EE 002: Electrical & Electronic Circuits

EE 002: Electrical & Electronic Circuits

Spring 2005

Subject area: EE	Course number: 002	Section number: 001
Course title: ELECTRICAL & ELECTRONIC CIRCUITS		Units: 4
Call number: 17850		Instructor(s): Fonoberov V
Class type: LEC Class type: LAB	Day: TR Day: W	Time: 5:10pm-6:30pm Time: 5:10pm-8pm	Location: SPTH 1222 Location: BRNHL B160
Final exam: 06/07/2005 7 to 10 p.m.		Max enrollment: 32 Seats Available: 19	Status: Open
Prerequisite(s): PHYS 040C
UCR General Catalog 2004-2005: EE 002. Electrical and Electronic Circuits 4 Lecture, 3 hours; laboratory, 3 hours. Prerequisite(s): PHYS 040C. Intended for non-Electrical Engineering majors for whom knowing the design of electrical and electronic circuits is not crucial but is helpful. Involves direct-circuit calculations with resistors, inductors, and capacitors, followed by steady state sinusoidal analysis. Discusses logic circuits before electronics, which includes diodes, amplifiers, and transistors.

Basic Information

Lecture: TR 5:10 p.m. - 6:30 p.m., SPTH 1222.
Instructor: Dr. Vladimir Fonoberov (vladimir.fonoberov@ucr.edu).
Office hours: Wed 2:00 p.m. - 3:00 p.m., BRNHL B235B.
Lab: W 5:10 p.m. - 8:00 p.m., BRNHL B160.
Teaching Assistant: Susan Cheng (scheng@ee.ucr.edu).
Textbook:
"Electrical Engineering: Principles and Applications" by Allan R. Hambley, 3^rd or 2^nd Edition.
Course grading:
The course consists of 100 points:
- Lecture component (80 points)
  - 40 pts: Final Exam
  - 20 pts: Midterm
  - 20 pts: Homework Quizzes
- Lab component (20 points)
Grades will be assigned as follows: 100-90 A, 89-80 B, 79-70 C, 69-60 D, 59-0 F (+/- grades will be given).

Lecture Schedule

(subject to change as the quarter progresses)

Week 1 (March 29, 31): Introduction
- Chapter 1
- Homework 1:
  - 2^nd Edition: P1.4*, P1.5*, P1.7*, P1.10*, P1.11*, P1.16*, P1.18*, P1.20*, P1.22*, P1.23*, P1.26*, P1.28*, P1.30*, P1.36*, P1.39*, P1.41*, P1.42*, P1.44* [solutions]
  - 3^rd Edition: P1.6*, P1.7*, P1.9*, P1.13*, P1.14*, P1.19*, P1.21*, P1.26*, P1.28*, P1.29*, P1.32*, P1.34*, P1.37*, P1.43*, P1.48*, P1.50*, P1.52*, P1.57* [solutions]
Week 2 (April 5, 7): Resistive Circuits
- Chapter 2
- Homework 2:
  - 2^nd Edition: P2.1*, P2.4*, P2.6*, P2.13*, P2.15*, P2.16*, P2.21*, P2.23* [solutions]
  - 3^rd Edition: P2.1*, P2.7*, P2.9*, (P2.13*), P2.18*, P2.20*, P2.21*, P2.26*, P2.28* [solutions]
Week 3 (April 12, 14): Resistive Circuits II
- Chapter 2
- Homework 3:
  - 2^nd Edition: P2.27*, P2.29*, P2.31*, P2.32*, P2.36*, P2.38*, P2.44*, P2.48*, P2.51*, P2.53*, P2.60*, P2.63*, P2.66*, P2.70* [solutions]
  - 3^rd Edition: (P2.29*), (P2.30*), P2.34*, P2.36*, P2.38*, P2.39*, P2.46*, P2.48*, (P2.52*), P2.54*, P2.61*, P2.65*, P2.67*, P2.75*, P2.78*, P2.81*, P2.87* [solutions]
Week 4 (April 19, 21): Capacitance
- Chapter 3
- Homework 4:
  - 2^nd Edition: P3.5*, P3.7*, P3.11*, P3.15*, P3.19*, P3.21*, P3.23*, P3.26* [solutions]
  - 3^rd Edition: P3.5*, P3.7*, P3.17*, P3.21*, P3.26*, P3.28*, P3.30*, P3.35* [solutions]
Week 5 (April 26, 28): Inductance
- Chapter 3
- Homework (no quiz):
  - 2^nd Edition: P3.31*, P3.36*, P3.37*, P3.39*, P3.42*, P3.47*, P3.48* [solutions]
  - 3^rd Edition: P3.40*, P3.45*, P3.46*, P3.53*, P3.58*, P3.63*, P3.64* [solutions]
Week 6 (May 3 – Midterm, May 5): Steady-State Sinusoidal Analysis
- MIDTERM
- Chapter 5
- Homework 5:
  - 2^nd Edition: P5.2*, P5.6*, P5.8*, P5.12*, P5.14*, P5.16*, P5.21*, P5.22*, P5.23*, P5.25*, P5.28*, P5.30*, P5.32*, P5.36*, P5.37* [solutions]
  - 3^rd Edition: P5.2*, P5.6*, P5.9*, (P5.11*), (P5.15*), P5.17*, P5.21*, P5.23*, P5.28*, P5.29*, P5.31*, P5.34*, P5.37*, P5.39*, P5.41*, P5.45*, P5.46* [solutions]
Week 7 (May 10, 12): Power
- Chapter 5
- Homework 6:
  - 2^nd Edition: P5.41*, P5.44*, P5.47*, P5.49*, P5.52*, P5.55*, P5.58*, P5.59*, P5.63* [solutions]
  - 3^rd Edition: P5.53*, P5.59*, P5.62*, P5.64*, P5.67*, P5.70*, P5.73*, P5.74*, P5.78* [solutions]
Week 8 (May 17, 19): Diodes and Introduction to Amplifiers
- Chapters 10, 11
- Homework 7:
  - 2^nd Edition: P10.6*, P10.9*, P10.15*, P10.18*, P10.27* + P11.4*, P11.5*, P11.14*, P11.30*, P11.39* [solutions]
  - 3^rd Edition: P10.6*, P10.13*, P10.20*, P10.23*, P10.33* + P11.4*, P11.5*, P11.17*, P11.41*, P11.55* [solutions]
Week 9 (May 24, 26): Transistors
- Chapters 12, 13
- Homework 8:
  - 2^nd Edition: P12.3*, P12.5*, P12.13* + P13.6*, P13.15*, P13.18* [solutions]
  - 3^rd Edition: P12.3*, P12.5*, P12.17* + P13.7*, P13.17*, P13.22* [solutions]
Week 10 (May 31, June 2): Operational Amplifiers
- Chapter 14
- Homework (no quiz):
  - Review all course and prepare for the Final Exam
June 7, 2005 (7 p.m. - 10 p.m.)
- FINAL EXAM

General Course Features and Policies

Material covered: You'll be responsible for learning material covered in lecture, in the textbook, and in lab. We expect you to read the textbook; lecture only emphasizes key material, but does not cover all required material alone.
Communicating with the instructor and TA: when sending electronic mail to the instructor or TA, please remember that many students have the same name, and your instructor may be teaching other courses too. So please give your full name and list the course you are referring to, and preferably include your student ID number. We prefer that you use your UCR email account so that you get used to it (remember that UCR sends many official notices now only by email). Please try to be polite and professional, and use reasonable grammar and formatting.
Re-grade policy: re-grade requests must be submitted in writing and within one week of the distribution of the graded material. Grade-database errors should also be pointed out within one week of posting.
Final grades: Per university policy, changes to your final grade will be made only in the event of a clerical error. Asking your instructor how far you were from a cutoff and what extra work you can do to improve the grade is not appropriate.

Last modified: June 01, 2005; 03:36 PM