Ohio University
School of Electrical Engineering and Computer Science
EE 3143 Basic Electrical Engineering II

Course Schedule, Spring 2013
 

Wk 

Starting Date 

Subject

Reading 

Homework

 

 

 

 

 

1 

Jan 14

Class organization, what you will learn

Lecture 1 Kirchhoff's Laws (ppt)

1.4-1.7

NO LATE ASSIGNMENT ACCEPTED POLICY !!!

 

Lecture 1 Kirchhoff's Laws (ppt)

P1 (5p)

2

Jan 21 

Lecture 1 Memristors (ppt)

2.4-2.6

P2 (5p)

 

 

Lecture 2 Progress in IC Technology (ppt)

OrCAD

Appendix G

P3 (5p)

3

Jan 28

Lecture 3 Diode (ppt),  Lecture 4 Diode Once More (ppt)

10.1, 10.2

Describe memristors - no more than one page (5p) Paper about memristors

 

 

Lecture 5 Diode Circuits (ppt)

10.3-10.5

Use OrCAD to solve circuit on Fig. 2.7c

4

Feb 4

Lecture 6 Diode Circuits' Applications (ppt)

10.6-10.8

P4 (5p)

 

 

Lecture 7 Diode Applications (ppt)

 

P5 (5p)

5

Feb 11

Nano, the next dimension

Nanotechnology in Medicine

Nanotechnology for Targeted Cancer Therapy

 

P6 (5p)

 

 

Silicon Run I (video), Silicon Run II (video)

 

Describe how nanotechnology can revolutionize medicine (5p)

6

Feb 18

Lecture8 MOS Transistor (ppt)

 12.1

quiz1 (15p)

quiz2 (10p)

 

 

Lecture9 MOS Transistor Circuits (ppt)

12.2, 12.3

P7 (5p)

7

 Feb 26

Midterm Example Midterm Solution

chapters 1,2,10,quizzes

Midterm Requirements

Homework solutions

Quiz I & II solutions

Lecture10 MOS Transistor Circuit Analysis (ppt)

12.4, 12.5

8

March 4

Spring break

Spring break

Spring break

  9 

 March 11

Lecture11 BJT Transistor (ppt)

13.1,13.2

P8 (5p)

 

 

Lecture12 BJT Transistor Circuits (ppt)

13.3,13.4

P9 (5p)

10

March 18

Lecture 12 Ex BJT Practice Problems (ppt)

13.5

P10 (5p)

Lecture13 BJT Transistor Circuit Analysis (ppt)

13.6

BJT P.1 (5p)

11

March 25

Lecture13 BJT Transistor Circuit Analysis (ppt)

BJT P.2 (5p)

 

 

Lecture 14 Operational Amplifiers (ppt)

14.1, 14.2, 14.3

BJT P.3 (5p)

12

April 1

Lecture 14 Operational Amplifiers (ppt)

14.4, 14.5, 14.6

OpAmp P.1 (5p)

Lecture 14 Operational Amplifiers (ppt)

Lecture 15 Logic Gates

7.3, 7.4, 7.5

13

April 8

Lecture 16 Logic Synthesis

Lecture17 Flip Flops

7.6

OpAmp P.2 (5p)

 

 

Magnetic Circuits

15.1, 15.2,

LG P.1 (5p)

14

April 15

Lecture 18 Robots Introduction

Lecture 19 Robots Past and Future

 

LG P.2 (5p)

 

Lecture 20 Robocup

http://www.aaaivideos.org/2011/swarmanoid_the_movie/

http://www.aaaivideos.org/2008/bio_inspired_flying_robots/

 

LG P.3 (5p)

  15

April 22

DC Machines

15.3, 15.4

 

Lecture 21 Emergence of Intelligence

 

Homework solutions

Tuesday, April 30, 2013 at 4:40 p.m.

Final Examination

Final Requirements

Final Example

Final exam solutions

Notes:

Reading chapter sections and homework problems are from the text by Allan R. Humbley "Electrical Engineering - Principles and Applications", Prentice Hall, 2010.
Homework due by the date indicated.