Welcome to the ENEE 302, Digital Electronics, Fall 2000, home page of R. Newcomb

  • Presentations: We should stick to the printed schedule and will fit in those who have been skipped as we can. 11/01/00

  • Course Description (57,488 bytes, pdf format) here

  • Course Time Schedule (ee302f0tim.pdf @ 39,910 bytes) here

  • Paper Choices (ee302f0ppr.pdf @ 66,848 bytes) here

  • Paper Presentation Schedule (302prsntim.pdf @ 45,398 bytes)
  • Updated 10/27/00 here

  • Oral Presentation Information (prsntreq.pdf @ 31,955 bytes) here

  • Design Report Grading Form (302rptgr.pdf @ 34.937 bytes) here

  • Midterm Exam (midtrmf0.pdf @ 41,770 bytes) here

  • Midterm solutions, page 1 (302mid-solution1.gif @ 87,203 bytes) here

  • Midterm solutions, page 2 (302mid-solution2.gif @ 116,269 bytes) here

  • Midterm Exam Redo (302xmrdo.pdf @ 31,794 bytes) here

  • final exam study (ee302fnlstd.pdf @ 36,027 bytes) here

  • final exam study update (ee302fnlstd2.pdf @ 35,110 bytes) here

    Items to consider for learning course material

  • First set of items to look at (302f0_01.pdf @ 60,975 bytes) here

  • Second set of items to look at (302f0_02.pdf @ 37,920 bytes) here

  • Third set of items to look at (302f0_03.pdf @ 42,356 bytes) here

  • Fourth set of items to look at (302f0_04.pdf @ 38,509 bytes) here

  • Fifth set of items to look at (302f0_05.pdf @ 38,917 bytes) here

  • Sixth set of items to look at (302f0_06.pdf @ 33,376 bytes) here

    Lecture transparencies

  • First lecture, 08/31/00, (2,133,285 bytes, pdf format) here

  • Lecture #2, 09/5/00, 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 #3, 09/07/00, page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
  • Page 6 here Page 7 here

  • Lecture #4, 09/12/00, 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 #5, 09/14/00, page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here

  • Lecture #6, 09/19/00, page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
  • Page 6 here

  • Lecture #7, 09/21/00, page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
  • Page 6 here Page 7 here

  • Lecture #8, 09/26/00, page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here

  • Lecture #9, 09/28/00, page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
  • Page 6 here

  • Lecture #10, 10/03/00, page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 here
  • Page 6 here Page 7 here

    • Lecture #11, 10/05/00,
  • 2 input nand gate layout: here

  • Lecture #11, 10/05/00, page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here
  • Page 5 (this is the 2 input nand gate layout listed above)
  • Page 6 here Page 7 here

  • Lecture #12, 10/10/00, page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 4a here Page 4b here
  • Page 5 here Page 6 here Page 7 here

  • Lecture #13, 10/12/00, page by page:
  • Page 1 here Page 2 here Page 2a here Page 2b here Page 3 here Page 4 here
  • Page 5 here Page 6 here Page 7 here Page 8 here Page 9 here

  • Lecture #14, 10/17/00, 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

  • Lecture #15, 10/19/00, page by page:
  • Page 1 here Page 2 here Page 3 here Page 4 here Page 5 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/corses/fall2000/ENEE302_Fall2000.html