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From: cfk (cfk AT pacbell DOT net) Date: Sun Jun 15 2003 - 15:40:38 EDT
Here is a set of commands to make a 0.25um TSMC process inverter that ends up being 3.12um wide x 4.08um high (just over 1/10000th inch square). This works as I just did it twice. First start up magic with the .25 micron technology file for TSMC. Note the .12, that means each lambda box is .12um and two lambda grid squares make 0.25um. Also note that I preface every command with ';' and add comments with ';#'. I will show the commands in lambda form as Magic internal units, although they could just as well work if described as microns or nanometers. magic -w -T SCN5M_DEEP.12.TSMC ;grid 1 1 ;zoom 10 ;box values 0 0 26 4 ;paint metal1;# gnd rail ;box values 0 30 26 34 ;paint metal1;# vdd rail ;view ;#see the whole layout ;box values 0 17 26 34 ;paint nwell;# well for pfet region ;box values 6 7 20 11 ;paint ndiff ;#nfet active region ;box values 6 23 20 27 ;paint pdiff ;#pfet active region ;box values 12 4 14 30 ;paint poly;#gate for inv ;box values 16 7 20 27 ;paint metal1;#output of inv ;box values 10 15 14 19 ;paint poly ;label in;# the in input of the inv ;box value 16 15 20 19 ;label out;#and its output ;box values 6 23 10 30 ;paint metal1;# vdd extension ;box values 6 4 10 11 ;paint metal1;#gnd extension ;box values 6 23 10 27 ;paint pdc;#vdd to pfet ;box values 16 23 20 27 ;paint pdc;#output of pfet ;box values 6 7 10 11 ;paint ndc;#gnd to nfet ;box values 16 7 20 11 ;paint ndc;#output of nfet And there you have it, one 0.25um process inverter with the TSMC technology file.
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