Page, located at http://www.ece.umd.edu/~newcomb/VLSI_circuits.htm,
for downloading files
Uses images dif_pr20.gif, ntc.gif, ringos08.gif and
ringos08_fullchip.gif in
/afs/glue.umd.edu/home/enee/faculty/newcomb/pub and files for
downloading: dif_pr16.mag. dif_pr20.mag, ntc20.mag, dif_pr20.cif,
ntc20.cif, ringos08.mag and ringos08_fullchip.mag
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magic layouts for a differential pair, a neural type cell, and
a ring oscillator for Mosis 1.6u AMI tiny chips, 1.2u AMI chips
and 2.0 Orbit tiny chips
When using in 1.6u designs use lambda = 0.8u, 1.2u designs use lambda
= 0.6u, and lambda=1.0u for 2.0u.
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Click on the file name to access the desired file and use Save As
from the browser menu to download it (otherwise via ftp)
[after downloading strip off the .doc suffix on the magic or cif files
(it was added to preserve
ascii file format of the .mag and .cif files during file transfer)]:
-------- differential pair dif_pair.mag ---------
VLSI Layout of a basic differential pair
= fully balanced differential pair magic file. This is a file of 7,257 bytes
= fully balanced differential pair cif file. This is a file of 9,510 bytes
-------- Spice circuit file for dif_pr16 --------
dif_pr16.cir
=Spice file, dif_pr16.cir, extracted from layout for 1.6u process for use in running (Unix) Spice. This is a file of 5,876 bytes
--------- PSpice schematic for dif_pr16 --------
--------- DC run for dif_pr16 --------
DC run Vin+ from -5v to +5v in 0.1v steps with Vin- nested -3v to +3v in 1v steps
-------- neural type cell ntc20.mag ----------
VLSI Layout of a basic neural-type cell
= pulse coded neural type cell magic file. This is a file of 8,428 bytesntc20.cif
= pulse coded neural type cell cif file. This is a file of 21.151 bytes
= 5 stage ring oscillator magic file. This is a file of 9,226 bytes
VLSI Layout of a full chip with ring oscillators and pads
= full chip with ring oscillators and pads magic file. This is a file of 745,516 bytes
_______ smart chemfet fluid sensor for 1.6 micron technology____
cross link to http://www.ece.umd.edu/~newcomb/vlsi/chemfet.htm
here