Course Handouts:
Hand outs are in
the library (semiconductor basic concepts)
A graph showing electron and hole mobility in Si is
here.
The handout on basic
digital circuit's parameters is here.
Some
course
notes on scaling
Project Description and Resources ...
A
Short course on SPICE (and WinSpice3)
Full
Spice3 user's manual (link).
ftp://rahma.ccse.kfupm.edu.sa/../../../../export/tools/material
login using your CCSE (unix) ID and password. Then go into the
SharedFolder/IC Design Resources folder. Also check the WINSPICE manual.
Download a self-extracting WinSpice from
the same link above.
If
you have a problem with the above link then ftp to
rahma.ccse.kfupm.edu.sa then change
directory to /export/tools/material then go into the SharedFolder/IC Design Resources folder to
get what you need
Spice
Technology files:
0.5µm,
5V Technology , 0.35µm,
3.3V Technology ,
0.25µm, 2.5V Technology and 0.18µm, 1.8V Technology
WinSpice
example files: The class example, DC
analysis of an NMOS inverter
& Transient analysis of the same circuit
5Spice Installation
folder (just copy to your Z drive)
Magic
Resources (These are from Dr.
El-Maleh's web and will open in a separate window)
Magic Tutorials:
tut1,
tut2,
tut3,
tut4,
tut5,
tut6,
tut7,
tut8,
tut9,
tut10,
tut11
Magic
& Irsim source code (magic6.5)
Download Magic
for W2000 from \\coe-elrabaa\SharedFolder\Magic\Magic
for W2000
Download Magic
for XP from \\coe-elrabaa\SharedFolder\Magic\Magic
for XP
Magic layers (Cheat-sheet)
Also
there are two shared folders on my machine's C drive (\\coe-elrabaa):
one contains the Magic Technology files for the three technologies (TechFiles)
and another for a self-extracting WinSpice (Spice 3 for windows). The technology
files include a PAD_ESD standard cell library. The documentations for the PAD library
and for logic standard cells (useful to see how a professional layouts looks like).
Here is a sample of an excellent
Phase II of the project
Here is another sample of an excellent
Phase
II of the project
Here are some
practice
layouts ...
Assignments & Quizzes
Here are some hints for solving MOS circuits ...
Assign
#1
Assign
#2
Assign
#3
Assign
#4
Assign #5
Assign
#7
Assign
#9