Electric Circuits 2 |
ELECTRICAL-ENGINEERING
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Semester
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Teaching Methods
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Credits |
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4
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Lecture
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Rec.
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Lab.
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Project Work
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HW
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Other
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Total
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Credit
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ECTS Credit
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44 |
- |
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24 |
14 |
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14 |
100 |
3 |
4 |
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Language
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English |
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Compulsory / Elective
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Prerequisites
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Course Contents
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The sinusoidal forcing function, the phasor concept, the sinusoidal steady state response, average power and rms values, polyphase circuits |
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Course Objectives
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To teach the construction ,the function and the analysis of the alternating current circuits as well as the three phase electric circuits and to teach the applied methods for active and reactive power calculations. |
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Learning Outcomes and Competences
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Understanding the construction, the function and analysis of different AC electric circuits . Ability to calculate the apparent power, the reactive power, the active power and the power factor of the AC circuits. Understanding the concept of reactive power compensation. |
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Textbook and /or References
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William H. Hayt, Jack E. Kemmerly ,”Engineering Circuit Analysis”, 6th Edition McGraw-Hill,INC |
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Assessment Criteria
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If any, mark as (X)
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Percent (%)
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X
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45 |
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Quizzes
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Home works
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Projects
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X
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Term Paper
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Laboratory Work
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Other
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X
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5 |
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Final Exam
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X
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50 |
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Instructors
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Prof. Dr. Marwan Mahmoud , marwanma@najah.edu |
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Week
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Subject
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1 |
The sinusoidal forcing function : Characteristics of sinusoids, forced response to sinusoidal forcing functions |
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2 |
The phasor concept :The complex forcing function ,the phasor, phasor relationships for R and L loads |
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3 |
Phasor relationships for , C ,RL ,RC , and RLC loads |
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4 |
The sinusoidal steady state response : Nodal ,mesh and loop analysis ; superposition principle |
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5 |
Source transformation and The’venins Theorem, phasor diagrams |
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6 |
Response as a function of the radiance frequency , the RLC circuit , the serial and parallel response |
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7 |
Average power and rms values : Introduction , instantaneous power , the average power, the effective values of current and voltage |
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8 |
Apparent power ,the power factor ,the complex power |
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9 |
Reactive power compensation |
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10 |
Poly phase circuits : introduction, single-phase three-wire systems, three-phase Y-Y connection |
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11 |
The Delta connection , the Y-Delta connection |
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12 |
The Delta-Y connection , the Delta –Delta connection |
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13 |
Exercises on three phase power circuits and reactive power compensation |
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14 |
Midterm Exam 2 |
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