ENGR 12
Engineering Circuits
| Instructor:
Tom Rebold |
office: BH-104A |
| phone: 645-1327 | return to HOME PAGE |
Syllabus S08 Tell me about yourself! Trig Identities Mechanical Circuit Models
Course description:
This course introduces resistive, capacitive, inductive and op-amp circuits, as
well as techniques of DC and AC analysis such as circuit equivalents, transfer
functions, sinusoidal excitation and phasors, and complex frequency response.
The topics covered are essential foundations for further study in analog and
digital circuits, communication signals and systems, computer architectures, and
control of electro-mechanical systems.
COURSE CONTENT
(Hit CANCEL for any PASSWORD prompt)
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ENGR 12 Weekly Course
Outline |
Read
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Assignment
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2/5 2/8 |
Lec1 Introduction: Volts, Current,
Resistance, Sources |
Ch 1 |
A1: |
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2/12 2/15 |
Lec2
Lec2a Circuit Simplification
Techniques |
A2 |
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2/19 2/22 |
Lec2B.ppt
Lec2B.doc Source Xform,
Superposition
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A3
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2/26 2/29 |
3B Mesh Current |
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Ch3: 5,7,13,19,29,30,32 |
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3/4 3/7 |
3C Thevanin and Norton
Equivalents |
Ch3 |
A5 |
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3/11 3/14 |
Lec4 Operational Amplifiers |
Ch 4 |
A6 Problems 2,5,23,29,35 |
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3/18 3/21 |
Review
New Plan Quiz 2, Ch 3 Test2Practice.doc Test2practice.sch |
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3/25 3/28 |
SPRING BREAK |
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4/1 4/4 |
Lec5A RL and RC Circuits |
Ch 5 |
A7 |
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4/8 4/11 |
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4/15 4/18 |
RLC Natural Response
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A9 |
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4/22 4/25 |
RLC Step
Response
Quiz Ch 5 |
Ch 6 |
A10 is EXTRA CREDIT |
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4/29 5/2 |
Sinusoidal
Steady-State, Phasors Lec7B Sinusoidal Response & Phasors Lec7C NodeVoltage using Phasors
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Ch
Phasor_Demo.exc |
A11 |
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5/6 5/9 |
Lec11 Advanced Steady State examples Thevanin.sch Power in AC Circuits -- Complex Power Take Home Quiz Ch 6 |
Ch 7 AC Power Demo |
A12 |
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5/13 5/16 |
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A13 is EXTRA CREDIT Ch8 2,8,12,26 |
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5/20 5/23 |
LT Apps, Poles and
Zeros |
Ch 8 |
A14 |
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5/27 5/30 |
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6/3 6/5 |
Review |
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Lec15 Example applications
Quiz Ch 8 & 9