EEL 3004 – Electrical Networks
Section 3
Spring 2017 - Course
Syllabus
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Instructor: Aman
Behal Office:
Research Pavilion 406 Phone: 407-882-2820 E-Mail: abehal@ucf.edu Office
Hours: Continuous via email |
Term : Spring 2017 Class
Meeting: Tu – Th Hours: 4:30 – 5:45 PM Location: HEC 0118 |
Course Description: Analysis and design of linear DC and AC
circuits.
Pre-requisite: PR: MAC 2311C, MAC 2312, MAC 2313, PHY 2048C, PHY
2049C all with a “C” (2.0) or better grade
Co-requisite: MAP 2302
Textbook: Electric Circuits, by J.W.
Nilsson and S.A. Riedel (any edition)
Homework: Homework
problems will be assigned at the end of each topic. On the due day, homework
will be due at the beginning of class. No late submissions allowed unless there
is a verifiable emergency or instructor permission has been obtained in
advance.
Grading:
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Exam I |
20% |
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Exam II |
20% |
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Exam III |
20% |
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Exam IV |
20% |
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Discussion |
5% |
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Homework |
15% |
Learning circuit
theory:
This is a problem-solving course emphasizing analysis, but also including
design and evaluation. The importance of working out the homework problems
yourself cannot be over-emphasized. Looking over other people’s solutions is no
substitute for working the problems on your own. If you don’t do the
problems, you won’t learn circuit theory. You should work through all of
the example problems as you read the text and read the unassigned problems at
the end of each chapter to determine if you know how to approach their
solutions.
Assignments and Tests: Click here
Handouts: Click here
Course Topics
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Lecture |
Topics |
Text |
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1 |
Introduction |
1.1 |
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System of Units |
1.2 |
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Circuit Analysis |
1.3 |
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Voltages and Current |
1.4 |
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Ideal Basic Circuit Elements |
1.5 |
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Power and Energy |
1.6 |
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2 |
Voltage and Current Sources |
2.1 |
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Electrical Resistances (Ohm's Law |
2.2 |
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Kirchhoff's Laws |
2.4 |
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3 |
Circuit Containing a Dependent
Sources |
2.5
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Resistors in Series. Resistors in
Parallel |
3.1,3.2 |
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4 |
Voltage Divider |
3.3 |
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Current Divider |
3.4 |
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Delta to wye equivalent circuit |
3.7 |
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5 |
Circuit Analysis Terminology |
4.1 |
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Node-Voltage Method |
4.2 |
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6 |
Node-Voltage Method |
4.3,4.4 |
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Mesh -Currents Method |
4.5, 4.6 |
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7 |
Mesh -Currents Method |
4.7 |
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Node-Voltage versus Mesh-Current |
4.8 |
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8 |
Exam (1) |
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9 |
Source Transformations |
4.9 |
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10 |
Thevenin and Norton Equivalent |
4.10, 4.11 |
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11 |
Maximum Power Transfer |
4.12 |
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12 |
Superposition |
4.13 |
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13 |
Operational Amplifier Terminals |
5.1 |
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Terminal Voltages and Currents |
5.2 |
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The Inverting-Amplifier Circuit |
5.3 |
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14 |
The Summing-Amplifier Circuit |
5.4 |
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The Noninverting-Amplifier Circuit |
5.5 |
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The Differential-Amplifier Circuit |
5.6 |
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15 |
Exam (2) |
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16 |
The Inductor |
6.1 |
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The Capacitor |
6.2 |
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17 |
Series-Parallel Combinations of
Inductors and Capacitors |
6.3 |
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18 |
The Natural Response of RL circuit |
7.1 |
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The Natural Response of RC Circuit |
7.2 |
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19 |
The Step Response |
7.3 |
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A General Solution |
7.4 |
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The Integrating Amplifier |
7.7 |
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20 |
Parallel RLC Circuit |
8.1 |
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Natural Response |
8.2 |
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21 |
Step Response |
8.3 |
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Series RLC Circuit |
8.4 |
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22 |
Review |
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23 |
Exam (3) |
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24 |
The Sinusoidal Source |
9.1 |
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The Sinusoidal Response |
9.2 |
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The Phasor |
9.3 |
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Passive Elements |
9.4 |
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25 |
Kirchhoff's Laws in Frequency Domain |
9.5 |
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Series and Parallel Simplifications |
9.6 |
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26 |
Sources Transformations & Thevenin-Norton |
9.7 |
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The Node-Voltage Method |
9.8 |
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The Mesh-Current Method |
9.9 |
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27 |
Instantaneous Power |
10.1 |
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Average & Reactive Power |
10.2 |
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RMS & Power Calculations |
10.3 |
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Maximum Power Transfer |
10.6 |
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28 |
Review |
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29 |
Review |
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30 |
Exam (4) |
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