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| 1. Course Title: ELECTRIC CIRCUITS II |
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| 2. Course Number: EE:131 |
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| 3. Credit Hours: 4 |
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| 4. Course Description: |
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A continuation of EE:130, it begins with single phase alternating voltages and currents and proceeds through non-sinusoidal voltages and currents to polyphase circuits. [3 lecture, 2 lab hours per week.] |
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| 5. Course Requirements: |
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5.1 Course Prerequisites: |
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EE:130 and MTH:144. |
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5.2 Entry Test Requirements: none |
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5.3 Course Corequisites: none |
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| 6. Original Course Approval Date: |
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| 7. Learning Objectives (goals): |
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Students successfully completing this course will: |
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7.1 Use the experimental circuit laws, Ohm's law, and Kirchhoff's voltage and current laws, with the advanced concept of phasors to obtain the steady state solution to networks driven by sinusoidal or complex waveforms. |
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7.2 Explain the frequency dependent characteristics of resistors, inductors, and capacitors. |
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7.3 Recognize simple electrical filter configurations: low pass, bandpass, and high pass filters and be able to correlate those filter types with their representative frequency response curves. |
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7.4 Perform complex power calculations and explain how the phasor relationships between resistance, capacitance, and inductance affect power transmission through circuits. |
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7.5 Determine the power factor of complex load impedances. |
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7.6 Determine the values of line and load voltages and currents in a balanced three phase system. |
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7.7 Describe the polarity and magnitude relationships for voltages and currents that exist in the primary and secondary windings of an ideal transformer. |
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7.8 Choose the most appropriate method of circuit analysis for a given schematic diagram and use it to predict the values of impedance, voltage and current that exist during normal operation of the circuit represented by the schematic. |
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7.9 Demonstrate proficiency in the use of an oscilloscope for voltage, current, frequency, and phase shift measurements. |
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| 8. Expected Performance Outcomes
(measurable): |
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The students will: |
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8.1 Attend class as scheduled |
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8.2 Complete and submit assignments by due dates |
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8.3 Maintain "C" level standards on daily assignments |
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8.4 Demonstrate proficiency in electrical safety activities at a minimum level of 70% |
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8.5 Demonstrate proficiency in laboratory activities at a minimum level of 70% |
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8.6 Demonstrate proficiency on written quizzes at a minimun level of 70% |
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| 9. Minimum Course Requirements (examples may
include): |
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9.1 Testing: 70% on Quizzes and Final |
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9.2 Writing Requirements: Written lab reports |
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9.3 Projects: 10 laboratory experiments |
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9.4 Clinicals: |
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9.5 Internships: |
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9.6 Field Study: |
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9.7 Portfolio: |
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9.8 Performance: Satisfactory performance (70%) of all skills listed in this course. |
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9.9 Other (please specify): |
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| 10. Course Profile Acceptance: |
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| 11. DCC Approval Date: |
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