simulator( 'spectre )
design(	 "/home/paelke/simulation/tb_lsb_segment_calibration/spectre/schematic/netlist/netlist")
resultsDir( "/home/paelke/simulation/tb_lsb_segment_calibration/spectre/schematic" )
modelFile( 
    '("$ICPRO_DIR/resources/22FDSOI/Models/Spectre/models/design_wrapper.lib.scs" "tt_pre")
)
analysis('dc ?saveOppoint t  )
analysis('tran ?stop "1u"  ?errpreset "conservative"  ?tranNoise "Transient Noise"  
		?trannoisemethod "default"  ?noisefmax "10G"  ?noisefmin "10k"  ?noiseseed "47"  
		?noisescale "1"  ?noisetmin ""  ?noiseupdate ""  ?noiseonoff ""  
		?noiseinst ""  )
desVar(	  "Vout_Iref" 450m	)
desVar(	  "Vds" 800m	)
desVar(	  "Vbias_cas_int" 600m	)
desVar(	  "Cb_storage" 1p	)
desVar(	  "Vb_lsb" 408m	)
desVar(	  "CAL_EN" 1	)
desVar(	  "Cm" 10f	)
desVar(	  "Ierror" 0	)
desVar(	  "wireopt" 11	)
desVar(	  "Ibias" 80u	)
desVar(	  "Imsb" 20u	)
desVar(	  "Tcal_lsb" 20u	)
desVar(	  "Vb_off" 0	)
desVar(	  "Vout" 800m	)
envOption(
	'analysisOrder  list("dc" "noise" "tran") 
)
option(	'dc_pivot_check  "yes" 
	'pivotdc  "yes" 
	'temp  "100.0" 
)
option( ?categ 'turboOpts
	'disableVddOverride  nil 
	'numThreads  "16" 
	'mtOption  "Manual" 
	'apsplus  t 
	'uniMode  "APS" 
)
saveOption( ?simOutputFormat "psfxl" )
saveOption( 'currents "selected" )
saveOption( 'nestlvl "2" )
saveOption( 'save "lvlpub" )
save( 'v "/BBCAL_CS6/source1_int_node_0V45" "/BBCAL_CS5/source1_int_node_0V45" "/BBCAL_CS4/source1_int_node_0V45" "/BBCAL_CS3/source1_int_node_0V45" "/BBCAL_CS2/source1_int_node_0V45" "/BBCAL_CS1/source1_int_node_0V45" "/BBCAL_CS0/source1_int_node_0V45" "/BBCAL_CS6/source2_int_node_0V45" "/BBCAL_CS5/source2_int_node_0V45" "/BBCAL_CS4/source2_int_node_0V45" "/BBCAL_CS3/source2_int_node_0V45" "/BBCAL_CS2/source2_int_node_0V45" "/BBCAL_CS1/source2_int_node_0V45" "/BBCAL_CS0/source2_int_node_0V45" )
save( 'i "/DCSW6_PROBE_IOUTP/MINUS" "/DCSW4_PROBE_IOUTP/MINUS" "/DCSW5_PROBE_IOUTP/MINUS" "/DCSW3_PROBE_IOUTP/MINUS" "/DCSW2_PROBE_IOUTP/MINUS" "/DCSW1_PROBE_IOUTP/MINUS" "/DCSW0_PROBE_IOUTP/MINUS" "/LSBREF/R0/in" "/IOUT_PROBE_CS6/PLUS" "/IOUT_PROBE_CS5/PLUS" "/IOUT_PROBE_CS4/PLUS" "/IOUT_PROBE_CS3/PLUS" "/IOUT_PROBE_CS2/PLUS" "/IOUT_PROBE_CS1/PLUS" "/IOUT_PROBE_CS0/PLUS" )
temp( 100.0 ) 
run()
DC\:CS2_V_source2_int_node = VDC("/BBCAL_CS2/source2_int_node_0V45")
plot( DC\:CS2_V_source2_int_node ?expr '( "DC:CS2_V_source2_int_node" ) )
I_total = average(clip(IT("/LSBREF/R0/in") 9.5e-05 0.000195))
plot( I_total ?expr '( "I_total" ) )
snapshot\:DCSW0_Ierr_total = (average(clip(IT("/DCSW0_PROBE_IOUTP/MINUS") 9.5e-05 0.000195)) - (I_total / 128))
plot( snapshot\:DCSW0_Ierr_total ?expr '( "snapshot:DCSW0_Ierr_total" ) )
snapshot\:CS3_Ierr_postcal = average(clip((IT("/IOUT_PROBE_CS3/PLUS") - (I_total / 16)) 9.6e-05 9.9e-05))
plot( snapshot\:CS3_Ierr_postcal ?expr '( "snapshot:CS3_Ierr_postcal" ) )
snapshot\:CS2_Ierr_precal = average(clip((IT("/IOUT_PROBE_CS2/PLUS") - (I_total / 32)) 1.1e-05 1.4e-05))
plot( snapshot\:CS2_Ierr_precal ?expr '( "snapshot:CS2_Ierr_precal" ) )
v\ \/LSB_CAL_CLK\;\ tran\ \(V\) = vtime('tran "/LSB_CAL_CLK")
plot( v\ \/LSB_CAL_CLK\;\ tran\ \(V\) ?expr '( "v /LSB_CAL_CLK; tran (V)" ) )
snapshot\:CS0_Ierr_postcal = average(clip((IT("/IOUT_PROBE_CS0/PLUS") - (I_total / 128)) 9.6e-05 9.9e-05))
plot( snapshot\:CS0_Ierr_postcal ?expr '( "snapshot:CS0_Ierr_postcal" ) )
DC\:CS1_V_source1_int_node = VDC("/BBCAL_CS1/source1_int_node_0V45")
plot( DC\:CS1_V_source1_int_node ?expr '( "DC:CS1_V_source1_int_node" ) )
tran\:Ierr_CS5 = (IT("/IOUT_PROBE_CS5/PLUS") - 1e-05)
plot( tran\:Ierr_CS5 ?expr '( "tran:Ierr_CS5" ) )
tran\:Ierr_CS0 = (IT("/IOUT_PROBE_CS0/PLUS") - 3.125e-07)
plot( tran\:Ierr_CS0 ?expr '( "tran:Ierr_CS0" ) )
DC\:CS4_V_source2_int_node = VDC("/BBCAL_CS4/source2_int_node_0V45")
plot( DC\:CS4_V_source2_int_node ?expr '( "DC:CS4_V_source2_int_node" ) )
v\ \/BBCAL_CS3\/CS3_CON_S1_L\;\ tran\ \(V\) = vtime('tran "/BBCAL_CS3/CS3_CON_S1_L")
plot( v\ \/BBCAL_CS3\/CS3_CON_S1_L\;\ tran\ \(V\) ?expr '( "v /BBCAL_CS3/CS3_CON_S1_L; tran (V)" ) )
snapshot\:DCSW1_Ierr_total = (average(clip(IT("/DCSW1_PROBE_IOUTP/MINUS") 9.5e-05 0.000195)) - (I_total / 64))
plot( snapshot\:DCSW1_Ierr_total ?expr '( "snapshot:DCSW1_Ierr_total" ) )
snapshot\:CS0_Ierr_precal = average(clip((IT("/IOUT_PROBE_CS0/PLUS") - (I_total / 128)) 1.1e-05 1.4e-05))
plot( snapshot\:CS0_Ierr_precal ?expr '( "snapshot:CS0_Ierr_precal" ) )
\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#1 = 0
plot( \#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#1 ?expr '( "#############################1" ) )
i\ \/IOUT_PROBE_CS1\/PLUS\;\ tran\ \(I\) = itime('tran "/IOUT_PROBE_CS1/PLUS")
plot( i\ \/IOUT_PROBE_CS1\/PLUS\;\ tran\ \(I\) ?expr '( "i /IOUT_PROBE_CS1/PLUS; tran (I)" ) )
v\ \/BBCAL_CS3\/CS3_CAL_S1_L\;\ tran\ \(V\) = vtime('tran "/BBCAL_CS3/CS3_CAL_S1_L")
plot( v\ \/BBCAL_CS3\/CS3_CAL_S1_L\;\ tran\ \(V\) ?expr '( "v /BBCAL_CS3/CS3_CAL_S1_L; tran (V)" ) )
i\ \/IOUT_PROBE_CS3\/PLUS\;\ tran\ \(I\) = itime('tran "/IOUT_PROBE_CS3/PLUS")
plot( i\ \/IOUT_PROBE_CS3\/PLUS\;\ tran\ \(I\) ?expr '( "i /IOUT_PROBE_CS3/PLUS; tran (I)" ) )
i\ \/V6\/PLUS\;\ dc\ \(I\) = i("/V6/PLUS" ?result "dc")
plot( i\ \/V6\/PLUS\;\ dc\ \(I\) ?expr '( "i /V6/PLUS; dc (I)" ) )
i\ \/IOUT_PROBE_CS5\/PLUS\;\ tran\ \(I\) = itime('tran "/IOUT_PROBE_CS5/PLUS")
plot( i\ \/IOUT_PROBE_CS5\/PLUS\;\ tran\ \(I\) ?expr '( "i /IOUT_PROBE_CS5/PLUS; tran (I)" ) )
snapshot\:CS4_Ierr_postcal = average(clip((IT("/IOUT_PROBE_CS4/PLUS") - (I_total / 8)) 9.6e-05 9.9e-05))
plot( snapshot\:CS4_Ierr_postcal ?expr '( "snapshot:CS4_Ierr_postcal" ) )
snapshot\:DCSW4_Ierr_total = (average(clip(IT("/DCSW4_PROBE_IOUTP/MINUS") 9.5e-05 0.000195)) - (I_total / 8))
plot( snapshot\:DCSW4_Ierr_total ?expr '( "snapshot:DCSW4_Ierr_total" ) )
DC\:CS3_V_source2_int_node = VDC("/BBCAL_CS3/source2_int_node_0V45")
plot( DC\:CS3_V_source2_int_node ?expr '( "DC:CS3_V_source2_int_node" ) )
DC\:CS3_V_source1_int_node = VDC("/BBCAL_CS3/source1_int_node_0V45")
plot( DC\:CS3_V_source1_int_node ?expr '( "DC:CS3_V_source1_int_node" ) )
i\ \/IOUT_PROBE_CS4\/PLUS\;\ tran\ \(I\) = itime('tran "/IOUT_PROBE_CS4/PLUS")
plot( i\ \/IOUT_PROBE_CS4\/PLUS\;\ tran\ \(I\) ?expr '( "i /IOUT_PROBE_CS4/PLUS; tran (I)" ) )
DC\:CS6_V_source2_int_node = VDC("/BBCAL_CS6/source2_int_node_0V45")
plot( DC\:CS6_V_source2_int_node ?expr '( "DC:CS6_V_source2_int_node" ) )
output\ noise\;\ V\ \/\ sqrt\(Hz\) = getData("out" ?result "noise")
plot( output\ noise\;\ V\ \/\ sqrt\(Hz\) ?expr '( "output noise; V / sqrt(Hz)" ) )
\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#2 = 0
plot( \#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#2 ?expr '( "#############################2" ) )
v\ \/LSB_RESET_L\;\ tran\ \(V\) = vtime('tran "/LSB_RESET_L")
plot( v\ \/LSB_RESET_L\;\ tran\ \(V\) ?expr '( "v /LSB_RESET_L; tran (V)" ) )
snapshot\:CS6_Ierr_postcal = average(clip((IT("/IOUT_PROBE_CS6/PLUS") - (I_total / 2)) 9.6e-05 9.9e-05))
plot( snapshot\:CS6_Ierr_postcal ?expr '( "snapshot:CS6_Ierr_postcal" ) )
tran\:Ierr_CS4 = (IT("/IOUT_PROBE_CS4/PLUS") - 5e-06)
plot( tran\:Ierr_CS4 ?expr '( "tran:Ierr_CS4" ) )
\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#4 = 0
plot( \#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#4 ?expr '( "#############################4" ) )
DC\:CS2_V_source1_int_node = VDC("/BBCAL_CS2/source1_int_node_0V45")
plot( DC\:CS2_V_source1_int_node ?expr '( "DC:CS2_V_source1_int_node" ) )
i\ \/BBCAL_CS3\/IPROBE_CS2\/PLUS\;\ tran\ \(I\) = itime('tran "/BBCAL_CS3/IPROBE_CS2/PLUS")
plot( i\ \/BBCAL_CS3\/IPROBE_CS2\/PLUS\;\ tran\ \(I\) ?expr '( "i /BBCAL_CS3/IPROBE_CS2/PLUS; tran (I)" ) )
snapshot\:DCSW6_Ierr_total = (average(clip(IT("/DCSW6_PROBE_IOUTP/MINUS") 9.5e-05 0.000195)) - (I_total / 2))
plot( snapshot\:DCSW6_Ierr_total ?expr '( "snapshot:DCSW6_Ierr_total" ) )
v\ \/BBCAL_CS3\/CS3_RESET_L_int\;\ tran\ \(V\) = vtime('tran "/BBCAL_CS3/CS3_RESET_L_int")
plot( v\ \/BBCAL_CS3\/CS3_RESET_L_int\;\ tran\ \(V\) ?expr '( "v /BBCAL_CS3/CS3_RESET_L_int; tran (V)" ) )
DC\:CS6_V_source1_int_node = VDC("/BBCAL_CS6/source1_int_node_0V45")
plot( DC\:CS6_V_source1_int_node ?expr '( "DC:CS6_V_source1_int_node" ) )
tran\:Ierr_CS3 = (IT("/IOUT_PROBE_CS3/PLUS") - 2.5e-06)
plot( tran\:Ierr_CS3 ?expr '( "tran:Ierr_CS3" ) )
i\ \/BBCAL_CS1\/IPROBE_CS1\/PLUS\;\ tran\ \(I\) = (32 * itime('tran "/BBCAL_CS1/IPROBE_CS1/PLUS"))
plot( i\ \/BBCAL_CS1\/IPROBE_CS1\/PLUS\;\ tran\ \(I\) ?expr '( "i /BBCAL_CS1/IPROBE_CS1/PLUS; tran (I)" ) )
\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#3 = 0
plot( \#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#\#3 ?expr '( "#############################3" ) )
DC\:CS1_V_source2_int_node = VDC("/BBCAL_CS1/source2_int_node_0V45")
plot( DC\:CS1_V_source2_int_node ?expr '( "DC:CS1_V_source2_int_node" ) )
DC\:CS4_V_source1_int_node = VDC("/BBCAL_CS4/source1_int_node_0V45")
plot( DC\:CS4_V_source1_int_node ?expr '( "DC:CS4_V_source1_int_node" ) )
tran\:Ierr_CS1 = (IT("/IOUT_PROBE_CS1/PLUS") - 6.25e-07)
plot( tran\:Ierr_CS1 ?expr '( "tran:Ierr_CS1" ) )
snapshot\:DCSW5_Ierr_total = (average(clip(IT("/DCSW5_PROBE_IOUTP/MINUS") 9.5e-05 0.000195)) - (I_total / 4))
plot( snapshot\:DCSW5_Ierr_total ?expr '( "snapshot:DCSW5_Ierr_total" ) )
i\ \/V4\/MINUS\;\ dc\ \(I\) = i("/V4/MINUS" ?result "dc")
plot( i\ \/V4\/MINUS\;\ dc\ \(I\) ?expr '( "i /V4/MINUS; dc (I)" ) )
v\ \/BBCAL_CS3\/CS3_CAL_S2_L\;\ tran\ \(V\) = vtime('tran "/BBCAL_CS3/CS3_CAL_S2_L")
plot( v\ \/BBCAL_CS3\/CS3_CAL_S2_L\;\ tran\ \(V\) ?expr '( "v /BBCAL_CS3/CS3_CAL_S2_L; tran (V)" ) )
DC\:CS0_V_source1_int_node = VDC("/BBCAL_CS0/source1_int_node_0V45")
plot( DC\:CS0_V_source1_int_node ?expr '( "DC:CS0_V_source1_int_node" ) )
v\ \/BBCAL_CS3\/BULK_S1\;\ tran\ \(V\) = vtime('tran "/BBCAL_CS3/BULK_S1")
plot( v\ \/BBCAL_CS3\/BULK_S1\;\ tran\ \(V\) ?expr '( "v /BBCAL_CS3/BULK_S1; tran (V)" ) )
DC\:CS5_V_source1_int_node = VDC("/BBCAL_CS5/source1_int_node_0V45")
plot( DC\:CS5_V_source1_int_node ?expr '( "DC:CS5_V_source1_int_node" ) )
tran\:Ierr_CS2 = (IT("/IOUT_PROBE_CS2/PLUS") - 1.25e-06)
plot( tran\:Ierr_CS2 ?expr '( "tran:Ierr_CS2" ) )
snapshot\:CS5_Ierr_precal = average(clip((IT("/IOUT_PROBE_CS5/PLUS") - (I_total / 4)) 1.1e-05 1.4e-05))
plot( snapshot\:CS5_Ierr_precal ?expr '( "snapshot:CS5_Ierr_precal" ) )
snapshot\:DCSW2_Ierr_total = (average(clip(IT("/DCSW2_PROBE_IOUTP/MINUS") 9.5e-05 0.000195)) - (I_total / 32))
plot( snapshot\:DCSW2_Ierr_total ?expr '( "snapshot:DCSW2_Ierr_total" ) )
DC\:CS0_V_source2_int_node = VDC("/BBCAL_CS0/source2_int_node_0V45")
plot( DC\:CS0_V_source2_int_node ?expr '( "DC:CS0_V_source2_int_node" ) )
snapshot\:CS1_Ierr_precal = average(clip((IT("/IOUT_PROBE_CS1/PLUS") - (I_total / 64)) 1.1e-05 1.4e-05))
plot( snapshot\:CS1_Ierr_precal ?expr '( "snapshot:CS1_Ierr_precal" ) )
snapshot\:CS3_Ierr_precal = average(clip((IT("/IOUT_PROBE_CS3/PLUS") - (I_total / 16)) 1.1e-05 1.4e-05))
plot( snapshot\:CS3_Ierr_precal ?expr '( "snapshot:CS3_Ierr_precal" ) )
snapshot\:CS4_Ierr_precal = average(clip((IT("/IOUT_PROBE_CS4/PLUS") - (I_total / 8)) 1.1e-05 1.4e-05))
plot( snapshot\:CS4_Ierr_precal ?expr '( "snapshot:CS4_Ierr_precal" ) )
v\ \/BBCAL_CS3\/CS3_CON_S2_L\;\ tran\ \(V\) = vtime('tran "/BBCAL_CS3/CS3_CON_S2_L")
plot( v\ \/BBCAL_CS3\/CS3_CON_S2_L\;\ tran\ \(V\) ?expr '( "v /BBCAL_CS3/CS3_CON_S2_L; tran (V)" ) )
DC\:CS5_V_source2_int_node = VDC("/BBCAL_CS5/source2_int_node_0V45")
plot( DC\:CS5_V_source2_int_node ?expr '( "DC:CS5_V_source2_int_node" ) )
snapshot\:DCSW3_Ierr_total = (average(clip(IT("/DCSW3_PROBE_IOUTP/MINUS") 9.5e-05 0.000195)) - (I_total / 16))
plot( snapshot\:DCSW3_Ierr_total ?expr '( "snapshot:DCSW3_Ierr_total" ) )
i\ \/IOUT_PROBE_CS0\/PLUS\;\ tran\ \(I\) = itime('tran "/IOUT_PROBE_CS0/PLUS")
plot( i\ \/IOUT_PROBE_CS0\/PLUS\;\ tran\ \(I\) ?expr '( "i /IOUT_PROBE_CS0/PLUS; tran (I)" ) )
i\ \/BBCAL_CS2\/IPROBE_CS1\/PLUS\;\ tran\ \(I\) = (16 * itime('tran "/BBCAL_CS2/IPROBE_CS1/PLUS"))
plot( i\ \/BBCAL_CS2\/IPROBE_CS1\/PLUS\;\ tran\ \(I\) ?expr '( "i /BBCAL_CS2/IPROBE_CS1/PLUS; tran (I)" ) )
tran\:Ierr_CS6 = (IT("/IOUT_PROBE_CS6/PLUS") - 2e-05)
plot( tran\:Ierr_CS6 ?expr '( "tran:Ierr_CS6" ) )
snapshot\:CS5_Ierr_postcal = average(clip((IT("/IOUT_PROBE_CS5/PLUS") - (I_total / 4)) 9.6e-05 9.9e-05))
plot( snapshot\:CS5_Ierr_postcal ?expr '( "snapshot:CS5_Ierr_postcal" ) )
i\ \/IOUT_PROBE_CS2\/PLUS\;\ tran\ \(I\) = itime('tran "/IOUT_PROBE_CS2/PLUS")
plot( i\ \/IOUT_PROBE_CS2\/PLUS\;\ tran\ \(I\) ?expr '( "i /IOUT_PROBE_CS2/PLUS; tran (I)" ) )
i\ \/BBCAL_CS0\/IPROBE_CS1\/PLUS\;\ tran\ \(I\) = (64 * itime('tran "/BBCAL_CS0/IPROBE_CS1/PLUS"))
plot( i\ \/BBCAL_CS0\/IPROBE_CS1\/PLUS\;\ tran\ \(I\) ?expr '( "i /BBCAL_CS0/IPROBE_CS1/PLUS; tran (I)" ) )
snapshot\:CS2_Ierr_postcal = average(clip((IT("/IOUT_PROBE_CS2/PLUS") - (I_total / 32)) 9.6e-05 9.9e-05))
plot( snapshot\:CS2_Ierr_postcal ?expr '( "snapshot:CS2_Ierr_postcal" ) )
snapshot\:CS1_Ierr_postcal = average(clip((IT("/IOUT_PROBE_CS1/PLUS") - (I_total / 64)) 9.6e-05 9.9e-05))
plot( snapshot\:CS1_Ierr_postcal ?expr '( "snapshot:CS1_Ierr_postcal" ) )
snapshot\:CS6_Ierr_precal = average(clip((IT("/IOUT_PROBE_CS6/PLUS") - (I_total / 2)) 1.1e-05 1.4e-05))
plot( snapshot\:CS6_Ierr_precal ?expr '( "snapshot:CS6_Ierr_precal" ) )
i\ \/BBCAL_CS3\/IPROBE_CS1\/PLUS\;\ tran\ \(I\) = (8 * itime('tran "/BBCAL_CS3/IPROBE_CS1/PLUS"))
plot( i\ \/BBCAL_CS3\/IPROBE_CS1\/PLUS\;\ tran\ \(I\) ?expr '( "i /BBCAL_CS3/IPROBE_CS1/PLUS; tran (I)" ) )
i\ \/IOUT_PROBE_CS6\/PLUS\;\ tran\ \(I\) = itime('tran "/IOUT_PROBE_CS6/PLUS")
plot( i\ \/IOUT_PROBE_CS6\/PLUS\;\ tran\ \(I\) ?expr '( "i /IOUT_PROBE_CS6/PLUS; tran (I)" ) )
plot( VDC("/net051") )
plot( IDC("/N19/d") )
plot( VDC("/Vb_cal") )
plot( VDC("/source_ref_in") )
plot( VDC("/cs_outnet") )
plot( VDC("/cm_innet") )
plot( (64 * IT("/IOUT_PROBE_CS0/PLUS")) )
plot( (32 * IT("/IOUT_PROBE_CS1/PLUS")) )
plot( (16 * IT("/IOUT_PROBE_CS2/PLUS")) )
plot( (8 * IT("/IOUT_PROBE_CS3/PLUS")) )
plot( (4 * IT("/IOUT_PROBE_CS4/PLUS")) )
plot( (2 * IT("/IOUT_PROBE_CS5/PLUS")) )
plot( (1 * IT("/IOUT_PROBE_CS6/PLUS")) )