EE214 COURSE OUTLINE

 

  • Semester: Fall 1997

    Course: EE214

    Text: Basic Engineering Circuit Analysis, 5th

    edition; J. David Irwin

    Instructor: Richard Kolk; 674-3070 (days)

    646-0404 (eves)

    Class Times: T,Th 5:35-6:50, room UT316

    Evaluation: 2 Exams (50%), Final (30%), Homework (20%)

    Attendance: Regular attendance is expected, if you expect to be absent, please notify me in advance.

  • Course Overview:

    A second course covering circuit elements and methods of circuit analysis. Topics include: AC analysis, Phasors, AC power calculations, Power factor/correction, Three phase circuits, Transformers and analysis, Complex frequency, Laplace transforms, Two port networks, Filters, Fourier series.

    Computer projects will use Pspice with schematic

    capture (version 6 or higher).

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    SCHEDULE:

     

     

    CLASS CHAP SECTIONS TOPICS & [PROBLEMS]
    1, Th 9/4 8,9 9.1 2d order DC ckts, Sinusoids [1,2,4,5]
    2, Tu 9/9 9 9.2 - 9.4 Sinusoids, complex forcing functions, phasor relationships [6,7,8]
    3,Th 9/11 9 9.5 Impedance/Admittance [12,13,15,21,26]
    4, Tu 9/16 9 9.6 - 9.7 Phasor Diagrams, Basic Analysis using Kirchhoff's Laws [31,35]
    5, Th 9/18 9 9.8 Advanced Circuit Analysis Techniques [68,70,89,90]
    6, Tu 9/23 9 9.9 Pspice Analysis Techniques [Examples]
    7, Th 9/25 10 10.1 - 10.3 Instantaneous, average, max power transfer [6,7,19]
    8, Tu 9/30 10 10.4 - 10.6 RMS, Power factor, Complex power [28,34,47,49]
    9, Th 10/2 10 10.7 - 10.9 Power Factor Correction, Measurement, Single Phase [54,60,62]
    10, Tu 10/7 10 10.10 - 10.11 Applications [71,72]
    11, Th 10/9 11 11.1 - 11.3 3 phase ckts, connections, source/load connections, EXAM 1 take home
    12, Tu 10/14 11 11.3 Source/load connections, EXAM 1 Due [2,3]
    13, Th 10/16 11 11.4 – 11.5 Source/load connections ,Power [6,27,30,37]
    14, Tu 10/21 11   No Class
    15, Th 10/23 11 11.6 – 11.7 Power, measurement
    16, Tu 10/28 12 12.1 – (12.3) Mutual Inductance ,Energy Analysis, (Pspice)
    17, Th 10/30 12 12.4 Ideal transformer
    18, Tu 11/4 12 (12.5) – 12.7 (Pspice), Autotransformer, 3 phase transformers
    19, Th 11/6 12 12.9 Applications, EXAM 2
    20, Tu 11/11 13 13.2 Sinusoidal frequency analysis, Bode Plots
    21, Th 11/13 13 13.2 – 13.3 Bode plots, Resonant circuits
    22, Tu 11/18 13 13.3 Resonant circuits
    23, Th 11/20 13 13.4 – 13.5 Scaling, passive filters
    24, Tu 11/25 13 13.5 Active Filters
    25, Th 11/30     Thanksgiving Recess, no class
    26, Tu 12/2 13 13.6 Filter applications
    27, Th 12/4 14 14.1 – 14.2 Two port networks, admittance and impedance
    28, Tu 12/9 14 14.6 Interconnection of two port networks
    29, Th 12/11     Review, FINAL