Welcome to the ENEE 610, Network Theory, Fall 2001, home page of R. Newcomb

  • The room for the final for this class is moved to room CLB 0102 [CLB = Classroom Building which is next to the parking lot G across from AV Williams]

  • Final Exam Study (file: final_exam_study4.txt) here

  • Final Exam (610finalexam.pdf) here

  • Course Description (file: EE610desF01.pdf) here

  • Course Time Schedule (file: EE610timF01.pdf) here

  • Course Paper Choices updated 10/29/01 (file: 610F01_pprs.pdf) here

  • Paper Presentation Schedules updated 10/20/01 (file: 610presentF01_sched.pdf) here

  • Term Paper Description (file: 610pprdes.pdf) here

  • Term Paper Report Grading Form (file: ee610rpt_grd.pdf) here

    Problems to consider as an aid to learning course material

  • Problems to consider #1 (file: EE610F01_01.pdf) here

  • Problems to consider #2 (file: EE610F01_02.pdf) here

  • Problems to consider #3 (file: EE610F01_03.pdf) here

  • Problems to consider #4 (file: EE610F01_04.pdf) here

  • Problems to consider #5 (file: EE610F01_05.pdf) here

  • Problems to consider #6 (file: EE610F01_06.pdf) here

  • Problems to consider #7 (file: EE610F01_07.pdf) here

  • Problems to consider #8 (file: EE610F01_08.pdf) here

    Homework problems for grading

  • Homework set #1 (file: 610F01_HWgrading1.pdf) here

  • Homework set #2 (file: 610F01_HWgrading2.pdf) here

    Lecture notes usually reproduced from class transparencies

  • Lecture set #1, 08/29/01, (file: EE610F01_L01.pdf) here

  • Lecture #2, 09/05/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
  • Page 6 here Page 7 here Page 8 here Page 9 here Page 10 here

  • Lecture #3, 09/10/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
  • Page 6 here Page 7 here Page 8 here Page 9 here Page 10 here Page 11 here

  • Lecture #4, 09/17/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
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  • Lecture #5, 09/19/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
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  • Lecture #6, 09/24/01, (files: 610F01_L[lec#][page#].GIF) page by page:
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  • Lecture #7, 09/26/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
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  • Lecture #8, 10/01/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
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  • Lecture #9, 10/03/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
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  • Lecture #10, 10/08/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
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  • Lecture #11, 10/10/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
  • Page 6 here Page 7 here Page 8 here

  • Lecture #12, 10/15/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
  • Page 6 here Page 7 here Page 8 here Page 9 here Page 10 here

  • Lecture #13, 10/17/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • Multiplier CMOS circuit and results here
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
  • Page 6 here Page 7 here

  • Lecture #14, 10/22/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • van der Pol oscillator PSpice circuit and results here
  • van der Pol oscillator piecewise linear function evaluated by MathCad here
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
  • Page 6 here Page 7 here

  • Lecture #15, 10/24/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • singular value decomposition MathCad results here
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
  • Page 6 here Page 7 here

  • Lecture #16, 10/29/01, (files: 610F01_L[lec#][page#].GIF) page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
  • Page 6 here Page 7 here Page 8 here Page 9 here Page 10 here

    • Items of interest;

  • MathCad plot and calculations for a minimum function example: here

    The files cross listed below have various items of interest for the course.

  • Microsystems Lab VLSI design page here

    Contains Spice models, MAGIC Layout tutorial, VLSI examples

    URL address: http://www.ece.umd.edu/~newcomb/courses/fall2001/610/ENEE610.html