[Main]
FileType=CIR
Version=10.01
Program=Micro-Cap
Component Version=10.00
Shape Version=10.01
Screen=1920,1200
MCAPVersion=10.0.0.0
Key ID=208 332 945
NLCnt=24
TXCnt=18

[shapedef]
Name=Ground
Line=0,0,12,0
Line=12,-8,12,8
Line=18,-4,18,4
Line=24,0,24,0

[shapedef]
Name=Isource.Root
Ellipse=-12,12,12,36
FColor=None
Line=0,0,0,24
PolyClosed=3
PolyLine=-4,24
PolyLine=4,24
PolyLine=0,32
Line=0,32,0,48
Current=16,16,16,32

[shapedef]
Name=Memristor
Rectangle=12,-4,36,4
FColor=None
Line=0,0,12,0
Line=48,0,36,0
Current=32,12,16,12
Rectangle=12,-4,15,4
PolyOpen=10
PolyLine=36,0
PolyLine=32,0
PolyLine=32,2
PolyLine=28,2
PolyLine=28,-2
PolyLine=24,-2
PolyLine=24,2
PolyLine=20,2
PolyLine=20,0
PolyLine=12,0

[shapedef]
Name=SPICE_I
Root="Isource.Root",0,0,0

[compdef]
Name=Current Source
Definition=ISpice
Shape=SPICE_I
Mask=4608
Used=3
memo=Current Source
Label Offset=15,12,-29,12
PinCnt=2
Pin="Plus",0,0,8,11
Pin="Minus",0,6,8,3

[compdef]
Name=Ground
Definition=Ground
Shape=Ground
Mask=769
Used=24
memo=Ground
Label Offset=0,0,0,0
PinCnt=1
Pin="PinA",0,0,-3,-7

[compdef]
Name=Memristor
Definition=Macro
Shape=Memristor
Mask=5888
memo=Memristor macro model
Label Offset=16,6,7,11
PinCnt=2
Pin="plus",a,0,0,-9,-1
Pin="minus",a,6,0,-7,-1

[Circuit]
Window Placement=2,3, -1,-1, -4,-30, 0,58,1401,764
Default Object=Color=#000080
Default Object Font=Height=-15,FStyle=0,Color=#000080,Name=Arial
Default Object Apply Border To Text=No
Default Object Apply Fill To Text=No
WinBackGround Color=#FFFFFF
Select Color=#FF0000
Select Box Color=#000080
Grid Text Color=Height=-12,FStyle=0,Color=#FF0000,Name=Verdana
Component Color=#0000FF
Attribute Text=Height=-12,FStyle=0,Color=#008000,Name=Verdana
Wire Color=#008000
Bus Color=#008000
Pin Connection=Height=-10,FStyle=0,Color=#FF0000,Name=Arial
Node Number=Height=-11,FStyle=0,Color=#FF00FF,Name=Arial
Node Voltage Color=Height=-11,FStyle=0,Color=#000000,Name=Arial
Dynamic AC Voltage Color=#E4E4E4
Text Banner Text=Height=-15,FStyle=0,Color=#800000,Name=Arial
Title Block Background=#C0C0C0
Current=Height=-11,FStyle=0,Color=#0000FF,Name=Arial
Power/Condition=Height=-11,FStyle=0,Color=#FF0000,Name=Arial
Digital Path Color=#FF0000
Title Block=Height=-15,FStyle=0,Color=#000000,Name=Arial
Disabled	Color=#C0C0C0
KeyWord Color=#0000FF
Error	Color=#FF0000
Search Color=#FFFF00
Grid Color=#000000
Digital 0 Color=#000000
Digital R Color=#FFFF00
Digital F Color=#FFFF00
Digital 1 Color=#FF0000
Digital X Color=#C0C0C0
Digital Z Color=#808080
NodeVoltageFormat=3
PathDelayFormat=3
WarningFormat=3
GridTextFormulaFormat=3
Window Placement in Transient Analysis=0,1, -1,-1, -4,-30, 953,0,1906,960
Window Placement in AC Analysis=0,1, -1,-1, -4,-30, 953,0,1906,1035
Window Placement in DC Analysis=0,1, -1,-1, -4,-30, 953,0,1906,1035
Window Placement in Distortion Analysis=0,1, -1,-1, -4,-30, 953,0,1906,1035
Window Placement in ImDistortion Analysis=0,1, -1,-1, -4,-30, 953,0,1906,1035
SpiceType=AMBIGUOUS
Block Select Color=#51F998
TitleBlock Field_1=$name
TitleBlock Field_2=$user $company
TitleBlock Field_3
TitleBlock Field_4=$date
TitleBlock Field_5=Page $page of $maxpage
TitleBlock One Title=False
Title_Block_Border=False
Title_Block=False
Show Nodes=False
Show Voltages=False
Show Current=False
Show Power=False
Show Condition=False
Show Pin Connections=False
Show Cross=False
Show Attribute Text=True
Show Grid Text=True

[Object]
Object=RightCurlyBracket
CBorder=#000080
Grids=15,57,16,62
Rot=0

[Object]
Object=RightCurlyBracket
CBorder=#000080
Grids=15,46,16,54
Rot=0

[Object]
Object=Line
CBorder=#000080
Grids=21,16,18,25

[Object]
Object=Line
CBorder=#000080
Grids=58,16,55,25

[Wire]
Grids=9,19,12,19

[Wire]
Grids=9,19,9,22

[Wire]
Grids=12,19,17,19

[Wire]
Grids=17,19,17,22

[Wire]
Grids=46,19,49,19

[Wire]
Grids=46,19,46,22

[Wire]
Grids=49,19,54,19

[Wire]
Grids=54,19,54,22

[Wire]
Grids=9,28,9,31

[Comp]
Name=Current Source
Grid=9,28
Rot=2

[Attr]
ON=-36,-30,PART
V=IinJ
Style=8192

[Attr]
ON=-96,-40,VALUE
V=DC 0 AC 1 0 Pulse -Ia Ia 100n 10n 10n 1/2/f0 1/f0

[Attr]
ON=0,0,Saved_Pulse
V=DC 0 AC 1 0 Pulse -Ia Ia 100n 10n 10n 1/2/f0 1/f0
Style=256

[Wire]
Grids=17,28,17,31

[Wire]
Grids=46,28,46,31

[Comp]
Name=Current Source
Grid=46,28
Rot=2

[Attr]
ON=-38,-32,PART
V=IinB
Style=8192

[Attr]
ON=-96,-40,VALUE
V=DC 0 AC 1 0 Pulse -Ia Ia 100n 10n 10n 1/2/f0 1/f0

[Attr]
ON=0,0,Saved_Pulse
V=DC 0 AC 1 0 Pulse -Ia Ia 100n 10n 10n 1/2/f0 1/f0
Style=256

[Wire]
Grids=54,28,54,31

[Comp]
Name=Ground
Grid=9,31
Rot=1

[Comp]
Name=Ground
Grid=17,31
Rot=1

[Comp]
Name=Ground
Grid=46,31
Rot=1

[Comp]
Name=Ground
Grid=54,31
Rot=1

[Comp]
Name=Memristor
Grid=17,22
Rot=7

[Attr]
ON=-21,17,PART
V=XJ
Style=8192

[Attr]
ON=-62,14,FILE
V=Memristor

[Attr]
ON=0,66,Param:RON
V=Ron

[Attr]
ON=0,88,Param:ROFF
V=Roff

[Attr]
ON=0,110,Param:RINIT
V=Rinit

[Attr]
ON=0,132,Param:D
V=10N

[Attr]
ON=0,154,Param:P
V=1

[Attr]
ON=0,176,Param:UD
V=10F

[Attr]
ON=0,198,Param:WINDOW_TYPE
V=joglekar

[Comp]
Name=Memristor
Grid=54,22
Rot=7

[Attr]
ON=-21,16,PART
V=XB
Style=8192

[Attr]
ON=-62,14,FILE
V=Memristor

[Attr]
ON=0,66,Param:RON
V=Ron

[Attr]
ON=0,88,Param:ROFF
V=Roff

[Attr]
ON=0,110,Param:RINIT
V=Rinit

[Attr]
ON=0,132,Param:D
V=10N

[Attr]
ON=0,154,Param:P
V=1

[Attr]
ON=0,176,Param:UD
V=10F

[Attr]
ON=0,198,Param:WINDOW_TYPE
V=biolek

[Grid Text]
Text="Nonlinear dopant drift is modeled by Joglekar window [2]."
Grid=2,15
Color=#000000
CBorder=None

[Grid Text]
Text="Run Transient Analysis."
Text=""
Text="Press F2 multiple times to reach the steady-state before studying the Charge/Flux"
Text="and I/V curves."
Text=""
Text="Note that the Joglekar window preserves ideal memristor property (Charge/Flux"
Text="single-valued function*). That is why the memory effect is intensive which probably"
Text="does not correspond to the behavior of real device (see delays in the V(XJ.X)"
Text="and V(memJ) waveforms in time folder)."
Text="Note that the Biolek window includes nonideal factors to memristance modeling (the charge"
Text="is not a single-valued function of the flux) and the memory effect is supressed on "
Text="either boundary states, which probably models the real behavior more truly."
Text=""
Text="Tile the open circuit windows vertically (Windows/Tile Vertical)."
Text="Increase the current swing Ia of both current sources:"
Text=""
Text="Select the define statement"
Text=""
Text=".define Ia 1m"
Text=""
Text="and press the up arrow cursor key repeatedly."
Text=""
Text="Find the point when the Joglekar model stops working due to the fact that large"
Text="driving current switches the memristor to its boundary state. No external stimulus"
Text="can change this state back to another value [3]. This "freezing property" does not"
Text="appear when using the Biolek window."
Grid=37,83
Color=#000000
CFill=#C5C5FF
CBorder=#5A91AB

[Grid Text]
Text="parameters of "
Text="driving current sources"
Grid=17,61
Color=#000000
CBorder=None

[Grid Text]
Text=".define Ia 1m"
Grid=1,59
CBorder=None

[Grid Text]
Text="Problem of boundary effect modeling"
Grid=34,7
Color=#000000
CBorder=None

[Grid Text]
Text="MEMRISTOR FROM HP LABS"
Grid=37,4
Height=-24
Color=#5A91AB
Font=Times New Roman
CBorder=None

[Grid Text]
Text=".define Rinit 1k"
Grid=1,54
CBorder=None

[Grid Text]
Text=".define f0 0.5"
Grid=1,62
CBorder=None

[Grid Text]
Text=".define Roff 5k"
Grid=1,51
CBorder=None

[Grid Text]
Text=".define Ron 100"
Grid=1,48
CBorder=None

[Grid Text]
Text="memJ"
Grid=12,19
CBorder=None

[Grid Text]
Text="Comparison of conventional (Joglekar window) and proposed (Biolek window) modeling of nonlinear dopant drift, see [3]"
Grid=12,11
FStyle=2
Color=#000000
CBorder=None

[Grid Text]
Text="memristor parameters"
Grid=17,51
Color=#000000
CBorder=None

[Grid Text]
Text="Nonlinear dopant drift is modeled by Biolek window [3]."
Grid=53,15
Color=#000000
CBorder=None

[Grid Text]
Text="memB"
Grid=49,19
CBorder=None

[Grid Text]
Text="Symbol of the memristor is used in accordance with [4]:"
Text="when a positive voltage is applied to the terminal"
Text="denoted by the black thick line with respect to the"
Text="second terminal, the memristor resistance"
Text="(memristance) is decreased."
Grid=62,30
Color=#000000
CBorder=#000000

[Grid Text]
Text="*) Sometimes a violation of the above rule can appear in the simulation results."
Text="There are two possible reasons:"
Text="(a) The inaccuracy of numerical integration of the memristor signals,"
Text="particularly in the case of narrow impulses of small magnitudes."
Text="(b) Due to boundary effects, modeled by the window functions,"
Text="memristor behaves as more general memristive system, in which "
Text="the above rule can be violated."
Grid=60,96
Color=#000000
CBorder=None

[Grid Text]
Text="[1] STRUKOV, D.B., SNIDER, G.S., STEWART, D.R., WILLIAMS, R.S. The missing memristor found. Nature, 2008, vol. 453, 1 May 2008, p. 80 – 83."
Text="[2] JOGLEKAR, Y.N., WOLF, S.J. The elusive memristor: properties of basic electrical circuits. Eur.J.Phys., 2009, vol. 30, p. 661-675."
Text="[3] BIOLEK, Z., BIOLEK, D., BIOLKOVA, V. SPICE model of memristor with nonlinear dopant drift. Radioengineering, 2009, vol. 18, no. 1, p. 210-214,"
Text="     http://www.radioeng.cz/fulltexts/2009/09_02_210_214.pdf"
Text="[4] Di VENTRA, M., PERSHIN, Y.V., CHUA, L.O. Circuit elements with memory: memristors, memcapacitors and meminductors. "
Text="     Proc. of the IEEE, 2009, vol. 97, no. 10, p. 1717-1724."
Grid=1,109
Color=#000000
CBorder=None

[Schematic]
CurrentSection 0=0
CurrentSection 1=0
CurrentSection 2=0
CurrentSection 3=0
Splitter.xs=0
Splitter.ys=0
TextQuad=4099
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PrinterScale=1
GridUser=10
ShapeGroups="Main","Euro","DeMorgan","Polarity","Electrolytic","Main1","GroundArrow"
CalcRMS=False
CalcAVG=False
CalcPeak=False
CalcVoltage=True
DisplayMeasure=Last

[Tools]
Pos=Top
FILESAVEASOLD=No
BOM=No
FILEPCB=No
PROBE=Yes
SELECT=Yes
COMP=Yes
TEXT=Yes
WIRE=Yes
WIRED=Yes
BUS=Yes
GRAPHIC=Yes
LINE=No
ELLIPSE=No
RECT=No
DIAM=No
ARC=No
PIE=No
LEFTBRK=No
RIGHTBRK=No
BOTHBRK=No
META=No
FLAG=Yes
INFO=Yes
HELP=Yes
HELP_SPICE=No
LINK=Yes
REGION_ENABLE=Yes
DIGTRC=No
DIGTRC2=No
DIGALL=No
GRIDTEXT=Yes
COMPTEXT=Yes
NODE=Yes
MEASURED=Yes
NODEV=Yes
CURRENT=Yes
POWER=Yes
CONDITIN=Yes
PIN=Yes
CROSS=No
GRID=Yes
BORDER=No
TITLE=Yes
RUBBER=Yes
PROPERTY=Yes
STEP=Yes
MIRROR=Yes
ROTATE=Yes
FLIPY=Yes
FLIPX=Yes
CIR_MAKEMACRO=No
CLEARCUTWIRE=No
FINDCOMP=Yes
FIND=Yes
REPEAT=No
REPLACE=No
MODEL=Yes
CIR2CKT=No
ATTDISP=No
ENABLE=Yes
DISABLE=Yes
TOFRONT=Yes
TOBACK=Yes
SELNEXT=No
PAGEADD=No
PAGEADDTEXT=No
ADDSECTION=No
PAGEDEL=No
ZOOMIN=Yes
ZOOMOUT=Yes
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UPLEVEL=Yes
COLOR=Yes
FONT=Yes
DM_LAST=No
DM_RMS=No
DM_AVG=No
DM_PEAK=No
GRID_NONE=No
GRID_NORMAL=No
GRID_BOLD_5=No
GRID_BOLD_6=No
GRID_BOLD_USER=No
SPLITCIRTEXTH=No
SPLITCIRTEXTV=No
SPACE_SPLITTERS_EVENLY=No
NORMALCIR=No
RENAMEDEFINE=No
RENAMECMP=No
ATTALIGN=No
RESETNODEPOS=No
FIT2STANDARD=No
NODESNAP=No
MOVETEXT=No
TEXTINC=No
TOGGLETEXT=No
TOGGLEMODE=No
TOLERANCE=No
ALIGNLEFT=No
ALIGNRIGHT=No
ALIGNTOP=No
ALIGNBOTTOM=No

[Section]
Index=0
Name="memristor_boundary_effect"
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[Page]
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Name=Text

[Page]
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Section=0
Type=Text
Print=False
Enable=True
Name=Models

[Page]
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Section=0
Type=Info
Print=False
Enable=True
Name=Info

[Text Area]
Section=0
Page=1
Font=Height=-15,FStyle=0,Color=#000000,Name=Courier New
Comment Color=#008000
Background Color=#FFFFFF
Text=Codes of window functions:
Text=.define joglekar 1
Text=.define biolek 2

[Text Area]
Section=0
Page=2
Font=Height=-15,FStyle=0,Color=#000000,Name=Courier New
Comment Color=#008000
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Title
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Enable Y Scaling=True
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Number of Grids Y=5
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Cursor Select Color Secondary=#FF0000
Data Point Labels Color Fore=Height=-15,FStyle=0,Color=#000000,Name=Arial
Data Point Labels Color Back=#FFFF00
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FixedTimeStep=False
DoPSS=False
PSS_Periods="1"
PSS_Iterations="5"
PSS_Error="1u"
PSS_ShowPlots=True
FFT_NPts="1024"
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FFT_AutoScale_Harmonics="10"
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Num Out Header Left
Num Out Header Center="$MC\n$user\n$company\n$Analysis of $name"
Num Out Header Right
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Num Out Write=True
Num Out Write Main Header=True
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Num Out Write Branch Header=True
Num Out Write Models=True
Num Out Write Zero Models=True
Num Out Write Undefined Models=True
Num Out Write Operating Point=True
Num Out Write Values=True
Num Out Write Waveform Header=True
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Num Out Font=Height=-15,FStyle=0,Color=#000000,Name=Courier New
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Num Out HideNonSelected=False
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State Variables Format=5E

[Tools]
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SELECT=Yes
GRAPHIC=Yes
LINE=No
ELLIPSE=No
RECT=No
DIAM=No
ARC=No
PIE=No
LEFTBRK=No
RIGHTBRK=No
BOTHBRK=No
META=No
POLYCLOS=No
SCALE=Yes
CURSOR=Yes
MEASUREH=Yes
MEASUREV=Yes
TAG=Yes
PTAG=Yes
TEXT=Yes
PROPERTY=Yes
START=Yes
STOP=Yes
PAUSE=Yes
RESUME=No
DATAPTS=Yes
TOKENS=Yes
RULER=Yes
PLUS=Yes
XAXIS=Yes
YAXIS=Yes
MINORLOG=Yes
LOG25=Yes
BASELINE=Yes
HORIZCUR=Yes
GOTOX=Yes
GOTOY=Yes
GOTOPERF=Yes
GOTOBRNC=Yes
CLEAR_ACCUMULATED=Yes
PDELETE_ALL_PLOTS=Yes
NEXT=Yes
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PEAK=Yes
VALLEY=Yes
HIGH=Yes
LOW=Yes
INFLECTN=Yes
GHIGH=Yes
GLOW=Yes
BOTTOM=Yes
TOP=Yes
WAVEFORMBUFFER=Yes
AOUTPUT=Yes
PKEY=Yes
ENXSCALE=Yes
ENYSCALE=Yes
ZOOMIN=Yes
ZOOMOUT=Yes
AUTOSCALE=No
RESTORESCALE=No
COLOR=Yes
FONT=Yes
SELNEXT=No
NORMALIZE=No
NORMALIZE_MIN=No
NORMALIZE_MAX=No
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ADD_TAG_RIGHT=No
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ADD_VERT_TAG=No
ALIGN_CURSORS=No
ALIGN_CURSORSZ=No
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TRACKER_CURSOR=No
TRACKER_CURSOR_BRANCHINFO=No
TRACKER_INTERCEPT=No
TRACKER_MOUSE=No
TOFRONT=Yes
TOBACK=Yes
SPLITCIRTEXTH=No
SPLITCIRTEXTV=No
SPACE_SPLITTERS_EVENLY=No
NORMALCIR=No
LABEL_WAVEFORM=No
LABEL_DATA_POINTS=No
WFB_ADD_TO_LIMITS=No
ENVELOPE=No
SAMEYSCALES=No
KEEPXSCALESTHESAME=No
SHOWWATCH=No
BP=No
TOGGLEMODE=No
REMOVEALLTEXT=No
AUTOSCALEX=No
LABELALLMINOR=No

[APage]
Analysis=Transient
Name="time"

[APage]
Analysis=Transient
Name="Charge/Flux"

[APage]
Analysis=Transient
Name="I/V"

[Monte Carlo Options]
Analysis=Transient
Status=Off
Zero Tolerance=False
Eliminate Outliers=False
Distribution=Normal
Number of Runs=10
Seed=0

[Limits]
Analysis=Transient
TRange=10
TStep=10m
NPts=51
Temp=27
RetraceRuns=1
StateVar=Retrace
RunOption=Normal
Temperature Type=Linear
Accumulate Plots=False

[WaveForm]
Analysis=Transient
Plt=1
Page=time
AliasID=5
XExp=time
YExp=V(memJ)
XRng=TMAX,TSTART
YRng=AutoAlways
Options=LINEARX,LINEARY
Enable=Enable
CS=Normal
Line Color=#FF0000
Text Color=#FF0000
Rainbow=False
LWdth=2
VFmtX=3
VFmtY=3
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ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3
NOFmtX=3
NOFmtY=3

[WaveForm]
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Plt=1
Page=time
AliasID=11
XExp=time
YExp=I(IinJ)
XRng=TMAX,TSTART
YRng=AutoAlways
Options=LINEARX,LINEARY
Enable=Enable
CS=Normal
Line Color=#0000FF
Text Color=#0000FF
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3
NOFmtX=3
NOFmtY=3

[WaveForm]
Analysis=Transient
Plt=2
Page=time
AliasID=12
XExp=time
YExp=V(memB)
XRng=TMAX,TSTART
YRng=AutoAlways
Options=LINEARX,LINEARY
Enable=Enable
CS=Normal
Line Color=#FF0000
Text Color=#FF0000
Rainbow=False
LWdth=2
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3
NOFmtX=3
NOFmtY=3

[WaveForm]
Analysis=Transient
Plt=2
Page=time
AliasID=13
XExp=time
YExp=I(IinB)
XRng=TMAX,TSTART
YRng=AutoAlways
Options=LINEARX,LINEARY
Enable=Enable
CS=Normal
Line Color=#0000FF
Text Color=#0000FF
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3
NOFmtX=3
NOFmtY=3

[WaveForm]
Analysis=Transient
Plt=3
Page=time
AliasID=6
XExp=time
YExp=V(XJ.X)
XRng=TMAX,TSTART
YRng=1,0
Options=LINEARX,LINEARY
Range Grid Y=0.2
Enable=Enable
CS=Normal
Line Color=#FF0000
Text Color=#FF0000
Rainbow=False
LWdth=2
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3
NOFmtX=3
NOFmtY=3

[WaveForm]
Analysis=Transient
Plt=3
Page=time
AliasID=7
XExp=time
YExp=V(XB.X)
XRng=TMAX,TSTART
YRng=1,0
Options=LINEARX,LINEARY
Range Grid Y=0.2
Enable=Enable
CS=Normal
Line Color=#000000
Text Color=#000000
Rainbow=False
LWdth=2
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3
NOFmtX=3
NOFmtY=3

[WaveForm]
Analysis=Transient
Plt=1
Page=Charge/Flux
AliasID=3
XExp=V(XJ.FLUX)
YExp=V(XJ.CHARGE)
XRng=AutoAlways
YRng=AutoAlways
Options=LINEARX,LINEARY
Enable=Enable
CS=Normal
Line Color=#0000FF
Text Color=#0000FF
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3
NOFmtX=3
NOFmtY=3

[WaveForm]
Analysis=Transient
Plt=2
Page=Charge/Flux
AliasID=4
XExp=V(XB.FLUX)
YExp=V(XB.CHARGE)
XRng=AutoAlways
YRng=AutoAlways
Options=LINEARX,LINEARY
Enable=Enable
CS=Normal
Line Color=#FF0000
Text Color=#FF0000
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3
NOFmtX=3
NOFmtY=3

[WaveForm]
Analysis=Transient
Plt=1
Page=I/V
AliasID=8
XExp=V(memJ)
YExp=i(IinJ)
XRng=AutoAlways
YRng=AutoAlways
Options=LINEARX,LINEARY
Enable=Enable
CS=Normal
Line Color=#008000
Text Color=#008000
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3
NOFmtX=3
NOFmtY=3

[WaveForm]
Analysis=Transient
Plt=2
Page=I/V
AliasID=14
XExp=V(memB)
YExp=i(IinB)
XRng=AutoAlways
YRng=AutoAlways
Options=LINEARX,LINEARY
Enable=Enable
CS=Normal
Line Color=#FF00FF
Text Color=#FF00FF
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3
NOFmtX=3
NOFmtY=3

[Limits]
Analysis=DynamicAC
FirstValueDisplay=Mag
SecondValueDisplay=PhaseDeg
PlaceText=True

[Limits]
Analysis=DynamicDC
PlaceText=True

[Pane]
Analysis=Transient
CurrentPage 0="time"

[Pane]
Analysis=AC

[Pane]
Analysis=DC

[Pane]
Analysis=Distortion

[Pane]
Analysis=ImDistortion

[Watch]
Analysis=Transient
Format=3
ExprPercentWidth=80

[OPMethods]
Analysis=Transient
Standard Newton-Raphson=0,0
Source Stepping=0,0
Diagonal Gmin Stepping=0,0
Junction Gmin Stepping=0,0
Pseudo Transient=0,0

[OPMethods]
Analysis=AC
Standard Newton-Raphson=0,0
Source Stepping=0,0
Diagonal Gmin Stepping=0,0
Junction Gmin Stepping=0,0
Pseudo Transient=0,0

[OPMethods]
Analysis=DC
Standard Newton-Raphson=0,0
Source Stepping=0,0
Diagonal Gmin Stepping=0,0
Junction Gmin Stepping=0,0
Pseudo Transient=0,0
