Lectures: MWF 10:30 
11:20, 209 Stanger
Grading: There
are 500 total points you can earn in the course: half
from exams and half from project and homework aasignments. I
will discuss in class how I calculate final grades, includign any
details about "curves".
Exams: There will be one
midterm (20%  100 points) and one final examination (30%  150
points). The final will be Friday, December 15 at 9 AM.
Goals: To understand the
theory and application of digital electronics in order to build
computers. You will study the design of two small computers
on paper, and build a small prototype of a computer yourself on a
"breadboard".
Teaching Assistant: The teaching assistant(s) are
Sam Bradford,
Stephen MacSwain,
and Greg
Costello. The TA(s) will check homework assignments,
assist with "breadboard" labdays in class. Feel free to
email any TA to set up 11 meetings for help with HW or breadboard
issues. In addition, Greg will be available Wednesday
evenings in 308 at 7:009:00. Sam and Steve hours are
Mondays 7:009:00.
Assignments and Project:
Your project and all homework assignments will be done in groups
of three, with one grade given to the group. Read our
department's academic
integrity guidelines before you hand in any written work.
The project
is 15% (75 points) of your total grade and the written homework is
35% (175 points). There are 5 written homework assignments
 each is 7% (35 points).
Special Dates: Fridays September 22, and October 6 and 13, are Jewish holidays. I will use these as labdays. The TA(s) will be around to answer questions and do some review and explanation of the hardware kits.
Reference Links
Asg1 
Asg2 
Asg3 
Asg4 
Asg5 
Week 
Topics 
Reading

1  Introduction  How to Build a
Computer: Theory, Number Representation, Gates,
Circuits, VHDL. 
Chapter 1 
2 
Electricity and
Hardware: Breadboards, Gates, Chips, Ohm's Law,
Voltage, Current, Resistance. 
Yunten + Class Notes 
3  Boolean Algebra, Sums of Prodcuts,
Products of Sums, Karnaugh Maps, Timing Diagrams 
Chapters 23 
45 
Common Combinational Circuits:
Arithmetic and Logic Unit, Decoders, TriState Buffer,
Multiplexers, Comparators, Shifters. 
Chapter 4 
6 
Project Building Orientation: Basic
Electronics, Breadboards, Voltmeters, Wires, LEDs,
Resistors, Power Supplies. 
Yunten Notes 
7 
ROMs and PLA's: General
Combinational Circuit Synthesis 
Sections 5.65.7 (missing in second edition) Chapter 6 (Chapter 5 in second edition) 
8 
Basic Sequential
Circuits: Clocks and Timing, Latches and
Flipflops: SR, D, JK, T flip flops, Frequency
Dividers. 
Chapter 6 (Chapter 5.1  5.11 in second edition) 
9 
More Sequential Circuits: Finite State Machines (Mealy and Moore machines) as Control Circuits.  Chapter 7 (Chapter 6 in second edition) 
10 
Midterm Examination 

1112 
Common Sequential Circuits:
Memory  Registers, Counters, RAM, ROM. 
Chapter 8 (Chapter 5.125.16 second edition) 
1314 
Simple General
Purpose Microprocessors: Machine Language, Data Path,
Control Unit  FSM's Revisited. How to Build a Computer  Putting it All Together. 
Chapter 12 (Chapter 8 in second edition) 
15 
Project Building: Manual Design
of a Simple Computer: ALU, Registers, RAM, Bus, I/O,
Interrupts. 
Yunten Notes 