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UK EE 221 - EE 221 Syllabus

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Vijay Singh/ EE 221 Spring 2003 / Department of ECE, University of Kentucky / February 2, 2003/ Total pa ges 3 1EE 221 CIRCUITS II - Spring Semester 2003Department of Electrical & Computer Engineering, University of KentuckyInstructor: Phone: E-mail:Prof. Vijay Singh N/A [email protected]: Office Hours: Course Web page:457 AH MWF 3:00-4:30 pm http://www.engr.uky.edu/∼vsinghCourse Meeting: When: MWF 11:00 - 11:50 am / Where: 257 AHTA: Phone: E-mail:Ramprasad Potluri N/A [email protected]: Office Hours:465 AH TR 2:00-4:00pm (same for EE222)Expected outcomes of student learning:1. Ability to derive transfer functions, differential equation representations, and two-port param-eters from circuits containing independent sources, dependent sources, resistors, capacitors,inductors, operational amplifiers, transformers, and mutual inductance elements.2. Ability to solve for circuit outputs (voltages and currents) when circuit is driven by combina-tions of DC, sinusoidal, and singularity function sources, and the ability to apply superpositionfor multiple or complex sources.3. The ability to use SPICE for determining circuit outputs (voltages and currents) when com-binations of DC, sinusoidal, and singularity function sources drive circuit.4. Ability to describe a solution with functional block diagrams (top-down design approach).5. Ability to work as a team to formulate and solve an engineering problem.6. Ability to use computer programs (such as MATLAB and SPICE) for optimizing designparameters and verify design performance.Text: Basic Engineering Circuit Analysis, 7th Edition, J. David Irwin, John Wiley & Sons, Inc.,NY, 2002 (ISBN: 0-471-40740-2)Your Grade Will be Based on: The letter grade assignment isbased on the foll owing scale:10 Lecture quizzes 45% 100 to 90 pts → A,10 Homework assignments 10% 89 to 56 pts → B, C, D1 Project 20% 55 to 0 pts → E.1 Final exam 20%Pop Quizzes 05%Homework:• A portion of the assigned homework will be collected and graded.• The homework problems will be announced in class and due at the beginning of the followingweek’s last class meeting.Vijay Singh/ EE 221 Spring 2003 / Department of ECE, University of Kentucky / February 2, 2003/ Total pages 3 2• The effort spent in doing all homework problems will be reflected in quiz and final examperformances.• The assigned homework problems are the minimum numbe r of problems that should be workedout for each unit.• Homework problems are intended to help the student develop outcomes 1, 2, and 3.Students finding difficulty with understanding a particular topic or developing a specific outcomeshould take the initiative to work more problems and ask question of the TA and instructor.Quizzes: Will evaluate mastery of material covered in the lectures, homework problems, and thedegree to which outcomes 1, 2, and 3 are being achieved.• There will be at least 12 quizzes ove r the semester (a maximum of 14 quizzes over the entirecourse).• A typical quiz will last about 15 minutes and will be closed note and closed book.• Quizzes will usually be multiple choice type. Answering them will usually involve calculations.• The best 10 quiz scores will figure in the final grade.Final Exam: Will evaluate mastery of material covered in the homework problems, and the degreeto which outcomes 1, 2, and 3 are being achieved.Failure to take a quiz or the final exam during the assigned class period will result in a grade ofzero for that test. Make-up exams will be given in cases where the student contacts the instructorprior to the exam and receives permission to make the test up.Midterm project: consists of a team design project that is evaluated based on 3 written compo-nents:• A problem statement and a proposed ge neral solution with a timetable and distribution oftasks for team members.• A final rep ort describing the specific design solution with pe rformance evaluation.• An engineering notebook (a technical diary of your work on the project) from each member.This project is intended to help develop and evaluate student skills related to outcomes 4, 5, and6.Attendance: The student is responsible for all business conducted during any scheduled clas speriod. Any revision to the test dates, homework assignments, etc. will be made during the classperiod. The lectures will follow the text.The student is expected to read the text and is responsible for all material in the reading assign-ments. The sections of the text s hould be read prior to the c lass meeting where its material will b ecovered. The student is expected to be familiar with the circuit analysis programs used in EE211(SPICE).Plan on at least 6 to 12 hours weekly for homework and study (outside of class time).Vijay Singh/ EE 221 Spring 2003 / Department of ECE, University of Kentucky / February 2, 2003/ Total pages 3 3Tentative Course Schedule f or EE221Week Theme Dates Section Topic1 Intro duction Jan 15 Syllabus Brief Class; Homework AssignmentIntro duction 17 Chap 7 Review of AC Circuit Analysis2 Holiday Jan 20 - Martin Luther King, J r. DayPower 22 9.1, 9.2 Instantaneous and Time-Average PowerPower 24 9.4 Effective or RMS Power3 Power Jan 27 9.6 Complex PowerPower 29 9.3 Complex Power; Maximum Power TransferPower 31 9.5 Power Factor Correction & Load Matching4 Power Feb 03 9.1-9.6 ConclusionTF’s 05 11.1 Transfer Functions (TFs), Poles and ZerosTF’s 07 11.2 Bode Plots5 TF’s Feb 10 11.1-11.2 Bode PlotsResonance 12 11.3 Resonant CircuitsResonance 14 11.3 Q & Bandwidth6 Resonance Feb 17 11.3 ConclusionFilters 19 11.4 Lumped Filter DesignFilters 21 11.4 Frequency/Impedance Scaling7 Filters Feb 24 11.5 Active FiltersProject 26 Notes Assigning Mid Term (MT) ProjectProject 28 Notes Project Organization and Design8 Filters Mar 03 11.5Operational TransconductanceAmplifiers (OTAs)Filters 05 11.5More on Filters(MT Project Proposal Due)Filters 07 11.5 Conclusion9 2-ports Mar 10 15.1 z-Parameters2-ports 12 15.1-15.5y-Parameters, Hybrid Parameters,Transmission Parameters2-ports 14 15.5 Cascading Parameters; Conclusion10 Holidays Mar 17-21 - Spring Break11 Transformers Mar 24 8.1Mutual Inductance(Phase I of MT Project Due)Transformers 26 8.2 Energy AnalysisTransformers 28 8.3 Ideal Transformer12 Transformers Mar 31 Notes Tuned TransformersTransformers Apr 02 8.4 AutotransformersTransformers 04 8.1-8.4 Conclusion13 3 Phase Apr 07 10.1-10.23 Phase Circuits(MT Project Due)3 Phase 09 10.3 Y-Connection3 Phase 11 10.3 4-Connection14 3


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