These notes outline the course. Individual lecturers will, as always,
revise, interpret and explain the topics in their own way.
The notes change about 10% per year, and may change the night before Prof. Knight's lecture.
Thus, for those following the lectures concurrently with the notes, it is suggested you do not print
files very far ahead of the lectures.
The notes are in pdf files. The last character in the file name is the
revision number(letter). The middle digit tells the sequence number of an
n part set of notes. Thus the actual file name (not the description
below) Dig2DeMorganC.pdf is the 2nd section of the notes
on digital circuits containing gates but no storage(Dig). The section is
mainly concerned with DeMorgan's Theorem and is the Cth
or 3rd revision.
Basic
Logic Gates and Formulas Rev G Nov, 2008; via Moodle.
Demorgan's
Theorems and Applications via Moodle.
Karnaugh Maps, 3 and
4 Variables with Extended Maps with Rev C Nov 21, 2008; via Moodle.
Multiplying Out and Factoring Rev H, Dec 28, 2008 via Moodle.
Karnaugh
Maps, 5 Variables and Multiple Outputs Rev D, Dec 2008; via Moodle.
Latches and Flip-Flops Rev B 2008; via Moodle.
Array
Logic Rev K 2006
Array
Logic Rev L tempotary
For those interested in low-priced
microcontrollers, try Don Lancasters
page or MicrochipC
Finite State Machines (Sequential Circuits with Flip Flops) Rev G Dec 2008; via Moodle.
Finite State Machines (Product and Other Graphs) Rev C Jan 2, 2009; via Moodle.
State Reduction March, 2005; via Moodle.
State assignment Rev C Jan 2, 2009; via Moodle.
Hazards
Rev N, 2009. via
Moodle.
Asynchronous
Circuits via
Moodle
with Storage, Rev H 2006 Prof. Knight tends
to spend more time on synchronous state assignment and less on asynchronous
Review
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