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qucs_s/library/Varistors.lib
Vadim Kuznetsov a3842194ef Remove qucslib from the source tree
2022-09-24 17:56:28 +03:00

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<Qucs Library 0.0.14 "Varistors">
# EPCOS varistor model and data by courtesy of EPCOS Deutschland
<DefaultSymbol>
<.PortSym -30 0 1 0>
<Line -20 -10 40 0 #000080 2 1>
<Line 20 -10 0 20 #000080 2 1>
<Line -20 10 40 0 #000080 2 1>
<Line -20 -10 0 20 #000080 2 1>
<Line -30 0 10 0 #000080 2 1>
<Line 20 0 10 0 #000080 2 1>
<.PortSym 30 0 2 0>
<.ID -20 34 VDR "1=Tol=0=Tolerance [%]">
<Line -20 -20 10 0 #000000 0 1>
<Line -10 -20 20 40 #000000 0 1>
<Line 10 20 10 0 #000000 0 1>
</DefaultSymbol>
<Component B32K130>
<Description>
B32K130 varistor
130 V, 25000 A, 210.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors0 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B32K130 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors0" b1="2.3993743" b2="0.0244237" b3="-0.0006745" b4="0.0035122" L_VDR="20.0nH" C_VDR="4400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B32K150>
<Description>
B32K150 varistor
150 V, 25000 A, 240.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors1 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B32K150 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors1" b1="2.4639255" b2="0.0231608" b3="-0.0006838" b4="0.0037158" L_VDR="20.0nH" C_VDR="3700pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B32K230>
<Description>
B32K230 varistor
230 V, 25000 A, 300.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors2 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B32K230 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors2" b1="2.6396514" b2="0.0250175" b3="-0.0003852" b4="0.0035866" L_VDR="20.0nH" C_VDR="2500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B32K250>
<Description>
B32K250 varistor
250 V, 25000 A, 330.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors3 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B32K250 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors3" b1="2.6755721" b2="0.0254902" b3="-0.0003801" b4="0.0036033" L_VDR="20.0nH" C_VDR="2200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B32K275>
<Description>
B32K275 varistor
275 V, 25000 A, 360.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors4 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B32K275 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors4" b1="2.7158393" b2="0.0245312" b3="-0.0003902" b4="0.0038091" L_VDR="20.0nH" C_VDR="2000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B32K320>
<Description>
B32K320 varistor
320 V, 25000 A, 430.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors5 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B32K320 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors5" b1="2.7865339" b2="0.0250465" b3="-0.0002282" b4="0.0039129" L_VDR="20.0nH" C_VDR="1700pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B32K385>
<Description>
B32K385 varistor
385 V, 25000 A, 550.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors6 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B32K385 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors6" b1="2.8724282" b2="0.0252969" b3="-0.0002145" b4="0.0039247" L_VDR="20.0nH" C_VDR="1400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B32K420>
<Description>
B32K420 varistor
420 V, 25000 A, 600.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors7 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B32K420 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors7" b1="2.9115379" b2="0.0257571" b3="-0.0001455" b4="0.0037765" L_VDR="20.0nH" C_VDR="1300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B32K440>
<Description>
B32K440 varistor
440 V, 25000 A, 630.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors8 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B32K440 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors8" b1="2.9382162" b2="0.0274354" b3="-0.0001529" b4="0.0035850" L_VDR="20.0nH" C_VDR="1250pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B32K460>
<Description>
B32K460 varistor
460 V, 25000 A, 660.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors9 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B32K460 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors9" b1="2.9552013" b2="0.0258057" b3="-0.0001903" b4="0.0037117" L_VDR="20.0nH" C_VDR="1200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B32K550>
<Description>
B32K550 varistor
550 V, 25000 A, 620.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors10 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B32K550 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors10" b1="3.0383931" b2="0.0258834" b3="-0.0001100" b4="0.0037325" L_VDR="20.0nH" C_VDR="1000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B32K680>
<Description>
B32K680 varistor
680 V, 25000 A, 760.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors11 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B32K680 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors11" b1="3.1261533" b2="0.0274590" b3="-0.0001446" b4="0.0036626" L_VDR="20.0nH" C_VDR="830pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B32K750>
<Description>
B32K750 varistor
750 V, 25000 A, 800.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors12 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B32K750 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors12" b1="3.1595450" b2="0.0259659" b3="-0.0001215" b4="0.0040425" L_VDR="20.0nH" C_VDR="800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K75>
<Description>
B40K75 varistor
75 V, 25000 A, 190.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors13 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K75 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors13" b1="2.1555319" b2="0.0240598" b3="-0.0001389" b4="0.0040075" L_VDR="19.0nH" C_VDR="11000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K130>
<Description>
B40K130 varistor
130 V, 40000 A, 310.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors14 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K130 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors14" b1="2.3992774" b2="0.0241839" b3="-0.0006786" b4="0.0027650" L_VDR="19.0nH" C_VDR="5600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K150>
<Description>
B40K150 varistor
150 V, 40000 A, 360.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors15 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K150 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors15" b1="2.4620502" b2="0.0222331" b3="-0.0006945" b4="0.0032469" L_VDR="19.0nH" C_VDR="4800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K230>
<Description>
B40K230 varistor
230 V, 40000 A, 460.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors16 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K230 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors16" b1="2.6352228" b2="0.0234515" b3="-0.0003990" b4="0.0032916" L_VDR="19.0nH" C_VDR="3200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K250>
<Description>
B40K250 varistor
250 V, 40000 A, 490.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors17 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K250 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors17" b1="2.6729928" b2="0.0244592" b3="-0.0003903" b4="0.0032354" L_VDR="19.0nH" C_VDR="2900pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K275>
<Description>
B40K275 varistor
275 V, 40000 A, 550.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors18 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K275 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors18" b1="2.7103342" b2="0.0229461" b3="-0.0004008" b4="0.0036353" L_VDR="19.0nH" C_VDR="2700pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K320>
<Description>
B40K320 varistor
320 V, 40000 A, 640.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors19 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K320 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors19" b1="2.7834706" b2="0.0236867" b3="-0.0002420" b4="0.0034706" L_VDR="19.0nH" C_VDR="2300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K385>
<Description>
B40K385 varistor
385 V, 40000 A, 800.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors20 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K385 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors20" b1="2.8696798" b2="0.0243613" b3="-0.0002224" b4="0.0033553" L_VDR="19.0nH" C_VDR="1900pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K420>
<Description>
B40K420 varistor
420 V, 40000 A, 910.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors21 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K420 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors21" b1="2.9072617" b2="0.0238985" b3="-0.0001615" b4="0.0034613" L_VDR="19.0nH" C_VDR="1800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K440>
<Description>
B40K440 varistor
440 V, 40000 A, 950.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors22 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K440 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors22" b1="2.9299121" b2="0.0240609" b3="-0.0001834" b4="0.0034573" L_VDR="19.0nH" C_VDR="1700pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K460>
<Description>
B40K460 varistor
460 V, 40000 A, 1000.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors23 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K460 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors23" b1="2.9513244" b2="0.0241435" b3="-0.0002045" b4="0.0034585" L_VDR="19.0nH" C_VDR="1600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K550>
<Description>
B40K550 varistor
550 V, 40000 A, 960.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors24 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K550 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors24" b1="3.0332455" b2="0.0239408" b3="-0.0001258" b4="0.0035698" L_VDR="19.0nH" C_VDR="1400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K680>
<Description>
B40K680 varistor
680 V, 40000 A, 1100.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors25 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K680 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors25" b1="3.1231254" b2="0.0262447" b3="-0.0001553" b4="0.0031740" L_VDR="19.0nH" C_VDR="1100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B40K750>
<Description>
B40K750 varistor
750 V, 40000 A, 1200.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors26 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B40K750 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors26" b1="3.1570007" b2="0.0250815" b3="-0.0001292" b4="0.0034216" L_VDR="19.0nH" C_VDR="1000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K75>
<Description>
B60K75 varistor
0 750 V, 70000 A, 2000.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors27 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K75 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors27" b1="2.1951927" b2="0.0364385" b3="-0.0004750" b4="0.0024732" L_VDR="27.0nH" C_VDR="26000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K130>
<Description>
B60K130 varistor
130 V, 70000 A, 490.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors28 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K130 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors28" b1="2.3955139" b2="0.0236810" b3="-0.0006273" b4="0.0020813" L_VDR="27.0nH" C_VDR="15000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K150>
<Description>
B60K150 varistor
150 V, 70000 A, 570.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors29 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K150 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors29" b1="2.4568431" b2="0.0232710" b3="-0.0003484" b4="0.0022792" L_VDR="27.0nH" C_VDR="12000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K230>
<Description>
B60K230 varistor
230 V, 70000 A, 730.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors30 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K230 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors30" b1="2.6287698" b2="0.0225094" b3="-0.0002596" b4="0.0029007" L_VDR="27.0nH" C_VDR="7900pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K250>
<Description>
B60K250 varistor
250 V, 70000 A, 800.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors31 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K250 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors31" b1="2.6645339" b2="0.0232980" b3="-0.0001918" b4="0.0029384" L_VDR="27.0nH" C_VDR="7100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K275>
<Description>
B60K275 varistor
275 V, 70000 A, 860.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors32 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K275 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors32" b1="2.7130467" b2="0.0201357" b3="-0.0009619" b4="0.0029057" L_VDR="27.0nH" C_VDR="6600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K320>
<Description>
B60K320 varistor
320 V, 70000 A, 1000.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors33 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K320 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors33" b1="2.7865675" b2="0.0196155" b3="-0.0010111" b4="0.0029728" L_VDR="27.0nH" C_VDR="5600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K385>
<Description>
B60K385 varistor
385 V, 70000 A, 1200.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors34 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K385 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors34" b1="2.8690343" b2="0.0232984" b3="-0.0003167" b4="0.0025237" L_VDR="27.0nH" C_VDR="4600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K420>
<Description>
B60K420 varistor
420 V, 70000 A, 1500.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors35 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K420 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors35" b1="2.9085404" b2="0.0236386" b3="-0.0002836" b4="0.0025146" L_VDR="27.0nH" C_VDR="4300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K440>
<Description>
B60K440 varistor
440 V, 70000 A, 1580.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors36 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K440 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors36" b1="2.9289246" b2="0.0236727" b3="-0.0001768" b4="0.0025400" L_VDR="27.0nH" C_VDR="4100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K460>
<Description>
B60K460 varistor
460 V, 70000 A, 1650.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors37 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K460 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors37" b1="2.9498587" b2="0.0245339" b3="-0.0000610" b4="0.0025181" L_VDR="27.0nH" C_VDR="3900pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K550>
<Description>
B60K550 varistor
550 V, 70000 A, 1500.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors38 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K550 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors38" b1="3.0353067" b2="0.0247910" b3="-0.0001026" b4="0.0022789" L_VDR="27.0nH" C_VDR="3300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K680>
<Description>
B60K680 varistor
680 V, 70000 A, 1800.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors39 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K680 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors39" b1="3.1178709" b2="0.0252185" b3="-0.0000311" b4="0.0021453" L_VDR="27.0nH" C_VDR="2600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K750>
<Description>
B60K750 varistor
750 V, 70000 A, 2000.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors40 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K750 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors40" b1="3.1567406" b2="0.0258761" b3="-0.0000049" b4="0.0022396" L_VDR="27.0nH" C_VDR="2400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B60K1000>
<Description>
B60K1000 varistor
1100 V, 70000 A, 3000.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors41 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B60K1000 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors41" b1="3.3297856" b2="0.0241006" b3="0.0000002" b4="0.0027927" L_VDR="27.0nH" C_VDR="1600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K130>
<Description>
B80K130 varistor
130 V, 100000 A, 660.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors42 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K130 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors42" b1="2.3771818" b2="0.0147012" b3="-0.0012351" b4="0.0031523" L_VDR="30.0nH" C_VDR="28000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K150>
<Description>
B80K150 varistor
150 V, 100000 A, 800.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors43 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K150 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors43" b1="2.4460708" b2="0.0148317" b3="-0.0012291" b4="0.0031279" L_VDR="30.0nH" C_VDR="23000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K230>
<Description>
B80K230 varistor
230 V, 100000 A, 1200.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors44 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K230 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors44" b1="2.6242522" b2="0.0154987" b3="-0.0012291" b4="0.0030202" L_VDR="30.0nH" C_VDR="16000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K250>
<Description>
B80K250 varistor
250 V, 100000 A, 1300.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors45 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K250 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors45" b1="2.6572007" b2="0.0148342" b3="-0.0012346" b4="0.0031103" L_VDR="30.0nH" C_VDR="14000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K275>
<Description>
B80K275 varistor
275 V, 100000 A, 1400.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors46 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K275 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors46" b1="2.6999836" b2="0.0151979" b3="-0.0012307" b4="0.0030450" L_VDR="30.0nH" C_VDR="13000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K320>
<Description>
B80K320 varistor
320 V, 100000 A, 1600.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors47 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K320 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors47" b1="2.7737848" b2="0.0150159" b3="-0.0012341" b4="0.0030911" L_VDR="30.0nH" C_VDR="11000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K385>
<Description>
B80K385 varistor
385 V, 100000 A, 2000.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors48 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K385 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors48" b1="2.8584161" b2="0.0150168" b3="-0.0012348" b4="0.0031019" L_VDR="30.0nH" C_VDR="9000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K420>
<Description>
B80K420 varistor
420 V, 100000 A, 2200.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors49 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K420 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors49" b1="2.8985800" b2="0.0150932" b3="-0.0012295" b4="0.0030967" L_VDR="30.0nH" C_VDR="8500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K440>
<Description>
B80K440 varistor
440 V, 100000 A, 2350.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors50 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K440 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors50" b1="2.9284686" b2="0.0159312" b3="-0.0013149" b4="0.0030069" L_VDR="30.0nH" C_VDR="8100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K460>
<Description>
B80K460 varistor
460 V, 100000 A, 2500.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors51 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K460 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors51" b1="2.9413057" b2="0.0150081" b3="-0.0012364" b4="0.0030953" L_VDR="30.0nH" C_VDR="7700pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K550>
<Description>
B80K550 varistor
550 V, 100000 A, 3100.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors52 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K550 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors52" b1="3.0251862" b2="0.0150098" b3="-0.0012332" b4="0.0031023" L_VDR="30.0nH" C_VDR="6500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K680>
<Description>
B80K680 varistor
680 V, 100000 A, 3600.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors53 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K680 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors53" b1="3.1075401" b2="0.0150413" b3="-0.0012310" b4="0.0031022" L_VDR="30.0nH" C_VDR="5200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K750>
<Description>
B80K750 varistor
750 V, 100000 A, 4000.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors54 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K750 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors54" b1="3.1451884" b2="0.0150207" b3="-0.0012320" b4="0.0031061" L_VDR="30.0nH" C_VDR="4800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component B80K1100>
<Description>
B80K1100 varistor
1100 V, 100000 A, 6000.0 J, block varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors55 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_B80K1100 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors55" b1="3.3216835" b2="0.0150593" b3="-0.0012332" b4="0.0031011" L_VDR="30.0nH" C_VDR="3200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K11G2>
<Description>
CU3225K11G2 varistor
11 V, 100 A, 0.3 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors56 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K11G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors56" b1="1.4945960" b2="0.0772656" b3="-0.0003451" b4="0.0210900" L_VDR="2.6nH" C_VDR="1600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K14G2>
<Description>
CU3225K14G2 varistor
14 V, 100 A, 0.4 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors57 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K14G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors57" b1="1.5665262" b2="0.0727184" b3="-0.0003255" b4="0.0271668" L_VDR="2.6nH" C_VDR="1300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K14AUTOG2>
<Description>
CU3225K14AUTOG2 varistor
14 V, 100 A, 0.4 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors58 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K14AUTOG2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors58" b1="1.5665262" b2="0.0727184" b3="-0.0003255" b4="0.0271668" L_VDR="2.6nH" C_VDR="1300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K17G2>
<Description>
CU3225K17G2 varistor
17 V, 100 A, 0.5 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors59 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K17G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors59" b1="1.6538121" b2="0.0723807" b3="-0.0003960" b4="0.0300661" L_VDR="2.6nH" C_VDR="1050pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K17AUTOG2>
<Description>
CU3225K17AUTOG2 varistor
17 V, 100 A, 0.5 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors60 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K17AUTOG2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors60" b1="1.6538121" b2="0.0723807" b3="-0.0003960" b4="0.0300661" L_VDR="2.6nH" C_VDR="1050pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K20G2>
<Description>
CU3225K20G2 varistor
20 V, 100 A, 0.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors61 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K20G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors61" b1="1.7465565" b2="0.0739956" b3="-0.0003956" b4="0.0274810" L_VDR="2.6nH" C_VDR="750pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K25G2>
<Description>
CU3225K25G2 varistor
25 V, 100 A, 0.7 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors62 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K25G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors62" b1="1.8200769" b2="0.0746042" b3="-0.0003707" b4="0.0301245" L_VDR="2.6nH" C_VDR="660pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K30G2>
<Description>
CU3225K30G2 varistor
30 V, 100 A, 0.9 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors63 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K30G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors63" b1="1.8993828" b2="0.0731617" b3="-0.0004495" b4="0.0290800" L_VDR="2.6nH" C_VDR="580pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K30AUTOG2>
<Description>
CU3225K30AUTOG2 varistor
30 V, 100 A, 0.9 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors64 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K30AUTOG2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors64" b1="1.8993828" b2="0.0731617" b3="-0.0004495" b4="0.0290800" L_VDR="2.6nH" C_VDR="580pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K35G2>
<Description>
CU3225K35G2 varistor
35 V, 100 A, 1.1 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors65 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K35G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors65" b1="1.9752898" b2="0.0737675" b3="-0.0003783" b4="0.0287467" L_VDR="2.6nH" C_VDR="460pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K40G2>
<Description>
CU3225K40G2 varistor
40 V, 100 A, 1.3 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors66 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K40G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors66" b1="2.0650501" b2="0.0750707" b3="-0.0004119" b4="0.0260654" L_VDR="2.6nH" C_VDR="400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K50G2>
<Description>
CU3225K50G2 varistor
50 V, 400 A, 1.8 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors67 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K50G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors67" b1="2.0545580" b2="0.0462711" b3="-0.0003212" b4="0.0109473" L_VDR="2.6nH" C_VDR="300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K60G2>
<Description>
CU3225K60G2 varistor
60 V, 400 A, 2.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors68 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K60G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors68" b1="2.0545580" b2="0.0462711" b3="-0.0003212" b4="0.0109473" L_VDR="2.6nH" C_VDR="250pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K75G2>
<Description>
CU3225K75G2 varistor
75 V, 400 A, 2.5 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors69 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K75G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors69" b1="2.2193362" b2="0.0459645" b3="-0.0003208" b4="0.0109868" L_VDR="2.6nH" C_VDR="210pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K95G2>
<Description>
CU3225K95G2 varistor
95 V, 400 A, 3.4 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors70 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K95G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors70" b1="2.3211482" b2="0.0457676" b3="-0.0003453" b4="0.0100234" L_VDR="2.6nH" C_VDR="135pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K115G2>
<Description>
CU3225K115G2 varistor
115 V, 400 A, 3.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors71 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K115G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors71" b1="2.3856420" b2="0.0413952" b3="-0.0003730" b4="0.0098904" L_VDR="2.6nH" C_VDR="110pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K130G2>
<Description>
CU3225K130G2 varistor
130 V, 400 A, 4.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors72 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K130G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors72" b1="2.4554440" b2="0.0470922" b3="-0.0003308" b4="0.0074814" L_VDR="2.6nH" C_VDR="100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K140G2>
<Description>
CU3225K140G2 varistor
140 V, 400 A, 4.5 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors73 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K140G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors73" b1="2.4825574" b2="0.0458308" b3="-0.0003313" b4="0.0076751" L_VDR="2.6nH" C_VDR="95pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K150G2>
<Description>
CU3225K150G2 varistor
150 V, 400 A, 4.9 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors74 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K150G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors74" b1="2.5212464" b2="0.0459346" b3="-0.0003331" b4="0.0073023" L_VDR="2.6nH" C_VDR="90pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K175G2>
<Description>
CU3225K175G2 varistor
175 V, 400 A, 5.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors75 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K175G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors75" b1="2.5469960" b2="0.0348646" b3="-0.0005015" b4="0.0085813" L_VDR="2.6nH" C_VDR="75pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K230G2>
<Description>
CU3225K230G2 varistor
230 V, 400 A, 7.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors76 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K230G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors76" b1="2.6986925" b2="0.0468290" b3="-0.0003190" b4="0.0069771" L_VDR="2.6nH" C_VDR="60pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K250G2>
<Description>
CU3225K250G2 varistor
250 V, 400 A, 8.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors77 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K250G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors77" b1="2.7096651" b2="0.0357334" b3="-0.0005032" b4="0.0077073" L_VDR="2.6nH" C_VDR="55pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K275G2>
<Description>
CU3225K275G2 varistor
275 V, 400 A, 8.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors78 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K275G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors78" b1="2.7730828" b2="0.0457647" b3="-0.0003301" b4="0.0072049" L_VDR="2.6nH" C_VDR="50pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU3225K300G2>
<Description>
CU3225K300G2 varistor
300 V, 400 A, 9.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors79 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU3225K300G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors79" b1="2.8132876" b2="0.0462659" b3="-0.0003255" b4="0.0077063" L_VDR="2.6nH" C_VDR="45pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K11G2>
<Description>
CU4032K11G2 varistor
11 V, 250 A, 0.8 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors80 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K11G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors80" b1="1.4585508" b2="0.0649742" b3="-0.0005104" b4="0.0218296" L_VDR="2.9nH" C_VDR="3100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K14G2>
<Description>
CU4032K14G2 varistor
14 V, 250 A, 0.9 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors81 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K14G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors81" b1="1.5362316" b2="0.0623505" b3="-0.0004510" b4="0.0222960" L_VDR="2.9nH" C_VDR="2500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K14AUTOG2>
<Description>
CU4032K14AUTOG2 varistor
14 V, 250 A, 0.9 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors82 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K14AUTOG2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors82" b1="1.5362316" b2="0.0623505" b3="-0.0004510" b4="0.0222960" L_VDR="2.9nH" C_VDR="2500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K17G2>
<Description>
CU4032K17G2 varistor
17 V, 250 A, 1.1 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors83 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K17G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors83" b1="1.6292548" b2="0.0625346" b3="-0.0005743" b4="0.0223242" L_VDR="2.9nH" C_VDR="1900pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K17AUTOG2>
<Description>
CU4032K17AUTOG2 varistor
17 V, 250 A, 1.1 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors84 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K17AUTOG2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors84" b1="1.6292548" b2="0.0625346" b3="-0.0005743" b4="0.0223242" L_VDR="2.9nH" C_VDR="1900pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K20G2>
<Description>
CU4032K20G2 varistor
20 V, 250 A, 1.3 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors85 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K20G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors85" b1="1.7164848" b2="0.0629400" b3="-0.0005585" b4="0.0221732" L_VDR="2.9nH" C_VDR="1500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K25G2>
<Description>
CU4032K25G2 varistor
25 V, 250 A, 1.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors86 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K25G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors86" b1="1.7865297" b2="0.0618059" b3="-0.0005573" b4="0.0229985" L_VDR="2.9nH" C_VDR="1250pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K30G2>
<Description>
CU4032K30G2 varistor
30 V, 250 A, 2.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors87 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K30G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors87" b1="1.8678425" b2="0.0618468" b3="-0.0005980" b4="0.0237474" L_VDR="2.9nH" C_VDR="1050pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K30AUTOG2>
<Description>
CU4032K30AUTOG2 varistor
30 V, 250 A, 2.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors88 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K30AUTOG2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors88" b1="1.8678425" b2="0.0618468" b3="-0.0005980" b4="0.0237474" L_VDR="2.9nH" C_VDR="1050pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K35G2>
<Description>
CU4032K35G2 varistor
35 V, 250 A, 2.5 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors89 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K35G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors89" b1="1.9413034" b2="0.0619516" b3="-0.0005154" b4="0.0245079" L_VDR="2.9nH" C_VDR="850pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K40G2>
<Description>
CU4032K40G2 varistor
40 V, 250 A, 3.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors90 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K40G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors90" b1="2.0287060" b2="0.0628254" b3="-0.0005266" b4="0.0237204" L_VDR="2.9nH" C_VDR="720pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K50G2>
<Description>
CU4032K50G2 varistor
50 V, 1200 A, 4.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors91 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K50G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors91" b1="2.0269976" b2="0.0343482" b3="-0.0004659" b4="0.0112134" L_VDR="2.9nH" C_VDR="530pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K60G2>
<Description>
CU4032K60G2 varistor
60 V, 1200 A, 4.8 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors92 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K60G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors92" b1="2.1121634" b2="0.0344128" b3="-0.0004529" b4="0.0112199" L_VDR="2.9nH" C_VDR="480pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K75G2>
<Description>
CU4032K75G2 varistor
75 V, 1200 A, 5.9 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors93 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K75G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors93" b1="2.1936833" b2="0.0345325" b3="-0.0004626" b4="0.0106828" L_VDR="2.9nH" C_VDR="430pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K95G2>
<Description>
CU4032K95G2 varistor
95 V, 1200 A, 7.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors94 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K95G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors94" b1="2.2921836" b2="0.0349982" b3="-0.0004575" b4="0.0101349" L_VDR="2.9nH" C_VDR="260pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K115G2>
<Description>
CU4032K115G2 varistor
115 V, 1200 A, 8.4 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors95 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K115G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors95" b1="2.3768114" b2="0.0370315" b3="-0.0004633" b4="0.0081660" L_VDR="2.9nH" C_VDR="220pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K130G2>
<Description>
CU4032K130G2 varistor
130 V, 1200 A, 9.5 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors96 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K130G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors96" b1="2.4305240" b2="0.0354058" b3="-0.0004949" b4="0.0080259" L_VDR="2.9nH" C_VDR="200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K140G2>
<Description>
CU4032K140G2 varistor
140 V, 1200 A, 10.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors97 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K140G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors97" b1="2.4615479" b2="0.0352870" b3="-0.0005124" b4="0.0080406" L_VDR="2.9nH" C_VDR="180pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K150G2>
<Description>
CU4032K150G2 varistor
150 V, 1200 A, 11.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors98 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K150G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors98" b1="2.4988547" b2="0.0356266" b3="-0.0004969" b4="0.0079963" L_VDR="2.9nH" C_VDR="170pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K175G2>
<Description>
CU4032K175G2 varistor
175 V, 1200 A, 13.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors99 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K175G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors99" b1="2.5469960" b2="0.0348646" b3="-0.0005015" b4="0.0085813" L_VDR="2.9nH" C_VDR="150pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K230G2>
<Description>
CU4032K230G2 varistor
230 V, 1200 A, 17.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors100 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K230G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors100" b1="2.6719118" b2="0.0350621" b3="-0.0004946" b4="0.0076797" L_VDR="2.9nH" C_VDR="115pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K250G2>
<Description>
CU4032K250G2 varistor
250 V, 1200 A, 19.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors101 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K250G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors101" b1="2.7096651" b2="0.0357334" b3="-0.0005032" b4="0.0077073" L_VDR="2.9nH" C_VDR="105pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K275G2>
<Description>
CU4032K275G2 varistor
275 V, 1200 A, 21.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors102 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K275G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors102" b1="2.7533272" b2="0.0369607" b3="-0.0004480" b4="0.0073216" L_VDR="2.9nH" C_VDR="95pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CU4032K300G2>
<Description>
CU4032K300G2 varistor
300 V, 1200 A, 23.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors103 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CU4032K300G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors103" b1="2.7906262" b2="0.0363393" b3="-0.0004893" b4="0.0073487" L_VDR="2.9nH" C_VDR="90pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0603M4G>
<Description>
CN0603M4G varistor
4 V, 30 A, 0.1 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors104 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0603M4G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors104" b1="1.1509169" b2="0.0794637" b3="-0.0005618" b4="0.0481413" L_VDR="1.0nH" C_VDR="200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0603M6G>
<Description>
CN0603M6G varistor
6 V, 30 A, 0.1 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors105 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0603M6G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors105" b1="1.3125743" b2="0.0908265" b3="-0.0000105" b4="0.0390732" L_VDR="1.0nH" C_VDR="200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0603K7G>
<Description>
CN0603K7G varistor
7 V, 30 A, 0.1 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors106 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0603K7G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors106" b1="1.3466387" b2="0.0830711" b3="-0.0001561" b4="0.0430717" L_VDR="1.0nH" C_VDR="200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0603L8G>
<Description>
CN0603L8G varistor
8 V, 30 A, 0.1 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors107 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0603L8G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors107" b1="1.4191201" b2="0.0804905" b3="-0.0001366" b4="0.0383382" L_VDR="1.0nH" C_VDR="150pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0603K11G>
<Description>
CN0603K11G varistor
11 V, 30 A, 0.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors108 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0603K11G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors108" b1="1.4413090" b2="0.0601155" b3="-0.0004273" b4="0.0617565" L_VDR="1.0nH" C_VDR="120pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0603K14G>
<Description>
CN0603K14G varistor
14 V, 30 A, 0.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors109 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0603K14G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors109" b1="1.4902346" b2="0.0487243" b3="-0.0002861" b4="0.0716127" L_VDR="1.0nH" C_VDR="100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0805M4G>
<Description>
CN0805M4G varistor
4 V, 100 A, 0.1 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors110 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0805M4G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors110" b1="1.1682751" b2="0.0845734" b3="-0.0005679" b4="0.0312760" L_VDR="1.5nH" C_VDR="700pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0805M6G>
<Description>
CN0805M6G varistor
6 V, 120 A, 0.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors111 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0805M6G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors111" b1="1.3311583" b2="0.0952949" b3="-0.0001939" b4="0.0194476" L_VDR="1.5nH" C_VDR="600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0805L8G>
<Description>
CN0805L8G varistor
8 V, 120 A, 0.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors112 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0805L8G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors112" b1="1.4352189" b2="0.0844952" b3="-0.0003024" b4="0.0213571" L_VDR="1.5nH" C_VDR="500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0805K11G>
<Description>
CN0805K11G varistor
11 V, 120 A, 0.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors113 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0805K11G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors113" b1="1.4742897" b2="0.0709227" b3="-0.0003747" b4="0.0293089" L_VDR="1.5nH" C_VDR="400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0805K14G>
<Description>
CN0805K14G varistor
14 V, 120 A, 0.3 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors114 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0805K14G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors114" b1="1.5317870" b2="0.0611157" b3="-0.0003259" b4="0.0285041" L_VDR="1.5nH" C_VDR="350pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0805S14BAUTOG>
<Description>
CN0805S14BAUTOG varistor
14 V, 120 A, 0.3 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors115 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0805S14BAUTOG _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors115" b1="1.4881096" b2="0.0468213" b3="-0.0004114" b4="0.0458657" L_VDR="1.5nH" C_VDR="400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0805K17G>
<Description>
CN0805K17G varistor
17 V, 120 A, 0.3 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors116 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0805K17G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors116" b1="1.5893542" b2="0.0514351" b3="-0.0002527" b4="0.0317308" L_VDR="1.5nH" C_VDR="300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0805K20G>
<Description>
CN0805K20G varistor
20 V, 80 A, 0.3 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors117 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0805K20G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors117" b1="1.6821093" b2="0.0537368" b3="-0.0002122" b4="0.0281190" L_VDR="1.5nH" C_VDR="300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN0805K25G>
<Description>
CN0805K25G varistor
25 V, 80 A, 0.3 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors118 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN0805K25G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors118" b1="1.7586632" b2="0.0552242" b3="-0.0001486" b4="0.0255923" L_VDR="1.5nH" C_VDR="250pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206M4G>
<Description>
CN1206M4G varistor
4 V, 150 A, 0.3 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors119 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206M4G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors119" b1="1.1175481" b2="0.0689500" b3="-0.0004932" b4="0.0356214" L_VDR="1.8nH" C_VDR="1500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206M6G>
<Description>
CN1206M6G varistor
6 V, 200 A, 0.4 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors120 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206M6G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors120" b1="1.3036039" b2="0.0888723" b3="0.0001221" b4="0.0158701" L_VDR="1.8nH" C_VDR="1200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206L8G>
<Description>
CN1206L8G varistor
8 V, 200 A, 0.5 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors121 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206L8G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors121" b1="1.3926420" b2="0.0693089" b3="-0.0005286" b4="0.0245205" L_VDR="1.8nH" C_VDR="1000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206K11G>
<Description>
CN1206K11G varistor
11 V, 200 A, 0.5 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors122 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206K11G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors122" b1="1.4504997" b2="0.0643028" b3="-0.0001933" b4="0.0271630" L_VDR="1.8nH" C_VDR="800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206K14G>
<Description>
CN1206K14G varistor
14 V, 200 A, 0.5 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors123 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206K14G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors123" b1="1.5143780" b2="0.0565823" b3="-0.0001848" b4="0.0245667" L_VDR="1.8nH" C_VDR="700pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206S14BAUTOG>
<Description>
CN1206S14BAUTOG varistor
14 V, 200 A, 0.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors124 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206S14BAUTOG _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors124" b1="1.4771189" b2="0.0420269" b3="-0.0004647" b4="0.0347728" L_VDR="1.8nH" C_VDR="800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206K17G>
<Description>
CN1206K17G varistor
17 V, 200 A, 0.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors125 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206K17G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors125" b1="1.5726219" b2="0.0459876" b3="-0.0002642" b4="0.0302240" L_VDR="1.8nH" C_VDR="650pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206K20G>
<Description>
CN1206K20G varistor
20 V, 200 A, 0.7 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors126 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206K20G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors126" b1="1.6667739" b2="0.0475973" b3="-0.0003424" b4="0.0248011" L_VDR="1.8nH" C_VDR="600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206K25G>
<Description>
CN1206K25G varistor
25 V, 200 A, 1.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors127 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206K25G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors127" b1="1.7500881" b2="0.0523199" b3="-0.0001662" b4="0.0218893" L_VDR="1.8nH" C_VDR="550pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206K30G>
<Description>
CN1206K30G varistor
30 V, 200 A, 1.1 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors128 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206K30G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors128" b1="1.8224832" b2="0.0493404" b3="-0.0001662" b4="0.0225803" L_VDR="1.8nH" C_VDR="500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206K35G>
<Description>
CN1206K35G varistor
35 V, 100 A, 0.4 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors129 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206K35G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors129" b1="1.8838654" b2="0.0439763" b3="-0.0002616" b4="0.0289946" L_VDR="1.8nH" C_VDR="300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206K40G>
<Description>
CN1206K40G varistor
40 V, 100 A, 0.5 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors130 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206K40G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors130" b1="1.9709570" b2="0.0450069" b3="-0.0002507" b4="0.0294744" L_VDR="1.8nH" C_VDR="250pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206K50G>
<Description>
CN1206K50G varistor
50 V, 100 A, 0.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors131 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206K50G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors131" b1="2.0621957" b2="0.0485296" b3="-0.0002137" b4="0.0271530" L_VDR="1.8nH" C_VDR="120pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1206K60G>
<Description>
CN1206K60G varistor
60 V, 100 A, 0.7 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors132 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1206K60G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors132" b1="2.1492342" b2="0.0487696" b3="-0.0002276" b4="0.0268212" L_VDR="1.8nH" C_VDR="100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210M4G>
<Description>
CN1210M4G varistor
4 V, 250 A, 0.4 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors133 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210M4G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors133" b1="1.0807621" b2="0.0546801" b3="-0.0006821" b4="0.0329853" L_VDR="1.8nH" C_VDR="5000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210M6G>
<Description>
CN1210M6G varistor
6 V, 300 A, 0.7 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors134 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210M6G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors134" b1="1.2591970" b2="0.0727743" b3="-0.0000408" b4="0.0213399" L_VDR="1.8nH" C_VDR="4000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210L8G>
<Description>
CN1210L8G varistor
8 V, 400 A, 1.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors135 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210L8G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors135" b1="1.3619256" b2="0.0611075" b3="-0.0001884" b4="0.0204059" L_VDR="1.8nH" C_VDR="3000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210K11G>
<Description>
CN1210K11G varistor
11 V, 400 A, 1.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors136 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210K11G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors136" b1="1.4229271" b2="0.0536799" b3="-0.0003879" b4="0.0225295" L_VDR="1.8nH" C_VDR="2400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210K14G>
<Description>
CN1210K14G varistor
14 V, 400 A, 1.5 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors137 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210K14G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors137" b1="1.4813579" b2="0.0447913" b3="-0.0003133" b4="0.0264212" L_VDR="1.8nH" C_VDR="2000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210S14BAUTOG>
<Description>
CN1210S14BAUTOG varistor
14 V, 400 A, 1.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors138 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210S14BAUTOG _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors138" b1="1.4702308" b2="0.0394870" b3="-0.0004854" b4="0.0181900" L_VDR="1.8nH" C_VDR="1700pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210K17G>
<Description>
CN1210K17G varistor
17 V, 400 A, 1.7 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors139 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210K17G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors139" b1="1.5494412" b2="0.0371562" b3="-0.0004095" b4="0.0260139" L_VDR="1.8nH" C_VDR="1800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210K20G>
<Description>
CN1210K20G varistor
20 V, 400 A, 1.9 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors140 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210K20G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors140" b1="1.6435820" b2="0.0398501" b3="-0.0003583" b4="0.0218546" L_VDR="1.8nH" C_VDR="1500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210K25G>
<Description>
CN1210K25G varistor
25 V, 300 A, 1.7 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors141 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210K25G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors141" b1="1.7246324" b2="0.0432889" b3="-0.0002700" b4="0.0204807" L_VDR="1.8nH" C_VDR="1200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210K30G>
<Description>
CN1210K30G varistor
30 V, 300 A, 2.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors142 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210K30G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors142" b1="1.7968323" b2="0.0402545" b3="-0.0002765" b4="0.0223085" L_VDR="1.8nH" C_VDR="1000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210K35G>
<Description>
CN1210K35G varistor
35 V, 250 A, 2.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors143 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210K35G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors143" b1="1.8614081" b2="0.0363782" b3="-0.0002963" b4="0.0243721" L_VDR="1.8nH" C_VDR="600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210K40G>
<Description>
CN1210K40G varistor
40 V, 250 A, 2.3 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors144 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210K40G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors144" b1="1.9515331" b2="0.0379673" b3="-0.0003348" b4="0.0229156" L_VDR="1.8nH" C_VDR="500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210K50G>
<Description>
CN1210K50G varistor
50 V, 200 A, 1.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors145 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210K50G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors145" b1="2.0361670" b2="0.0395875" b3="-0.0002802" b4="0.0244397" L_VDR="1.8nH" C_VDR="250pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1210K60G>
<Description>
CN1210K60G varistor
60 V, 200 A, 2.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors146 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1210K60G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors146" b1="2.1221548" b2="0.0385742" b3="-0.0004146" b4="0.0248706" L_VDR="1.8nH" C_VDR="200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812M4G>
<Description>
CN1812M4G varistor
4 V, 500 A, 0.8 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors147 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812M4G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors147" b1="1.0687539" b2="0.0512610" b3="-0.0006335" b4="0.0228557" L_VDR="2.5nH" C_VDR="10000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812M6G>
<Description>
CN1812M6G varistor
6 V, 500 A, 1.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors148 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812M6G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors148" b1="1.2375699" b2="0.0631134" b3="-0.0003546" b4="0.0184387" L_VDR="2.5nH" C_VDR="8000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812L8G>
<Description>
CN1812L8G varistor
8 V, 800 A, 1.8 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors149 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812L8G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors149" b1="1.3448443" b2="0.0539989" b3="-0.0003759" b4="0.0168896" L_VDR="2.5nH" C_VDR="6000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812K11G>
<Description>
CN1812K11G varistor
11 V, 800 A, 1.9 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors150 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812K11G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors150" b1="1.4061078" b2="0.0482737" b3="-0.0003439" b4="0.0187606" L_VDR="2.5nH" C_VDR="5000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812K14G>
<Description>
CN1812K14G varistor
14 V, 800 A, 2.3 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors151 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812K14G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors151" b1="1.4683794" b2="0.0399015" b3="-0.0003717" b4="0.0207471" L_VDR="2.5nH" C_VDR="4500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812S14BAUTOG>
<Description>
CN1812S14BAUTOG varistor
14 V, 800 A, 2.4 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors152 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812S14BAUTOG _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors152" b1="1.4581225" b2="0.0351545" b3="-0.0005198" b4="0.0141595" L_VDR="2.5nH" C_VDR="5600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812K17G>
<Description>
CN1812K17G varistor
17 V, 800 A, 2.7 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors153 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812K17G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors153" b1="1.5406413" b2="0.0345860" b3="-0.0003336" b4="0.0187982" L_VDR="2.5nH" C_VDR="4000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812K20G>
<Description>
CN1812K20G varistor
20 V, 800 A, 3.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors154 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812K20G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors154" b1="1.6352292" b2="0.0371390" b3="-0.0003320" b4="0.0152535" L_VDR="2.5nH" C_VDR="3000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812K25G>
<Description>
CN1812K25G varistor
25 V, 800 A, 3.7 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors155 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812K25G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors155" b1="1.7231907" b2="0.0429026" b3="-0.0002122" b4="0.0092851" L_VDR="2.5nH" C_VDR="2500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812K30G>
<Description>
CN1812K30G varistor
30 V, 800 A, 4.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors156 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812K30G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors156" b1="1.7876826" b2="0.0371428" b3="-0.0002689" b4="0.0153882" L_VDR="2.5nH" C_VDR="2000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812K35G>
<Description>
CN1812K35G varistor
35 V, 500 A, 4.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors157 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812K35G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors157" b1="1.8480308" b2="0.0294112" b3="-0.0006446" b4="0.0218880" L_VDR="2.5nH" C_VDR="1200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812K40G>
<Description>
CN1812K40G varistor
40 V, 500 A, 4.8 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors158 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812K40G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors158" b1="1.9426915" b2="0.0347457" b3="-0.0003633" b4="0.0166600" L_VDR="2.5nH" C_VDR="1000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812K50G>
<Description>
CN1812K50G varistor
50 V, 400 A, 4.5 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors159 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812K50G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors159" b1="2.0252677" b2="0.0356738" b3="-0.0002872" b4="0.0194599" L_VDR="2.5nH" C_VDR="500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812K60G>
<Description>
CN1812K60G varistor
60 V, 400 A, 5.8 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors160 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812K60G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors160" b1="2.1217732" b2="0.0393728" b3="-0.0002449" b4="0.0134060" L_VDR="2.5nH" C_VDR="400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812S60AG>
<Description>
CN1812S60AG varistor
60 V, 400 A, 2.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors161 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812S60AG _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors161" b1="2.0988069" b2="0.0336579" b3="-0.0001737" b4="0.0166469" L_VDR="2.5nH" C_VDR="400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN1812S95AG2>
<Description>
CN1812S95AG2 varistor
95 V, 250 A, 2.8 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors162 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN1812S95AG2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors162" b1="2.2386838" b2="0.0194158" b3="-0.0002749" b4="0.0231232" L_VDR="3.0nH" C_VDR="250pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220M4G>
<Description>
CN2220M4G varistor
4 V, 1000 A, 1.4 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors163 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220M4G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors163" b1="1.0560810" b2="0.0452830" b3="-0.0009594" b4="0.0184302" L_VDR="3.0nH" C_VDR="24000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220M6G>
<Description>
CN2220M6G varistor
6 V, 1200 A, 3.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors164 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220M6G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors164" b1="1.2222009" b2="0.0573302" b3="-0.0004661" b4="0.0143108" L_VDR="3.0nH" C_VDR="20000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220L8G>
<Description>
CN2220L8G varistor
8 V, 1200 A, 4.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors165 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220L8G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors165" b1="1.3243234" b2="0.0456815" b3="-0.0006049" b4="0.0170597" L_VDR="3.0nH" C_VDR="16000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220K11G>
<Description>
CN2220K11G varistor
11 V, 1200 A, 5.4 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors166 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220K11G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors166" b1="1.3870509" b2="0.0405142" b3="-0.0005446" b4="0.0184891" L_VDR="3.0nH" C_VDR="12000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220K14G>
<Description>
CN2220K14G varistor
14 V, 1200 A, 5.8 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors167 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220K14G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors167" b1="1.4543107" b2="0.0347059" b3="-0.0004414" b4="0.0182634" L_VDR="3.0nH" C_VDR="10000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220S14BAUTOG>
<Description>
CN2220S14BAUTOG varistor
14 V, 1200 A, 5.8 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors168 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220S14BAUTOG _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors168" b1="1.4455852" b2="0.0313776" b3="-0.0005159" b4="0.0126995" L_VDR="3.0nH" C_VDR="9500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220S14BAUTOE2G2>
<Description>
CN2220S14BAUTOE2G2 varistor
14 V, 1200 A, 5.8 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors169 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220S14BAUTOE2G2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors169" b1="1.4455852" b2="0.0313776" b3="-0.0005159" b4="0.0126995" L_VDR="3.0nH" C_VDR="15000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220K17G>
<Description>
CN2220K17G varistor
17 V, 1200 A, 7.2 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors170 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220K17G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors170" b1="1.5239210" b2="0.0281454" b3="-0.0005037" b4="0.0187498" L_VDR="3.0nH" C_VDR="9000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220K20G>
<Description>
CN2220K20G varistor
20 V, 1200 A, 7.8 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors171 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220K20G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors171" b1="1.6190158" b2="0.0309988" b3="-0.0004412" b4="0.0153531" L_VDR="3.0nH" C_VDR="7000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220K25G>
<Description>
CN2220K25G varistor
25 V, 1200 A, 9.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors172 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220K25G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors172" b1="1.6992220" b2="0.0346695" b3="-0.0002798" b4="0.0140029" L_VDR="3.0nH" C_VDR="5000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220K30G>
<Description>
CN2220K30G varistor
30 V, 1200 A, 12.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors173 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220K30G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors173" b1="1.7685725" b2="0.0301682" b3="-0.0003797" b4="0.0169627" L_VDR="3.0nH" C_VDR="4000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220K30AUTOG>
<Description>
CN2220K30AUTOG varistor
30 V, 1200 A, 12.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors174 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220K30AUTOG _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors174" b1="1.7685725" b2="0.0301682" b3="-0.0003797" b4="0.0169627" L_VDR="3.0nH" C_VDR="4000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220K35G>
<Description>
CN2220K35G varistor
35 V, 1000 A, 7.7 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors175 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220K35G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors175" b1="1.8417211" b2="0.0287532" b3="-0.0004379" b4="0.0158448" L_VDR="3.0nH" C_VDR="2500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220K40G>
<Description>
CN2220K40G varistor
40 V, 1000 A, 9.0 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors176 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220K40G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors176" b1="1.9322192" b2="0.0310953" b3="-0.0003917" b4="0.0134243" L_VDR="3.0nH" C_VDR="2000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220K50G>
<Description>
CN2220K50G varistor
50 V, 800 A, 5.6 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors177 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220K50G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors177" b1="2.0229713" b2="0.0341207" b3="-0.0003577" b4="0.0118067" L_VDR="3.0nH" C_VDR="1000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component CN2220K60G>
<Description>
CN2220K60G varistor
60 V, 800 A, 6.8 J, SMD
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors178 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_CN2220K60G _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors178" b1="2.1055726" b2="0.0331431" b3="-0.0003683" b4="0.0136283" L_VDR="3.0nH" C_VDR="800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component LS40K130QP>
<Description>
LS40K130QP varistor
130 V, 40000 A, 310.0 J, strap varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors179 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_LS40K130QP _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors179" b1="2.3992774" b2="0.0241839" b3="-0.0006786" b4="0.0027650" L_VDR="14.0nH" C_VDR="5600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component LS40K150QP>
<Description>
LS40K150QP varistor
150 V, 40000 A, 360.0 J, strap varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors180 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_LS40K150QP _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors180" b1="2.4620502" b2="0.0222331" b3="-0.0006945" b4="0.0032469" L_VDR="14.0nH" C_VDR="4800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component LS40K230QP>
<Description>
LS40K230QP varistor
230 V, 40000 A, 460.0 J, strap varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors181 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_LS40K230QP _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors181" b1="2.6729928" b2="0.0244592" b3="-0.0003903" b4="0.0032354" L_VDR="14.0nH" C_VDR="3200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component LS40K250QP>
<Description>
LS40K250QP varistor
250 V, 40000 A, 490.0 J, strap varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors182 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_LS40K250QP _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors182" b1="2.6729928" b2="0.0244592" b3="-0.0003903" b4="0.0032354" L_VDR="14.0nH" C_VDR="2900pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component LS40K275QP>
<Description>
LS40K275QP varistor
275 V, 40000 A, 550.0 J, strap varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors183 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_LS40K275QP _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors183" b1="2.7103342" b2="0.0229461" b3="-0.0004008" b4="0.0036353" L_VDR="14.0nH" C_VDR="2700pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component LS40K320QP>
<Description>
LS40K320QP varistor
320 V, 40000 A, 640.0 J, strap varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors184 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_LS40K320QP _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors184" b1="2.7834706" b2="0.0236867" b3="-0.0002420" b4="0.0034706" L_VDR="14.0nH" C_VDR="2300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component LS40K385QP>
<Description>
LS40K385QP varistor
385 V, 40000 A, 800.0 J, strap varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors185 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_LS40K385QP _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors185" b1="2.8696798" b2="0.0243613" b3="-0.0002224" b4="0.0033553" L_VDR="14.0nH" C_VDR="1900pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component LS40K420QP>
<Description>
LS40K420QP varistor
420 V, 40000 A, 910.0 J, strap varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors186 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_LS40K420QP _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors186" b1="2.9072617" b2="0.0238985" b3="-0.0001615" b4="0.0034613" L_VDR="14.0nH" C_VDR="1800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component LS40K440QP>
<Description>
LS40K440QP varistor
440 V, 40000 A, 950.0 J, strap varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors187 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_LS40K440QP _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors187" b1="2.9299121" b2="0.0240609" b3="-0.0001834" b4="0.0034573" L_VDR="14.0nH" C_VDR="1700pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component LS40K460QP>
<Description>
LS40K460QP varistor
460 V, 40000 A, 960.0 J, strap varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors188 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_LS40K460QP _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors188" b1="2.9513244" b2="0.0241435" b3="-0.0002045" b4="0.0034585" L_VDR="14.0nH" C_VDR="1600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component LS40K550QP>
<Description>
LS40K550QP varistor
550 V, 40000 A, 960.0 J, strap varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors189 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_LS40K550QP _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors189" b1="3.0332455" b2="0.0239408" b3="-0.0001258" b4="0.0035698" L_VDR="14.0nH" C_VDR="1400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component LS40K680QP>
<Description>
LS40K680QP varistor
680 V, 40000 A, 1100.0 J, strap varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors190 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_LS40K680QP _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors190" b1="3.1231254" b2="0.0262447" b3="-0.0001553" b4="0.0031740" L_VDR="14.0nH" C_VDR="1100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component LS40K750QP>
<Description>
LS40K750QP varistor
750 V, 40000 A, 1200.0 J, strap varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors191 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_LS40K750QP _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors191" b1="3.1570007" b2="0.0250815" b3="-0.0001292" b4="0.0034216" L_VDR="14.0nH" C_VDR="1000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component PD80K1100>
<Description>
PD80K1100 varistor
1100 V, 100kA, 6 kJ, package: DO-200var73
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors192 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_PD80K1100 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors192" b1="3.3216835" b2="0.0150593" b3="-0.0012332" b4="0.0031011" L_VDR="10.0nH" C_VDR="3200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K11>
<Description>
S05K11 varistor
11 V, 100 A, 0.3 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors193 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K11 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors193" b1="1.4945960" b2="0.0772656" b3="-0.0003451" b4="0.0210900" L_VDR="8.0nH" C_VDR="1600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K14>
<Description>
S05K14 varistor
14 V, 100 A, 0.4 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors194 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K14 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors194" b1="1.5665262" b2="0.0727184" b3="-0.0003255" b4="0.0271668" L_VDR="8.0nH" C_VDR="1300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K17>
<Description>
S05K17 varistor
17 V, 100 A, 0.5 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors195 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K17 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors195" b1="1.6538121" b2="0.0723807" b3="-0.0003960" b4="0.0300661" L_VDR="8.0nH" C_VDR="1050pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K20>
<Description>
S05K20 varistor
20 V, 100 A, 0.6 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors196 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K20 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors196" b1="1.7465565" b2="0.0739956" b3="-0.0003956" b4="0.0274810" L_VDR="8.0nH" C_VDR="750pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K25>
<Description>
S05K25 varistor
25 V, 100 A, 0.7 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors197 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K25 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors197" b1="1.8200769" b2="0.0746042" b3="-0.0003707" b4="0.0301245" L_VDR="8.0nH" C_VDR="660pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K30>
<Description>
S05K30 varistor
30 V, 100 A, 0.9 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors198 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K30 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors198" b1="1.8993828" b2="0.0731617" b3="-0.0004495" b4="0.0290800" L_VDR="8.0nH" C_VDR="580pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K35>
<Description>
S05K35 varistor
35 V, 100 A, 1.1 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors199 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K35 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors199" b1="1.9752898" b2="0.0737675" b3="-0.0003783" b4="0.0287467" L_VDR="8.0nH" C_VDR="460pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K40>
<Description>
S05K40 varistor
40 V, 100 A, 1.3 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors200 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K40 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors200" b1="2.0650501" b2="0.0750707" b3="-0.0004119" b4="0.0260654" L_VDR="8.0nH" C_VDR="400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K50>
<Description>
S05K50 varistor
50 V, 400 A, 1.8 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors201 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K50 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors201" b1="2.0545580" b2="0.0462711" b3="-0.0003212" b4="0.0109473" L_VDR="8.0nH" C_VDR="300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K60>
<Description>
S05K60 varistor
60 V, 400 A, 2.2 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors202 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K60 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors202" b1="2.1408994" b2="0.0462311" b3="-0.0003189" b4="0.0108452" L_VDR="8.0nH" C_VDR="250pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K75>
<Description>
S05K75 varistor
75 V, 400 A, 2.5 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors203 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K75 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors203" b1="2.2193362" b2="0.0459645" b3="-0.0003208" b4="0.0109868" L_VDR="8.0nH" C_VDR="210pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K95>
<Description>
S05K95 varistor
95 V, 400 A, 3.4 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors204 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K95 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors204" b1="2.3211482" b2="0.0457676" b3="-0.0003453" b4="0.0100234" L_VDR="8.0nH" C_VDR="135pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K115>
<Description>
S05K115 varistor
115 V, 400 A, 3.6 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors205 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K115 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors205" b1="2.3856420" b2="0.0413952" b3="-0.0003730" b4="0.0098904" L_VDR="8.0nH" C_VDR="110pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K130>
<Description>
S05K130 varistor
130 V, 400 A, 4.2 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors206 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K130 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors206" b1="2.4554440" b2="0.0470922" b3="-0.0003308" b4="0.0074814" L_VDR="8.0nH" C_VDR="100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K140>
<Description>
S05K140 varistor
140 V, 400 A, 4.5 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors207 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K140 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors207" b1="2.4825574" b2="0.0458308" b3="-0.0003313" b4="0.0076751" L_VDR="8.0nH" C_VDR="95pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K150>
<Description>
S05K150 varistor
150 V, 400 A, 4.9 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors208 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K150 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors208" b1="2.5212464" b2="0.0459346" b3="-0.0003331" b4="0.0073023" L_VDR="8.0nH" C_VDR="90pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K175>
<Description>
S05K175 varistor
175 V, 400 A, 5.6 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors209 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K175 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors209" b1="2.5797220" b2="0.0459789" b3="-0.0003302" b4="0.0078197" L_VDR="8.0nH" C_VDR="75pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K230>
<Description>
S05K230 varistor
230 V, 400 A, 7.2 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors210 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K230 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors210" b1="2.6986925" b2="0.0468290" b3="-0.0003190" b4="0.0069771" L_VDR="8.0nH" C_VDR="60pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K250>
<Description>
S05K250 varistor
250 V, 400 A, 8.2 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors211 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K250 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors211" b1="2.7345247" b2="0.0469671" b3="-0.0003216" b4="0.0073692" L_VDR="8.0nH" C_VDR="55pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K275>
<Description>
S05K275 varistor
275 V, 400 A, 8.6 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors212 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K275 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors212" b1="2.7730828" b2="0.0457647" b3="-0.0003301" b4="0.0072049" L_VDR="8.0nH" C_VDR="50pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K300>
<Description>
S05K300 varistor
300 V, 400 A, 9.6 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors213 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K300 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors213" b1="2.8132876" b2="0.0462659" b3="-0.0003255" b4="0.0077063" L_VDR="8.0nH" C_VDR="45pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K385>
<Description>
S05K385 varistor
385 V, 400 A, 13.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors214 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K385 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors214" b1="2.9373799" b2="0.0470852" b3="-0.0003228" b4="0.0071829" L_VDR="8.0nH" C_VDR="40pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K420>
<Description>
S05K420 varistor
420 V, 400 A, 14.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors215 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K420 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors215" b1="2.9862451" b2="0.0504300" b3="-0.0002582" b4="0.0060246" L_VDR="8.0nH" C_VDR="35pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K440>
<Description>
S05K440 varistor
440 V, 400 A, 16.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors216 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K440 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors216" b1="2.9819012" b2="0.0404479" b3="-0.0003538" b4="0.0102348" L_VDR="8.0nH" C_VDR="32pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S05K460>
<Description>
S05K460 varistor
460 V, 400 A, 18.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors217 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S05K460 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors217" b1="3.0037215" b2="0.0406301" b3="-0.0003467" b4="0.0099752" L_VDR="8.0nH" C_VDR="30pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K11>
<Description>
S07K11 varistor
11 V, 250 A, 0.8 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors218 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K11 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors218" b1="1.4585508" b2="0.0649742" b3="-0.0005104" b4="0.0218296" L_VDR="10.0nH" C_VDR="3100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K14>
<Description>
S07K14 varistor
14 V, 250 A, 0.9 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors219 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K14 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors219" b1="1.5362316" b2="0.0623505" b3="-0.0004510" b4="0.0222960" L_VDR="10.0nH" C_VDR="2500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K17>
<Description>
S07K17 varistor
17 V, 250 A, 1.1 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors220 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K17 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors220" b1="1.6292548" b2="0.0625346" b3="-0.0005743" b4="0.0223242" L_VDR="10.0nH" C_VDR="1900pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K20>
<Description>
S07K20 varistor
20 V, 250 A, 1.3 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors221 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K20 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors221" b1="1.7164848" b2="0.0629400" b3="-0.0005585" b4="0.0221732" L_VDR="10.0nH" C_VDR="1500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K25>
<Description>
S07K25 varistor
25 V, 250 A, 1.6 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors222 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K25 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors222" b1="1.7865297" b2="0.0618059" b3="-0.0005573" b4="0.0229985" L_VDR="10.0nH" C_VDR="1250pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K30>
<Description>
S07K30 varistor
30 V, 250 A, 2.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors223 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K30 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors223" b1="1.8678425" b2="0.0618468" b3="-0.0005980" b4="0.0237474" L_VDR="10.0nH" C_VDR="1050pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K35>
<Description>
S07K35 varistor
35 V, 250 A, 2.5 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors224 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K35 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors224" b1="1.9413034" b2="0.0619516" b3="-0.0005154" b4="0.0245079" L_VDR="10.0nH" C_VDR="850pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K40>
<Description>
S07K40 varistor
40 V, 250 A, 3.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors225 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K40 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors225" b1="2.0287060" b2="0.0628254" b3="-0.0005266" b4="0.0237204" L_VDR="10.0nH" C_VDR="720pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K50>
<Description>
S07K50 varistor
50 V, 1200 A, 4.2 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors226 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K50 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors226" b1="2.0269976" b2="0.0343482" b3="-0.0004659" b4="0.0112134" L_VDR="10.0nH" C_VDR="530pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K60>
<Description>
S07K60 varistor
60 V, 1200 A, 4.8 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors227 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K60 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors227" b1="2.1121634" b2="0.0344128" b3="-0.0004529" b4="0.0112199" L_VDR="10.0nH" C_VDR="480pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07S60AGS2>
<Description>
S07S60AGS2 varistor
60 V, 1200 A, 4.8 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors228 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07S60AGS2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors228" b1="2.0931827" b2="0.0317803" b3="-0.0001911" b4="0.0149647" L_VDR="10.0nH" C_VDR="480pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K75>
<Description>
S07K75 varistor
75 V, 1200 A, 5.9 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors229 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K75 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors229" b1="2.1936833" b2="0.0345325" b3="-0.0004626" b4="0.0106828" L_VDR="10.0nH" C_VDR="430pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K95>
<Description>
S07K95 varistor
95 V, 1200 A, 7.6 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors230 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K95 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors230" b1="2.2921836" b2="0.0349982" b3="-0.0004575" b4="0.0101349" L_VDR="10.0nH" C_VDR="260pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07S95AGS2>
<Description>
S07S95AGS2 varistor
95 V, 1200 A, 7.6 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors231 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07S95AGS2 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors231" b1="2.2551911" b2="0.0268835" b3="-0.0002093" b4="0.0164183" L_VDR="10.0nH" C_VDR="260pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K115>
<Description>
S07K115 varistor
115 V, 1200 A, 8.4 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors232 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K115 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors232" b1="2.3768114" b2="0.0370315" b3="-0.0004633" b4="0.0081660" L_VDR="10.0nH" C_VDR="220pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K130>
<Description>
S07K130 varistor
130 V, 1200 A, 9.5 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors233 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K130 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors233" b1="2.4305240" b2="0.0354058" b3="-0.0004949" b4="0.0080259" L_VDR="10.0nH" C_VDR="200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K140>
<Description>
S07K140 varistor
140 V, 1200 A, 10.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors234 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K140 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors234" b1="2.4615479" b2="0.0352870" b3="-0.0005124" b4="0.0080406" L_VDR="10.0nH" C_VDR="180pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K150>
<Description>
S07K150 varistor
150 V, 1200 A, 11.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors235 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K150 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors235" b1="2.4988547" b2="0.0356266" b3="-0.0004969" b4="0.0079963" L_VDR="10.0nH" C_VDR="170pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K175>
<Description>
S07K175 varistor
175 V, 1200 A, 13.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors236 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K175 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors236" b1="2.5469960" b2="0.0348646" b3="-0.0005015" b4="0.0085813" L_VDR="10.0nH" C_VDR="150pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K230>
<Description>
S07K230 varistor
230 V, 1200 A, 17.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors237 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K230 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors237" b1="2.6719118" b2="0.0350621" b3="-0.0004946" b4="0.0076797" L_VDR="10.0nH" C_VDR="115pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K250>
<Description>
S07K250 varistor
250 V, 1200 A, 19.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors238 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K250 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors238" b1="2.7096651" b2="0.0357334" b3="-0.0005032" b4="0.0077073" L_VDR="10.0nH" C_VDR="105pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K275>
<Description>
S07K275 varistor
275 V, 1200 A, 21.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors239 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K275 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors239" b1="2.7533272" b2="0.0369607" b3="-0.0004480" b4="0.0073216" L_VDR="10.0nH" C_VDR="95pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K300>
<Description>
S07K300 varistor
300 V, 1200 A, 23.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors240 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K300 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors240" b1="2.7906262" b2="0.0363393" b3="-0.0004893" b4="0.0073487" L_VDR="10.0nH" C_VDR="90pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K385>
<Description>
S07K385 varistor
385 V, 1200 A, 28.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors241 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K385 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors241" b1="2.9084500" b2="0.0356114" b3="-0.0004933" b4="0.0067919" L_VDR="10.0nH" C_VDR="75pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K420>
<Description>
S07K420 varistor
420 V, 1200 A, 32.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors242 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K420 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors242" b1="2.9484034" b2="0.0355142" b3="-0.0004960" b4="0.0068054" L_VDR="10.0nH" C_VDR="65pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K440>
<Description>
S07K440 varistor
440 V, 1200 A, 34.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors243 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K440 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors243" b1="2.9752224" b2="0.0375069" b3="-0.0004203" b4="0.0064273" L_VDR="10.0nH" C_VDR="60pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S07K460>
<Description>
S07K460 varistor
460 V, 1200 A, 36.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors244 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S07K460 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors244" b1="2.9907014" b2="0.0358305" b3="-0.0004298" b4="0.0067699" L_VDR="10.0nH" C_VDR="55pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K11>
<Description>
S10K11 varistor
11 V, 500 A, 1.7 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors245 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K11 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors245" b1="1.4380795" b2="0.0580009" b3="-0.0005811" b4="0.0178080" L_VDR="12.0nH" C_VDR="6800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K14>
<Description>
S10K14 varistor
14 V, 500 A, 2.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors246 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K14 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors246" b1="1.5153159" b2="0.0539508" b3="-0.0005316" b4="0.0202311" L_VDR="12.0nH" C_VDR="5200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K14AUTO>
<Description>
S10K14AUTO varistor
14 V, 500 A, 2.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors247 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K14AUTO _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors247" b1="1.5153159" b2="0.0539508" b3="-0.0005316" b4="0.0202311" L_VDR="12.0nH" C_VDR="5200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K17>
<Description>
S10K17 varistor
17 V, 500 A, 2.5 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors248 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K17 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors248" b1="1.6071154" b2="0.0555023" b3="-0.0005796" b4="0.0203053" L_VDR="12.0nH" C_VDR="4000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K17AUTO>
<Description>
S10K17AUTO varistor
17 V, 500 A, 2.5 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors249 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K17AUTO _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors249" b1="1.6071154" b2="0.0555023" b3="-0.0005796" b4="0.0203053" L_VDR="12.0nH" C_VDR="4000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K20>
<Description>
S10K20 varistor
20 V, 500 A, 3.1 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors250 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K20 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors250" b1="1.6936975" b2="0.0556441" b3="-0.0005697" b4="0.0210520" L_VDR="12.0nH" C_VDR="3100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K25>
<Description>
S10K25 varistor
25 V, 500 A, 3.7 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors251 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K25 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors251" b1="1.7647260" b2="0.0553264" b3="-0.0005696" b4="0.0217459" L_VDR="12.0nH" C_VDR="2800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K30>
<Description>
S10K30 varistor
30 V, 500 A, 4.4 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors252 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K30 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors252" b1="1.8434909" b2="0.0530169" b3="-0.0006718" b4="0.0238224" L_VDR="12.0nH" C_VDR="2150pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K35>
<Description>
S10K35 varistor
35 V, 500 A, 5.4 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors253 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K35 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors253" b1="1.9153657" b2="0.0521883" b3="-0.0006019" b4="0.0250818" L_VDR="12.0nH" C_VDR="1900pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K40>
<Description>
S10K40 varistor
40 V, 500 A, 6.4 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors254 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K40 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors254" b1="2.0045280" b2="0.0534366" b3="-0.0006704" b4="0.0238562" L_VDR="12.0nH" C_VDR="1700pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K50>
<Description>
S10K50 varistor
50 V, 2500 A, 8.4 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors255 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K50 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors255" b1="2.0090066" b2="0.0294735" b3="-0.0004951" b4="0.0101976" L_VDR="12.0nH" C_VDR="950pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K60>
<Description>
S10K60 varistor
60 V, 2500 A, 10.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors256 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K60 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors256" b1="2.0934087" b2="0.0287245" b3="-0.0005125" b4="0.0112206" L_VDR="12.0nH" C_VDR="870pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K75>
<Description>
S10K75 varistor
75 V, 2500 A, 12.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors257 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K75 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors257" b1="2.1710704" b2="0.0281334" b3="-0.0005233" b4="0.0113985" L_VDR="12.0nH" C_VDR="720pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K95>
<Description>
S10K95 varistor
95 V, 2500 A, 15.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors258 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K95 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors258" b1="2.2729921" b2="0.0295867" b3="-0.0005049" b4="0.0096611" L_VDR="12.0nH" C_VDR="530pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K115>
<Description>
S10K115 varistor
115 V, 2500 A, 18.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors259 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K115 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors259" b1="2.3592175" b2="0.0320133" b3="-0.0005068" b4="0.0083473" L_VDR="12.0nH" C_VDR="445pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K130>
<Description>
S10K130 varistor
130 V, 2500 A, 19.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors260 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K130 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors260" b1="2.4114817" b2="0.0305728" b3="-0.0005263" b4="0.0085723" L_VDR="12.0nH" C_VDR="400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K140>
<Description>
S10K140 varistor
140 V, 2500 A, 22.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors261 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K140 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors261" b1="2.4375254" b2="0.0284444" b3="-0.0005790" b4="0.0088050" L_VDR="12.0nH" C_VDR="370pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K150>
<Description>
S10K150 varistor
150 V, 2500 A, 24.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors262 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K150 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors262" b1="2.4781404" b2="0.0296020" b3="-0.0005610" b4="0.0086033" L_VDR="12.0nH" C_VDR="350pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K175>
<Description>
S10K175 varistor
175 V, 2500 A, 28.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors263 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K175 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors263" b1="2.5357266" b2="0.0313843" b3="-0.0005399" b4="0.0079626" L_VDR="12.0nH" C_VDR="300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K230>
<Description>
S10K230 varistor
230 V, 2500 A, 36.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors264 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K230 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors264" b1="2.6637804" b2="0.0323975" b3="-0.0005318" b4="0.0060573" L_VDR="12.0nH" C_VDR="230pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K250>
<Description>
S10K250 varistor
250 V, 2500 A, 38.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors265 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K250 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors265" b1="2.6986670" b2="0.0322784" b3="-0.0005331" b4="0.0060711" L_VDR="12.0nH" C_VDR="215pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K275>
<Description>
S10K275 varistor
275 V, 2500 A, 43.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors266 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K275 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors266" b1="2.7395031" b2="0.0334084" b3="-0.0004938" b4="0.0060361" L_VDR="12.0nH" C_VDR="195pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K300>
<Description>
S10K300 varistor
300 V, 2500 A, 47.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors267 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K300 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors267" b1="2.7798273" b2="0.0326163" b3="-0.0005286" b4="0.0059619" L_VDR="12.0nH" C_VDR="180pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K320>
<Description>
S10K320 varistor
320 V, 2500 A, 50.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors268 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K320 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors268" b1="2.8157918" b2="0.0330087" b3="-0.0005042" b4="0.0053798" L_VDR="12.0nH" C_VDR="170pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K385>
<Description>
S10K385 varistor
385 V, 2500 A, 40.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors269 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K385 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors269" b1="2.9016351" b2="0.0335679" b3="-0.0004857" b4="0.0048358" L_VDR="12.0nH" C_VDR="150pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K420>
<Description>
S10K420 varistor
420 V, 2500 A, 45.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors270 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K420 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors270" b1="2.9419817" b2="0.0334400" b3="-0.0004585" b4="0.0046466" L_VDR="12.0nH" C_VDR="135pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K440>
<Description>
S10K440 varistor
440 V, 2500 A, 47.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors271 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K440 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors271" b1="2.9651724" b2="0.0343471" b3="-0.0004165" b4="0.0043224" L_VDR="12.0nH" C_VDR="125pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K460>
<Description>
S10K460 varistor
460 V, 2500 A, 50.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors272 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K460 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors272" b1="2.9865081" b2="0.0344049" b3="-0.0004409" b4="0.0041523" L_VDR="12.0nH" C_VDR="120pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K510>
<Description>
S10K510 varistor
510 V, 2500 A, 55.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors273 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K510 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors273" b1="3.0253986" b2="0.0338880" b3="-0.0005191" b4="0.0040738" L_VDR="12.0nH" C_VDR="110pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K550>
<Description>
S10K550 varistor
550 V, 2500 A, 60.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors274 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K550 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors274" b1="3.0730467" b2="0.0347160" b3="-0.0005230" b4="0.0034860" L_VDR="12.0nH" C_VDR="105pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K625>
<Description>
S10K625 varistor
625 V, 2500 A, 68.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors275 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K625 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors275" b1="3.1132562" b2="0.0341354" b3="-0.0005206" b4="0.0034622" L_VDR="12.0nH" C_VDR="90pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S10K680>
<Description>
S10K680 varistor
680 V, 2500 A, 72.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors276 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S10K680 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors276" b1="3.1570362" b2="0.0354977" b3="-0.0004976" b4="0.0028389" L_VDR="12.0nH" C_VDR="85pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K11>
<Description>
S14K11 varistor
11 V, 1000 A, 3.2 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors277 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K11 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors277" b1="1.4267361" b2="0.0543980" b3="-0.0006462" b4="0.0129788" L_VDR="12.0nH" C_VDR="11000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K14>
<Description>
S14K14 varistor
14 V, 1000 A, 4.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors278 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K14 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors278" b1="1.5028624" b2="0.0495676" b3="-0.0005627" b4="0.0146198" L_VDR="12.0nH" C_VDR="9000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K14AUTO>
<Description>
S14K14AUTO varistor
14 V, 1000 A, 4.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors279 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K14AUTO _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors279" b1="1.5028624" b2="0.0495676" b3="-0.0005627" b4="0.0146198" L_VDR="12.0nH" C_VDR="9000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K17>
<Description>
S14K17 varistor
17 V, 1000 A, 5.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors280 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K17 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors280" b1="1.5925500" b2="0.0501251" b3="-0.0006259" b4="0.0156862" L_VDR="12.0nH" C_VDR="7000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K17AUTO>
<Description>
S14K17AUTO varistor
17 V, 1000 A, 5.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors281 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K17AUTO _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors281" b1="1.5925500" b2="0.0501251" b3="-0.0006259" b4="0.0156862" L_VDR="12.0nH" C_VDR="7000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K20>
<Description>
S14K20 varistor
20 V, 1000 A, 6.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors282 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K20 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors282" b1="1.6821852" b2="0.0508201" b3="-0.0005819" b4="0.0147890" L_VDR="12.0nH" C_VDR="5500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K25>
<Description>
S14K25 varistor
25 V, 1000 A, 7.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors283 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K25 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors283" b1="1.7529457" b2="0.0506897" b3="-0.0006101" b4="0.0154268" L_VDR="12.0nH" C_VDR="4600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K30>
<Description>
S14K30 varistor
30 V, 1000 A, 9.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors284 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K30 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors284" b1="1.8350653" b2="0.0504905" b3="-0.0006625" b4="0.0154778" L_VDR="12.0nH" C_VDR="3500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K30AUTO>
<Description>
S14K30AUTO varistor
30 V, 1000 A, 9.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors285 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K30AUTO _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors285" b1="1.8350653" b2="0.0504905" b3="-0.0006625" b4="0.0154778" L_VDR="12.0nH" C_VDR="3500pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K35>
<Description>
S14K35 varistor
35 V, 1000 A, 10.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors286 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K35 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors286" b1="1.9094261" b2="0.0502495" b3="-0.0005908" b4="0.0160025" L_VDR="12.0nH" C_VDR="3100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K40>
<Description>
S14K40 varistor
40 V, 1000 A, 13.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors287 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K40 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors287" b1="1.9975010" b2="0.0506467" b3="-0.0006513" b4="0.0153330" L_VDR="12.0nH" C_VDR="2800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K50>
<Description>
S14K50 varistor
50 V, 4500 A, 15.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors288 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K50 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors288" b1="2.0034274" b2="0.0270831" b3="-0.0005131" b4="0.0084620" L_VDR="12.0nH" C_VDR="1800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K60>
<Description>
S14K60 varistor
60 V, 4500 A, 17.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors289 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K60 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors289" b1="2.0887946" b2="0.0252913" b3="-0.0005858" b4="0.0083472" L_VDR="12.0nH" C_VDR="1650pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K75>
<Description>
S14K75 varistor
75 V, 4500 A, 20.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors290 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K75 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors290" b1="2.1695024" b2="0.0269950" b3="-0.0005186" b4="0.0078307" L_VDR="12.0nH" C_VDR="1370pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K95>
<Description>
S14K95 varistor
95 V, 4500 A, 25.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors291 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K95 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors291" b1="2.2694847" b2="0.0274411" b3="-0.0005403" b4="0.0071404" L_VDR="12.0nH" C_VDR="870pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K115>
<Description>
S14K115 varistor
115 V, 4500 A, 30.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors292 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K115 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors292" b1="2.3511429" b2="0.0287963" b3="-0.0005566" b4="0.0068414" L_VDR="12.0nH" C_VDR="730pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K130>
<Description>
S14K130 varistor
130 V, 4500 A, 34.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors293 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K130 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors293" b1="2.4073259" b2="0.0284507" b3="-0.0005436" b4="0.0060705" L_VDR="12.0nH" C_VDR="650pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K140>
<Description>
S14K140 varistor
140 V, 4500 A, 36.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors294 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K140 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors294" b1="2.4354614" b2="0.0275140" b3="-0.0005581" b4="0.0061743" L_VDR="12.0nH" C_VDR="610pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K150>
<Description>
S14K150 varistor
150 V, 4500 A, 40.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors295 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K150 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors295" b1="2.4765367" b2="0.0288457" b3="-0.0005453" b4="0.0054718" L_VDR="12.0nH" C_VDR="570pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K175>
<Description>
S14K175 varistor
175 V, 4500 A, 46.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors296 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K175 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors296" b1="2.5347728" b2="0.0312601" b3="-0.0004695" b4="0.0050557" L_VDR="12.0nH" C_VDR="490pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K230>
<Description>
S14K230 varistor
230 V, 4500 A, 60.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors297 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K230 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors297" b1="2.6567688" b2="0.0298961" b3="-0.0005325" b4="0.0045448" L_VDR="12.0nH" C_VDR="380pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K250>
<Description>
S14K250 varistor
250 V, 4500 A, 65.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors298 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K250 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors298" b1="2.6955055" b2="0.0312681" b3="-0.0005128" b4="0.0042207" L_VDR="12.0nH" C_VDR="350pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K275>
<Description>
S14K275 varistor
275 V, 4500 A, 71.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors299 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K275 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors299" b1="2.7340192" b2="0.0301397" b3="-0.0005143" b4="0.0046033" L_VDR="12.0nH" C_VDR="320pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K300>
<Description>
S14K300 varistor
300 V, 4500 A, 76.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors300 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K300 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors300" b1="2.7733130" b2="0.0306573" b3="-0.0004977" b4="0.0042636" L_VDR="12.0nH" C_VDR="300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K320>
<Description>
S14K320 varistor
320 V, 4500 A, 84.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors301 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K320 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors301" b1="2.8042940" b2="0.0287951" b3="-0.0005034" b4="0.0048473" L_VDR="12.0nH" C_VDR="280pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K385>
<Description>
S14K385 varistor
385 V, 4500 A, 80.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors302 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K385 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors302" b1="2.8907119" b2="0.0287339" b3="-0.0005385" b4="0.0045984" L_VDR="12.0nH" C_VDR="240pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K420>
<Description>
S14K420 varistor
420 V, 4500 A, 90.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors303 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K420 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors303" b1="2.9317287" b2="0.0295553" b3="-0.0005205" b4="0.0042878" L_VDR="12.0nH" C_VDR="220pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K440>
<Description>
S14K440 varistor
440 V, 4500 A, 95.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors304 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K440 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors304" b1="2.9548865" b2="0.0301143" b3="-0.0005101" b4="0.0041240" L_VDR="12.0nH" C_VDR="210pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K460>
<Description>
S14K460 varistor
460 V, 4500 A, 100.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors305 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K460 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors305" b1="2.9766991" b2="0.0305633" b3="-0.0005033" b4="0.0039128" L_VDR="12.0nH" C_VDR="200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K510>
<Description>
S14K510 varistor
510 V, 4500 A, 110.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors306 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K510 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors306" b1="3.0149757" b2="0.0300827" b3="-0.0005012" b4="0.0040162" L_VDR="12.0nH" C_VDR="180pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K550>
<Description>
S14K550 varistor
550 V, 4500 A, 120.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors307 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K550 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors307" b1="3.0631593" b2="0.0309816" b3="-0.0005168" b4="0.0032625" L_VDR="12.0nH" C_VDR="170pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K625>
<Description>
S14K625 varistor
625 V, 4500 A, 130.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors308 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K625 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors308" b1="3.1031721" b2="0.0310570" b3="-0.0004908" b4="0.0033861" L_VDR="12.0nH" C_VDR="150pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K680>
<Description>
S14K680 varistor
680 V, 4500 A, 140.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors309 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K680 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors309" b1="3.1471959" b2="0.0317207" b3="-0.0004924" b4="0.0029614" L_VDR="12.0nH" C_VDR="140pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S14K1000>
<Description>
S14K1000 varistor
1100 V, 4500 A, 230.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors310 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S14K1000 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors310" b1="3.3620729" b2="0.0319612" b3="-0.0005347" b4="0.0021236" L_VDR="12.0nH" C_VDR="100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S18K130>
<Description>
S18K130 varistor
130 V, 6500 A, 68.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors311 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S18K130 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors311" b1="2.4012020" b2="0.0253481" b3="-0.0005972" b4="0.0050936" L_VDR="12.0nH" C_VDR="1310pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S18K140>
<Description>
S18K140 varistor
140 V, 6500 A, 72.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors312 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S18K140 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors312" b1="2.4282100" b2="0.0250687" b3="-0.0005805" b4="0.0051624" L_VDR="12.0nH" C_VDR="1210pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S18K150>
<Description>
S18K150 varistor
150 V, 6500 A, 79.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors313 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S18K150 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors313" b1="2.4649784" b2="0.0245109" b3="-0.0005757" b4="0.0053951" L_VDR="12.0nH" C_VDR="1130pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S18K175>
<Description>
S18K175 varistor
175 V, 6500 A, 91.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors314 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S18K175 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors314" b1="2.5240211" b2="0.0268731" b3="-0.0005917" b4="0.0050225" L_VDR="12.0nH" C_VDR="980pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S18K230>
<Description>
S18K230 varistor
230 V, 6500 A, 120.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors315 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S18K230 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors315" b1="2.6493830" b2="0.0266252" b3="-0.0005975" b4="0.0041105" L_VDR="12.0nH" C_VDR="740pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S18K250>
<Description>
S18K250 varistor
250 V, 6500 A, 130.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors316 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S18K250 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors316" b1="2.6852797" b2="0.0270875" b3="-0.0006083" b4="0.0041011" L_VDR="12.0nH" C_VDR="680pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S18K275>
<Description>
S18K275 varistor
275 V, 6500 A, 140.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors317 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S18K275 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors317" b1="2.7254646" b2="0.0266892" b3="-0.0005661" b4="0.0042102" L_VDR="12.0nH" C_VDR="610pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S18K300>
<Description>
S18K300 varistor
300 V, 6500 A, 160.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors318 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S18K300 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors318" b1="2.7646864" b2="0.0266775" b3="-0.0005885" b4="0.0041631" L_VDR="12.0nH" C_VDR="570pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S18K320>
<Description>
S18K320 varistor
320 V, 6500 A, 170.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors319 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S18K320 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors319" b1="2.7975656" b2="0.0271158" b3="-0.0004856" b4="0.0042131" L_VDR="12.0nH" C_VDR="530pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S18K385>
<Description>
S18K385 varistor
385 V, 6500 A, 140.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors320 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S18K385 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors320" b1="2.8809301" b2="0.0258739" b3="-0.0005783" b4="0.0048998" L_VDR="12.0nH" C_VDR="440pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S18K420>
<Description>
S18K420 varistor
420 V, 6500 A, 160.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors321 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S18K420 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors321" b1="2.9207916" b2="0.0256137" b3="-0.0005912" b4="0.0048508" L_VDR="12.0nH" C_VDR="410pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S18K440>
<Description>
S18K440 varistor
440 V, 6500 A, 170.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors322 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S18K440 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors322" b1="2.9443125" b2="0.0265375" b3="-0.0005438" b4="0.0044975" L_VDR="12.0nH" C_VDR="390pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S18K460>
<Description>
S18K460 varistor
460 V, 6500 A, 180.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors323 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S18K460 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors323" b1="2.9669876" b2="0.0270303" b3="-0.0005640" b4="0.0041963" L_VDR="12.0nH" C_VDR="370pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K11>
<Description>
S20K11 varistor
11 V, 2000 A, 10.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors324 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K11 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors324" b1="1.4211258" b2="0.0494198" b3="-0.0009653" b4="0.0086492" L_VDR="13.0nH" C_VDR="18000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K14>
<Description>
S20K14 varistor
14 V, 2000 A, 12.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors325 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K14 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors325" b1="1.4969811" b2="0.0461724" b3="-0.0008214" b4="0.0105686" L_VDR="13.0nH" C_VDR="15000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K14AUTO>
<Description>
S20K14AUTO varistor
14 V, 2000 A, 12.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors326 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K14AUTO _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors326" b1="1.4969811" b2="0.0461724" b3="-0.0008214" b4="0.0105686" L_VDR="13.0nH" C_VDR="15000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K17>
<Description>
S20K17 varistor
17 V, 2000 A, 14.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors327 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K17 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors327" b1="1.5839127" b2="0.0455975" b3="-0.0008308" b4="0.0106888" L_VDR="13.0nH" C_VDR="13000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K17AUTO>
<Description>
S20K17AUTO varistor
17 V, 2000 A, 14.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors328 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K17AUTO _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors328" b1="1.5839127" b2="0.0455975" b3="-0.0008308" b4="0.0106888" L_VDR="13.0nH" C_VDR="13000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K20>
<Description>
S20K20 varistor
20 V, 2000 A, 18.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors329 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K20 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors329" b1="1.6714208" b2="0.0462584" b3="-0.0007502" b4="0.0110213" L_VDR="13.0nH" C_VDR="11000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K25>
<Description>
S20K25 varistor
25 V, 2000 A, 22.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors330 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K25 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors330" b1="1.7419777" b2="0.0460992" b3="-0.0007284" b4="0.0119488" L_VDR="13.0nH" C_VDR="8600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K25AUTO>
<Description>
S20K25AUTO varistor
25 V, 2000 A, 22.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors331 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K25AUTO _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors331" b1="1.7419777" b2="0.0460992" b3="-0.0007284" b4="0.0119488" L_VDR="13.0nH" C_VDR="10000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K30>
<Description>
S20K30 varistor
30 V, 2000 A, 26.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors332 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K30 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors332" b1="1.8237856" b2="0.0454007" b3="-0.0007968" b4="0.0118416" L_VDR="13.0nH" C_VDR="7200pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K30AUTO>
<Description>
S20K30AUTO varistor
30 V, 2000 A, 26.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors333 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K30AUTO _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors333" b1="1.8237856" b2="0.0454007" b3="-0.0007968" b4="0.0118416" L_VDR="13.0nH" C_VDR="9000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K35>
<Description>
S20K35 varistor
35 V, 2000 A, 33.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors334 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K35 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors334" b1="1.8986255" b2="0.0459988" b3="-0.0006375" b4="0.0120593" L_VDR="13.0nH" C_VDR="6100pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K40>
<Description>
S20K40 varistor
40 V, 2000 A, 37.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors335 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K40 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors335" b1="1.9845193" b2="0.0464583" b3="-0.0006826" b4="0.0121089" L_VDR="13.0nH" C_VDR="5300pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K50>
<Description>
S20K50 varistor
50 V, 6500 A, 27.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors336 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K50 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors336" b1="1.9940718" b2="0.0228258" b3="-0.0006341" b4="0.0067889" L_VDR="13.0nH" C_VDR="3800pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K60>
<Description>
S20K60 varistor
60 V, 6500 A, 33.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors337 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K60 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors337" b1="2.0802113" b2="0.0228630" b3="-0.0006306" b4="0.0071020" L_VDR="13.0nH" C_VDR="3600pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K75>
<Description>
S20K75 varistor
75 V, 6500 A, 40.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors338 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K75 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors338" b1="2.1606830" b2="0.0234368" b3="-0.0005880" b4="0.0068124" L_VDR="13.0nH" C_VDR="2900pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K95>
<Description>
S20K95 varistor
95 V, 6500 A, 50.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors339 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K95 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors339" b1="2.2615449" b2="0.0245072" b3="-0.0006113" b4="0.0064523" L_VDR="13.0nH" C_VDR="1830pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K115>
<Description>
S20K115 varistor
115 V, 6500 A, 60.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors340 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K115 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors340" b1="2.3438004" b2="0.0251748" b3="-0.0006021" b4="0.0056956" L_VDR="13.0nH" C_VDR="1520pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K130>
<Description>
S20K130 varistor
130 V, 8000 A, 74.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors341 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K130 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors341" b1="2.4011200" b2="0.0253150" b3="-0.0005975" b4="0.0051090" L_VDR="13.0nH" C_VDR="1340pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K140>
<Description>
S20K140 varistor
140 V, 8000 A, 78.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors342 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K140 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors342" b1="2.4280498" b2="0.0250040" b3="-0.0005812" b4="0.0051925" L_VDR="13.0nH" C_VDR="1240pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K150>
<Description>
S20K150 varistor
150 V, 8000 A, 85.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors343 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K150 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors343" b1="2.4654363" b2="0.0246959" b3="-0.0005738" b4="0.0053090" L_VDR="13.0nH" C_VDR="1160pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K175>
<Description>
S20K175 varistor
175 V, 8500 A, 98.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors344 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K175 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors344" b1="2.5243725" b2="0.0270150" b3="-0.0005903" b4="0.0049564" L_VDR="13.0nH" C_VDR="1000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K230>
<Description>
S20K230 varistor
230 V, 8000 A, 130.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors345 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K230 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors345" b1="2.6469709" b2="0.0256509" b3="-0.0006073" b4="0.0045643" L_VDR="13.0nH" C_VDR="760pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K250>
<Description>
S20K250 varistor
250 V, 8000 A, 140.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors346 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K250 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors346" b1="2.6830619" b2="0.0261918" b3="-0.0006173" b4="0.0045183" L_VDR="13.0nH" C_VDR="700pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K275>
<Description>
S20K275 varistor
275 V, 8000 A, 151.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors347 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K275 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors347" b1="2.7233755" b2="0.0258453" b3="-0.0005746" b4="0.0046033" L_VDR="13.0nH" C_VDR="630pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K300>
<Description>
S20K300 varistor
300 V, 8000 A, 173.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors348 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K300 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors348" b1="2.7624567" b2="0.0257769" b3="-0.0005976" b4="0.0045826" L_VDR="13.0nH" C_VDR="580pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K320>
<Description>
S20K320 varistor
320 V, 8000 A, 184.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors349 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K320 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors349" b1="2.7954614" b2="0.0262658" b3="-0.0004941" b4="0.0046090" L_VDR="13.0nH" C_VDR="540pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K385>
<Description>
S20K385 varistor
385 V, 8000 A, 150.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors350 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K385 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors350" b1="2.8806202" b2="0.0257487" b3="-0.0005796" b4="0.0049581" L_VDR="13.0nH" C_VDR="450pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K420>
<Description>
S20K420 varistor
420 V, 8000 A, 175.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors351 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K420 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors351" b1="2.9202063" b2="0.0253773" b3="-0.0005935" b4="0.0049609" L_VDR="13.0nH" C_VDR="420pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K440>
<Description>
S20K440 varistor
440 V, 8000 A, 185.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors352 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K440 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors352" b1="2.9428275" b2="0.0260298" b3="-0.0005482" b4="0.0047768" L_VDR="13.0nH" C_VDR="400pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K460>
<Description>
S20K460 varistor
460 V, 8000 A, 195.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors353 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K460 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors353" b1="2.9645747" b2="0.0260556" b3="-0.0005738" b4="0.0046503" L_VDR="13.0nH" C_VDR="380pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K510>
<Description>
S20K510 varistor
510 V, 6500 A, 190.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors354 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K510 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors354" b1="3.0062556" b2="0.0273565" b3="-0.0005380" b4="0.0039692" L_VDR="13.0nH" C_VDR="340pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K550>
<Description>
S20K550 varistor
550 V, 6500 A, 210.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors355 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K550 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors355" b1="3.0514418" b2="0.0266902" b3="-0.0006016" b4="0.0041101" L_VDR="13.0nH" C_VDR="320pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K625>
<Description>
S20K625 varistor
625 V, 6500 A, 230.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors356 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K625 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors356" b1="3.0939190" b2="0.0274135" b3="-0.0005712" b4="0.0036894" L_VDR="13.0nH" C_VDR="280pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K680>
<Description>
S20K680 varistor
680 V, 6500 A, 250.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors357 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K680 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors357" b1="3.1344856" b2="0.0270847" b3="-0.0005840" b4="0.0039149" L_VDR="13.0nH" C_VDR="250pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component S20K1000>
<Description>
S20K1000 varistor
1100 V, 6500 A, 410.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors358 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_S20K1000 _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors358" b1="3.3554835" b2="0.0295280" b3="-0.0005817" b4="0.0022991" L_VDR="13.0nH" C_VDR="170pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR1210M4S>
<Description>
SR1210M4S varistor
4 V, 100 A, 0.1 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors359 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR1210M4S _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors359" b1="1.0807621" b2="0.0546801" b3="-0.0006821" b4="0.0329853" L_VDR="7.1nH" C_VDR="5000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR1210M6S>
<Description>
SR1210M6S varistor
6 V, 100 A, 0.2 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors360 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR1210M6S _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors360" b1="1.2591970" b2="0.0727743" b3="-0.0000408" b4="0.0213399" L_VDR="7.1nH" C_VDR="4000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR1210L8S>
<Description>
SR1210L8S varistor
8 V, 100 A, 0.3 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors361 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR1210L8S _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors361" b1="1.3619256" b2="0.0611075" b3="-0.0001884" b4="0.0204059" L_VDR="7.1nH" C_VDR="3000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR1S14BM105Z>
<Description>
SR1S14BM105Z varistor
14 V, 800 A, 2.4 J, disk varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors362 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR1S14BM105Z _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors362" b1="1.4581225" b2="0.0351545" b3="-0.0005198" b4="0.0141595" L_VDR="7.2nH" C_VDR="1000000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR1S14BM155Z>
<Description>
SR1S14BM155Z varistor
14 V, 800 A, 2.4 J, disk varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors363 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR1S14BM155Z _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors363" b1="1.4581225" b2="0.0351545" b3="-0.0005198" b4="0.0141595" L_VDR="7.2nH" C_VDR="1500000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR1S14BM474X>
<Description>
SR1S14BM474X varistor
14 V, 800 A, 2.4 J, disk varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors364 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR1S14BM474X _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors364" b1="1.4581225" b2="0.0351545" b3="-0.0005198" b4="0.0141595" L_VDR="7.2nH" C_VDR="470000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR1K20M105Z>
<Description>
SR1K20M105Z varistor
20 V, 800 A, 3.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors365 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR1K20M105Z _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors365" b1="1.6352292" b2="0.0371390" b3="-0.0003320" b4="0.0152535" L_VDR="7.2nH" C_VDR="1000000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR1K20M155Z>
<Description>
SR1K20M155Z varistor
20 V, 800 A, 3.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors366 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR1K20M155Z _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors366" b1="1.6352292" b2="0.0371390" b3="-0.0003320" b4="0.0152535" L_VDR="7.2nH" C_VDR="1500000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR1K20M474X>
<Description>
SR1K20M474X varistor
20 V, 800 A, 3.0 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors367 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR1K20M474X _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors367" b1="1.6352292" b2="0.0371390" b3="-0.0003320" b4="0.0152535" L_VDR="7.2nH" C_VDR="470000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR2220M4S>
<Description>
SR2220M4S varistor
4 V, 250 A, 0.3 J, disk varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors368 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR2220M4S _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors368" b1="1.0560810" b2="0.0452830" b3="-0.0009594" b4="0.0184302" L_VDR="7.3nH" C_VDR="24000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR2220M6S>
<Description>
SR2220M6S varistor
6 V, 250 A, 0.5 J, disk varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors369 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR2220M6S _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors369" b1="1.2222009" b2="0.0573302" b3="-0.0004661" b4="0.0143108" L_VDR="7.3nH" C_VDR="20000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR2220L8S>
<Description>
SR2220L8S varistor
8 V, 250 A, 0.7 J, disk varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors370 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR2220L8S _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors370" b1="1.3243234" b2="0.0456815" b3="-0.0006049" b4="0.0170597" L_VDR="7.3nH" C_VDR="16000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR2S14BM105Z>
<Description>
SR2S14BM105Z varistor
14 V, 1200 A, 5.8 J, disk varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors371 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR2S14BM105Z _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors371" b1="1.4455852" b2="0.0313776" b3="-0.0005159" b4="0.0126995" L_VDR="7.3nH" C_VDR="1000000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR2S14BM155Z>
<Description>
SR2S14BM155Z varistor
14 V, 1200 A, 5.8 J, disk varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors372 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR2S14BM155Z _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors372" b1="1.4455852" b2="0.0313776" b3="-0.0005159" b4="0.0126995" L_VDR="7.3nH" C_VDR="1500000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR2S14BM474X>
<Description>
SR2S14BM474X varistor
14 V, 1200 A, 5.8 J, disk varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors373 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR2S14BM474X _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors373" b1="1.4455852" b2="0.0313776" b3="-0.0005159" b4="0.0126995" L_VDR="7.3nH" C_VDR="470000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR2K20M105Z>
<Description>
SR2K20M105Z varistor
20 V, 1200 A, 7.8 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors374 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR2K20M105Z _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors374" b1="1.6190158" b2="0.0309988" b3="-0.0004412" b4="0.0153531" L_VDR="7.3nH" C_VDR="1000000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR2K20M155Z>
<Description>
SR2K20M155Z varistor
20 V, 1200 A, 7.8 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors375 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR2K20M155Z _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors375" b1="1.6190158" b2="0.0309988" b3="-0.0004412" b4="0.0153531" L_VDR="7.3nH" C_VDR="1500000pF" Tol="Tol"
.Def:End
</Model>
</Component>
<Component SR2K20M474X>
<Description>
SR2K20M474X varistor
20 V, 1200 A, 7.8 J, leaded varistor
Manufacturer: EPCOS
added by Gunther Kraut <gn.kraut@online.de>
</Description>
<Model>
.Def:Varistors376 _net0 _net3 b1="0" b2="0" b3="0" b4="0" L_VDR="10 nH" C_VDR="10 pF" Tol="0"
L:L1 _net1 _net2 L="L_VDR" I=""
R:R1 _net0 _net1 R="0.0001 Ohm" Temp="26.85" Tc1="0.0" Tc2="0.0" Tnom="26.85"
C:C1 _net2 _net3 C="C_VDR" V=""
Gyrator:X1 _net2 gnd _net4 _net3 R="10000" Zref="50 Ohm"
EDD:D1 gnd _net4 I1="D1.I1" Q1="D1.Q1"
Eqn:EqnD1I1 D1.I1="sign(V1)*(1+Tol/100)*10^(-4+b1+b2*(log10(abs(V1)+1E-4)-4)+b3*exp(-log10(abs(V1)+1E-4)+4)+b4*exp(log10(abs(V1)+1E-4)-4))" Export="no"
Eqn:EqnD1Q1 D1.Q1="0" Export="no"
.Def:End
.Def:Varistors_SR2K20M474X _net0 _net1 Tol="0"
Sub:SUB1 _net0 _net1 Type="Varistors376" b1="1.6190158" b2="0.0309988" b3="-0.0004412" b4="0.0153531" L_VDR="7.3nH" C_VDR="470000pF" Tol="Tol"
.Def:End
</Model>
</Component>
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