Logic Circuits"

Homework # 1 assigned, Due Friday September 4

Aditional homework may be assigned over the weekend

. . . Sep 7 No Lab -- Labor Day
2 Sep 10 We should just about finish Chapter 7 today. Homework and a Lab assignment will be given after class, based on how far we get and how well I think you understand the material.

We will be opening another lab section from 3-6 on Wednesday. I would like to have about half of the students volunteer to be in each section. Give some thought to this, and maybe discuss it with your potential partner(s) prior to class.

Lab 1 Sep 14, 16 Here is the lab for this week.

If you did not receive email from be at about 5 pm on Friday, you have not yet completed the first homework and may not know which lab you're in. In that case, this link's for you.

3 Sep 17 We should just about finish Chapter 7 today, but I said that before. Please read all of Chapter 7 before class. Have questions on what we've already covered (up to around page 365) and be ready for lecture on the remainder of the chapter.

Homework 2 assigned. Due before class on Thursday, September 24th

Lab 2 Sep 21, 23 Lab 2: Karnough Maps and MSI Components
4 Sep 24 We will finish Chapter 7 today, and start in Chapter 10 next week. Today we will re-visit addition/subtraction hardware and talk about sequential digital circuits.

Homework #2 is due at the beginning of class today

Homework 3 assigned. Due before class on Thursday, October 1st.

Lab 3 Sep 28, 30 Lab 3: Combinational Addition and Subtraction Hardware and an Introduction to Sequential Circuits
5 Oct 1 Chapter 10: Diodes

Please read all of Chapter 10 prior to class today

Homework #3 is due at the beginning of class today

Homework 4 assigned. Due before class on Thursday, October 8th

Lab 4 Oct 5, 6 Lab 4: Using Diodes for Voltage Rectification

Note that lab meets in Crothers 356 this week

6 Oct 8 Finish with Diodes (Chapter 10),
and start with Chapter 14: Operational Amplifiers. Please read Chapter 14 through 14.9
5.5 Oct 13 Tuesday, October 13th at 4:00 pm

We will meet for 1 hour as a review/recitation session. Initially this was going to be an optional session, but the half of you that showed up for class on 10/1 voted to leave early and go to the job fair in exchange for having a regular class meeting on this day.

I will not take roll of give a quiz, but will hold you responsible (on Thursday's test) for material discussed in this session. I will not attempt to introduce new material, but you may gain new insights as we work and discuss the old problems.

Lab 5 Oct 14 Lab 5: Wave-Shaping Circuits (Using Diodes)

Note that lab meets in Crothers 356 this week

Note that there is no Monday lab due to the holiday. Veteran's day falls on a Wednesday this year, so the Monday section will meet Nov 9th, so it will all even out. At that time the Monday students may be asked to perform this lab, or a more onerous lab dealing with the material we are covering at that time.

7 Oct 15 Exam I for approximately 1 hour. This is an open-book type exam. You may use your textbook and one side of one 8.5 x 11" sheet of paper as a formula sheet. You may use your calculator to calculate, but not to store reference material.

We will also spend approximately one hour on a continuing discussion of Chapter 14 (Operational Amplifiers). Notice that I didn't mention the order in which these events would occur...

Homework 5 assigned.

Lab 6 Oct 19, 21 Lab 6: Operational Amplifiers

Note that lab meets in Crothers 356 this week

8 Oct 22 Chapter 6: Frequency Response, Bode Plots, and Resonance
Lab 7 Oct 26, 28

Note that lab meets in Crothers 356 this week

There is very little pre-lab for this week. You should show up at your regular lab section, and will be given several circuits to analize. These include the circuits we raced over on Thursday: high- and low-pass first order filters as well as parallel and series resonant circuits. You will be instructed to measure several parameters as you change the input frequency. You will not need to write a report for this week's lab, but will incorporate this discussion when you design and test your own filters next week.

9 Oct 29 Chapter 6: Frequency Response, Bode Plots, Filters, and Resonance
Lab 8 Nov 2, 5

Note that lab meets in Crothers 356 this week

You will be given several filters to design and analize.

Nov 3 No Makeup Test Today -- Moved to Thursday, Nov 5
10 Nov 5 (Approximately) one hour make up exam -- see lengthy email

followed by (approximately) one hour recitation session and lab discussion on Chapter 6 and maybe Chapter 14 problems.

Lab 5 Nov 9 Lab 5: Wave-Shaping Circuits (Using Diodes)

Note that lab meets in Crothers 356 this week

Note that there is no Wednesday lab due to Veteran's day The Monday students have already completed this lab.

11 Nov 12 More problems over Chapter 6 and Chapter 14 material, and

Microcomputers, Chapter 8.

Read 8-8.3,
skim 8.4,
skip the rest of the chapter.

We are going to learn how microcomputers work, but will program them in C (a language most of us already know) instead of learning a new language.

Lab 9 Nov 16, 18 Lab 9 -- Traffic Light Controller.

Note that the lab meets in SECS 232 this week

12 Nov 19

Microcomputers, Chapter 8.

Read 8-8.3,
skim 8.4,
skip the rest of the chapter.

We are going to learn how microcomputers work, but will program them in C/C++ (a language most of us already know) instead of learning a new language.

Ideal Transformers (Section 15.5)

Homework 6 assigned for Wednesday, 11/25

Homework 7 assigned for Thursday, 12/3

Lab 10 Nov 23, 25 Lab 10 -- Stepper Motor Controller.

Note that the lab meets in SECS 232 this week

Nov 26 No Class -- Thanksgiving Day
13 Dec 3 More on Motors
14 Dec 10 Exam II
. . . . . . . . .
Dec 18 Final exam -- 4 pm -- ECS 131 (Friday, December 18th)