[Main]
FileType=CIR
Version=6.00
Program=Micro-Cap
Screen=1024,768
MCAPVersion=6.3.3.0
Key ID=703 068 282
NLCnt=153
TXCnt=28

[Circuit]
WinBackGround Color=15
Grid Text Color=Height=-15,FStyle=0,Color=9,Name=Arial
Object Default=Height=-20,FStyle=0,Color=4,Name=Arial
Component Color=51
Attribute Text=Height=-15,FStyle=0,Color=2,Name=Arial
Wire Color=2
Select Color=0
Pin Color=9
Select Box Color=0
Node Number=Height=-15,FStyle=0,Color=0,Name=Arial
Node Voltage Color=13
Current=Height=-11,FStyle=0,Color=12,Name=Arial
Power/Condition=Height=-11,FStyle=0,Color=9,Name=Arial
Digital Path Color=9
Title Block=Height=-20,FStyle=0,Color=0,Name=Arial
Digital 0 Color=0
Digital R Color=11
Digital F Color=11
Digital 1 Color=9
Digital X Color=7
Digital Z Color=8
Window Placement=0,1, 0,620, -6,-25, 4,3,1009,619
Window Placement in Analysis=2,3, 0,620, -6,-25, 44,44,866,490
Window Placement in Probe=0,1, -1,-1, -6,-25, 396,0,933,582
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

[Object]
Object=Rectangle
Pattern=Dot
Grids=23,3,143,58

[Comp]
Name=Inductor
Grid=31,13
Rot=6

[Attr]
ONV=-38,9,PART,L1
Style=8192
Color=0

[Attr]
ONV=-42,25,VALUE,120u
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-38,35,MODEL,
Style=8192
Color=0

[Wire]
Grids=31,13,34,13

[Wire]
Grids=34,13,53,13

[Comp]
Name=Inductor
Grid=31,51
Rot=6

[Attr]
ONV=-38,9,PART,L2
Style=8192
Color=0

[Attr]
ONV=-42,25,VALUE,120u
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-38,35,MODEL,
Style=8192
Color=0

[Wire]
Grids=31,51,34,51

[Wire]
Grids=34,51,53,51

[Comp]
Name=Resistor
Grid=53,29
Rot=5

[Attr]
ONV=-76,-37,PART,ResrC2
Style=8192
Color=0

[Attr]
ONV=-126,-19,VALUE,0.5 TC=-0.024
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-71,-53,MODEL,
Color=0

[Attr]
ONV=0,55,SLIDER_MAX,0.0202

[Comp]
Name=Capacitor
Grid=53,22
Rot=3

[Attr]
ONV=-52,-44,PART,C2
Style=8192
Color=0

[Attr]
ONV=-53,-27,VALUE,20n
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-65,-12,MODEL,
Style=8192
Color=0

[Wire]
Grids=53,29,53,31

[Wire]
Grids=53,22,53,23

[Wire]
Grids=53,13,53,16

[Comp]
Name=Resistor
Grid=53,47
Rot=5

[Attr]
ONV=-73,-43,PART,ResrC3
Style=8192
Color=0

[Attr]
ONV=-123,-27,VALUE,0.5 TC=-0.024
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-71,-53,MODEL,
Color=0

[Attr]
ONV=0,55,SLIDER_MAX,0.0202

[Comp]
Name=Capacitor
Grid=53,40
Rot=3

[Attr]
ONV=-52,-44,PART,C3
Style=8192
Color=0

[Attr]
ONV=-53,-27,VALUE,20n
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-65,-12,MODEL,
Style=8192
Color=0

[Wire]
Grids=53,47,53,51

[Wire]
Grids=53,40,53,41

[Comp]
Name=Ground
Grid=42,32
Rot=7

[Wire]
Grids=42,31,53,31

[Wire]
Grids=42,31,42,32

[Wire]
Grids=53,13,61,13

[Wire]
Grids=53,51,61,51

[Wire]
Grids=67,13,78,13

[Comp]
Name=Resistor
Grid=137,30
Rot=5

[Attr]
ONV=-26,-37,PART,R1
Style=8192
Color=0

[Attr]
ONV=-38,-22,VALUE,330k
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-71,-53,MODEL,
Color=0

[Attr]
ONV=0,55,SLIDER_MAX,1e+006

[Wire]
Grids=137,13,137,24

[Wire]
Grids=137,30,137,51

[Comp]
Name=Resistor
Grid=34,39
Rot=5

[Attr]
ONV=-54,-26,PART,ResrC1
Style=8192
Color=0

[Attr]
ONV=-48,-8,VALUE,0.01 TC=-0.024
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-71,-53,MODEL,
Color=0

[Attr]
ONV=0,55,SLIDER_MAX,0.0202

[Comp]
Name=Capacitor
Grid=34,28
Rot=3

[Attr]
ONV=-52,-44,PART,C1
Style=8192
Color=0

[Attr]
ONV=-53,-27,VALUE,1.0u
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-65,-12,MODEL,
Style=8192
Color=0

[Wire]
Grids=34,39,34,51

[Wire]
Grids=34,28,34,33

[Wire]
Grids=34,13,34,22

[Wire]
Grids=67,51,78,51

[Comp]
Name=Resistor
Grid=78,44
Rot=5

[Attr]
ONV=-56,-29,PART,ResrC4
Style=8192
Color=0

[Attr]
ONV=-63,-8,VALUE,0.0045 TC=-0.024
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-71,-53,MODEL,
Color=0

[Attr]
ONV=0,55,SLIDER_MAX,0.0202

[Comp]
Name=Capacitor
Grid=78,26
Rot=3

[Attr]
ONV=-38,-48,PART,C4
Style=8192
Color=0

[Attr]
ONV=-46,-32,VALUE,2.2u
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-65,-12,MODEL,
Style=8192
Color=0

[Wire]
Grids=78,44,78,51

[Wire]
Grids=78,26,78,38

[Wire]
Grids=78,13,78,20

[Wire]
Grids=53,31,53,34

[Comp]
Name=K
Grid=67,33
Rot=2

[Attr]
ONV=13,-34,PART,K_3-4
Style=8192
Color=0

[Attr]
ONV=14,-23,INDUCTORS,L3 L4
Color=0

[Attr]
ONV=12,-15,COUPLING,0.9988
Style=8192
Color=0

[Attr]
ONV=0,0,MODEL,
Color=0

[Comp]
Name=Inductor
Grid=67,35
Rot=6

[Attr]
ONV=-34,8,PART,L4
Style=8192
Color=0

[Attr]
ONV=-38,25,VALUE,11m
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-38,35,MODEL,
Style=8192
Color=0

[Wire]
Grids=61,35,61,51

[Wire]
Grids=67,35,67,51

[Wire]
Grids=61,13,61,27

[Wire]
Grids=67,13,67,27

[Comp]
Name=Inductor
Grid=67,27
Rot=2

[Attr]
ONV=-28,-44,PART,L3
Style=8192
Color=0

[Attr]
ONV=-34,-27,VALUE,11m
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-38,-35,MODEL,
Style=8192
Color=0

[Wire]
Grids=78,13,94,13

[Wire]
Grids=78,51,94,51

[Comp]
Name=Resistor
Grid=94,29
Rot=5

[Attr]
ONV=-57,-30,PART,ResrC5
Style=8192
Color=0

[Attr]
ONV=-41,-10,VALUE,0.5 TC=-0.024
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-71,-53,MODEL,
Color=0

[Attr]
ONV=0,55,SLIDER_MAX,0.0202

[Comp]
Name=Capacitor
Grid=94,22
Rot=3

[Attr]
ONV=-36,-45,PART,C5
Style=8192
Color=0

[Attr]
ONV=-36,-27,VALUE,20n
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-65,-12,MODEL,
Style=8192
Color=0

[Wire]
Grids=94,29,94,31

[Wire]
Grids=94,22,94,23

[Wire]
Grids=94,13,94,16

[Comp]
Name=Resistor
Grid=94,47
Rot=5

[Attr]
ONV=-56,-27,PART,ResrC6
Style=8192
Color=0

[Attr]
ONV=-41,-8,VALUE,0.5 TC=-0.024
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-71,-53,MODEL,
Color=0

[Attr]
ONV=0,55,SLIDER_MAX,0.0202

[Comp]
Name=Capacitor
Grid=94,40
Rot=3

[Attr]
ONV=-34,-40,PART,C6
Style=8192
Color=0

[Attr]
ONV=-38,-23,VALUE,20n
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-65,-12,MODEL,
Style=8192
Color=0

[Wire]
Grids=94,47,94,51

[Wire]
Grids=94,40,94,41

[Comp]
Name=Ground
Grid=83,32
Rot=7

[Wire]
Grids=83,31,94,31

[Wire]
Grids=83,31,83,32

[Wire]
Grids=94,13,104,13

[Wire]
Grids=94,51,104,51

[Wire]
Grids=120,13,131,13

[Wire]
Grids=120,51,131,51

[Comp]
Name=Resistor
Grid=131,44
Rot=5

[Attr]
ONV=-56,-29,PART,ResrC8
Style=8192
Color=0

[Attr]
ONV=-63,-8,VALUE,0.01 TC=-0.024
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-71,-53,MODEL,
Color=0

[Attr]
ONV=0,55,SLIDER_MAX,0.0202

[Comp]
Name=Capacitor
Grid=131,26
Rot=3

[Attr]
ONV=-38,-48,PART,C8
Style=8192
Color=0

[Attr]
ONV=-46,-32,VALUE,1.0u
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-65,-12,MODEL,
Style=8192
Color=0

[Wire]
Grids=131,44,131,51

[Wire]
Grids=131,26,131,38

[Wire]
Grids=131,13,131,20

[Wire]
Grids=94,31,94,34

[Comp]
Name=K
Grid=120,33
Rot=2

[Attr]
ONV=13,-34,PART,K_5-6
Style=8192
Color=0

[Attr]
ONV=14,-23,INDUCTORS,L5 L6
Color=0

[Attr]
ONV=12,-15,COUPLING,0.9988
Style=8192
Color=0

[Attr]
ONV=0,0,MODEL,
Color=0

[Comp]
Name=Inductor
Grid=120,35
Rot=6

[Attr]
ONV=-34,8,PART,L6
Style=8192
Color=0

[Attr]
ONV=-38,25,VALUE,11m
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-38,35,MODEL,
Style=8192
Color=0

[Wire]
Grids=114,35,114,51

[Wire]
Grids=120,35,120,51

[Wire]
Grids=114,13,114,27

[Wire]
Grids=120,13,120,27

[Comp]
Name=Inductor
Grid=120,27
Rot=2

[Attr]
ONV=-28,-44,PART,L5
Style=8192
Color=0

[Attr]
ONV=-34,-27,VALUE,11m
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-38,-35,MODEL,
Style=8192
Color=0

[Comp]
Name=Resistor
Grid=104,42
Rot=5

[Attr]
ONV=-53,-25,PART,ResrC7
Style=8192
Color=0

[Attr]
ONV=-47,-7,VALUE,0.0045 TC=-0.024
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-71,-53,MODEL,
Color=0

[Attr]
ONV=0,55,SLIDER_MAX,0.0202

[Comp]
Name=Capacitor
Grid=104,24
Rot=3

[Attr]
ONV=-38,-48,PART,C7
Style=8192
Color=0

[Attr]
ONV=-46,-32,VALUE,2.2u
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-65,-12,MODEL,
Style=8192
Color=0

[Wire]
Grids=104,42,104,51

[Wire]
Grids=104,24,104,36

[Wire]
Grids=104,13,104,18

[Wire]
Grids=104,13,114,13

[Wire]
Grids=104,51,114,51

[Wire]
Grids=131,13,137,13

[Wire]
Grids=131,51,137,51

[Wire]
Grids=7,13,25,13

[Wire]
Grids=7,51,25,51

[Comp]
Name=Sine Source
Grid=7,26
Rot=3

[Attr]
ONV=20,-33,PART,V1
Style=8192
Color=0

[Attr]
ONV=19,-16,MODEL,60HZ
Style=8192
Color=0

[Wire]
Grids=7,13,7,17

[Wire]
Grids=7,43,7,51

[Comp]
Name=Sine Source
Grid=7,43
Rot=3

[Attr]
ONV=20,-33,PART,V2
Style=8192
Color=0

[Attr]
ONV=19,-16,MODEL,60HZ
Style=8192
Color=0

[Wire]
Grids=7,26,7,31

[Wire]
Grids=7,31,11,31

[Wire]
Grids=11,31,11,32

[Wire]
Grids=7,31,7,37

[Comp]
Name=Ground
Grid=11,32
Rot=1

[Wire]
Grids=7,17,7,20

[Wire]
Grids=164,29,166,29

[Comp]
Name=Transformer
Grid=151,29

[Attr]
ONV=-5,71,PART,K_STEPUP
Style=8192
Color=0

[Attr]
ONV=-10,91,VALUE,35.2m,172.48,0.983
Style=8192
Color=0

[Wire]
Grids=149,27,149,29

[Wire]
Grids=149,29,151,29

[Wire]
Grids=149,35,151,35

[Wire]
Grids=149,35,149,51

[Wire]
Grids=157,29,158,29

[Comp]
Name=Resistor
Grid=158,29
Rot=4

[Attr]
ONV=15,6,PART,R_SEC
Style=8192
Color=0

[Attr]
ONV=-5,24,VALUE,469 TC=0.00393
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=0,0,MODEL,
Color=0

[Attr]
ONV=0,55,SLIDER_MAX,0.081

[Wire]
Grids=157,37,166,37

[Wire]
Grids=157,35,157,37

[Object]
Object=Rectangle
Pattern=Dot
Grids=183,7,200,54

[Wire]
Grids=197,47,200,47

[Wire]
Grids=230,36,230,47

[Wire]
Grids=166,37,166,44

[Wire]
Grids=166,47,186,47

[Wire]
Grids=197,18,200,18

[Comp]
Name=Inductor
Grid=197,18
Rot=6

[Attr]
ONV=-55,-28,PART,L_CHOKE_1
Style=8192
Height=-12
Color=0

[Attr]
ONV=-32,11,VALUE,0u
Style=8192
Height=-12
Color=0

[Attr]
ONV=0,0,FREQ,
Height=-12
Color=0

[Attr]
ONV=0,0,MODEL,
Height=-12
Color=0

[Wire]
Grids=166,18,186,18

[Comp]
Name=Inductor
Grid=197,47
Rot=6

[Attr]
ONV=-55,-27,PART,L_CHOKE_2
Style=8192
Height=-12
Color=0

[Attr]
ONV=-33,11,VALUE,0u
Style=8192
Height=-12
Color=0

[Attr]
ONV=0,0,FREQ,
Height=-12
Color=0

[Attr]
ONV=0,0,MODEL,
Height=-12
Color=0

[Wire]
Grids=166,18,166,23

[Comp]
Name=Switch
Grid=224,30

[Attr]
ONV=59,6,PART,SPARK_GAP
Style=8192
Height=-13
Color=0

[Attr]
ONV=57,24,VALUE,V,2.5445,100e6,10,0
Style=8192
Height=-13
Color=0

[Object]
Object=Line
EndPoint=ArrowF
Grids=223,58,228,36

[Wire]
Grids=230,18,230,30

[Object]
Object=Line
EndPoint=ArrowF
Grids=196,73,206,39

[Wire]
Grids=207,26,207,30

[Wire]
Grids=207,40,207,41

[Comp]
Name=Pulse Source
Grid=207,40
Rot=3

[Attr]
ONV=18,-28,PART,V_SPARKGAP
Style=8192
Height=-12
Color=0

[Attr]
ONV=18,-23,MODEL,SPARKGAP
Height=-12
Color=0

[Wire]
Grids=207,26,224,26

[Wire]
Grids=224,36,224,41

[Wire]
Grids=256,42,256,47

[Wire]
Grids=230,18,234,18

[Comp]
Name=Ground
Grid=207,42
Rot=7

[Wire]
Grids=207,41,224,41

[Wire]
Grids=207,41,207,42

[Wire]
Grids=230,47,256,47

[Comp]
Name=Capacitor
Grid=234,18
Rot=4

[Attr]
ONV=-5,-31,PART,C_TANK
Style=8192
Color=0

[Attr]
ONV=5,10,VALUE,0.043u
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=0,0,MODEL,
Style=8192
Color=0

[Wire]
Grids=240,18,241,18

[Comp]
Name=Inductor
Grid=256,42
Rot=3

[Attr]
ONV=-92,-37,PART,L_PRIMARY
Style=8192
Color=0

[Attr]
ONV=-62,-17,VALUE,106.5u
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=0,0,MODEL,
Color=0

[Wire]
Grids=256,18,256,36

[Comp]
Name=Resistor
Grid=149,27
Rot=3

[Attr]
ONV=18,-40,PART,R_PRI
Style=8192
Color=0

[Attr]
ONV=16,-23,VALUE,0.1 TC=0.00393
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=0,0,MODEL,
Color=0

[Attr]
ONV=-44,-79,SLIDER_MAX,0.081

[Wire]
Grids=149,13,149,17

[Wire]
Grids=149,17,149,21

[Wire]
Grids=166,44,166,47

[Wire]
Grids=166,23,166,29

[Wire]
Grids=224,26,224,30

[Wire]
Grids=207,30,207,34

[Wire]
Grids=200,18,230,18

[Wire]
Grids=200,47,230,47

[Comp]
Name=Capacitor
Grid=186,35
Rot=3

[Attr]
ONV=16,-46,PART,C_F
Style=8192
Color=0

[Attr]
ONV=17,-28,VALUE,0p
Style=8192
Color=0

[Attr]
ONV=0,0,FREQ,
Color=0

[Attr]
ONV=-65,-12,MODEL,
Style=8192
Color=0

[Wire]
Grids=186,18,186,29

[Wire]
Grids=186,35,186,47

[Wire]
Grids=186,18,191,18

[Wire]
Grids=186,47,191,47

[Wire]
Grids=241,18,256,18

[Wire]
Grids=143,13,149,13

[Wire]
Grids=137,13,143,13

[Wire]
Grids=137,51,149,51

[Node Offsets]

[Condition Offsets]

[Grid Text]
Text=TCOILS\EMI FILTERS\INPUT_RIPPLE_3STAGE.CIR
Grid=9,134

[Grid Text]
Text=Schaffner three-stage filter, single phase, 250V,  20A output.  þManufacturer's internal MOV and transient protection is not included in model.
Grid=27,9
Height=-16
FStyle=4

[Grid Text]
Text=Capacitor ESR calculated using Sprague catalog (page 6)þapplication notes for ceramic disc (Cera-mite) capacitors.þ  þapproximate ESR value, class 2 and 3 (power couplingþand broad band bypass filtering) = 1 / [ C(µf) x f(kHz) ] þ= 1 / [ 1.0µf x 100kHz ] þ= 1 / [ 1.0 x 100 ]þ= 0.01 Ohms þþapproximate ESR value, class 1 (referenceþand frequency discriminating filtering, close tolerance)þ= 100 / [ C(pf) x f(MHz) ] þ= 100 / [ 100pf x 100kHz ] = 100 / [ 100 x 0.100 ]þ= 10 OhmsþþTemperature coefficient taken from AVX corp.þceramic capacitor data.
Grid=85,107
Height=-16
Color=0

[Grid Text]
Text=Westinghouse 70:1þpotential transformerþþMeasured primary inductance = 35.2mHþMeasured primary DC resistance = 0.1 OhmsþþMeasured secondary DC resistance = 469 OhmsþCalculated secondary inductance = Lprimary / (Np/Ns)^2þ= 35.2mH / (1 / 70)^2 = 172.48HþþMeasured leakage inductance = 600µHþCalculated coupling coefficient = 1 - (Leakage / Lprimary)þ= 1 - (600µH / 35.2mH) = 0.983
Grid=8,98
Height=-16
Color=0

[Grid Text]
Text=*** 60HZ Sinusoidal Source
Grid=9,106
Color=0
Fill Pattern=Horizontal

[Grid Text]
Text=.MODEL 60HZ SIN (F=60 A=325.2 PH=89.5)
Grid=9,108
Color=0
Fill Pattern=Horizontal

[Grid Text]
Text=230V rms x 1.414 = 325.2V peak
Grid=10,110
Color=0

[Grid Text]
Text=Model Statements:
Grid=8,103
Height=-16
FStyle=4
Color=0

[Grid Text]
Text=LINE SOURCE PARAMETERS (MODEL 60HZ SIN):þF is line frequency in Hertz.þA is PEAK (not rms) amplitude of line input.þPH is the phase angle relationship of line voltage to rotary spark gap synchronization.  þ     If a non-synchronous motor is used in the rotary spark gap enter 0° phase.þ     If a synchronous motor is used in the rotary spark gap enter phase angle in °.  þ     89.5 gives the highest peak output voltage from the rotary spark gap's   BPS sychronization with the step-up transformer's highest peak voltage.
Grid=9,125
Height=-13
Color=0

[Grid Text]
Text=Schaffner three-stage filter FN 700Z
Grid=104,57
Height=-16
FStyle=4
Color=0

[Grid Text]
Text=230V_INPUT_H
Grid=7,13

[Grid Text]
Text=230V_INPUT_N
Grid=7,51

[Grid Text]
Text=WITH_FILTER
Grid=7,17
Color=2

[Grid Text]
Text=230VAC, 60Hz, þ    1Phaseþ  Line input
Grid=6,9
Height=-16
FStyle=4
Color=0

[Grid Text]
Text=HV_TRANSIENTS
Grid=166,23

[Grid Text]
Text=FILTER_OUTPUT
Grid=143,13

[Grid Text]
Text=HV_TRANSIENTS_L
Grid=166,44

[Grid Text]
Text=WITHOUT_FILTER
Grid=149,17
Color=2

[Grid Text]
Text=T1
Grid=200,18

[Grid Text]
Text=T2
Grid=200,47

[Grid Text]
Text=SPARK GAP ELECTRICAL PARAMETERS (VALUE, SPARK_GAP)þV is voltage controlled switchþ2.5445 is calculated spark gap resistance (ionized)þ100e6 is resistance of gap deionizedþ10 is switch turn-on voltage (must be >, = to pulse source)þ0 is switch turn-off voltage (must be <,= to pulse source)
Grid=205,71
Height=-13
Color=0

[Grid Text]
Text=SPARKGAP TIMING PARAMETERS (MODEL SPARKGAP PUL):þP1 is delay time of 0 ns.þP2 is rise time of spark gap ionization. 50 ns is used to keep inductive þ     di/dt within convergence limits.þP3 is dwell time of spark gap point contact. A calculated 200 µs is used.þP4 is the fall time of spark gap deionization. 50 ns is used to keep þ     inductive di/dt within convergence limits.þP5 is the time period (reciprocal) of the Breaks Per Second (BPS) of the þ     spark gap.  Currently 460 BPS.
Grid=186,93
Height=-13
Color=0

[Grid Text]
Text=GT
Grid=207,30

[Grid Text]
Text=70:1 Potential þ Transformer
Grid=150,8
Height=-16
FStyle=4
Color=0

[Grid Text]
Text=Tesla Coil primary circuit @ 460BPS
Grid=210,8
Height=-16
FStyle=4
Color=0

[Grid Text]
Text=TANK_OSCILLATIONS
Grid=241,18

[Grid Text]
Text=Optional filtering
Grid=184,11
Height=-14
FStyle=4
Color=0

[Grid Text]
Text=.MODEL SPARKGAP PUL (VONE=12 P1=0N P2=50N P3=200U P4=200.05U P5=2.174M)
Grid=9,129
Height=-13
Color=0
Fill Pattern=Horizontal

[Schematic]
Page 0=0
TabSize 0=300
Page 1=0
TabSize 1=300
Page 2=0
TabSize 2=300
Page 3=0
TabSize 3=300
Splitter.xs=1980
Splitter.ys=1092
TextQuad=2
Scale=1.333333333333333
PrinterScale=-1.694915254237288
View=304

[Tools]
Pos=Top
SELECT=Yes
COMP=Yes
TEXT=Yes
WIRE=Yes
WIRED=Yes
GRAPHIC=Yes
LINE=No
ELLIPSE=No
RECT=No
DIAM=No
ARC=No
PIE=No
FLAG=Yes
META=No
INFO=Yes
HELP=Yes
DIGTRC=No
DIGTRC2=No
DIGALL=No
GRIDTEXT=Yes
COMPTEXT=Yes
NODE=Yes
NODEV=Yes
CURRENT=Yes
POWER=Yes
CONDITIN=Yes
PIN=Yes
COMMAND=Yes
CROSS=Yes
GRID=Yes
BORDER=Yes
TITLE=Yes
RUBBER=Yes
PROPERTY=Yes
STEP=Yes
MIRROR=Yes
ROTATE=Yes
FLIPY=Yes
FILPX=Yes
FINDCOMP=Yes
FIND=Yes
REPEAT=No
MODEL=Yes
CIR2CKT=No
ATTDISP=No
TOFRONT=Yes
TOBACK=Yes
PAGEADD=Yes
PAGEDEL=Yes
ZOOMIN=Yes
ZOOMOUT=Yes
COLOR=Yes
FONT=Yes

[Page]
Index=0
Name=INPUT FILTER
T.PrintPreview=On,0,0,1,0.5
A.PrintPreview=Off,0,0,1,0.5
Grid=71,40

[Text Area]
Font=Height=-20,FStyle=0,Color=0,Name=Courier New
Comment Color=0
Background Color=15
Len=4




[Printer]
T.AutoTile=No
T.BlackBorder=No
A.AutoTile=No
A.BlackBorder=No
D.AutoTile=No
D.BlackBorder=No

[Analysis]
Window Placement=2,3, 0,620, -6,-25, 44,44,866,490
Window Placement in Probe=0,1, -1,-1, -6,-25, 0,0,396,425
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
AutoTitle=Yes
Analysis Text=Height=-19,FStyle=0,Color=0,Name=Arial
Analysis Grid Color=8
Analysis Graph Background=15
Object Default=Height=-20,FStyle=0,Color=4,Name=Arial
Analysis Window Background=15
NumOut=Height=-20,FStyle=0,Color=4,Name=Courier New
ScaleColor=On
Select Color=9
Select Box Color=4
Cursor Select Color Primary=7
Cursor Select Color Secondary=9
Tracker Intercept=False
Tracker Mouse=True
Tracker Cursor=True
AnimateWait=0
AnimateWaitTime=500
Same Y Scales=No
T.Save_For_Future=No
A.Save_For_Future=No
D.Save_For_Future=No
T.Reduce_Display=1
T.Reduce_Save=1
A.Reduce_Display=1
A.Reduce_Save=1
D.Reduce_Display=1
D.Reduce_Save=1
T.PrintPreview=On,0,0.5,1,1
A.PrintPreview=On,0,0,1,1

[Tools]
Pos=Top
SELECT=Yes
GRAPHIC=Yes
LINE=No
ELLIPSE=No
RECT=No
DIAM=No
ARC=No
PIE=No
POLYCLOS=No
SCALE=Yes
CURSOR=Yes
MEASUREH=Yes
MEASUREV=Yes
TAG=Yes
TEXT=Yes
PROPERTY=Yes
START=Yes
STOP=Yes
PAUSE=Yes
DATAPTS=Yes
RULER=Yes
TOKENS=Yes
XAXIS=Yes
YAXIS=Yes
MINORLOG=Yes
BASELINE=Yes
HORIZCUR=Yes
GOTOX=Yes
GOTOY=Yes
GOTOPERF=Yes
NEXT=Yes
PEAK=Yes
VALLEY=Yes
HIGH=Yes
LOW=Yes
INFLECTN=Yes
GHIGH=Yes
GLOW=Yes
AOUTPUT=Yes
ZOOMIN=Yes
ZOOMOUT=Yes
COLOR=Yes
FONT=Yes

[AObject]
Analysis=AC
Object=MeasureV
EndPoint=ArrowF
CBorder=0
w=1
w2=3
Pos=16292.96032639741,-9.883543371050326e-008,31622.77660168417,10.1546143074967
Posm=18373.51040909102
Font=Height=-21,FStyle=4,Color=0,Name=Arial

[AObject]
Analysis=AC
Object=MeasureV
EndPoint=ArrowF
CBorder=0
w=1
w2=3
Pos=11694.99391019884,-1.860840938340204e-007,4325.138310350128,54.15589527041703
Posm=13419.28132504715
Font=Height=-21,FStyle=4,Color=0,Name=Arial

[AObject]
Analysis=AC
Object=MeasureV
Locked=True
EndPoint=ArrowF
CBorder=0
w=0
w2=2
Pos=288.4031503126624,36.46837608483522,280.5433637951731,9.215393305651409
Posm=113.108032975938
Font=Height=-21,FStyle=4,Color=0,Name=Arial

[AObject]
Analysis=AC
Object=MeasureV
Locked=True
EndPoint=ArrowF
CBorder=0
w=2
w2=1
Pos=280.5433637951731,9.215393305651409,272.8977782808058,-0.03205034976026894
Posm=115.9873110789923
Font=Height=-21,FStyle=4,Color=0,Name=Arial

[AObject]
Analysis=AC
Object=MeasureV
Locked=True
EndPoint=ArrowF
CBorder=0
w=1
w2=0
Pos=144543.9770745949,-4.583954721657299e-009,74473.19739059993,-73.47346190285234
Posm=161201.5907159146
Font=Height=-21,FStyle=4,Color=0,Name=Arial

[AObject]
Analysis=AC
Object=Text
CBorder=NONE
Pos=213.5678391959799,694.4444444444445,0,0
Font=Height=-21,FStyle=4,Color=4,Name=Arial
Text=dB

[AObject]
Analysis=AC
Object=Text
CBorder=NONE
w=0
Pos=4787.744922467217,-58.77800407331975,0,0
Font=Height=-21,FStyle=4,Color=4,Name=Arial
Text=EMI filtering provides þ>73dB attenuation atþoscillating frequency

[AObject]
Analysis=AC
Object=Text
CBorder=NONE
w=0
Pos=26.03727584506514,-19.47437582128778,0,0
Font=Height=-21,FStyle=4,Color=4,Name=Arial
Text=Input filter provides >9dB attenuationþStep-up transformer provides >27dB attenuationþat 280Hz resonant response

[AObject]
Analysis=AC
Object=Text
CBorder=NONE
w=0
Pos=43188.80414572243,53.76782077393076,0,0
Font=Height=-21,FStyle=4,Color=4,Name=Arial
Text=Input filter provides þ>54dB attenuationþat 4.3kHz and þ>10dB at 31.3kHz þresonant response

[Monte Carlo Options]
Analysis=Transient
Status=Off
Distribution=Normal
Number of Runs

[Monte Carlo Options]
Analysis=AC
Status=Off
Distribution=Worst Case
Number of Runs=100

[Monte Carlo Options]
Analysis=DC
Status=Off
Distribution=Normal
Number of Runs

[Monte Carlo]
Analysis=AC
Title=Peak(db(v(1)),1,1)
AutoTitle=Yes
Window Placement=2,3, -1,-1, -4,-20, 34,38,707,330
Font=Height=-20,FStyle=0,Color=12,Name=Arial
Object Default Font=Height=-20,FStyle=0,Color=4,Name=Arial
BackGroundColor=15
Grid Color=8
Fore Color=15
Shadow Color=7
WinBackGround Color=15
Select Color=9
Select Box Color=4
Intervals=11
Format=5
Function=Rise_Time
Arg 0=0
Arg 1=0
Arg 2=0

[Tools]
Pos=Top
SELECT=Yes
GRAPHIC=Yes
LINE=No
ELLIPSE=No
RECT=No
DIAM=No
ARC=No
PIE=No
POLYCLOS=No
TEXT=Yes
PROPERTY=Yes
COLOR=Yes
FONT=Yes
MCSTATIS=Yes

[Limits]
Analysis=Transient
TRange=33000u,0
TStep=0
NPts=51
Temp=25
OPT=60
Horizontal Cursor=False
Temperature Type=Linear

[WaveForm]
Analysis=Transient
Options=LINEARX,LINEARY
Plt=1
XExp=T
YExp=V(WITHOUT_FILTER)
XRng=33000u,0
YRng=1000,-1000
VFmtX=3
VFmtY=3
SFmtX=2
SFmtY=2
Rainbow=False
Line Color=58
Text Color=59

[WaveForm]
Analysis=Transient
Options=LINEARX,LINEARY
Plt=1
XExp=T
YExp=V(WITH_FILTER)
XRng=33000u,0
YRng=1000,-1000
VFmtX=3
VFmtY=3
SFmtX=2
SFmtY=2
Rainbow=False

[WaveForm]
Analysis=Transient
Options=LINEARX,LINEARY
Plt=2
XExp=T
YExp=V(HV_TRANSIENTS)
XRng=33000u,0
YRng=2000,-2000
VFmtX=3
VFmtY=3
SFmtX=2
SFmtY=2
Rainbow=False
Line Color=9
Text Color=9

[WaveForm]
Analysis=Transient
Options=LINEARX,LINEARY
Plt=2
XExp=T
YExp=V(TANK_OSCILLATIONS)
XRng=33000u,0
YRng=100k,-100k
VFmtX=3
VFmtY=3
SFmtX=2
SFmtY=2
Rainbow=False
Line Color=12
Text Color=12

[WaveForm]
Analysis=Transient
Options=LINEARX,LINEARY
XExp=T
YExp=V(230V_INPUT_N)-0
XRng=33000u,0
YRng=300,-300
VFmtX=3
VFmtY=3
SFmtX=2
SFmtY=2
Rainbow=False
Line Color=9
Text Color=9

[Limits]
Analysis=AC
FRange=1000000,1
NPts=501
Temp=25
MaxChng=5
NInput=NONE
NOutput=none
OPT=8316
Horizontal Cursor=False
Temperature Type=Linear

[WaveForm]
Analysis=AC
Options=LINEARY
Plt=1
XExp=F
YExp=DB(V(HV_TRANSIENTS))
XRng=1000000,10
YRng=60,-120
VFmtX=3
VFmtY=3
SFmtX=2
SFmtY=2
Rainbow=False
Line Color=9
Text Color=9

[WaveForm]
Analysis=AC
Options=LINEARY
Plt=1
XExp=F
YExp=DB(V(WITH_FILTER))
XRng=1000000,10
YRng=60,-120
VFmtX=3
VFmtY=3
SFmtX=2
SFmtY=2
Rainbow=False

[WaveForm]
Analysis=AC
Options=LINEARY
Plt=1
XExp=F
YExp=DB(V(WITHOUT_FILTER))
XRng=1000000,10
YRng=60,-120
VFmtX=3
VFmtY=3
SFmtX=2
SFmtY=2
Rainbow=False
Line Color=8
Text Color=8

[WaveForm]
Analysis=AC
Options=LINEARY
Plt=1
XExp=F
YExp=DB(V(TANK_OSCILLATIONS))
XRng=1000000,10
YRng=60,-120
VFmtX=3
VFmtY=3
SFmtX=2
SFmtY=2
Rainbow=False
Line Color=12
Text Color=12

[WaveForm]
Analysis=AC
Options=LINEARY
Plt=1
XExp=F
YExp=DB(V(T1))
XRng=1000000,10
YRng=60,-120
VFmtX=3
VFmtY=3
SFmtX=2
SFmtY=2
Rainbow=False
Line Color=2
Text Color=2

[Limits]
Analysis=DC
I2Range=NONE
I2=NONE
I1Range=10,0,.5
I1=V1
NPts=51
Temp=27
MaxChng=5
OPT=24
Horizontal Cursor=False
Temperature Type=Linear
Sweep1 type=Auto
Sweep2 type=None

[WaveForm]
Analysis=DC
Options=LINEARX,LINEARY
Plt=1
XExp=v(1)
YExp=v(1)
XRng=6e-017,-9e-017
YRng=6e-017,-9e-017
VFmtX=3
VFmtY=3
SFmtX=2
SFmtY=2
Rainbow=False
Line Color=12
Text Color=12

[WaveForm]
Analysis=DC
Options=LINEARX,LINEARY
SFmtX=3
SFmtY=3
Rainbow=False
Line Color=9
Text Color=9

[WaveForm]
Analysis=DC
Options=LINEARX,LINEARY
SFmtX=3
SFmtY=3
Rainbow=False
Line Color=2
Text Color=2

[Stepping]
Analysis=Transient
Index=1
Simultaneous=Yes
Status=Off
Method=Linear
Parameter Type=Component
Name=L_CHOKE_1
Param=Value
From=500u
To=0u
Value=100u

[Stepping]
Analysis=Transient
Index=2
Status=Off
Method=Linear
Parameter Type=Component
Name=L_CHOKE_2
Param=Value
From=500u
To=0u
Value=100u

[Stepping]
Analysis=Transient
Index=3
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=Transient
Index=4
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=Transient
Index=5
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=Transient
Index=6
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=Transient
Index=7
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=Transient
Index=8
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=Transient
Index=9
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=Transient
Index=10
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=AC
Index=1
Simultaneous=Yes
Status=Off
Method=Linear
Parameter Type=Component
Name=L_CHOKE_1
Param=Value
From=500u
To=20u
Value=500u

[Stepping]
Analysis=AC
Index=2
Status=Off
Method=Linear
Parameter Type=Component
Name=L_CHOKE_2
Param=Value
From=500u
To=20u
Value=500u

[Stepping]
Analysis=AC
Index=3
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=AC
Index=4
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=AC
Index=5
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=AC
Index=6
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=AC
Index=7
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=AC
Index=8
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=AC
Index=9
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=AC
Index=10
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=DC
Index=1
Status=Off
Method=Linear
Parameter Type=Component
Name=L101
Param=Value
From=44.9u
To=54u
Value=1u

[Stepping]
Analysis=DC
Index=2
Status=Off
Method=Linear
Parameter Type=Component
Name=L102
Param=Value
From=44.9u
To=54u
Value=1u

[Stepping]
Analysis=DC
Index=3
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=DC
Index=4
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=DC
Index=5
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=DC
Index=6
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=DC
Index=7
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=DC
Index=8
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=DC
Index=9
Status=Off
Method=Linear
Parameter Type=Component

[Stepping]
Analysis=DC
Index=10
Status=Off
Method=Linear
Parameter Type=Component

[DSP]
T.Status=Off
A.Status=Off
A.Max=10000
A.Min=1
A.NPts=1024

[TF]
Input Source
Place Text=False

[SENS]
Output=I(RESR105XRS)
Output=I(RESR106XRS)
Multiple=True
Parameter Type=Component