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Date/Activities |
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Final Exam: May 2,
Wednesday, 4:00-6:00PM, comprehensive exam, covering Chapters 1 through 9);
close books, two pages of notes is allowed.
**Exam
3- April 11 - Covering Chapters 7, 8, and 9 (sec. 9.1, 9.2, 9.3, and 9.4)
**Exam
2- March 14 - Covering Chapters 4,
5, and Ch 6 (Hw6 related areas)
**Exam 1- Feb. 6
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January 9, 2012
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Lectures |
Lecture 1 (1/9) - Chapter 1. Introduction; Power Generation
Systems, circuits, switch, Electrical Safety, etc
Lecture 2 (1/11) -
Ch 1 Continues
Lecture 3 (1/18) - posted lecture note
Lecture 4
(1/23) - Chapter 2 Volatge and Current (Lecture PPT file posted inside
Blackboard)
Lecture 5 (1/25) - Chapter 2 (Continue and finished)
Lecture 6 (1/30) - Chapter 3 Resistance; Chapter 4. Ohm's Law
Lecture
7 (2/1) - Chapter 4 Examples (Example 4-1, 2, 3, 4); Chapter 3 Examples
3-1, 3-2, 3-3
Lecture 8 (2/6) - Exam 1, Discussion of Lab 4 MATLAB
Exercieses
Lecture 9 (2/8) - Chapter 4 and Chapter 5 Examples, Hw4
discussion
Lecture 10 (2/13) - Chapter 5 Series Circuits and KVL
Examples
Lecture 11 (2/15) - Chapter 5 More on series circuit,
Voltage Divider
Lecture 12 (2/20) - Chapter 5 Series Applications
Lecture 13 (2/22) - Chapter 6 Parallel Circuits
Lecture 14 (2/27) -
Chapter 6 Parallel Circuits, Current Divider Rule, (RB || RL) problem
revisit, DMM Ammeter shunt, Voltage Sources in Paralle, Solar Panel
Construction
Lecture 15 (2/29) - Grounding wire voltage drops and
effects, Short circuits and examples, Voltmeter loading effects,
Examples, Exercise/problems
Lecture 16 (3/12) - Review for Exam
2, Discussion of Lab 8, Ch 8-2 and 3. Current Source and Source
Conversion; Ch 9-2 Superposition Theorem
Lecture 17 (3/19) - Ch. 8
Branch-Current Analysis, Mesh Analysis, Ch. 7 Series & Parallel
Circuits; MATLAB Solutions
Lecture 18 (3/21) - Ch 7 Examples: 7-1,
7-4, 7-6, 7.7, 7-8; brief discussion of Hw7 (chapter 7)
Lecture 19
(3/26): Ch 7: Voltage divider, Potentialmeter loading
Disucssion lf
Lab 9, Ch 8: Bridge networks, Mesh analysis
Lecture 20 (3/28): Ch 8 Nodal analysis
Lecture 21 (4/2): Ch 9. Superposition Theorem, Thevenin's Equivalent
circuit, and Norton equivalent circuit
Lecture 22 (4/4): Exam 3
review: Ch 7, Ch. 8, Ch. 9; Discussion of Lab 10
Lecture 23 (4/16):
Capcitor, Electric field, Capacitance, Types of capacitors, Leakage
current; Discussion of Lab 12 RC circuit
Lecture 24 (4/18): Ch 10
Capaciators and Applications
Lecture 25 (4/23): Ch 11 Inductors and
Applications
Lecture 26 (4/25): Review Ch 1- Ch 9, Student Assessment
of Course Outcomes
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Homework Assignments |
Hw 9 assigned 4/4,
due 4/11
Hw 8 assigned 3/28, due 4
Hw 7 assigned 3/21,
due 3/28
Hw 6 assigned 2/22,
due 2/29
Hw 5 assigned 2/15,
due 2/22
Hw 4 assigned 2/8,
due 2/15
Hw 3 assigned 1/30,
due 2/8
Hw 2 assigned 1/23.
due 1/30
Hw 1 assigned 1/12, due 1/23 |
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Read Ch 1 & Lecture Note 1, Jan. 9-Jan.16
Read Ch 2, Volatge and Current, Jan. 23 -27
Read Ch 3. Resistance,
Jan. 28-Feb.3
Read Ch 4. Ohm's Law, Power, and Energy, Jan. 30-Feb.8
Read Ch 5. Series Circuits, Feb. 8-Feb. 15
Read Ch 6. Parallel DC
Circuits, Feb. 15-29
Read Ch 7. Series and Parallel Circuits, Mar.
19-28
Read Ch 8 &9 . Methods of Analysis and Selected Topics (dc), Mar
19-April 2
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Labs (All lab report is required except Lab 1)
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Lab
1: Test Equipment, Jan. 9 (No lab report is needed for this lab)
Lab 2: Basic
Electric Measurement (Lab report required)
Lab 3: Ohm's
Law
Lab 4: MATLAB
Exercise Lab (a. Plot Ohm's Law - p104; b. I-V Plot for two resistors,
R1, R2; c. A Circuit with 3 Resistors in Series)
Lab 5: Series
Circuit, Feb. 12
Lab 6: MULTISIM
Exercise Lab (1. Simple DC circuit, pages 128-129; 2. Series Circuit,
pages 174-175; 3. Series Circuits in Fig 5.96, page 179), Feb. 20
Lab 7: Parallel
Circuit, Feb. 27
Lab 8: Source Conversion and Superposition Theorem, Mar. 12
Lab 9: Muitisim and
MATLAB Computer Lab Exercise, Mar. 26
Lab 10:
Thevenin Equivalent Circuit (Computer Lab), April 2
Lab 11:
Thevenis and Norton Circuits Lab, April 9
Lab 12:
RC Circuit, April 16
ECET 102/CPET 101
Lab Report Guideline - Please make a copy of it and
paste it to a Microsoft Word file as a template
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Text Book Supplimental Materials/References |
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Exam 1:
Monday, Feb 6. 4:30-5:20 PM (50 minutes)
Coverage Areas: Ch 1, Ch 2 all section; Ch 3 Resistance: Sections 3-1, 3-2, and
3-3; Ch 4 Ohm's
Law: Sections 4-1, 4-2, and 4-3 |