[Main]
FileType=CIR
Version=11.01
Program=Micro-Cap
Component Version=10.00
Shape Version=11.00
Screen=1600,1200
MCAPVersion=11.0.2.1
Key ID=Demo
NLCnt=51
TXCnt=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=Ground
Line=0,0,12,0
Line=12,-8,12,8
Line=18,-4,18,4
Line=24,0,24,0

[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=Kshape
Line=0,16,4,16
Line=8,16,12,16
Line=16,16,20,16
Line=24,16,28,16
Line=32,16,36,16
Line=40,16,44,16
Line=15,12,19,12
Line=24,12,28,12
Line=32,12,36,12
Arc=0,4,8,12 , 0,8,4,12
Line=8,12,12,12
Arc=36,4,44,12 , 40,12,44,8
Arc=0,20,8,28 , 4,20,0,24
Arc=36,20,44,28 , 44,24,40,20
Line=8,20,12,20
Line=16,20,20,20
Line=24,20,28,20
Line=32,20,36,20

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

[shapedef]
Name=NFV
Root="Vsource.root",0,0,0
Root="TextN.Root",28,-6,1
Root="TextF.Root",28,1,1

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

[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=SPICE_V
Root="Vsource.root",0,0,0

[shapedef]
Name=Switch
Line=0,0,0,0
Line=0,48,0,48
Line=48,0,48,16
Line=48,48,48,24
Line=48,16,52,20
Root="Plus.root",8,8,0
Root="Minus.root",8,40,0
Ellipse=-2,-2,2,2
FColor=None
Ellipse=-2,46,2,50
FColor=None

[shapedef]
Name=TextF.Root
Line=0,0,5,0
Line=0,0,0,8
Line=2,4,0,4

[shapedef]
Name=TextN.Root
Line=0,8,0,0
Line=0,0,5,8
Line=5,8,5,0

[shapedef]
Name=Vsource.root
Line=0,0,12,0
Line=36,0,48,0
Ellipse=12,-12,36,12
FColor=None
Line=7,5,7,9
Root="Plus.root",41,7,0
Current=32,16,16,16

[compdef]
Name=Inductor
Definition=Inductor
Shape=Inductor
Mask=7681
Used=67
memo=Inductor
Label Offset=18,9,11,12
PinCnt=2
Pin="Plus",6,0,-5,-9
Pin="Minus",0,0,-3,-9

[compdef]
Name=K
Definition=K
Shape=Kshape
Mask=4608
Used=11
memo=Mutual inductance / Nonlinear magnetics core model
Label Offset=16,27,-4,12
PinCnt=0

[compdef]
Name=Voltage Source
Definition=VSpice
Shape=SPICE_V
Mask=4097
Used=85
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=Ground
Definition=Ground
Shape=Ground
Mask=513
Used=215
memo=Ground
Label Offset=0,0,0,0
PinCnt=1
Pin="PinA",0,0,-3,-7

[compdef]
Name=Capacitor
Definition=Capacitor
Shape=Capacitor
Mask=6913
Used=43
memo=Capacitor
Label Offset=16,12,12,12
PinCnt=2
Pin="Plus",6,0,-3,-5
Pin="Minus",0,0,-14,-5

[compdef]
Name=Resistor
Definition=Resistor
Shape=Resistor
Mask=7169
Used=183
memo=Resistor
Label Offset=18,6,8,11
PinCnt=2
Pin="Plus",6,0,-10,-4
Pin="Minus",0,0,-14,-4

[compdef]
Name=S (V-Switch)
Definition=S
Shape=Switch
Mask=4864
Used=16
memo=Voltage Controlled Switch
Label Offset=56,9,-27,51
PinCnt=4
Pin="Plus Output",6,0,-3,-3
Pin="Minus Output",6,6,-5,20
Pin="Plus Control",0,0,-33,-3
Pin="Minus Control",0,6,-41,20

[compdef]
Name=NFV
Definition=NFV
Shape=NFV
Mask=5120
Used=57
memo=Analog behavioral voltage source (E.g. VALUE=I(R2)*V(3,4)^2)
Label Offset=18,12,16,13
PinCnt=2
Pin="Plus",6,0,-8,-4
Pin="Minus",0,0,-21,-6

[Circuit]
Window Placement=3,3, 0,794, -8,-30, 0,25,1171,763
Default Object=Color=#000080
Default Object Font=Height=-21,FStyle=0,Color=#000080,Name=Arial
Default Object Apply Border To Text=No
Default Object Apply Fill To Text=No
NodeVoltageFormat=3
PathDelayFormat=3
WarningFormat=3
GridTextFormulaFormat=3
Window Placement in Transient Analysis=1,2, 0,1046, -8,-30, 50,50,1291,773
Window Placement in Transient Probe=0,1, -1,-1, -8,-30, 0,0,1587,1069
SpiceType=AMBIGUOUS
Title_Block_Border=None
Title_Block=False
Show Nodes=False
Show Voltages=False
Show Current=False
Show Power=False
Show Condition=False
Show Pin Connections=False
Show Connection Warnings=False
Show Cross=False
Show Attribute Text=True
Show Grid Text=True

[Comp]
Name=Inductor
Px=216,264
Rot=6

[Attr]
ON=-29,-27,PART
V=L2
Style=8192

[Attr]
ON=-37,9,INDUCTANCE
V=800m
Style=8192

[Attr]
ON=-91,37,MODEL
V=NEWMODEL2

[Attr]
ON=0,0,PACKAGE
V

[Comp]
Name=Inductor
Px=216,208
Rot=6

[Attr]
ON=-29,-27,PART
V=L1
Style=8192

[Attr]
ON=-37,9,INDUCTANCE
V=800m
Style=8192

[Attr]
ON=-91,37,MODEL
V=NewModel2

[Attr]
ON=0,0,PACKAGE
V

[Comp]
Name=Inductor
Px=152,96
Rot=6

[Attr]
ON=-36,-27,PART
V=SC1
Style=8192

[Attr]
ON=-36,10,INDUCTANCE
V=100n
Style=8192

[Attr]
ON=-56,37,MODEL
V=NewModel1

[Attr]
ON=0,0,PACKAGE
V

[Comp]
Name=K
Px=248,104
Rot=2

[Attr]
ON=-29,-42,PART
V=K1
Style=8192

[Attr]
ON=-88,-55,INDUCTORS
V=SC1 SC2 L1

[Attr]
ON=-36,-69,COUPLING
V=.99

[Attr]
ON=0,0,PACKAGE
V

[Comp]
Name=Voltage Source
Px=280,152
Rot=6

[Attr]
ON=-53,16,PART
V=AerialGen
Style=8192

[Attr]
ON=-228,27,VALUE
V=DC 0 AC 1 0 Sin 0 5 1meg 0 0 0

[Attr]
ON=0,0,PACKAGE
V

[Attr]
ON=0,0,Saved_Pulse
V=DC 0 AC 1 0 Pulse 0 5 100n 10n 10n 400n 1u
Style=256

[Attr]
ON=0,0,Saved_Sin
V=DC 0 AC 1 0 Sin 0 1.6 1meg 0 0 0
Style=256

[Comp]
Name=Ground
Px=304,304
Rot=7

[Wire]
Pxs=80,208,88,208

[Wire]
Pxs=144,264,168,264

[Wire]
Pxs=32,96,48,96

[Wire]
Pxs=216,208,232,208

[Wire]
Pxs=280,152,304,152

[Wire]
Pxs=304,152,304,208

[Wire]
Pxs=216,264,232,264

[Comp]
Name=Capacitor
Px=136,208
Rot=2

[Attr]
ON=-33,-26,PART
V=C1
Style=8192

[Attr]
ON=-36,11,CAPACITANCE
V=10n
Style=8192

[Attr]
ON=-80,-54,MODEL
V=NEWMODEL1

[Attr]
ON=0,0,PACKAGE
V

[Comp]
Name=Resistor
Px=168,152
Rot=4

[Attr]
ON=16,-24,PART
V=R2
Style=8192

[Attr]
ON=12,8,RESISTANCE
V=10m
Style=8192

[Attr]
ON=0,0,PACKAGE
V

[Comp]
Name=Resistor
Px=32,208
Rot=4

[Attr]
ON=18,-20,PART
V=R1
Style=8192

[Attr]
ON=12,7,RESISTANCE
V=4.6k
Style=8192

[Attr]
ON=0,0,PACKAGE
V

[Comp]
Name=Voltage Source
Px=232,208

[Attr]
ON=-5,14,PART
V=BackEMF1
Style=8192

[Attr]
ON=19,27,VALUE
V=DC 0 AC 1 0 Sin 0 50 300 0 0 0

[Attr]
ON=0,0,PACKAGE
V

[Attr]
ON=0,0,Saved_Pulse
V=DC 0 AC 1 0 Pulse 0 5 100n 10n 10n 400n 1u
Style=256

[Attr]
ON=0,0,Saved_Sin
V=DC 0 AC 1 0 Sin 0 1.6 1meg 0 0 0
Style=256

[Wire]
Pxs=280,208,304,208

[Comp]
Name=Voltage Source
Px=232,264

[Attr]
ON=-3,16,PART
V=BackEMF2
Style=8192

[Attr]
ON=19,27,VALUE
V=DC 0 AC 1 0 Sin 0 50 300 0 0 0

[Attr]
ON=0,0,PACKAGE
V

[Attr]
ON=0,0,Saved_Pulse
V=DC 0 AC 1 0 Pulse 0 5 100n 10n 10n 400n 1u
Style=256

[Attr]
ON=0,0,Saved_Sin
V=DC 0 AC 1 0 Sin 0 1.6 1meg 0 0 0
Style=256

[Wire]
Pxs=280,264,304,264

[Comp]
Name=Voltage Source
Px=48,96

[Attr]
ON=-11,-31,PART
V=BackEMF3
Style=8192

[Attr]
ON=19,27,VALUE
V=DC 0 AC 1 0 Sin 0 225m 300 0 0 0

[Attr]
ON=0,0,PACKAGE
V

[Attr]
ON=0,0,Saved_Pulse
V=DC 0 AC 1 0 Pulse 0 5 100n 10n 10n 400n 1u
Style=256

[Attr]
ON=0,0,Saved_Sin
V=DC 0 AC 1 0 Sin 0 1.6 1meg 0 0 0
Style=256

[Wire]
Pxs=96,96,104,96

[Wire]
Pxs=152,96,160,96

[Wire]
Pxs=32,96,32,152

[Comp]
Name=S (V-Switch)
Px=32,352
Rot=3

[Attr]
ON=11,-65,PART
V=S1
Style=8192

[Attr]
ON=-11,-79,MODEL
V=TIME1

[Attr]
ON=0,0,PACKAGE
V

[Comp]
Name=S (V-Switch)
Px=120,352
Rot=3

[Attr]
ON=11,-65,PART
V=S2
Style=8192

[Attr]
ON=-11,-79,MODEL
V=TIME2

[Attr]
ON=0,0,PACKAGE
V

[Comp]
Name=NFV
Px=208,352
Rot=4

[Attr]
ON=18,-26,PART
V=E1
Style=8192

[Attr]
ON=18,-40,VALUE
V=T

[Attr]
ON=18,-54,DERIVATIVE
V=Default

[Attr]
ON=0,0,PACKAGE
V

[Wire]
Pxs=80,304,120,304

[Wire]
Pxs=168,304,304,304

[Comp]
Name=Ground
Px=80,352
Rot=7

[Comp]
Name=Ground
Px=168,352
Rot=7

[Comp]
Name=Ground
Px=208,352
Rot=7

[Object]
Object=Line
CBorder=#000080
Px=241,118,255,131

[Object]
Object=Line
CBorder=#000080
Px=267,117,241,117

[Object]
Object=Line
CBorder=#000080
Px=255,131,267,117

[Object]
Object=Line
CBorder=#000080
Px=256,131,256,139

[Wire]
Pxs=216,152,232,152

[Wire]
Pxs=136,208,144,208

[Wire]
Pxs=32,208,32,304

[Wire]
Pxs=304,208,304,264

[Wire]
Pxs=304,264,304,304

[Comp]
Name=Inductor
Px=152,152
Rot=6

[Attr]
ON=-35,-24,PART
V=SC2
Style=8192

[Attr]
ON=-36,8,INDUCTANCE
V=100n
Style=8192

[Attr]
ON=-56,37,MODEL
V=NewModel1

[Attr]
ON=0,0,PACKAGE
V

[Wire]
Pxs=32,152,48,152

[Wire]
Pxs=96,152,104,152

[Comp]
Name=Voltage Source
Px=48,152

[Attr]
ON=-11,-31,PART
V=BackEMF4
Style=8192

[Attr]
ON=19,27,VALUE
V=DC 0 AC 1 0 Sin 0 225m 300 0 0 0

[Attr]
ON=0,0,PACKAGE
V

[Attr]
ON=0,0,Saved_Pulse
V=DC 0 AC 1 0 Pulse 0 5 100n 10n 10n 400n 1u
Style=256

[Attr]
ON=0,0,Saved_Sin
V=DC 0 AC 1 0 Sin 0 1.6 1meg 0 0 0
Style=256

[Wire]
Pxs=152,152,160,152

[Wire]
Pxs=32,152,32,208

[Wire]
Pxs=160,96,160,152

[Wire]
Pxs=160,152,168,152

[Wire]
Pxs=144,208,144,264

[Wire]
Pxs=144,208,168,208

[Grid Text]
Text="1. Feed a low-voltage source to the starter coils, not directly to the main coils (as is the case with most motor wiring schemes)."
Text="2. Feed this low-voltage at a high frequency. Quartz crystal oscillations?"
Text="3. Make the main winding a bifilar coil."
Text="4. Short out both ends of all four coils with each other."
Text="5. And be sure and regulate the resulting over-voltage with a resistor inline with the main coils (not with the starter coils)."
Text=""
Text="If #2 works as I guess it will, it would serve as both a mild, voltage boosting aerial plus acting as a high frequency generator all rolled into one. What if Tesla knew"
Text="about the Ammann experiment and incorporated his own version into his Pierce-Arrow demonstration ten years later without giving the Ammann brothers any credit"
Text="using vacuum tubes in place of their crude aerial amplifiers? The two heavy cables connecting to his project box were due to my simulations pointing out to me that"
Text="this connection from the aerials to the starter coils has to be of a very low resistance. The starter coils are composed of two turns of stout, solid core, insulated cop-"
Text="per wire. The motor, we're told by Savo, was custom built. So, any number of modifications could have been made to it to accommodate this situation as per my"
Text="simulations suggest.... http://is.gd/evwiki"
Px=32,560
GridSnap=True
JustifyH=Left
JustifyV=Bottom
CBorder=None

[Grid Text]
Text="Use switches, S1 & S2, to turn OFF the overunity gain which this shorted motor coil surges towards. By increasing"
Text="the self-inductance of L1 & L2, an unlimited gain is possible by matching a similar increase in the resistance of R1."
Px=96,608
Height=-14
Color=#FF0000
GridSnap=True
JustifyH=Left
JustifyV=Bottom
CBorder=None

[Grid Text]
Text="TIME"
Px=256,352
GridSnap=True
JustifyH=Left
JustifyV=Bottom
CBorder=None

[Grid Text]
Text="TIME"
Px=120,352
GridSnap=True
JustifyH=Left
JustifyV=Bottom
CBorder=None

[Grid Text]
Text="TIME"
Px=32,352
GridSnap=True
JustifyH=Left
JustifyV=Bottom
CBorder=None

[Grid Text]
Text="Dare We Replicate Tesla's 1931 Pierce-Arrow with an Inverted Single-Phase, A/C Induction Motor Fed by an Aerial and High Frequency Sinewave Generator?"
Px=32,32
Height=-13
FStyle=4
Color=#000000
Font=Arial
GridSnap=True
JustifyH=Left
JustifyV=Bottom
CBorder=None

[Grid Text]
Text="R2 is one yard of 15 AWG wire. SC1 & SC2 are the starter coils on a single phase, induction motor. L1 & L2 are"
Text="bifilar wound coils replacing the original coil on the motor's armature. R1 juggles the ratio between the motor's"
Text="amps versus its volts. C1 helps to boost efficiency a little bit. K1's coupling coefficience is at least 90%. The EV's"
Text="chassis is common ground. The back EMF's frequency is double the RPM's of the rotor and 15% of the voltage put"
Text="out by its associated coil. I used the RAV4EV from 2002 as my target. Before it shuts down at 6ms, the combined"
Text="currents of L1, L2, SC1 & SC2 total 223.4A RMS. The voltage alongside L1 or L2 is 358.5V RMS. AerialGen is a"
Text="sinewave generator fed by an aerial and puts out 5V at 1Meg Hz. R1 smooths out the coils' output so that there is"
Text="very little surges or sagging of energy. The resistance on all coils is three times their Henrys. The aerials are eva-"
Text="cuated, hollow bronze spheres (or twelve vacuum tubes in Tesla's demonstration of 1931 – see, subcircuit: "Using"
Text="12 Tubes instead of Hollow Spheres"). The reason why the Ammann brothers used these spheres in their 1921 EV"
Text="conversion is due to these pair of spheres were evacuated of air. This automatically raised their ability to accumu-"
Text="late a voltage. It's not the height from the ground which gives more voltage, it's the lack of air pressure. This re-"
Text="duces the density of air acting as a dielectric which increases capacitance (due to air-thinning: just like thinning the"
Text="depth of a capacitor's dielectric to increase its capacitance to store more charge) with an increase in voltage. Voila!"
Text="One step closer to resolving their entire mystery. Now, what could be the mysterious minerals they used in con-"
Text="junction with wire? According to the newspaper article provided by Boguslaw (thanks!), that's what they were"
Text="quoted as having said: wire, iron and minerals. Hmmmm. Wire and iron sounds to me like a transformer. My guess"
Text="is a step-up transformer built into the motor itself (see, bullet point #1, down below). Maybe the minerals were in-"
Text="side the hollow spheres? What if a piezo-electric, quartz crystal oscillator was centered in each sphere suspended by"
Text="a single strand of wire on each side of the crystal? Carbon buttons attach each wire to opposite sides of the interior"
Text="(functioning similar to telephone microphones and earpieces used at that time). The sphere acts as an acoustic ampli-"
Text="fier. The wire is like an electrified guitar string due to the tension of the wire, plus the voltage build up resulting from"
Text="the partial vacuum. This excites the crystal to oscillate at a high frequency. This is AerialGen in the diagram. My sim-"
Text="ulations have taught me that increasing the efficiency of an induction motor is predicated on five bullet points..."
Px=328,384
GridSnap=True
JustifyH=Left
JustifyV=Bottom
CBorder=None

[Grid Text]
Text="FULL THROTTLE, 223A & 356V RMS, WITH TURN OFF SWITCHES."
Px=32,656
Height=-29
Color=#008000
GridSnap=True
JustifyH=Left
JustifyV=Bottom
CBorder=None

[Schematic]
CurrentSection 0=0
CurrentSection 1=0
CurrentSection 2=0
CurrentSection 3=0
Splitter.xs=0
Splitter.ys=0
TextQuad=4099
Scale=0.66666666666666663
GridUser=10
ShapeGroups="Main","Euro","Polarity","Main1","Main11","Electrolytic","GroundArrow","DeMorgan"
CalcRMS=False
CalcAVG=False
CalcPeak=False
CalcVoltage=True
DisplayMeasure=Last
ShareScales=True

[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=No
INFO=Yes
HELP=Yes
HELP_SPICE=No
LINK=No
REGION_ENABLE=Yes
TITLE_BLOCK=Yes
DIGTRC=No
DIGTRC2=No
BUILD_COMMAND=Yes
DIGALL=No
GRIDTEXT=Yes
COMPTEXT=Yes
NODE=Yes
MEASURED=Yes
NODEV=Yes
CURRENT=Yes
POWER=Yes
CONDITIN=Yes
PIN=Yes
CONNWARN=Yes
CROSS=No
GRID=No
BORDER=No
BORDERONE=No
TITLE=No
RUBBER=Yes
PROPERTY=Yes
STEP=Yes
MIRROR=Yes
ROTATE=Yes
FLIPY=Yes
FLIPX=Yes
CIR_MAKEMACRO=No
CLEARCUTWIRE=No
CLIPBOARDCIRPAGE2BMM=No
FINDCOMP=Yes
FIND=Yes
REPEAT=No
REPLACE=No
MODEL=Yes
CIR2CKT=No
ATTDISP=No
ENABLE=No
DISABLE=No
TOFRONT=No
TOBACK=No
SELNEXT=No
PAGEADD=No
PAGEADDTEXT=No
ADDSECTION=No
PAGEDEL=No
ZOOMIN=Yes
ZOOMOUT=Yes
AUTOSCALECIR=No
GOTOFLAG=No
UPLEVEL=Yes
COLOR=No
FONT=No
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
GRAPH_PAPER=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="AC Motor Inversion, v10 - with one aerial"
Type=Main
Enable=True
CurrentPage 0=0
CurrentPage 1=0
CurrentPage 2=0
CurrentPage 3=0
TabSize 0=425
TabSize 1=425
TabSize 2=425
TabSize 3=425

[Page]
Index=0
Section=0
Print=True
Enable=True
Name=Main
PrinterScale=1
Scale 0=1
Scale 1=1
Scale 2=1
Scale 3=0.66666666666666663
Px=699,181
WinBackGround Color=#FFFFFF
Select Color=#FF0000
Anchor Color=#000000
Select Box Color=#000080
Grid Text Color=Height=-12,FStyle=0,Color=#0000FF,Name=Verdana
Grid Text RTF=False
Grid Text Angle=0
Grid Text GridSnap=True
Grid Text PinIt=False
Grid Text JustifyH=Left
Grid Text JustifyV=Bottom
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
Pin Marker Color=#008000
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 Border=#000000
Disabled	Color=#C0C0C0
Search Color=#FFFF00
Grid Color=#000000
Graph Paper=#E4E4E4
Digital 0 Color=#000000
Digital R Color=#FFFF00
Digital F Color=#FFFF00
Digital 1 Color=#FF0000
Digital X Color=#C0C0C0
Digital Z Color=#808080
Block Select Color=#51F998

[Page]
Index=1
Section=0
Type=Text
Print=False
Enable=True
Name=Text
Font=Height=-15,FStyle=0,Color=#000000,Name=Courier New
Comment Color=#008000
WinBackGround Color=#FFFFFF
Disabled	Color=#C0C0C0
KeyWord Color=#0000FF
Error	Color=#FF0000
Search Color=#FFFF00

[Page]
Index=2
Section=0
Type=Text
Print=False
Enable=True
Name=Models
SB 0=29,3
Font=Height=-15,FStyle=0,Color=#000000,Name=Courier New
Comment Color=#008000
WinBackGround Color=#FFFFFF
Disabled	Color=#C0C0C0
KeyWord Color=#0000FF
Error	Color=#FF0000
Search Color=#FFFF00

[Page]
Index=3
Section=0
Type=Info
Print=False
Enable=True
Name=Info
Font=Height=-15,FStyle=0,Color=#000000,Name=Courier New
Comment Color=#008000
WinBackGround Color=#FFFFFF
Disabled	Color=#C0C0C0
KeyWord Color=#0000FF
Error	Color=#FF0000
Search Color=#FFFF00

[Text Area]
Section=0
Page=1

[Text Area]
Section=0
Page=2
Text=
Text=.MODEL NEWMODEL1 IND (RS=300n)
Text=.MODEL NEWMODEL1 CAP (RS=10m)
Text=.MODEL NEWMODEL2 IND (RS=2.4)
Text=.MODEL MODELTIME1VSWITCHROFF1GRON1MVON1MVOFF VSWITCH ()
Text=.MODEL MODELTIME2VSWITCHROFF1GRON1MVON1MVOFF VSWITCH ()
Text=.MODEL TIME1 VSWITCH (ROFF=1G RON=1m VOFF=95n VON=100n)
Text=.MODEL TIME2 VSWITCH (ROFF=1G RON=1m VOFF=6000.5u VON=6m)
Text=.MODEL NEWMODEL3 IND (RS=6)

[InfoPage]
InfoPage=True
Warnings=True
System=True
Defines=True
Array=True
Model=True
Measure=True
MacroSubckt=True
NotUsed=True
ComponentCounts=True

[Transient]
WinID=1
Window Placement=2,3, -1,-1, -8,-30, 50,50,1291,773
Font=Height=-19,FStyle=0,Color=#0000FF,Name=Arial
WinBackGround Color=#FFFFFF
Select Color=#FF0000
Anchor Color=#000000
Select Box Color=#000080
Window Placement in Probe=1,1, 0,1042, 0,0, 0,0,1587,1069
Title=AC Motor Inversion - regulated with switching.CIR
AutoTitle=Yes
Grid Color=#808080
Grid Weight=1
Grid Pattern=Dot6
Tracker Foreground=Height=-15,FStyle=0,Color=#000000,Name=Arial
Tracker Background=#FFFF00
Baseline color=#0000FF
BaseLine Weight=1
CurveFit color=#FF0000
CurveFit Weight=2
CurveFit Pattern=Dash
Static Grids=False
PlusMark=False
MinorLog25=Off
LabelMinor=Off
DataPoints=True
Token=False
Ruler=False
XAxisGrids=True
YAxisGrids=True
MinorLogGrids=True
BaseLine=False
AlignZ=True
Align Cursors=True
TagFormatX=3
TagFormatY=3
FormulaFormat=2
EndMode=SCALE
Graph Background=#FFFFFF
Tracker Intercept=False
Tracker Mouse=True
Tracker Cursor=True
Tracker Cursor BranchInfo=False
Horizontal Cursor=False
Same Y Scales=Yes
Enable X Scaling=True
Enable Y Scaling=True
Keep X Scales The Same=True
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=-15,FStyle=0,Color=#000000,Name=Arial
Data Point Labels Color Back=#FFFF00
OperPoint=True
OperPointOnly=False
AutoScaleRanges=False
FixedTimeStep=False
DoPSS=False
PSS_Periods="1"
PSS_Iterations="5"
PSS_Error="1u"
PSS_ShowPlots=True
FFT_NPts="8192"
FFT_IncludeDCHarmonic=False
FFT_AutoScale_Harmonics="10"
PrinterAutoTile=No
PrinterBlackBorder=No
MonMaxShow=4
MonPageWidth=66
MonPlotWidth=21
MonExprXWidth=142
MonExprYWidth=306
MonRangeXWidth=90
MonRangeYWidth=90
AnimateWait=None
AnimateWaitTime=500
AnimatePressAfter=0
Save_For_Future=No
Reduce_Display=1
Reduce_Save=1
Reduce_ThrowDataOut=0
Num Out Header Left
Num Out Header Center="$MC\n$user\n$company\n$Analysis of $name\n$date $time"
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=False
Num Out Write Zero Models=True
Num Out Write Undefined Models=True
Num Out Write Operating Point=True
Num Out Write Measurement Values=True
Num Out Write Values=True
Num Out Write Waveform Header=True
Num Out Allow Dup Y Expr=False
Num Out Low="TSTART"
Num Out High="TMAX"
Num Out Font=Height=-15,FStyle=0,Color=#000000,Name=Courier New
Num Out Window Placement=0,1, -1,-1, -1,-1, 0,0,1587,1069
Num Out Format=3
Num Out HideNonSelected=False
UserFileName="C:\Users\Vinyasi\Desktop\Temp-Mem-Stick\LTSpice - Tesla's PA\Micro Cap\Convert a Newman into a Pierce-Arrow, with two dead batteries.USR"
Wav SampleRate=176400
Wav Nbits=16
AutoSaveWave=True
Wave Format=16E
State Variables Format=5E
Print Individual Pages=False

[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
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=No
PLUS=No
XAXIS=Yes
YAXIS=Yes
MINORLOG=Yes
LOG25=No
BASELINE=No
HORIZCUR=No
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=No
ENXSCALE=Yes
ENYSCALE=Yes
ZOOMIN=Yes
ZOOMOUT=Yes
AUTOSCALE=No
RESTORESCALE=No
COLOR=No
FONT=No
SELNEXT=No
NORMALIZE=No
NORMALIZE_MIN=No
NORMALIZE_MAX=No
ADD_TAG_LEFT=No
ADD_TAG_RIGHT=No
ADD_HORZ_TAG=No
ADD_VERT_TAG=No
ALIGN_CURSORS=No
ALIGN_CURSORSZ=No
CURSORTOCLIPBOARD=No
TRACKER_CURSOR=No
TRACKER_CURSOR_BRANCHINFO=No
TRACKER_INTERCEPT=No
TRACKER_MOUSE=No
TOFRONT=No
TOBACK=No
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
CURVEFIT=No
SHOWWATCH=No
BP=No
TOGGLEMODE=No
REMOVEALLTEXT=No
AUTOSCALEX=No
LABELALLMINOR=No
ALIGNLEFT=No
ALIGNRIGHT=No
ALIGNTOP=No
ALIGNBOTTOM=No

[APage]
Analysis=Transient
Name="Main"

[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=10m
TStep=0
NPts=51
Temp=27
RetraceRuns=1
StateVar=Zero
RunOption=Normal
Temperature Type=Linear
Accumulate Plots=False
IgnoreExprErrors=False

[WaveForm]
Analysis=Transient
Plt=1
AliasID=1
XExp=T
YExp=v(1)
XRng=0.0010012
YRng=2.4,-1.6
Options=LINEARX,LINEARY
Range Grid X=0.00020024
Range Grid Y=0.8
Enable=Hide
Line Color=#0000FF
Text Color=#0000FF
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=2
SFmtY=2
NOFmtX=3E
NOFmtY=3E

[WaveForm]
Analysis=Transient
Plt=1
AliasID=3
XExp=T
YExp=v(1)
XRng=0.0010012
YRng=2.4,-1.6
Options=LINEARX,LINEARY
Range Grid X=0.00020024
Range Grid Y=0.8
Enable=Hide
Line Color=#FF0000
Text Color=#FF0000
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=2
SFmtY=2
NOFmtX=3E
NOFmtY=3E

[WaveForm]
Analysis=Transient
Plt=1
AliasID=2
XExp=T
YExp=v(2)
XRng=0.0010012
YRng=2.4,-1.6
Options=LINEARX,LINEARY
Range Grid X=0.00020024
Range Grid Y=0.8
Enable=Hide
Line Color=#FF0000
Text Color=#FF0000
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=2
SFmtY=2
NOFmtX=3E
NOFmtY=3E

[WaveForm]
Analysis=Transient
AliasID=-1
Options=LINEARX,LINEARY
Enable=Enable
Line Color=#008000
Text Color=#008000
Rainbow=False
VFmtX=3
VFmtY=3
ScaleFactorX="None"
ScaleFactorY="None"
ScaleUnitsX="Auto"
ScaleUnitsY="Auto"
SFmtX=2
SFmtY=2
NOFmtX=3E
NOFmtY=3E

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

[Limits]
Analysis=DynamicDC
PlaceText=True

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

[Pane]
Analysis=AC

[Pane]
Analysis=DC

[Pane]
Analysis=HmDistortion

[Pane]
Analysis=ImDistortion

[Pane]
Analysis=Stability

[Optimize]
Analysis=Transient
Format=6
ThatCnt=4
POWELL_TOL=1e-4
POWELL_RelPercentTol=.1
POWELL_PercentTol=1m
HOOKE_TOL=1e-4
HOOKE_PercentTol=1m
HOOKE_RHO=.3
HOOKE_EPSILON=1e-9
HOOKE_ITERMAX=1000
DE_MAXITER=200
DE_IPRINT=50
DE_PCROS=.9
DE_FACT=.5
DE_MULTIPLIER=5
InitialRangeFactor=2
InitializeEach=False
Method=Powell
Method=Hooke
Method=LM
Method=DE
Update_Plot=False
Minimize_Plot=False
UseInitialValue=False

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

[WCTolerance]
Var Width=100
Nominal Width=72
Tol Width=152

[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

[OPMethods]
Analysis=HmDistortion
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=ImDistortion
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=Stability
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=DynamicAC
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=DynamicDC
Standard Newton-Raphson=0,0
Source Stepping=0,0
Diagonal Gmin Stepping=0,0
Junction Gmin Stepping=0,0
Pseudo Transient=0,0