ECE 301

Fall Semester, 2005

Circuits and Electro Mechanical Components

2:10 – 3:25 PM Tues & Thur, FH 502: Section 002

3:40 – 4:55 PM Tues & Thur, FH 502: Section 001

TEXT: Principals and Applications of Electrical Engineering, Revised 4^th Edition, Giorgio.

Rizzoni, McGraw-Hill, 2004.

INSTRUCTOR: Walter L. Green, Professor Emeritus, Electrical Engineering, Ferris Hall RM 503

Ph. 974-5438. Office hours posted on door of RM 503.

DATE SECTION OF TEXT TEXT MATERIAL

Aug – 25 – Th Ch. 2: FUNDAMENTS OF ELECTRIC Definitions, sources, Kirchhoff’s current law CIRCUITS: pp. 19 - 29

Aug – 30 – T Ch. 2: pp 30 – 45 Kirchhoff’s voltage law, Ohm’s law

Sept – 01 – Th Ch. 2: pp 45 – 60 series resistance, voltage division, parallel resistance

Sept – 06 – T Ch. 3: RESISTIVE NETWORK ANALYSIS node voltage method, mesh current method pp. 73 - 90

Sept – 08 – Th Ch. 3: pp 93 – 101 node and mesh analysis with controlled sources

Sept – 13 – T Ch. 3: pp 101 – 112 Thevenin and Norton equivalent circuits

Sept – 15 – Th Ch. 3: pp 112 – 121 more on Thevenin and Norton, maximum power transfer

Sept – 20 – T TEST # 1

Sept – 22 - Th Ch. 5: TRANSIENT ANALYSIS review test #1: writing differential equations for RL and

pp 201 - 217 RC circuits, initial conditions, transient response of 1^st

order systems

Sept – 27 – T Ch. 5: pp 217 - 235 study of 1^st order RC and RL circuits

Sept – 29 – Tr Ch. 5: pp 235 – 259 transient response of second order RLC circuits

Oct – 04 – T TEST # 2

Oct – 06 - Th OPERATIONAL AMPLIFIERS review test #2: equivalent circuit of the opamp, the ideal

Opamp

Class Notes, web notes

Oct – 11 – T OPERATIONAL AMPLIFIERS inverting and non-inverting opamp circuits;

Class Notes, web notes some basic functions performed with opamps

Oct – 13 - Th NO CLASS FALL BREAK

Oct – 18 – T Ch. 4: AC NETWORK ANALYSIS energy storage, ideal capacitor, ideal inductor

pp. 137 – 161 time dependent signals, average and RMS values

Oct – 20 – Th NO CLASS ENGINEERING DAY

Oct – 25 – T Ch. 4: pp. 161 – 179 phasor solution of circuits with sinusoidal

excitation, impedance, admittance

Oct – 27 – Th Ch. 4: pp. 170 – 190 AC steady state circuit analysis

Nov – 01 – T TEST # 3

Nov – 03 – Th Ch. 7: AC POWER review test #3, instantaneous and average power, power

pp 328 - 342 factor

Nov – 08 – T Ch. 7: pp 342 – 355 complex power, power factor correction

Nov – 10 – Th Ch. 7: pp 355 – 364 transformers, ideal transformer, linear transformer

Nov - 15 – T Ch. 6: FREQUENCY RESPONSE sinusoidal frequency response, system transfer functions

AND SYSTEM CONCEPTS

pp 269 – 289

Nov – 17 – Th Ch. 6: pp 285 – 308 Bode plots, low pass, high, band pass filters

Nov – 22 – T TEST # 4

Nov – 24 – Th NO CLASS THANKSGIVING

Nov – 29 – T Ch. 17: INTRODUCTION TO ELECTRIC review test 4, rotating electric machines, basic operation

MACHINES operation of rotating machines

PP 851 – 864

Dec – 01 – Th Ch. 17: pp 864 – 881 dc machines

Dec – 06 – T Ch. 17: pp 887 – 906 ac machines

FINAL EXAMINATION: 2:10 – 3:25 Section: 5:00 PM – 7:00 PM, Ferris Hall 502, Wednesday, December 14

3:40 – 4:55 Section: 5:00 PM – 7:00 PM, Ferris Hall 502, Tuesday, December 13

GRADING:

Drop the lowest test.

Three tests @ 18% each: 54%

Homework: 10% ( Late homework receives zero credit )

Opamp Project: 5%

Attendance: 1% (You are allowed to miss two class to receive this credit)

Final: 30%

Anyone with an average of 90% or greater will not be required to take the final exam.

A: 90 –100; B+: 86 – 89; B: 80 – 85; C+: 76 – 79; C: 70 – 75; D: 60 – 69: F: Below 60