# "Technology" values for the AutoSpice Characterization program.

set MDL = ss;		# The name of the spice model to use.
set VDD = 4.4;		# Vdd in volts.
set VSS = 0.1;		# Vss in volts.
set TEMP = 85;		# Spice temperature.
set RT = 1.0;		# Rise time in nanoseconds.
set FT = 1.0;		# Fall time in nanoseconds.
set TSTEP = 0.1;	# The time between values printed in the spo file
set ISTEP = 0.2;	# Maximum spice integration time step
set LD1 = 1pf;		# Output load value
set LD2 = 2pf;		# Output load value
set INHL = 50;		# Input HL threshold in percent of voltage swing
set INLH = 50;		# Input LH threshold in percent of voltage swing
set OUTHL = 30;		# Output HL threshold in percent of voltage swing
set OUTLH = 70;		# Output LH threshold in percent of voltage swing
set HIGHLVL = 0.9*VDD;	# Higher than this a signal is high
set LOWLVL = 0.1*VDD;	# Lower than this a signal is low
set VARVSS = 0.8;	# Its around in a lot of old wave specs.
set VARVDD = 2.0;	# Its around in a lot of old wave specs.
set genspice = true;	# This flag enables spice generation when running CHAR
set runspice = true;	# This flag enables running spice when running CHAR
set writeres = true;	# This flag enables writing pseudo-result file
			# when running CHAR
set stuffpmd = true;	# This flag enables updating the PMD file
			# when running CHAR
set checkPlot = false;  # Enable production of an output waveform plot
set writeSim = false;   # Enable writing of a vtiSim input file
set multicpu = false;	# This flag enables multi-cpu operation. Don't use it!