Aug. 28 |
Syllabus Binary numbers (lecture) Binary numbers (lab) Running a C/C++ program in Visual Studio Homework: Read and summarize Chapter 1 from The Pattern on the Stone |
Sep. 4 |
Truth Tables and Ohm's Law (lecture) Truth Tables and Ohm's Law (lab) Homework: Read and summarize Chapter 2 from The Pattern on the Stone |
Sep. 11 |
Karnaugh Maps (lecture) Karnaugh Maps (lab) Homework: Read and summarize Chapter 3 from The Pattern on the Stone |
Sep. 18 | Multiplexing and
Demultiplexing (lecture) Multiplexing and Demultiplexing (lab) MultisimSubcircuits.ppt Homework: Read and summarize Chapter 4 from The Pattern on the Stone |
Sep. 25 |
Lecture 5: Adders Lab 5: Adders Homework: Read and summarize Chapter 5 from The Pattern on the Stone (Lab and homework are due in two weeks since there is a test next week.) |
Oct. 2 | Tentative date for Test 1 covering Labs 1-4. |
Oct. 9 |
Memory, flip-flops, etc. (presentation) Memory, flip-flops, etc (lab) AdderWithRegisters.ms8 Homework: Read and summarize Chapter 6 from The Pattern on the Stone |
Oct. 16 |
Shift registers, floats, etc. (presentation) Shift registers, floats, etc. (lab) Modem.ms8 (Electronic workbench file for demo) DecimalToFloat.doc FloatToDecimal.doc Homework: Read and summarize Chapter 7 from The Pattern on the Stone |
Oct. 23 | Mid-Semester |
Oct. 30 |
Flip-flops and counting, etc. (presentation) Flip-flops, CRC, etc. (lab) DecimalToFloatLessThanOne.doc Homework: Read and summarize Chapter 8 from The Pattern on the Stone |
Nov. 6 |
Microcode (presentation) RAM, ROM and microcode (lab) ram.ms8 Homework: Read and summarize Chapter 9 from The Pattern on the Stone (Lab and homework are due in two weeks since there is a test next week.) |
Nov. 13 | Tentative date for Test 2 covering Labs 5-8. |
Nov. 20 | Instructions and Stacks (presentation) Stacks, postfix, infix, etc. (lab) |
Nov. 27 |
Comparators (presentation) Bus (presentation) Discussion of cache Comparators, etc. (lab) |
Dec. 4 |
Evaluations Using AlphaNumericTester.ms8 and HelpSign.ms8 as a model, make a sign that has at least three different letters. |
Dec. 11 | Final (focuses on Labs 9-12) |