[Main]
FileType=CIR
Version=9.00
Program=Micro-Cap
Screen=1280,1024
MCAPVersion=9.0.1.0
Key ID=208 332 945
NLCnt=92
TXCnt=7

[shapedef]
Name=SPICE_V
Root="Vsource.root",0,-12,0

[shapedef]
Name=Resistor
PolyOpen=12 
PolyLine=0,0
PolyLine=0,0
PolyLine=12,0
PolyLine=14,-4
PolyLine=18,4
PolyLine=22,-4
PolyLine=26,4
PolyLine=30,-4
PolyLine=34,4
PolyLine=36,0
PolyLine=48,0
PolyLine=48,0
Current=32,8,16,8

[shapedef]
Name=Capacitor
Line=0,0,22,0
Line=22,-8,22,8
Line=26,-8,26,8
Line=26,0,48,0
Current=32,12,16,12

[shapedef]
Name=Inductor
Line=42,0,48,0
Line=0,0,5,0
Arc=5,-7,17,7 , 11,-7,5,0
Arc=13,-7,25,7 , 19,-7,13,0
Arc=29,-7,41,7 , 35,-7,29,0
Arc=21,-7,33,7 , 27,-7,21,0
Arc=6,-7,18,7 , 18,0,12,-7
Arc=14,-7,26,7 , 26,0,20,-7
Arc=22,-7,34,7 , 34,0,28,-7
Arc=30,-7,42,7 , 42,0,36,-7
Line=11,-7,12,-7
Line=19,-7,20,-7
Line=27,-7,28,-7
Line=35,-7,36,-7
Arc=13,-4,17,2 , 13,-1,15,2
Arc=29,-4,33,2 , 29,-1,31,2
Arc=21,-4,25,2 , 21,-1,23,2
Arc=14,-4,18,2 , 16,2,18,-1
Arc=30,-4,34,2 , 32,2,34,-1
Arc=22,-4,26,2 , 24,2,26,-1
Line=15,2,16,2
Line=23,2,24,2
Line=31,2,32,2
Line=5,5,9,5
Line=41,5,41,9
Line=39,7,43,7
Current=32,8,16,8

[shapedef]
Name=Diode
Root="Diode.root",0,-8,0

[shapedef]
Name=Transformer
Root="Trans.root",0,0,0
Current=0,16,0,32
Current=48,16,48,32
Ellipse=2,4,4,6,SOLID
Ellipse=44,4,46,6,SOLID

[shapedef]
Name=NPN
Root="Bjt.root",0,-24,0
PolyClosed=3 ,Solid
PolyLine=20,12
PolyLine=24,12
PolyLine=24,8

[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=Zener
Root="Diode.root",0,-8,0
Rectangle=16,-9,20,-8,SOLID
Rectangle=18,8,22,9,SOLID

[shapedef]
Name=Diode.root
Line=0,0,20,0
Line=28,0,48,0
Rectangle=18,-8,20,8,SOLID
PolyClosed=3 ,Solid
PolyLine=20,0
PolyLine=28,-8
PolyLine=28,8
Current=32,16,16,16

[shapedef]
Name=Trans.root
Line=48,0,40,0
Line=24,5,24,43
Line=40,0,40,5
Line=48,48,40,48
Line=40,48,40,42
Line=22,43,22,5
Line=26,43,26,5
Rectangle=2,7,3,7
Line=8,0,0,0
Line=8,0,8,5
Line=0,48,8,48
Line=8,48,8,42
Arc=1,5,15,17 , 15,11,8,5
Arc=1,4,15,18 , 8,18,15,11
Arc=5,12,11,18 , 5,15,8,18
Arc=5,13,11,17 , 8,13,5,15
Arc=1,13,15,25 , 15,19,8,13
Arc=1,12,15,26 , 8,26,15,19
Arc=5,20,11,26 , 5,23,8,26
Arc=5,21,11,25 , 8,21,5,23
Arc=1,21,15,33 , 15,27,8,21
Arc=1,20,15,34 , 8,34,15,27
Arc=5,28,11,34 , 5,31,8,34
Arc=5,29,11,33 , 8,29,5,31
Arc=1,29,15,41 , 15,35,8,29
Arc=1,28,15,42 , 8,42,15,35
Arc=33,30,47,42 , 33,36,40,42
Arc=33,29,47,43 , 40,29,33,36
Arc=37,29,43,35 , 43,32,40,29
Arc=37,30,43,34 , 40,34,43,32
Arc=33,22,47,34 , 33,28,40,34
Arc=33,21,47,35 , 40,21,33,28
Arc=37,21,43,27 , 43,24,40,21
Arc=37,22,43,26 , 40,26,43,24
Arc=33,14,47,26 , 33,20,40,26
Arc=33,13,47,27 , 40,13,33,20
Arc=37,13,43,19 , 43,16,40,13
Arc=37,14,43,18 , 40,18,43,16
Arc=33,6,47,18 , 33,12,40,18
Arc=33,5,47,19 , 40,5,33,12

[shapedef]
Name=Vsource.root
Line=0,0,12,0
Line=36,0,48,0
Ellipse=12,-12,36,12
Line=7,5,7,9
Root="Plus.root",39,5,0
Current=32,16,16,16

[shapedef]
Name=Plus.root
Line=-2,0,2,0
Line=0,-2,0,2

[shapedef]
Name=Bjt.root
Line=0,0,13,0
Rectangle=13,-12,15,12,SOLID
Current=32,-24,32,-16
Current=32,24,32,16
Current=0,-8,8,-8
PolyOpen=3 
PolyLine=24,-24
PolyLine=24,-12
PolyLine=14,-2
PolyOpen=3 
PolyLine=24,24
PolyLine=24,12
PolyLine=14,2

[shapedef]
Name=ISOL
Rectangle=40,8,40,10
Line=16,16,3,16
Rectangle=1,4,3,28,SOLID
Line=-8,-8,-8,4
Line=-8,4,2,14
Line=-8,40,-8,28
Line=-8,28,2,18
Line=48,40,48,20
Line=48,12,48,-8
Rectangle=40,20,56,22,SOLID
PolyClosed=3 ,Solid
PolyLine=48,20
PolyLine=40,12
PolyLine=56,12
Line=40,8,24,8
Line=24,8,32,16
Line=32,16,19,16
Line=19,16,22,14
Line=22,18,19,16
PolyClosed=4 ,Solid
PolyLine=-8,28
PolyLine=-8,28
PolyLine=-7,23
PolyLine=-3,27

[shapedef]
Name=VM2
Line=0,0,24,0
Rectangle=24,-24,184,24
Line=184,0,206,0
Line=40,24,40,48
Line=104,24,104,48
Line=168,24,168,48
Text="IN",28,-8,43,8 , -13,0,"Arial"
Text="CTRL",26,8,62,24 , -13,0,"Arial"
Text="FB",94,8,113,24 , -13,0,"Arial"
Text="GND",152,8,183,24 , -13,0,"Arial"
Text="OUT",152,-8,181,8 , -13,0,"Arial"

[compdef]
Name=Voltage Source
Definition=VSpice
Shape=SPICE_V
Mask=4864
memo=Voltage Source
Label Offset=19,13,15,13
PinCnt=2
Pin="Plus",6,0,-5,-6
Pin="Minus",0,0,-20,-6

[compdef]
Name=Capacitor
Definition=Capacitor
Shape=Capacitor
Mask=6913
memo=Capacitor
Label Offset=16,12,12,12
PinCnt=2
Pin="Plus",6,0,-3,-5
Pin="Minus",0,0,-14,-5

[compdef]
Name=XFMR1
Definition=Subckt
Shape=Transformer
Mask=4224
memo=Single Winding Transformer
Label Offset=18,-34,6,11
PinCnt=4
Pin="1",a,0,0,-3,-4
Pin="2",a,0,6,-3,17
Pin="3",a,6,0,-2,-4
Pin="4",a,6,6,-2,17

[compdef]
Name=Diode
Definition=Diode
Shape=Diode
Mask=5889
memo=Diode
Label Offset=17,10,12,12
PinCnt=2
Pin="Anode",6,0,-9,-8
Pin="Cathode",0,0,-20,-8

[compdef]
Name=Resistor
Definition=Resistor
Shape=Resistor
Mask=7937
memo=Resistor
Label Offset=18,6,8,11
PinCnt=2
Pin="Plus",6,0,-10,-4
Pin="Minus",0,0,-14,-4

[compdef]
Name=MOC8101
Definition=Subckt
Shape=ISOL
Mask=4096
memo=Isolater
Label Offset=60,2,0,0
PinCnt=4
Pin="1",a,6,-1,-9,6
Pin="2",a,6,5,-9,6
Pin="5",a,-1,5,5,6
Pin="3",a,-1,-1,5,6

[compdef]
Name=Inductor
Definition=Inductor
Shape=Inductor
Mask=7681
memo=Inductor
Label Offset=18,9,11,12
PinCnt=2
Pin="Plus",6,0,-5,-9
Pin="Minus",0,0,-3,-9

[compdef]
Name=Ground
Definition=Ground
Shape=Ground
Mask=1793
memo=Ground
Label Offset=0,0,0,0
PinCnt=1
Pin="PinA",0,0,-3,-7

[compdef]
Name=1N752
Definition=Diode
Shape=Zener
Mask=4224
memo=Zener Diode Vz=5.6V Izt=20mA Zzt=11ohm
Label Offset=18,10,12,12
PinCnt=2
Pin="Anode",6,0,-13,-8
Pin="Cathode",0,0,-27,-8

[compdef]
Name=NPN
Definition=NPN
Shape=NPN
Mask=4097
memo=NPN Transistor
Label Offset=28,-13,-5,23
PinCnt=3
Pin="Collector",3,-3,4,14
Pin="Base",0,0,-18,-3
Pin="Emitter",3,3,5,1

[compdef]
Name=NCP1200_AV
Definition=Subckt
Shape=VM2
Mask=4096
memo=PWM Current Mode Controller - AC Averaged Model
Label Offset=66,-38,26,29
PinCnt=5
Pin="IN",a,0,0,1,-2
Pin="CTRL",a,5,6,2,0
Pin="FB",a,13,6,2,0
Pin="GND",a,21,6,2,0
Pin="OUT",a,26,0,-13,-1

[Circuit]
Window Placement=2,3, -1,-1, -4,-23, 132,132,924,737
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=#800000,Name=Arial
Component Color=#0000FF
Attribute Text=Height=-12,FStyle=0,Color=#008000,Name=Arial
Wire Color=#008000
Bus Color=#008000
Pin Connection=Height=-11,FStyle=0,Color=#FF0000,Name=Arial
Node Number=Height=-11,FStyle=0,Color=#FF00FF,Name=Arial
Node Voltage Color=#000000
Dynamic AC Voltage Color=#C0C0C0
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
Digital 0 Color=#000000
Digital R Color=#FFFF00
Digital F Color=#FFFF00
Digital 1 Color=#FF0000
Digital X Color=#C0C0C0
Digital Z Color=#808080
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=True
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

[Comp]
Name=Voltage Source
Grid=4,23
Rot=3

[Attr]
ONV=30,-38,PART,Vin
Style=8192

[Attr]
ONV=21,-19,VALUE,DC=120 AC=0
Style=8192

[Wire]
Grids=4,7,4,17

[Wire]
Grids=4,7,18,7

[Wire]
Grids=4,23,4,32

[Wire]
Grids=38,44,38,45

[Comp]
Name=Voltage Source
Grid=23,24
Rot=7

[Attr]
ONV=-53,7,PART,Vstim
Style=8192

[Attr]
ONV=-78,30,VALUE,DC=0 AC=1
Style=8192

[Comp]
Name=Capacitor
Grid=23,17
Rot=7

[Attr]
ONV=-37,10,PART,COL
Style=8192

[Attr]
ONV=-32,27,CAPACITANCE,1K
Style=8192

[Comp]
Name=XFMR1
Grid=46,7

[Attr]
ONV=15,-48,PART,X1
Style=8192

[Attr]
ONV=4,-33,NAME,XFMR1
Style=8192

[Attr]
ONV=0,-17,PARAMS:,RATIO=.08
Style=8192

[Comp]
Name=Diode
Grid=61,7
Rot=2

[Attr]
ONV=-33,-25,PART,D1
Style=8192

[Attr]
ONV=-42,12,MODEL,MBR140P
Style=8192

[Comp]
Name=Resistor
Grid=87,16
Rot=5

[Attr]
ONV=15,-42,PART,R1
Style=8192

[Attr]
ONV=15,-27,RESISTANCE,300m
Style=8192

[Comp]
Name=MOC8101
Grid=32,40

[Attr]
ONV=4,-17,PART,X4
Style=8192

[Attr]
ONV=68,4,NAME,MOC8101
Style=8192

[Comp]
Name=Capacitor
Grid=87,25
Rot=5

[Attr]
ONV=18,-41,PART,C1
Style=8192

[Attr]
ONV=18,-25,CAPACITANCE,10uF
Style=8192

[Comp]
Name=Resistor
Grid=97,20
Rot=5

[Attr]
ONV=17,-42,PART,RLOAD
Style=8192

[Attr]
ONV=15,-27,RESISTANCE,25
Style=8192

[Wire]
Grids=87,7,87,10

[Wire]
Grids=97,7,97,14

[Wire]
Grids=97,20,97,27

[Wire]
Grids=87,25,87,27

[Wire]
Grids=87,27,97,27

[Comp]
Name=Inductor
Grid=77,7
Rot=6

[Attr]
ONV=-24,-29,PART,L1
Style=8192

[Attr]
ONV=-33,11,INDUCTANCE,2.2u
Style=8192

[Comp]
Name=Ground
Grid=4,32
Rot=1

[Wire]
Grids=23,30,23,32

[Wire]
Grids=4,32,23,32

[Wire]
Grids=23,23,23,24

[Wire]
Grids=23,13,23,15

[Wire]
Grids=52,7,55,7

[Comp]
Name=Resistor
Grid=84,7
Rot=6

[Attr]
ONV=-34,-26,PART,R10
Style=8192

[Attr]
ONV=-33,10,RESISTANCE,10m
Style=8192

[Comp]
Name=Capacitor
Grid=66,24
Rot=5

[Attr]
ONV=18,-41,PART,C2
Style=8192

[Attr]
ONV=16,-25,CAPACITANCE,470uF
Style=8192

[Wire]
Grids=66,24,66,32

[Wire]
Grids=66,7,66,9

[Wire]
Grids=61,7,66,7

[Wire]
Grids=66,7,71,7

[Wire]
Grids=77,7,78,7

[Wire]
Grids=84,7,87,7

[Comp]
Name=Resistor
Grid=66,9
Rot=7

[Attr]
ONV=17,8,PART,R11
Style=8192

[Attr]
ONV=14,29,RESISTANCE,100m
Style=8192

[Comp]
Name=Inductor
Grid=30,15
Rot=6

[Attr]
ONV=-31,-23,PART,L2
Style=8192

[Attr]
ONV=-33,11,INDUCTANCE,1K
Style=8192

[Comp]
Name=1N752
Grid=65,56
Rot=1

[Attr]
ONV=12,12,PART,D2
Style=8192

[Attr]
ONV=12,27,MODEL,1N752
Style=8192

[Attr]
ONV=0,33,PACKAGE,DO-204AH

[Comp]
Name=Resistor
Grid=65,39
Rot=7

[Attr]
ONV=16,9,PART,R12
Style=8192

[Attr]
ONV=21,34,RESISTANCE,470
Style=8192

[Wire]
Grids=65,45,65,49

[Wire]
Grids=65,35,65,39

[Comp]
Name=Resistor
Grid=54,49
Rot=2

[Attr]
ONV=-41,-21,PART,R13
Style=8192

[Attr]
ONV=-37,16,RESISTANCE,68
Style=8192

[Comp]
Name=NPN
Grid=41,61
Rot=6

[Attr]
ONV=-44,-13,PART,Q1
Style=8192

[Attr]
ONV=-72,2,MODEL,2N2222
Style=8192

[Comp]
Name=Resistor
Grid=38,57
Rot=3

[Attr]
ONV=14,-43,PART,R14
Style=8192

[Attr]
ONV=19,-27,RESISTANCE,47
Style=8192

[Comp]
Name=Resistor
Grid=56,67
Rot=3

[Attr]
ONV=12,-43,PART,R15
Style=8192

[Attr]
ONV=15,-28,RESISTANCE,100
Style=8192

[Comp]
Name=Resistor
Grid=53,68
Rot=6

[Attr]
ONV=-37,-22,PART,R16
Style=8192

[Attr]
ONV=-33,6,RESISTANCE,2.2
Style=8192

[Wire]
Grids=38,45,38,49

[Wire]
Grids=38,49,48,49

[Wire]
Grids=38,49,38,51

[Wire]
Grids=38,57,38,58

[Comp]
Name=Resistor
Grid=44,67
Rot=5

[Attr]
ONV=8,-37,PART,R17
Style=8192

[Attr]
ONV=12,-23,RESISTANCE,68
Style=8192

[Wire]
Grids=44,68,47,68

[Wire]
Grids=44,67,44,68

[Wire]
Grids=53,68,56,68

[Wire]
Grids=56,67,56,68

[Wire]
Grids=44,61,56,61

[Wire]
Grids=65,62,65,68

[Wire]
Grids=56,68,65,68

[Wire]
Grids=97,27,97,68

[Wire]
Grids=65,68,97,68

[Wire]
Grids=23,15,24,15

[Wire]
Grids=30,15,31,15

[Wire]
Grids=41,61,44,61

[Wire]
Grids=38,68,44,68

[Wire]
Grids=38,64,38,68

[Comp]
Name=Capacitor
Grid=23,50
Rot=7

[Attr]
ONV=-26,1,PART,C3
Style=8192

[Attr]
ONV=-32,27,CAPACITANCE,100n
Style=8192

[Wire]
Grids=23,35,31,35

[Wire]
Grids=23,35,23,50

[Wire]
Grids=31,35,31,39

[Wire]
Grids=23,56,23,68

[Wire]
Grids=23,68,31,68

[Wire]
Grids=31,45,31,68

[Wire]
Grids=31,68,38,68

[Wire]
Grids=31,15,31,35

[Wire]
Grids=87,16,87,19

[Wire]
Grids=66,15,66,18

[Wire]
Grids=23,15,23,17

[Wire]
Grids=31,13,31,15

[Wire]
Grids=44,7,46,7

[Wire]
Grids=23,32,39,32

[Wire]
Grids=52,13,52,32

[Wire]
Grids=52,32,66,32

[Wire]
Grids=39,13,39,32

[Wire]
Grids=39,32,46,32

[Wire]
Grids=46,13,46,32

[Wire]
Grids=46,32,52,32

[Wire]
Grids=54,49,65,49

[Wire]
Grids=65,49,65,56

[Wire]
Grids=38,35,38,39

[Comp]
Name=NCP1200_AV
Grid=18,7

[Attr]
ONV=85,-22,PART,X11
Style=8192

[Attr]
ONV=59,-8,NAME,NCP1200_AV
Style=8192

[Attr]
ONV=24,-46,PARAMS:,FS=40K L=2.7m MC=0 RI=2.7
Style=8192

[Comp]
Name=Voltage Source
Grid=89,7
Rot=4

[Attr]
ONV=19,-28,PART,IOUT
Style=8192

[Attr]
ONV=-3,-46,VALUE,DC=0 AC=0
Style=8192

[Wire]
Grids=87,7,89,7

[Wire]
Grids=95,7,97,7

[Comp]
Name=Ground
Grid=31,68
Rot=1

[Grid Text]
Text="FB"
Grid=23,35
CBorder=NONE

[Grid Text]
Text="OUTA"
Grid=97,7
CBorder=NONE

[Grid Text]
Text="OUT1"
Grid=66,7
CBorder=NONE

[Grid Text]
Text="OUT1"
Grid=38,35
CBorder=NONE

[Grid Text]
Text="OUTA"
Grid=65,35
CBorder=NONE

[Grid Text]
Text="OUTB"
Grid=97,27
CBorder=NONE

[Grid Text]
Text="NCP1200þAveraged ModelþRun AC Analysis"
Grid=73,53
Height=-18
Color=#0000FF
Weight=2
CFill=#E4E4E4
CBorder=#0000FF

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

[Tools]
Pos=Top
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
FLAG=Yes
META=No
INFO=Yes
HELP=Yes
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=Yes
GRID=Yes
BORDER=Yes
TITLE=Yes
RUBBER=Yes
PROPERTY=Yes
STEP=Yes
MIRROR=Yes
ROTATE=Yes
FLIPY=Yes
FLIPX=Yes
FINDCOMP=Yes
FIND=Yes
REPEAT=No
MODEL=Yes
CIR2CKT=No
ATTDISP=No
ENABLE=Yes
DISABLE=Yes
TOFRONT=Yes
TOBACK=Yes
SELNEXT=No
PAGEADD=No
PAGEDEL=No
ZOOMIN=Yes
ZOOMOUT=Yes
GOTOFLAG=No
UPLEVEL=Yes
COLOR=Yes
FONT=Yes

[Section]
Index=0
Name="Main"
Type=Main
Enable=True
CurrentPage 0=0
CurrentPage 1=0
CurrentPage 2=0
CurrentPage 3=0
TabSize 0=320
TabSize 1=320
TabSize 2=320
TabSize 3=320

[Page]
Index=0
Section=0
Print=True
Enable=True
Name=Page 1
A.PrintPreview=Off,0,0,1,0.5
Scale 0=0.6666666666666666
Scale 1=1
Scale 2=1
Scale 3=1
Grid=77,38

[Page]
Index=1
Section=0
Type=Text
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*** NPN General purpose transistor
.MODEL 2N2222 NPN (IS=10F BF=506.842 NF=979.99M VAF=100 IKF=696.241M
+ ISE=0.241303F NE=1.05779 BR=154.978M IKR=999.407 ISC=6.94996P RE=668.817M
+ CJE=42.4239P VJE=700M MJE=642.887M CJC=36.6437P VJC=700M MJC=558.066M
+ TF=484.887P XTF=500.001M VTF=10 ITF=9.88166M TR=2.26629U)
*** D:\MC6\DATA\DIODE.LBR
*** Schottky Barrier Rectifier
.MODEL MBR140P D (IS=6.34578U N=1.09485 BV=40 RS=82.2338M CJO=144.679P
+ VJ=3.91415 M=853.396M EG=690M XTI=2 RL=118.856K)
*** D:\MC6\DATA\MZENER.LBR
*** 5.6V 500mW Zener Diode
.MODEL 1N752 D (IS=5.72393F BV=5.36 IBV=1U RS=11 CJO=149.624P VJ=750M
+ M=499.419M RL=1G)

* ------------------------------------------------------------ *
*
* ON Semiconductor
* NCP1200 model developed by Christophe BASSO, Toulouse (FRANCE)
* e-mail: christophe.basso@onsemi.com
* Micro-Cap 6 compatible
*
* Last modified: May 4th 2000
* 
* This simplified models accounts for propagation delays 
* and includes the complete overcharge detection scheme
*
* ------------------------------------------------------------ *
**********
*SRC=NCP1200;NCP1200;MOTOROLA;SMPS Controller;Low-cost 40kHz
*SYM=NCP1200 
.SUBCKT NCP1200 1   2  3  4   5   6  8  PARAMS: FS=40K
*               Adj FB CS Gnd Drv Vcc   HV
**** ESD NETWORK ****
D1 4 1 DCLAMP1
D2 4 2 DCLAMP1
D3 4 3 DCLAMP1
D4 4 5 DCLAMP2
D5 4 6 DCLAMP2
**** SELF-SUPPLY ****
G2 8 6 VALUE = {IF(V(11) > 3.5 , 0 , 4m)}
XCOMP1 6 10 UVLO COMP2
E5 10 4 VALUE={IF(V(UVLO) < 3.5 , 12 , 10)}
X2 UVLO OVERLATCH 11 OR2
XUVLO6 100 6 110 COMP2
X50 110 OVERLATCH UVLO6 AND2
VUVLO6 100 4 6.5
**** OUTPUT PULSE VALIDATION ****
XPULS UVLO OVER PULSOK NC4 TFFLOP ; turns the pulses on at UVLOh
* S R Q Q\
RDUM4 OVER 4 100k
**** CURRENT CONSUMPTION ****
ISUPP1 6 4 300u
GSUPP2 6 4 VALUE={IF(V(PULSOK) > 3.5 ,100u , 0)}
GSUPPDRV 6 4 VALUE= {IF(I(VPW) > 0 , I(VPW) , 0)}
**** CLOCK SECTION ****
VCLOCK clk1 4 PULSE 0 10 0 10n 10n 100n {1/Fs}
VMDUTY MDUTY 4 PULSE 0 10 {0.8/Fs} 10n 10n 100n {1/FS}
XRESET clk1 200 clk2 AND2
EINVRST 200 4 VALUE={IF(V(SKIP)<800mV , 3.5 , 0)}
XFFLOP clk2 RST Q NC1 TFFLOP
RNC1 NC1 4 100k
XRST MDUTY IMAX SKIP RST OR3
**** CURRENT SENSE ****
EVREF REF 4 VALUE={IF(V(6) > 4.8V , 4.8 , V(6))}
RFB REF 2 6k
RDUPP 2 290 57k
RDLOW 290 4 20k
ECLIP ISET 4 VALUE={IF(V(290) > 1 , 1 , V(290))}
XCOMP2 LEBO ISET OVERI COMP2
XPROPDEL OVERI IMAX UTD PARAMS: TD1=200ns ; propagation delay
XDEL3 Q 30 UTD PARAMS: TD1=250ns
ELEB LEBO 4 VALUE={IF(V(30) > 3 , V(3) , 0)}
**** OVERLOAD SECTION ****
EOVER 50 4 VALUE={IF((V(ISET)>990m) & (V(PULSOK)>3.5) , 10 , 0)}
XOVER UVLO 50 OVER AND2I ; UVLO low and OVL, latches off the pulses
XLATCH OVER UVLO6 OVERLATCH NC5 TFFLOP ; latches off the current source
RNC5 NC5 4 100k
**** SKIP CYCLE SECTION ****
RADJU REF 1 70k
RADJL 1 4 23.3k
XSKIP 150 2 SKIP COMP2
EHYST 150 4 VALUE={IF(V(SKIP) < 3.5 , V(1) , V(1)+100m)}
**** DRIVER SECTION ****
EDRVU 90 4 VALUE={IF((V(PULSOK)>3) & (V(Q)>3) , V(6) , 100m)}
VPW 90 91
RON 91 5 36
ROFF 90 250 18
DOFF 5 250 DSTD
****
.MODEL DSTD D RS=100M CJO=15pF TT=50n N=0.2
.MODEL DCLAMP1 D BV=10
.MODEL DCLAMP2 D BV=20
.ENDS NCP1200
*INCLUDE NCP1200.LIB
************
* ON Semiconductor
* NCP1200 model developed by Christophe BASSO, Toulouse (FRANCE)
* e-mail: christophe.basso@onsemi.com
* Micro-Cap 6 compatible
*
* Last modified: May 4th 2000
* NCP1200 average FLYBACK AC model DCM and CCM modes
* FLYBACK average model made by Ben-Gurion University (ISRAEL)
* http://www.ee.bgu.ac.il/~pel
*
*SRC=NCP1200_Av;NCP1200_Av;MOTOROLA;SMPS Controller;Average model
*SYM=NCP1200_A
.SUBCKT NCP1200_Av In Out Gnd FB CTRL PARAMS: FS=40K L=2.7u MC=0.0 RI=2.7
GGIN IN GND VALUE={I(VLM)*V(DON)/(V(DON)+V(DOFF))}
EELM OUT1 GND VALUE = {V(IN)*V(DON)-V(OUT)*V(DOFF)}
RM OUT1 5 1M
LM 5 8 {L}
VLM 8 GND
GGOUT GND OUT VALUE = {I(VLM)*V(DOFF)/(V(DON)+V(DOFF))}
EDON DON GND VALUE = {IF ( ((V(CONTROL)-I(VLM)*{RI})*{FS})/({MC}+((0.5*{RI}*V(IN))/{L})) < 10m , 10m 
+ , IF( ((V(CONTROL)-I(VLM)*{RI})*{FS})/({MC}+((0.5*{RI}*V(IN))/{L})) > .999 , .999
+ , ((V(CONTROL)-I(VLM)*{RI})*{FS})/({MC}+((0.5*{RI}*V(IN))/{L})) ) ) } 
VCLP VC 0 9M
D2 VC DOFF DBREAK
D1 DOFF 6 DBREAK
R4 DOFF 7 10
EDOFFM 6 GND VALUE={1-V(DON)-9M}
EDOFF 7 GND VALUE={2*I(VLM)*{FS}*{L}/(V(DON)+.1n)/(V(IN)+.1n)-V(DON)}
E1 CONTROL 0 VALUE = {IF(V(CTRL)/4 > 1 , 1 , V(CTRL)/4)}
Vref 50 GND DC=4.8V
Rfb 50 FB 6k
.MODEL DBREAK D (TT=1N CJO=10P N=0.01)
.ENDS
***********
**** SUBCIRCUIT MODELS ****
.SUBCKT UTD 1 2 PARAMS:TD1=200N
*
*Parameters K=GAIN TD=DELAY
RIN 1 0 1E15
E1 3 0 1 0 1
T1 3 0 2 0 Z0=1 TD={TD1}
R1 2 0 1
.ENDS
**** 2 INPUT COMPARATOR ****
.SUBCKT COMP2 1 2 3
*             + - S
E1 4 0 VALUE={IF(V(1) > V(2) , 5 , 0)}
RD 4 3 100
CD 3 0 10P
.ENDS COMP2
**** 4 INPUT OR GATE ****
.SUBCKT OR3 1 2 3 6
E1 5 0 VALUE= {IF((V(1)>800M) | (V(2)>800M) | (V(3)>800M) , 5 , 0)}
RD 5 6 100
CD 6 0 10P
.ENDS OR3
**** 2 INPUT OR GATE ****
.SUBCKT OR2 1 2 3
E1 4 0 VALUE= {IF((V(1)>800M) | (V(2)>800M) , 5 , 0 )}
RD 4 3 100
CD 3 0 10P
.ENDS OR2
**** 2 INPUT AND CIRCUIT ****
.SUBCKT AND2 1 2 3
E1 4 0 VALUE= {IF((V(1)>800M) & (V(2)>800M) , 5 , 0)}
RD 4 3 100
CD 3 0 10P
.ENDS AND2
**** 2 INPUT AND CIRCUIT ****
.SUBCKT AND2I 1 2 3
E1 4 0 VALUE = {IF((V(1)<800M) & (V(2)>800M) , 5 , 0)}
RD 4 3 100
CD 3 0 10P
.ENDS AND2I
**** 2 INPUT NOR CIRCUIT ****
.SUBCKT NOR2 1 2 3
E1 4 0 VALUE = {IF((V(1)>800M) | (V(2)>800M) , 0 , 5)}
RD 4 3 100
CD 3 0 10P
.ENDS NOR2
****
.SUBCKT TFFLOP 6 8 2 1
*              S R Q Q\
EQB   10 0 VALUE={IF((V(8)<800M) & (V(2)>800M) , 0 , 10)}
EQ    20 0 VALUE={IF((V(6)<800M) & (V(1)>800M) , 0 , 10)}
RD1   10 1 100
CD1   1 0 10p IC=5
RD2   20 2 100
CD2   2 0 10p IC=0
.ENDS TFFLOP
*******
* ------------------------------------------------------------ *
*
* ON Semiconductor
* NCP1200 model developed by Christophe BASSO, Toulouse (FRANCE)
* e-mail: christophe.basso@onsemi.com
* Micro-Cap 6 compatible
*
* Last modified: May 4th 2000
* 
* This simplified models accounts for propagation delays 
* and includes the complete overcharge detection scheme
*
* ------------------------------------------------------------ *
**********
*SRC=NCP1200;NCP1200;MOTOROLA;SMPS Controller;Low-cost 40kHz
*SYM=NCP1200 
.SUBCKT NCP1200 1   2  3  4   5   6  8  PARAMS: FS=40K
*               Adj FB CS Gnd Drv Vcc   HV
**** ESD NETWORK ****
D1 4 1 DCLAMP1
D2 4 2 DCLAMP1
D3 4 3 DCLAMP1
D4 4 5 DCLAMP2
D5 4 6 DCLAMP2
**** SELF-SUPPLY ****
G2 8 6 VALUE = {IF(V(11) > 3.5 , 0 , 4m)}
XCOMP1 6 10 UVLO COMP2
E5 10 4 VALUE={IF(V(UVLO) < 3.5 , 12 , 10)}
X2 UVLO OVERLATCH 11 OR2
XUVLO6 100 6 110 COMP2
X50 110 OVERLATCH UVLO6 AND2
VUVLO6 100 4 6.5
**** OUTPUT PULSE VALIDATION ****
XPULS UVLO OVER PULSOK NC4 TFFLOP ; turns the pulses on at UVLOh
* S R Q Q\
RDUM4 OVER 4 100k
**** CURRENT CONSUMPTION ****
ISUPP1 6 4 300u
GSUPP2 6 4 VALUE={IF(V(PULSOK) > 3.5 ,100u , 0)}
GSUPPDRV 6 4 VALUE= {IF(I(VPW) > 0 , I(VPW) , 0)}
**** CLOCK SECTION ****
VCLOCK clk1 4 PULSE 0 10 0 10n 10n 100n {1/Fs}
VMDUTY MDUTY 4 PULSE 0 10 {0.8/Fs} 10n 10n 100n {1/FS}
XRESET clk1 200 clk2 AND2
EINVRST 200 4 VALUE={IF(V(SKIP)<800mV , 3.5 , 0)}
XFFLOP clk2 RST Q NC1 TFFLOP
RNC1 NC1 4 100k
XRST MDUTY IMAX SKIP RST OR3
**** CURRENT SENSE ****
EVREF REF 4 VALUE={IF(V(6) > 4.8V , 4.8 , V(6))}
RFB REF 2 6k
RDUPP 2 290 57k
RDLOW 290 4 20k
ECLIP ISET 4 VALUE={IF(V(290) > 1 , 1 , V(290))}
XCOMP2 LEBO ISET OVERI COMP2
XPROPDEL OVERI IMAX UTD PARAMS: TD1=200ns ; propagation delay
XDEL3 Q 30 UTD PARAMS: TD1=250ns
ELEB LEBO 4 VALUE={IF(V(30) > 3 , V(3) , 0)}
**** OVERLOAD SECTION ****
EOVER 50 4 VALUE={IF((V(ISET)>990m) & (V(PULSOK)>3.5) , 10 , 0)}
XOVER UVLO 50 OVER AND2I ; UVLO low and OVL, latches off the pulses
XLATCH OVER UVLO6 OVERLATCH NC5 TFFLOP ; latches off the current source
RNC5 NC5 4 100k
**** SKIP CYCLE SECTION ****
RADJU REF 1 70k
RADJL 1 4 23.3k
XSKIP 150 2 SKIP COMP2
EHYST 150 4 VALUE={IF(V(SKIP) < 3.5 , V(1) , V(1)+100m)}
**** DRIVER SECTION ****
EDRVU 90 4 VALUE={IF((V(PULSOK)>3) & (V(Q)>3) , V(6) , 100m)}
VPW 90 91
RON 91 5 36
ROFF 90 250 18
DOFF 5 250 DSTD
****
.MODEL DSTD D RS=100M CJO=15pF TT=50n N=0.2
.MODEL DCLAMP1 D BV=10
.MODEL DCLAMP2 D BV=20
.ENDS NCP1200
*INCLUDE NCP1200.LIB
************
* ON Semiconductor
* NCP1200 model developed by Christophe BASSO, Toulouse (FRANCE)
* e-mail: christophe.basso@onsemi.com
* Micro-Cap 6 compatible
*
* Last modified: May 4th 2000
* NCP1200 average FLYBACK AC model DCM and CCM modes
* FLYBACK average model made by Ben-Gurion University (ISRAEL)
* http://www.ee.bgu.ac.il/~pel
*
*SRC=NCP1200_Av;NCP1200_Av;MOTOROLA;SMPS Controller;Average model
*SYM=NCP1200_A
.SUBCKT NCP1200_Av In Out Gnd FB CTRL PARAMS: FS=40K L=2.7u MC=0.0 RI=2.7
GGIN IN GND VALUE={I(VLM)*V(DON)/(V(DON)+V(DOFF))}
EELM OUT1 GND VALUE = {V(IN)*V(DON)-V(OUT)*V(DOFF)}
RM OUT1 5 1M
LM 5 8 {L}
VLM 8 GND
GGOUT GND OUT VALUE = {I(VLM)*V(DOFF)/(V(DON)+V(DOFF))}
EDON DON GND VALUE = {IF ( ((V(CONTROL)-I(VLM)*{RI})*{FS})/({MC}+((0.5*{RI}*V(IN))/{L})) < 10m , 10m 
+ , IF( ((V(CONTROL)-I(VLM)*{RI})*{FS})/({MC}+((0.5*{RI}*V(IN))/{L})) > .999 , .999
+ , ((V(CONTROL)-I(VLM)*{RI})*{FS})/({MC}+((0.5*{RI}*V(IN))/{L})) ) ) } 
VCLP VC 0 9M
D2 VC DOFF DBREAK
D1 DOFF 6 DBREAK
R4 DOFF 7 10
EDOFFM 6 GND VALUE={1-V(DON)-9M}
EDOFF 7 GND VALUE={2*I(VLM)*{FS}*{L}/(V(DON)+.1n)/(V(IN)+.1n)-V(DON)}
E1 CONTROL 0 VALUE = {IF(V(CTRL)/4 > 1 , 1 , V(CTRL)/4)}
Vref 50 GND DC=4.8V
Rfb 50 FB 6k
.MODEL DBREAK D (TT=1N CJO=10P N=0.01)
.ENDS
***********
**** SUBCIRCUIT MODELS ****
.SUBCKT UTD 1 2 PARAMS:TD1=200N
*
*Parameters K=GAIN TD=DELAY
RIN 1 0 1E15
E1 3 0 1 0 1
T1 3 0 2 0 Z0=1 TD={TD1}
R1 2 0 1
.ENDS
**** 2 INPUT COMPARATOR ****
.SUBCKT COMP2 1 2 3
*             + - S
E1 4 0 VALUE={IF(V(1) > V(2) , 5 , 0)}
RD 4 3 100
CD 3 0 10P
.ENDS COMP2
**** 4 INPUT OR GATE ****
.SUBCKT OR3 1 2 3 6
E1 5 0 VALUE= {IF((V(1)>800M) | (V(2)>800M) | (V(3)>800M) , 5 , 0)}
RD 5 6 100
CD 6 0 10P
.ENDS OR3
**** 2 INPUT OR GATE ****
.SUBCKT OR2 1 2 3
E1 4 0 VALUE= {IF((V(1)>800M) | (V(2)>800M) , 5 , 0 )}
RD 4 3 100
CD 3 0 10P
.ENDS OR2
**** 2 INPUT AND CIRCUIT ****
.SUBCKT AND2 1 2 3
E1 4 0 VALUE= {IF((V(1)>800M) & (V(2)>800M) , 5 , 0)}
RD 4 3 100
CD 3 0 10P
.ENDS AND2
**** 2 INPUT AND CIRCUIT ****
.SUBCKT AND2I 1 2 3
E1 4 0 VALUE = {IF((V(1)<800M) & (V(2)>800M) , 5 , 0)}
RD 4 3 100
CD 3 0 10P
.ENDS AND2I
**** 2 INPUT NOR CIRCUIT ****
.SUBCKT NOR2 1 2 3
E1 4 0 VALUE = {IF((V(1)>800M) | (V(2)>800M) , 0 , 5)}
RD 4 3 100
CD 3 0 10P
.ENDS NOR2
****
.SUBCKT TFFLOP 6 8 2 1
*              S R Q Q\
EQB   10 0 VALUE={IF((V(8)<800M) & (V(2)>800M) , 0 , 10)}
EQ    20 0 VALUE={IF((V(6)<800M) & (V(1)>800M) , 0 , 10)}
RD1   10 1 100
CD1   1 0 10p IC=5
RD2   20 2 100
CD2   2 0 10p IC=0
.ENDS TFFLOP
*******
**** SINGLE WINDING TRANSFORMER ****
.SUBCKT XFMR1 1 2 3 4 PARAMS: RATIO=1
RP 1 2 1MEG
E1 5 4 1 2 {RATIO}
F1 1 2 VM  {RATIO}
RS 6 3 1U
VM 5 6 
.ENDS XFMR1

.SUBCKT MOC8101 1 2 3   5
* ISOLATOR      A C COL EMITTER
RB 4 0 100Meg
VM 1 6
D1 6 2 LED
H1 7 0 VM .0055
R1 7 8 1K
C1 8 0 3.35nF
G1 3 4 8 0 1
Q1 3 4 5 MPSA06
.MODEL LED D(N=1.7 RS=.7 CJO=23.9P IS=85.3p BV=6 IBV=10U 
+ VJ=0.75 M=0.333 TT=4.32U)
.MODEL MPSA06 NPN (IS=15.2F NF=1 BF=589 VAF=98.6 IKF=90M ISE=3.34P NE=2 
+ BR=4 NR=1 VAR=16 IKR=0.135 RE=0.343 RB=1.37 RC=0.137 XTB=1.5
+ CJE=9.67P VJE=1.1 MJE=0.5 CJC=7.34P VJC=0.3 MJC=0.3 TF=10.29n TR=276N)
.ENDS MOC8101
**********



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AutoTitle=Yes
Grid Color=#808080
Grid Weight=1
Grid Pattern=Dot
Tracker Foreground=Height=-23,FStyle=0,Color=#000000,Name=Arial
Tracker Background=#FFFF00
Baseline color=#0000FF
Static Grids=False
PlusMark=False
MinorLog25=Off
LabelMinor=Off
OperPoint=False
OperPointOnly=False
AutoScaleRanges=False
DataPoints=False
Token=False
Ruler=False
XAxisGrids=False
YAxisGrids=False
MinorLogGrids=False
BaseLine=False
Graph Background=#FFFFFF
Tracker Intercept=False
Tracker Mouse=True
Tracker Cursor=True
Tracker Cursor BranchInfo=False
Horizontal Cursor=False
Same Y Scales=No
Enable X Scaling=True
Enable Y Scaling=True
Keep X Scales The Same=False
Number of Grids X=5
Number of Grids Y=5
Cursor Select Color Primary=#C0C0C0
Cursor Select Color Secondary=#FF0000
Data Point Labels Color Fore=Height=-23,FStyle=0,Color=#000000,Name=Arial
Data Point Labels Color Back=#FFFF00
PrinterAutoTile=No
PrinterBlackBorder=No
AnimateWait=0
AnimateWaitTime=500
Save_For_Future=No
Reduce_Display=1
Reduce_Save=1
Num Out Header Left
Num Out Header Center="$MC\n$user\n$company\n$Analysis of $name\n"
Num Out Header Right
Num Out Delimiter=32
Num Out Write=True
Num Out Write Main Header=True
Num Out Write Limits=True
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 Values=True
Num Out Write Waveform Header=True
Num Out Low="DCMIN"
Num Out High="DCMAX"
Num Out Font=Height=-15,FStyle=0,Color=#000080,Name=Courier New

[Tools]
Pos=Top
SELECT=Yes
GRAPHIC=Yes
LINE=No
ELLIPSE=No
RECT=No
DIAM=No
ARC=No
PIE=No
LEFTBRK=No
RIGHTBRK=No
BOTHBRK=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
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
NEXTIN=Yes
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
COLOR=Yes
FONT=Yes
SELNEXT=No

[APage]
Analysis=DC
Name="Main"

[Distortion]
Font=Height=-15,FStyle=0,Color=#0000FF,Name=Arial
WinBackGround Color=#FFFFFF
Select Color=#FF0000
Select Box Color=#000080
Title
AutoTitle=Yes
Grid Color=#808080
Grid Weight=1
Grid Pattern=Dot
Tracker Foreground=Height=-23,FStyle=0,Color=#000000,Name=Arial
Tracker Background=#FFFF00
Baseline color=#0000FF
Static Grids=False
PlusMark=False
MinorLog25=Off
LabelMinor=Off
OperPoint=True
OperPointOnly=False
AutoScaleRanges=False
DataPoints=False
Token=False
Ruler=False
XAxisGrids=True
YAxisGrids=True
MinorLogGrids=True
BaseLine=False
Graph Background=#FFFFFF
Tracker Intercept=False
Tracker Mouse=True
Tracker Cursor=True
Tracker Cursor BranchInfo=False
Horizontal Cursor=False
Same Y Scales=No
Enable X Scaling=True
Enable Y Scaling=True
Keep X Scales The Same=False
Number of Grids X=5
Number of Grids Y=5
Cursor Select Color Primary=#C0C0C0
Cursor Select Color Secondary=#FF0000
Data Point Labels Color Fore=Height=-23,FStyle=0,Color=#000000,Name=Arial
Data Point Labels Color Back=#FFFF00
FFT_NPts="1024"
FFT_IncludeDCHarmonic=False
FFT_AutoScale_Harmonics="10"
PrinterAutoTile=No
PrinterBlackBorder=No
AnimateWait=0
AnimateWaitTime=500
Save_For_Future=No
Reduce_Display=1
Reduce_Save=1
Num Out Header Left
Num Out Header Center="$MC\n$user\n$company\n$Analysis of $name\n"
Num Out Header Right
Num Out Delimiter=32
Num Out Write=True
Num Out Write Main Header=True
Num Out Write Limits=True
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
Num Out Low="TMIN"
Num Out High="TMAX"
Num Out Font=Height=-15,FStyle=0,Color=#000080,Name=Courier New

[Tools]
Pos=Top
SELECT=Yes
GRAPHIC=Yes
LINE=No
ELLIPSE=No
RECT=No
DIAM=No
ARC=No
PIE=No
LEFTBRK=No
RIGHTBRK=No
BOTHBRK=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
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
NEXTIN=Yes
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
COLOR=Yes
FONT=Yes
SELNEXT=No

[APage]
Analysis=Distortion
Name="Main"

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

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

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

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

[Limits]
Analysis=Transient
TRange=1n
TStep=0
NPts=51
Temp=27
StateVar=Zero
RunOption=Normal
Temperature Type=Linear
Accumulate Plots=False

[WaveForm]
Analysis=Transient
Plt=1
AliasID=1
XExp=T
YExp=V(X11.DON)
XRng=1e-006
YRng=1,-1
Options=LINEARX,LINEARY
Range Grid X=2e-7
Range Grid Y=0.4
Line Color=#0000FF
Text Color=#0000FF
Rainbow=False
VFmtX=4
VFmtY=4
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=4
SFmtY=4

[WaveForm]
Analysis=Transient
Plt=1
AliasID=2
XExp=T
YExp=V(X11.AVT1)
XRng=1e-006
YRng=1,-1
Options=LINEARX,LINEARY
Range Grid X=2e-7
Range Grid Y=0.4
Line Color=#FF0000
Text Color=#FF0000
Rainbow=False
VFmtX=4
VFmtY=4
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=4
SFmtY=4

[Limits]
Analysis=AC
FRange=1E5,10
NPts=1000
Temp=27
MaxChng=.5
NInput=NONE
NOutput=2
Sweep type=Log
StateVar=Zero
RunOption=Normal
Temperature Type=Linear
Accumulate Plots=False

[WaveForm]
Analysis=AC
Plt=1
AliasID=1
XExp=F
YExp=DB(V(OUTA,OUTB))
XRng=1E5,10
YRng=40,-60
Options=LINEARY
Range Grid Y=20
Line Color=#0000FF
Text Color=#0000FF
Rainbow=False
VFmtX=2
VFmtY=2
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=2
SFmtY=2

[WaveForm]
Analysis=AC
Plt=1
AliasID=2
XExp=F
YExp=DB(V(FB))
XRng=1E5,10
YRng=100,-100
Options=LINEARY
Range Grid Y=40
Line Color=#FF0000
Text Color=#FF0000
Rainbow=False
VFmtX=2
VFmtY=2
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=2
SFmtY=2

[WaveForm]
Analysis=AC
Plt=1
AliasID=3
XExp=F
YExp=DB(I(IOUT))
XRng=1E5,10
YRng=10,-90
Options=LINEARY
Range Grid Y=20
Line Color=#008000
Text Color=#008000
Rainbow=False
VFmtX=2
VFmtY=2
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=2
SFmtY=2

[WaveForm]
Analysis=AC
Plt=2
AliasID=4
XExp=F
YExp=PH(V(OUTA,OUTB))
XRng=1E5,10
YRng=180,0
Options=LINEARY
Range Grid Y=36
Line Color=#0000FF
Text Color=#0000FF
Rainbow=False
VFmtX=2
VFmtY=2
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=2
SFmtY=2

[WaveForm]
Analysis=AC
Plt=2
AliasID=5
XExp=F
YExp=PH(V(FB))
XRng=1E5,10
YRng=90,-360
Options=LINEARY
Range Grid Y=90
Line Color=#FF0000
Text Color=#FF0000
Rainbow=False
VFmtX=2
VFmtY=2
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=2
SFmtY=2

[WaveForm]
Analysis=AC
Plt=2
AliasID=6
XExp=F
YExp=PH(I(IOUT))
XRng=1E5,10
YRng=90,-360
Options=LINEARY
Range Grid Y=90
Line Color=#008000
Text Color=#008000
Rainbow=False
VFmtX=2
VFmtY=2
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=2
SFmtY=2

[Limits]
Analysis=DC
StateVar=Zero
RunOption=Normal
Temperature Type=Linear
Accumulate Plots=False
Sweep1 type=Auto
Sweep2 type=None

[WaveForm]
Analysis=DC
Plt=1
AliasID=1
Options=LINEARX,LINEARY
Line Color=#0000FF
Text Color=#0000FF
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3

[WaveForm]
Analysis=DC
AliasID=2
Options=LINEARX,LINEARY
Line Color=#FF0000
Text Color=#FF0000
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3

[WaveForm]
Analysis=DC
AliasID=3
Options=LINEARX,LINEARY
Line Color=#008000
Text Color=#008000
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3

[Limits]
Analysis=Distortion
AmpMethod=List
PlaceText=True
StateVar=Zero
RunOption=Normal
Temperature Type=Linear
Accumulate Plots=False

[WaveForm]
Analysis=Distortion
Plt=1
AliasID=-1
Options=LINEARX,LINEARY
Line Color=#0000FF
Text Color=#0000FF
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=3
SFmtY=3

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

[Limits]
Analysis=DynamicDC
PlaceText=True

[Pane]
Analysis=Transient

[Pane]
Analysis=AC

[Pane]
Analysis=DC

[Pane]
Analysis=Distortion

[Optimize]
Analysis=Transient
Format=3
Method=Standard_Powell
Update_Plot=False

[Optimize]
Analysis=AC
Format=3
Method=Standard_Powell
Update_Plot=False

[Optimize]
Analysis=DC
Format=3
Method=Standard_Powell
Update_Plot=False

[Optimize]
Analysis=Distortion
Format=3
Method=Standard_Powell
Update_Plot=False

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

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

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

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

[TF]
Input Source
Place Text=False

[SENS]
Multiple=False
Parameter Type=Component

[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
