tftanalyze 実行例
help出力 tftanalyze.py --help
usage: tftanalyze.py [-h] [--infile_vg INFILE_VG] [--infile_vd INFILE_VD]
[--mode {read,analyze_idvg,analyze_idvd,all}]
[--out_excel OUT_EXCEL] [--L L] [--W W] [--dg DG]
[--epsg EPSG] [--ID_S ID_S] [--Imin IMIN]
[--smooth_npoints SMOOTH_NPOINTS] [--lsq_order LSQ_ORDER]
[--show_plot] [--no_show_plot]
[--region_factor REGION_FACTOR] [--save_plot]
[--no_save_plot] [--plot_dir PLOT_DIR] [--reverse_vg]
[--idx_vg IDX_VG] [--idx_vd IDX_VD]
[--read_smooth_domain {log,linear}]
[--read_keep_edge_raw] [--read_smooth_edges]
TFT n-channel Transfer/Output Analysis & Excel Tool (detail rev.)
options:
-h, --help show this help message and exit
--infile_vg INFILE_VG
--infile_vd INFILE_VD
--mode {read,analyze_idvg,analyze_idvd,all}
--out_excel OUT_EXCEL
Output Excel file. If omitted, a mode-dependent
filename is used.
--L L Channel length [um]
--W W Channel width [um]
--dg DG Gate insulator thickness [nm]
--epsg EPSG Relative dielectric constant of gate insulator
--ID_S ID_S Reference drain current for S extraction [A]
--Imin IMIN Minimum current floor for log analysis [A]
--smooth_npoints SMOOTH_NPOINTS
--lsq_order LSQ_ORDER
--show_plot Show plots interactively (default: True)
--no_show_plot Do not show plots interactively
--region_factor REGION_FACTOR
Safety factor for region checks: saturation requires
VD >= factor*(VG-Vth); linear requires VG-Vth >=
factor*VD
--save_plot Save analysis plots as PNG files (default: True)
--no_save_plot Do not save analysis plots
--plot_dir PLOT_DIR
--reverse_vg Reverse VG sign after loading data. Intended for
p-channel data preprocessing.
--idx_vg IDX_VG Sweep segment index for VG-swept data. Incremented
when VG sweep direction changes.
--idx_vd IDX_VD Sweep segment index for VD-swept data. Incremented
when VD sweep direction changes.
--read_smooth_domain {log,linear}
Smoothing domain for mode=read. For output ID-VD
preview, linear smoothing/linear-y plotting is forced.
--read_keep_edge_raw In mode=read, keep edge points raw instead of applying
Savitzky-Golay near endpoints (default: True).
--read_smooth_edges Apply Savitzky-Golay smoothing also near endpoints.
入力ファイル
Vd-Id.csv
Setup title,TFT_Vd-Id-ide Classic test name,"I/V Sweep" Test date,2022/05/25 Test time,18:01:11 Device ID,AS220518TFT-anneal Count,455 Flags, Remarks, Context.MainFrame,4155C Channel.UnitType,SMU,SMU,SMU Channel.Unit,SMU3:MP,SMU1:MP,SMU2:MP Channel.IName,IG,ID,IS Channel.VName,VG,VD,VS Channel.Mode,V,V,COMMON Channel.Func,VAR2,VAR1,CONST Channel.Index,no Channel.Time,time Measurement.Port.Unit,SMU3:MP,SMU1:MP,SMU2:MP Measurement.Port.SeriesResistor,NONE,NONE,NONE Measurement.Port.Filter,ON,ON,ON Measurement.Primary.Locus,Single Measurement.Primary.Scale,LINEAR Measurement.Primary.Start,0 Measurement.Primary.Stop,40 Measurement.Primary.Step,2 Measurement.Primary.Compliance,0.02 Measurement.Primary.PowerCompliance,0 Measurement.Aborting.Condition,"CONTINUE AT ANY" Measurement.PostOutput.Value,START Measurement.PostOutput.Retention,OFF Measurement.Secondary.Start,0 Measurement.Secondary.Count,11 Measurement.Secondary.Step,2 Measurement.Secondary.Compliance,0.02 Measurement.Secondary.PowerCompliance,0 Measurement.Bias.Source,0,0,0 Measurement.Bias.Compliance,0.02,0.02,0.1 Measurement.Monitor.Unit,SMU3:MP,SMU1:MP,SMU2:MP Measurement.Monitor.Adc,"HR ADC","HR ADC","HR ADC" Measurement.Monitor.RangingMode,LIMITED,LIMITED,LIMITED Measurement.Monitor.RangeBoundary,1mA,1mA,1mA Measurement.Monitor.RangeRating,"BY FULL RANGE","BY FULL RANGE","BY FULL RANGE" Measurement.Monitor.RangeRatingCoeff,50,50,50 Measurement.Timing.Hold,0 Measurement.Timing.Delay,0 Measurement.Adc.HighResolution.AutoZero,OFF Measurement.Adc.HighResolution.Mode,AUTO Measurement.Adc.HighResolution.Coeff,1 Measurement.Ag16440ASelector.SemiconductorRelay.Channel1,DEFAULT Measurement.Ag16440ASelector.SemiconductorRelay.Channel3,DEFAULT Output.Graph.Enabled,true Output.Graph.AutoScaling,false Output.Graph.XAxis.Data,VD Output.Graph.XAxis.Scale,Linear Output.Graph.XAxis.Left,-2 Output.Graph.XAxis.Right,40 Output.Graph.XAxis.RunTimeAutoScale,true Output.Graph.YAxis.Data,ID Output.Graph.YAxis.Scale,Linear Output.Graph.YAxis.Bottom,1E-13 Output.Graph.YAxis.Top,0.001 Output.Graph.YAxis.Group, Output.Graph.YAxis.RunTimeAutoScale,true Output.List.Data,VD,ID,VG,IG,IS AutoAnalysis.Interpolation,false AutoAnalysis.Line1.Enabled,false AutoAnalysis.Line1.Type,1 AutoAnalysis.Line1.Fix,True AutoAnalysis.Line1.YAxis,0 AutoAnalysis.Line1.Point1.Type,0 AutoAnalysis.Line1.Point1.XY.X, AutoAnalysis.Line1.Point1.XY.Y, AutoAnalysis.Line1.Point1.Data.Var, AutoAnalysis.Line1.Point1.Data.Condition, AutoAnalysis.Line1.Point1.Data.Start,false AutoAnalysis.Line1.Point1.Data.StartVar, AutoAnalysis.Line1.Point1.Data.StartCondition, AutoAnalysis.Line1.Point2.Type,0 AutoAnalysis.Line1.Point2.XY.X, AutoAnalysis.Line1.Point2.XY.Y, AutoAnalysis.Line1.Point2.Data.Var, AutoAnalysis.Line1.Point2.Data.Condition, AutoAnalysis.Line1.Point2.Data.Start,false AutoAnalysis.Line1.Point2.Data.StartVar, AutoAnalysis.Line1.Point2.Data.StartCondition, AutoAnalysis.Line1.GradientExpr,0 AutoAnalysis.Line2.Enabled,false AutoAnalysis.Line2.Type,1 AutoAnalysis.Line2.Fix,True AutoAnalysis.Line2.YAxis,0 AutoAnalysis.Line2.Point1.Type,0 AutoAnalysis.Line2.Point1.XY.X, AutoAnalysis.Line2.Point1.XY.Y, AutoAnalysis.Line2.Point1.Data.Var, AutoAnalysis.Line2.Point1.Data.Condition, AutoAnalysis.Line2.Point1.Data.Start,false AutoAnalysis.Line2.Point1.Data.StartVar, AutoAnalysis.Line2.Point1.Data.StartCondition, AutoAnalysis.Line2.Point2.Type,0 AutoAnalysis.Line2.Point2.XY.X, AutoAnalysis.Line2.Point2.XY.Y, AutoAnalysis.Line2.Point2.Data.Var, AutoAnalysis.Line2.Point2.Data.Condition, AutoAnalysis.Line2.Point2.Data.Start,false AutoAnalysis.Line2.Point2.Data.StartVar, AutoAnalysis.Line2.Point2.Data.StartCondition, AutoAnalysis.Line2.GradientExpr,0 AutoAnalysis.Marker.Enabled,false AutoAnalysis.Marker.Data.Var, AutoAnalysis.Marker.Data.Condition, AutoAnalysis.Marker.Data.Start,false AutoAnalysis.Marker.Data.StartVar, AutoAnalysis.Marker.Data.StartCondition, VD,ID,VG,IG,IS 0,-3.8E-08,0,-1.1E-08,-5.7E-08 2,-3.4E-08,0,-1.2E-08,-6.1E-08 4,-3.3E-08,0,-1.2E-08,-6.1E-08 6,-3.4E-08,0,-1.3E-08,-6.1E-08 8,-3.4E-08,0,-1.3E-08,-6.1E-08 10,-3.3E-08,0,-1.2E-08,-6.3E-08 12,-3.3E-08,0,-1.4E-08,-6.2E-08 14,-3.3E-08,0,-1.4E-08,-6.4E-08 16,-3.2E-08,0,-1.3E-08,-6.1E-08 18,-3.2E-08,0,-1.4E-08,-6.2E-08 20,-3.2E-08,0,-1.3E-08,-6.3E-08 22,-3.3E-08,0,-1.3E-08,-6.2E-08 24,-3.1E-08,0,-1.3E-08,-6.2E-08 26,-3.1E-08,0,-1.2E-08,-6.1E-08 28,-3.1E-08,0,-1.2E-08,-6.2E-08 30,-3.1E-08,0,-1.3E-08,-6.2E-08 32,-3.2E-08,0,-1.2E-08,-6.2E-08 34,-3E-08,0,-1.2E-08,-6.3E-08 36,-3E-08,0,-1.2E-08,-6.3E-08 38,-3.2E-08,0,-1.2E-08,-6.4E-08 40,-2.9E-08,0,-1.3E-08,-6.2E-08 0,-3.8E-08,2,-1.2E-08,-5.7E-08 2,2.73E-07,2,-1.2E-08,-3.7E-07 4,2.77E-07,2,-1.2E-08,-3.73E-07 6,2.75E-07,2,-1.2E-08,-3.69E-07 8,2.69E-07,2,-1.2E-08,-3.66E-07 10,2.68E-07,2,-1.3E-08,-3.63E-07 12,2.66E-07,2,-1.3E-08,-3.6E-07 14,2.63E-07,2,-1.3E-08,-3.59E-07 16,2.61E-07,2,-1.4E-08,-3.56E-07 18,2.58E-07,2,-1.4E-08,-3.53E-07 20,2.57E-07,2,-1.5E-08,-3.52E-07 22,2.55E-07,2,-1.3E-08,-3.5E-07 24,2.54E-07,2,-1.3E-08,-3.49E-07 26,2.52E-07,2,-1.4E-08,-3.46E-07 28,2.51E-07,2,-1.5E-08,-3.45E-07 30,2.49E-07,2,-1.3E-08,-3.44E-07 32,2.47E-07,2,-1.5E-08,-3.42E-07 34,2.45E-07,2,-1.3E-08,-3.41E-07 36,2.45E-07,2,-1.4E-08,-3.41E-07 38,2.45E-07,2,-1.3E-08,-3.4E-07 40,2.45E-07,2,-1.2E-08,-3.38E-07 0,-3.6E-08,4,-1.2E-08,-5.9E-08 2,1.7E-06,4,-1.2E-08,-1.796E-06 4,1.96E-06,4,-1.2E-08,-2.055E-06 6,1.963E-06,4,-1.3E-08,-2.058E-06 8,1.957E-06,4,-1.1E-08,-2.05E-06 10,1.948E-06,4,-1.2E-08,-2.042E-06 12,1.94E-06,4,-1.3E-08,-2.037E-06 14,1.932E-06,4,-1.2E-08,-2.026E-06 16,1.923E-06,4,-1.3E-08,-2.016E-06 18,1.915E-06,4,-1.3E-08,-2.012E-06 20,1.911E-06,4,-1.2E-08,-2.005E-06 22,1.902E-06,4,-1.3E-08,-1.998E-06 24,1.895E-06,4,-1.3E-08,-1.989E-06 26,1.89E-06,4,-1.4E-08,-1.984E-06 28,1.884E-06,4,-1.4E-08,-1.978E-06 30,1.878E-06,4,-1.3E-08,-1.973E-06 32,1.874E-06,4,-1.2E-08,-1.968E-06 34,1.869E-06,4,-1.3E-08,-1.964E-06 36,1.864E-06,4,-1.3E-08,-1.959E-06 38,1.861E-06,4,-1.3E-08,-1.955E-06 40,1.855E-06,4,-1.2E-08,-1.949E-06 0,-3.5E-08,6,-1.3E-08,-6.2E-08 2,4.548E-06,6,-1.2E-08,-4.641E-06 4,6.154E-06,6,-1.2E-08,-6.238E-06 6,6.414E-06,6,-1.2E-08,-6.503E-06 8,6.424E-06,6,-1.1E-08,-6.515E-06 10,6.423E-06,6,-1.2E-08,-6.52E-06 12,6.417E-06,6,-1.2E-08,-6.509E-06 14,6.406E-06,6,-1.2E-08,-6.497E-06 16,6.396E-06,6,-1.2E-08,-6.486E-06 18,6.381E-06,6,-1.2E-08,-6.471E-06 20,6.37E-06,6,-1.2E-08,-6.466E-06 22,6.36E-06,6,-1.2E-08,-6.453E-06 24,6.351E-06,6,-1.2E-08,-6.442E-06 26,6.341E-06,6,-1.2E-08,-6.433E-06 28,6.33E-06,6,-1.1E-08,-6.419E-06 30,6.317E-06,6,-1.2E-08,-6.411E-06 32,6.307E-06,6,-1.2E-08,-6.396E-06 34,6.297E-06,6,-1.3E-08,-6.389E-06 36,6.289E-06,6,-1.2E-08,-6.377E-06 38,6.278E-06,6,-1.2E-08,-6.367E-06 40,6.266E-06,6,-1.2E-08,-6.359E-06 0,-3.3E-08,8,-1.3E-08,-6.4E-08 2,8.684E-06,8,-1.2E-08,-8.776E-06 4,1.3127E-05,8,-1.3E-08,-1.3213E-05 6,1.4724E-05,8,-1.3E-08,-1.4812E-05 8,1.5029E-05,8,-1.3E-08,-1.5122E-05 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0,-2.2E-08,16,-1.3E-08,-7.6E-08 2,3.3305E-05,16,-1.3E-08,-3.3406E-05 4,6.0038E-05,16,-1.3E-08,-6.0132E-05 6,8.0337E-05,16,-1.3E-08,-8.0425E-05 8,9.4722E-05,16,-1.2E-08,-9.4792E-05 10,0.000103978,16,-1.2E-08,-0.00010406 12,0.000109101,16,-1.3E-08,-0.000109184 14,0.00011141,16,-1.2E-08,-0.000111488 16,0.00011221,16,-1.2E-08,-0.000112286 18,0.000112508,16,-1.2E-08,-0.000112591 20,0.000112582,16,-1.3E-08,-0.000112662 22,0.000112626,16,-1.3E-08,-0.000112736 24,0.000112705,16,-1.3E-08,-0.000112787 26,0.000112746,16,-1.4E-08,-0.00011283 28,0.000112777,16,-1.3E-08,-0.000112848 30,0.000112763,16,-1.3E-08,-0.00011285 32,0.000112773,16,-1.3E-08,-0.000112841 34,0.00011275,16,-1.3E-08,-0.000112831 36,0.000112779,16,-1.3E-08,-0.000112877 38,0.000112745,16,-1.4E-08,-0.000112831 40,0.000112781,16,-1.3E-08,-0.000112846 0,-1.9E-08,18,-1.2E-08,-7.9E-08 2,4.0611E-05,18,-1.3E-08,-4.0711E-05 4,7.46E-05,18,-1.3E-08,-7.4664E-05 6,0.000101801,18,-1.2E-08,-0.000101907 8,0.000122554,18,-1.3E-08,-0.000122664 10,0.000137382,18,-1.2E-08,-0.000137451 12,0.000147006,18,-1.2E-08,-0.000147125 14,0.000152539,18,-1.2E-08,-0.000152626 16,0.000155165,18,-1.2E-08,-0.000155247 18,0.000156204,18,-1.1E-08,-0.000156276 20,0.000156572,18,-1.2E-08,-0.000156657 22,0.00015673,18,-1.1E-08,-0.000156841 24,0.00015687,18,-1.1E-08,-0.000156943 26,0.000156899,18,-1.3E-08,-0.00015698 28,0.00015696,18,-1.1E-08,-0.000157038 30,0.000156957,18,-1.2E-08,-0.000157064 32,0.000157026,18,-1.2E-08,-0.000157118 34,0.000157033,18,-1.2E-08,-0.000157131 36,0.000157026,18,-1.2E-08,-0.000157099 38,0.000157057,18,-1.3E-08,-0.00015712 40,0.000157059,18,-1.3E-08,-0.000157168 0,-1.6E-08,20,-1.3E-08,-8.2E-08 2,4.8141E-05,20,-1.2E-08,-4.8206E-05 4,8.9739E-05,20,-1.1E-08,-8.9852E-05 6,0.000124483,20,-1.3E-08,-0.000124597 8,0.00015238,20,-1.3E-08,-0.000152426 10,0.000173639,20,-1.3E-08,-0.000173745 12,0.000188909,20,-1.4E-08,-0.000189004 14,0.000198977,20,-1.2E-08,-0.000199088 16,0.000204935,20,-1.2E-08,-0.000205003 18,0.000207886,20,-1.3E-08,-0.000207994 20,0.000209192,20,-1.3E-08,-0.000209284 22,0.000209737,20,-1.4E-08,-0.000209809 24,0.000209947,20,-1.4E-08,-0.000210043 26,0.000210091,20,-1.3E-08,-0.00021019 28,0.000210155,20,-1.2E-08,-0.000210254 30,0.000210258,20,-1.3E-08,-0.000210334 32,0.000210311,20,-1.2E-08,-0.000210406 34,0.000210363,20,-1.2E-08,-0.000210446 36,0.000210414,20,-1.2E-08,-0.000210492 38,0.000210463,20,-1.2E-08,-0.000210543 40,0.0002105,20,-1.3E-08,-0.000210569
Vg-Id.csv
Setup title,TFT_Vg-Id_STD-ide3 Classic test name,"I/V Sweep" Test date,2022/05/25 Test time,18:00:33 Device ID,AS220518TFT-anneal Count,454 Flags, Remarks, Context.MainFrame,4155C Channel.UnitType,SMU,SMU,SMU Channel.Unit,SMU3:MP,SMU1:MP,SMU2:MP Channel.IName,IG,ID,IS Channel.VName,VG,VD,VS Channel.Mode,V,V,COMMON Channel.Func,VAR1,VAR2,CONST Channel.Index,no Channel.Time,time Measurement.Port.Unit,SMU3:MP,SMU1:MP,SMU2:MP Measurement.Port.SeriesResistor,NONE,NONE,NONE Measurement.Port.Filter,ON,ON,ON Measurement.Primary.Locus,Double Measurement.Primary.Scale,LINEAR Measurement.Primary.Start,-20 Measurement.Primary.Stop,40 Measurement.Primary.Step,0.75 Measurement.Primary.Compliance,0.01 Measurement.Primary.PowerCompliance,0 Measurement.Aborting.Condition,"CONTINUE AT ANY" Measurement.PostOutput.Value,START Measurement.PostOutput.Retention,OFF Measurement.Secondary.Start,0.1 Measurement.Secondary.Count,2 Measurement.Secondary.Step,20 Measurement.Secondary.Compliance,0.01 Measurement.Secondary.PowerCompliance,0 Measurement.Bias.Source,-20,0.1,0 Measurement.Bias.Compliance,0.01,0.01,0.1 Measurement.Monitor.Unit,SMU3:MP,SMU1:MP,SMU2:MP Measurement.Monitor.Adc,"HR ADC","HR ADC","HR ADC" Measurement.Monitor.RangingMode,AUTO,AUTO,AUTO Measurement.Monitor.RangeBoundary,,, Measurement.Monitor.RangeRating,"BY FULL RANGE","BY FULL RANGE","BY FULL RANGE" Measurement.Monitor.RangeRatingCoeff,50,50,50 Measurement.Timing.Hold,0 Measurement.Timing.Delay,0 Measurement.Adc.HighResolution.AutoZero,OFF Measurement.Adc.HighResolution.Mode,AUTO Measurement.Adc.HighResolution.Coeff,1 Measurement.Ag16440ASelector.SemiconductorRelay.Channel1,DEFAULT Measurement.Ag16440ASelector.SemiconductorRelay.Channel3,DEFAULT Function.User.Name,rootID Function.User.Unit,A Function.User.Definition,abs(sqrt(ID)) Output.Graph.Enabled,true Output.Graph.AutoScaling,false Output.Graph.XAxis.Data,VG Output.Graph.XAxis.Scale,Linear Output.Graph.XAxis.Left,-20 Output.Graph.XAxis.Right,60 Output.Graph.XAxis.RunTimeAutoScale,true Output.Graph.YAxis.Data,ID,IG Output.Graph.YAxis.Scale,Log,Linear Output.Graph.YAxis.Bottom,1E-13,-0.01 Output.Graph.YAxis.Top,0.001,0.01 Output.Graph.YAxis.Group,, Output.Graph.YAxis.RunTimeAutoScale,true,true Output.List.Data,VG,ID,IG,IS,VD AutoAnalysis.Interpolation,false AutoAnalysis.Line1.Enabled,false AutoAnalysis.Line1.Type,1 AutoAnalysis.Line1.Fix,True AutoAnalysis.Line1.YAxis,0 AutoAnalysis.Line1.Point1.Type,0 AutoAnalysis.Line1.Point1.XY.X, AutoAnalysis.Line1.Point1.XY.Y, AutoAnalysis.Line1.Point1.Data.Var, AutoAnalysis.Line1.Point1.Data.Condition, AutoAnalysis.Line1.Point1.Data.Start,false AutoAnalysis.Line1.Point1.Data.StartVar, AutoAnalysis.Line1.Point1.Data.StartCondition, AutoAnalysis.Line1.Point2.Type,0 AutoAnalysis.Line1.Point2.XY.X, AutoAnalysis.Line1.Point2.XY.Y, AutoAnalysis.Line1.Point2.Data.Var, AutoAnalysis.Line1.Point2.Data.Condition, AutoAnalysis.Line1.Point2.Data.Start,false AutoAnalysis.Line1.Point2.Data.StartVar, AutoAnalysis.Line1.Point2.Data.StartCondition, AutoAnalysis.Line1.GradientExpr,0 AutoAnalysis.Line2.Enabled,false AutoAnalysis.Line2.Type,1 AutoAnalysis.Line2.Fix,True AutoAnalysis.Line2.YAxis,0 AutoAnalysis.Line2.Point1.Type,0 AutoAnalysis.Line2.Point1.XY.X, AutoAnalysis.Line2.Point1.XY.Y, AutoAnalysis.Line2.Point1.Data.Var, AutoAnalysis.Line2.Point1.Data.Condition, AutoAnalysis.Line2.Point1.Data.Start,false AutoAnalysis.Line2.Point1.Data.StartVar, AutoAnalysis.Line2.Point1.Data.StartCondition, AutoAnalysis.Line2.Point2.Type,0 AutoAnalysis.Line2.Point2.XY.X, AutoAnalysis.Line2.Point2.XY.Y, AutoAnalysis.Line2.Point2.Data.Var, AutoAnalysis.Line2.Point2.Data.Condition, AutoAnalysis.Line2.Point2.Data.Start,false AutoAnalysis.Line2.Point2.Data.StartVar, AutoAnalysis.Line2.Point2.Data.StartCondition, AutoAnalysis.Line2.GradientExpr,0 AutoAnalysis.Marker.Enabled,false AutoAnalysis.Marker.Data.Var, AutoAnalysis.Marker.Data.Condition, AutoAnalysis.Marker.Data.Start,false AutoAnalysis.Marker.Data.StartVar, AutoAnalysis.Marker.Data.StartCondition, VG,ID,IG,IS,VD -20,2.8755E-11,-1.969E-10,2.8441E-11,0.1 -19.25,1.2044E-11,-4.61E-11,1.6892E-11,0.1 -18.5,7.931E-12,-2.86E-11,1.2503E-11,0.1 -17.75,5.704E-12,-1.69E-11,1.008E-11,0.1 -17,4.6E-12,-1.7E-11,8.702E-12,0.1 -16.25,3.743E-12,-1.59E-11,7.434E-12,0.1 -15.5,3.253E-12,-2.1E-12,6.326E-12,0.1 -14.75,2.907E-12,-1.35E-11,5.695E-12,0.1 -14,2.411E-12,-5.4E-12,4.968E-12,0.1 -13.25,1.7E-12,4.3E-12,4.35E-12,0.1 -12.5,1.159E-12,1.2E-12,3.969E-12,0.1 -11.75,1.362E-12,1E-13,3.806E-12,0.1 -11,1.054E-12,4.1E-12,3.258E-12,0.1 -10.25,8.59E-13,7.9E-12,2.959E-12,0.1 -9.5,9.36E-13,2.17E-11,2.76E-12,0.1 -8.75,4.76E-13,8.2E-12,2.71E-12,0.1 -8,6.15E-13,-3.44E-11,2.054E-12,0.1 -7.25,3.75E-13,1.54E-11,2.246E-12,0.1 -6.5,1.82E-13,-2.14E-11,1.722E-12,0.1 -5.75,-1.58E-13,1.97E-11,1.439E-12,0.1 -5,-2.35E-13,1.45E-11,1.275E-12,0.1 -4.25,-4.59E-13,-1.5E-11,9.85E-13,0.1 -3.5,-6.37E-13,2.47E-11,5.8E-14,0.1 -2.75,7.203E-12,4.71E-11,-1.1722E-11,0.1 -2,1.6565E-10,1.335E-10,-1.45521E-10,0.1 -1.25,1.50182E-09,5.83E-11,-1.27667E-09,0.1 -0.5,6.61655E-09,6.96E-11,-6.36917E-09,0.1 0.25,1.72421E-08,3E-11,-1.64388E-08,0.1 1,3.7772E-08,3.41E-11,-3.71493E-08,0.1 1.75,6.76392E-08,4.38E-11,-6.6811E-08,0.1 2.5,1.06798E-07,4.03E-11,-1.058505E-07,0.1 3.25,1.52406E-07,3.37E-11,-1.50388E-07,0.1 4,2.09895E-07,4.15E-11,-2.09018E-07,0.1 4.75,2.77055E-07,3.94E-11,-2.76141E-07,0.1 5.5,3.52465E-07,4.55E-11,-3.51534E-07,0.1 6.25,4.35606E-07,5.1E-11,-4.34652E-07,0.1 7,5.25848E-07,5.23E-11,-5.24873E-07,0.1 7.75,6.2265E-07,5.13E-11,-6.21606E-07,0.1 8.5,7.25271E-07,5.01E-11,-7.24312E-07,0.1 9.25,8.3332E-07,5.32E-11,-8.3243E-07,0.1 10,9.46323E-07,5.14E-11,-9.45503E-07,0.1 10.75,1.063649E-06,6.06E-11,-1.062965E-06,0.1 11.5,1.18247E-06,5.43E-11,-1.18212E-06,0.1 12.25,1.30673E-06,6.61E-11,-1.3067E-06,0.1 13,1.43513E-06,5.53E-11,-1.4348E-06,0.1 13.75,1.5661E-06,5.92E-11,-1.56578E-06,0.1 14.5,1.69949E-06,5.55E-11,-1.69977E-06,0.1 15.25,1.83535E-06,6.14E-11,-1.83562E-06,0.1 16,1.97296E-06,6.75E-11,-1.97331E-06,0.1 16.75,2.11277E-06,7.05E-11,-2.11257E-06,0.1 17.5,2.25372E-06,6.87E-11,-2.25343E-06,0.1 18.25,2.3962E-06,6.47E-11,-2.39533E-06,0.1 19,2.53992E-06,6.9E-11,-2.53874E-06,0.1 19.75,2.68385E-06,6.66E-11,-2.68215E-06,0.1 20.5,2.82875E-06,7.22E-11,-2.82836E-06,0.1 21.25,2.97406E-06,7.5E-11,-2.97387E-06,0.1 22,3.11841E-06,7.23E-11,-3.1189E-06,0.1 22.75,3.26485E-06,7.98E-11,-3.26623E-06,0.1 23.5,3.40995E-06,7.61E-11,-3.41111E-06,0.1 24.25,3.5569E-06,7.96E-11,-3.558E-06,0.1 25,3.70488E-06,7.68E-11,-3.70241E-06,0.1 25.75,3.84978E-06,7.56E-11,-3.8491E-06,0.1 26.5,3.99465E-06,7.92E-11,-3.9949E-06,0.1 27.25,4.13976E-06,8.24E-11,-4.14235E-06,0.1 28,4.28358E-06,8.54E-11,-4.28492E-06,0.1 28.75,4.42793E-06,8.22E-11,-4.42766E-06,0.1 29.5,4.57311E-06,8.64E-11,-4.57128E-06,0.1 30.25,4.71782E-06,8.32E-11,-4.7115E-06,0.1 31,4.85697E-06,8.34E-11,-4.85152E-06,0.1 31.75,4.99749E-06,8.37E-11,-4.99184E-06,0.1 32.5,5.13618E-06,8.89E-11,-5.13202E-06,0.1 33.25,5.27203E-06,8.72E-11,-5.27296E-06,0.1 34,5.4088E-06,9.27E-11,-5.4112E-06,0.1 34.75,5.54447E-06,8.87E-11,-5.5514E-06,0.1 35.5,5.68124E-06,8.65E-11,-5.68377E-06,0.1 36.25,5.81819E-06,8.78E-11,-5.81907E-06,0.1 37,5.95244E-06,9.48E-11,-5.95511E-06,0.1 37.75,6.08545E-06,9.6E-11,-6.08582E-06,0.1 38.5,6.2136E-06,9.7E-11,-6.21723E-06,0.1 39.25,6.34188E-06,9.3E-11,-6.35087E-06,0.1 40,6.46865E-06,9.95E-11,-6.48086E-06,0.1 40,6.47605E-06,-1.21E-11,-6.47465E-06,0.1 39.25,6.34011E-06,6.94E-11,-6.33894E-06,0.1 38.5,6.19464E-06,5.86E-11,-6.20373E-06,0.1 37.75,6.0622E-06,5.86E-11,-6.0686E-06,0.1 37,5.92657E-06,5.06E-11,-5.93004E-06,0.1 36.25,5.78798E-06,5.47E-11,-5.78745E-06,0.1 35.5,5.64875E-06,5.22E-11,-5.64794E-06,0.1 34.75,5.51039E-06,4.34E-11,-5.50664E-06,0.1 34,5.37117E-06,3.62E-11,-5.36705E-06,0.1 33.25,5.22881E-06,3.65E-11,-5.22626E-06,0.1 32.5,5.08567E-06,3.78E-11,-5.08308E-06,0.1 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-2.75,8.992E-12,-1.89E-11,1.3707E-11,0.1 -3.5,7.123E-12,-2.72E-11,1.1826E-11,0.1 -4.25,6.538E-12,-1.75E-11,1.0466E-11,0.1 -5,5.968E-12,-1.28E-11,9.624E-12,0.1 -5.75,5.587E-12,-1.24E-11,8.966E-12,0.1 -6.5,5.055E-12,-2.33E-11,8.283E-12,0.1 -7.25,4.933E-12,-9.2E-12,8.283E-12,0.1 -8,4.454E-12,-4.87E-11,7.698E-12,0.1 -8.75,4.421E-12,-4E-12,7.421E-12,0.1 -9.5,4.195E-12,-1.61E-11,7.212E-12,0.1 -10.25,4.157E-12,-1.31E-11,7.305E-12,0.1 -11,4.069E-12,-1E-11,6.906E-12,0.1 -11.75,4.028E-12,3.78E-11,6.887E-12,0.1 -12.5,4.38E-12,-1.62E-11,6.935E-12,0.1 -13.25,4.224E-12,-6.2E-12,7.061E-12,0.1 -14,4.18E-12,-1.32E-11,7.229E-12,0.1 -14.75,4.105E-12,-3.49E-11,6.881E-12,0.1 -15.5,3.995E-12,-6.2E-12,6.835E-12,0.1 -16.25,4.252E-12,-1.09E-11,6.805E-12,0.1 -17,4.182E-12,-1.3E-11,6.957E-12,0.1 -17.75,4.15E-12,-8.6E-12,6.891E-12,0.1 -18.5,4.463E-12,-1.05E-11,7.013E-12,0.1 -19.25,4.57E-12,-2.37E-11,6.897E-12,0.1 -20,4.322E-12,-2.48E-11,7.052E-12,0.1 -20,1.841E-11,-3.15E-11,6.188E-12,20.1 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出力ファイル
Vg-Id_all.log
Log file: D:gitdevtftfit2026TFT_Vg-Id_STD-ide3 [AS220518TFT-anneal(454) ; 2022_05_25 18_00_33]_all.log Output directory: D:gitdevtftfit2026 Output stem: TFT_Vg-Id_STD-ide3 [AS220518TFT-anneal(454) ; 2022_05_25 18_00_33] TFT analysis mode: n-channel dedicated Cox = 2.302089e-08 F/cm^2 (dg=150 nm, epsg=3.9)
==================== DETAILED TRANSFER ANALYSIS ==================== VD = 0.1 V (n-ch assumption)
- Linear-region extraction from ID-VG
Vth_lin : 5.988 V tangent point : VG= 24.25 V, ID=3.5573e-06 A, gm=1.9479e-07 A/V mu_lin_slope : 14.1 cm^2/Vs mu_lin_max : 14.1 cm^2/Vs at VG= 24.25 V, ID=3.5573e-06 A linear check : VG-Vth >= 3*VD; VG_mu_lin_max - Vth_lin = 18.26 V, (VG-Vth)/VD = 182.6, OK=True
- Saturation-region extraction from sqrt(ID)-VG
Vth_sat : -1.365 V tangent point : VG= 4.75 V, ID=2.8549e-07 A, sqrtID=5.3431e-04, d sqrtID/dVG=8.7371e-05 mu_sat_slope : 0.1105 cm^2/Vs mu_sat_max : 0.1105 cm^2/Vs at VG= 4.75 V, ID=2.8549e-07 A saturation check : VD >= 3*(VG-Vth); VG_mu_sat_max - Vth_sat = 6.115 V, VD/(VG-Vth) = 0.01635, OK=False WARNING : Possible non-saturation: VD/(VG-Vth)=0.0164 < 3.
Recommended method : linear Recommendation : Use linear-region mobility/Vth. Condition VG-Vth >= factor*VD is satisfied. Recommended Vth : 5.988 V Recommended mu : 14.1 cm^2/Vs Ioff : 7.7480e-13 A Smin : 0.7751 V/dec at VG= -3.5 V, ID=3.4837e-11 A Von from Smin : -7.02 V at Imin=1.0000e-15 A S at ID_S : 1.19 V/dec at target ID=1.0000e-09 A, nearest VG= -2 V, ID=1.6584e-09 A Savitzky-Golay : window=5
- Linear-region extraction from ID-VG
Vth_lin : 18.26 V tangent point : VG= 37 V, ID=9.4146e-04 A, gm=5.0247e-05 A/V mu_lin_slope : 18.1 cm^2/Vs mu_lin_max : 18.1 cm^2/Vs at VG= 37 V, ID=9.4146e-04 A linear check : VG-Vth >= 3*VD; VG_mu_lin_max - Vth_lin = 18.74 V, (VG-Vth)/VD = 0.9322, OK=False WARNING : Possible non-linear-region point: (VG-Vth)/VD=0.932 < 3.
- Saturation-region extraction from sqrt(ID)-VG
Vth_sat : 4.61 V tangent point : VG= 21.25 V, ID=2.6782e-04 A, sqrtID=1.6365e-02, d sqrtID/dVG=9.8351e-04 mu_sat_slope : 14.01 cm^2/Vs mu_sat_max : 14.01 cm^2/Vs at VG= 21.25 V, ID=2.6782e-04 A saturation check : VD >= 3*(VG-Vth); VG_mu_sat_max - Vth_sat = 16.64 V, VD/(VG-Vth) = 1.208, OK=False WARNING : Possible non-saturation: VD/(VG-Vth)=1.21 < 3.
Recommended method : intermediate Recommendation : WARNING: neither linear nor saturation condition is sufficiently satisfied. WARNING : mobility/Vth representative value is not recommended for this VD slice. Ioff : 3.6609e-12 A Smin : 0.8179 V/dec at VG= -3.5 V, ID=8.1145e-11 A Von from Smin : -7.515 V at Imin=1.0000e-15 A S at ID_S : 0.8487 V/dec at target ID=1.0000e-09 A, nearest VG= -2.75 V, ID=9.8984e-10 A Savitzky-Golay : window=5
==================== ID-VD OUTPUT ANALYSIS ==================== Using Vth_ref = 3.166 V from VD=40 V transfer-like slice Low-VD slice for gm = 2 V Selected sweep segments: idx_vg=0, idx_vd=0
- VG= 0 V | gd=-1.2500e-09 A/V | gm= nan A/V | mu_eff= -0.0905 | mu_lin= nan | S= nan | linear OK=False ratio=-1.583
WARNING: VG - Vth <= 0; mobility point is below threshold. criterion: VG-Vth >= 3*VD
- VG= 2 V | gd=5.9750e-08 A/V | gm=1.1950e-07 A/V | mu_eff= 4.326 | mu_lin= 0.4326 | S= 2.211 | linear OK=False ratio=-0.5828
WARNING: VG - Vth <= 0; mobility point is below threshold. criterion: VG-Vth >= 3*VD
- VG= 4 V | gd=4.8100e-07 A/V | gm=7.1350e-07 A/V | mu_eff= 4.173 | mu_lin= 2.583 | S= 2.518 | linear OK=False ratio=0.4172
WARNING: Possible non-linear-region point: (VG-Vth)/VD=0.417 < 3. criterion: VG-Vth >= 3*VD
- VG= 6 V | gd=1.5297e-06 A/V | gm=1.4240e-06 A/V | mu_eff= 3.907 | mu_lin= 5.155 | S= 4.68 | linear OK=False ratio=1.417
WARNING: Possible non-linear-region point: (VG-Vth)/VD=1.42 < 3. criterion: VG-Vth >= 3*VD
- VG= 8 V | gd=3.2735e-06 A/V | gm=2.0680e-06 A/V | mu_eff= 4.902 | mu_lin= 7.486 | S= 7.12 | linear OK=False ratio=2.417
WARNING: Possible non-linear-region point: (VG-Vth)/VD=2.42 < 3. criterion: VG-Vth >= 3*VD
VG= 10 V | gd=5.6097e-06 A/V | gm=2.5815e-06 A/V | mu_eff= 5.942 | mu_lin= 9.345 | S= 9.87 | linear OK=True ratio=3.417 VG= 12 V | gd=8.4167e-06 A/V | gm=2.9740e-06 A/V | mu_eff= 6.897 | mu_lin= 10.77 | S= 12.89 | linear OK=True ratio=4.417 VG= 14 V | gd=1.1581e-05 A/V | gm=3.2690e-06 A/V | mu_eff= 7.738 | mu_lin= 11.83 | S= 16.14 | linear OK=True ratio=5.417 VG= 16 V | gd=1.5004e-05 A/V | gm=3.4860e-06 A/V | mu_eff= 8.464 | mu_lin= 12.62 | S= 19.61 | linear OK=True ratio=6.417 VG= 18 V | gd=1.8645e-05 A/V | gm=3.6530e-06 A/V | mu_eff= 9.1 | mu_lin= 13.22 | S= 23.22 | linear OK=True ratio=7.417 VG= 20 V | gd=2.2431e-05 A/V | gm=3.7650e-06 A/V | mu_eff= 9.647 | mu_lin= 13.63 | S= 27.07 | linear OK=True ratio=8.417 plot saved: D:gitdevtftfit2026TFT_Vg-Id_STD-ide3 [AS220518TFT-anneal(454) ; 2022_05_25 18_00_33]_idvd_output_analysis.png
Report saved to D:gitdevtftfit2026TFT_Vg-Id_STD-ide3 [AS220518TFT-anneal(454) ; 2022_05_25 18_00_33]_all.xlsx
