********************************************************************************
*
* Johanson X2Y Component Library 12/1/2014 11:52:04 PM
* ISPICE Format
* (c)2014 X2Y Attenuators, LLC.  All Rights Reserved.
*
********************************************************************************

**********
*SRC=201___1P8__50V;201___1P8__50V;Capacitors;Johanson X2Y 0402 NPO/COG;1.8pF 50V 120m 500X07N1R8DV4T
*SYM=X2Y_4T
.SUBCKT 201___1P8__50V 1 2 3 4 {C=1.8p, ESR=120m, ESL=352p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=201___2P2__50V;201___2P2__50V;Capacitors;Johanson X2Y 0402 NPO/COG;2.2pF 50V 114m 500X07N2R2DV4T
*SYM=X2Y_4T
.SUBCKT 201___2P2__50V 1 2 3 4 {C=2.2p, ESR=114m, ESL=352p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=201___4P7__50V;201___4P7__50V;Capacitors;Johanson X2Y 0402 NPO/COG;4.7pF 50V 90m 500X07N4R7DV4T
*SYM=X2Y_4T
.SUBCKT 201___4P7__50V 1 2 3 4 {C=4.7p, ESR=90m, ESL=352p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=201___5P6__50V;201___5P6__50V;Capacitors;Johanson X2Y 0402 NPO/COG;5.6pF 50V 86m 500X07N5R6DV4T
*SYM=X2Y_4T
.SUBCKT 201___5P6__50V 1 2 3 4 {C=5.6p, ESR=86m, ESL=352p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=201___10P__50V;201___10P__50V;Capacitors;Johanson X2Y 0402 NPO/COG;10pF 50V 72m 500X07N100MV4T
*SYM=X2Y_4T
.SUBCKT 201___10P__50V 1 2 3 4 {C=10p, ESR=72m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=201___22P__50V;201___22P__50V;Capacitors;Johanson X2Y 0402 NPO/COG;22pF 50V 56m 500X07N220MV4T
*SYM=X2Y_4T
.SUBCKT 201___22P__50V 1 2 3 4 {C=22p, ESR=56m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=201___27P__50V;201___27P__50V;Capacitors;Johanson X2Y 0402 NPO/COG;27pF 50V 54m 500X07N270MV4T
*SYM=X2Y_4T
.SUBCKT 201___27P__50V 1 2 3 4 {C=27p, ESR=54m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=201___33P__50V;201___33P__50V;Capacitors;Johanson X2Y 0402 NPO/COG;33pF 50V 50m 500X07N330MV4T
*SYM=X2Y_4T
.SUBCKT 201___33P__50V 1 2 3 4 {C=33p, ESR=50m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=201___47P__50V;201___47P__50V;Capacitors;Johanson X2Y 0402 NPO/COG;47pF 50V 46m 500X07N470MV4T
*SYM=X2Y_4T
.SUBCKT 201___47P__50V 1 2 3 4 {C=47p, ESR=46m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=201__100P__50V;201__100P__50V;Capacitors;Johanson X2Y 0402 NPO/COG;100pF 50V 36m 500X07N101MV4T
*SYM=X2Y_4T
.SUBCKT 201__100P__50V 1 2 3 4 {C=100p, ESR=36m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=202___1P8_100V;202___1P8_100V;Capacitors;Johanson X2Y 0603 NPO/COG;1.8pF 100V 232m 101X14N1R8DV4T
*SYM=X2Y_4T
.SUBCKT 202___1P8_100V 1 2 3 4 {C=1.8p, ESR=232m, ESL=352p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=202___2P2_100V;202___2P2_100V;Capacitors;Johanson X2Y 0603 NPO/COG;2.2pF 100V 210m 101X14N2R2DV4T
*SYM=X2Y_4T
.SUBCKT 202___2P2_100V 1 2 3 4 {C=2.2p, ESR=210m, ESL=352p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=202___4P7_100V;202___4P7_100V;Capacitors;Johanson X2Y 0603 NPO/COG;4.7pF 100V 144m 101X14N4R7DV4T
*SYM=X2Y_4T
.SUBCKT 202___4P7_100V 1 2 3 4 {C=4.7p, ESR=144m, ESL=352p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=202___5P6_100V;202___5P6_100V;Capacitors;Johanson X2Y 0603 NPO/COG;5.6pF 100V 132m 101X14N5R6DV4T
*SYM=X2Y_4T
.SUBCKT 202___5P6_100V 1 2 3 4 {C=5.6p, ESR=132m, ESL=352p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=202___10P__50V;202___10P__50V;Capacitors;Johanson X2Y 0603 NPO/COG;10pF 50V 126m 500X14N100MV4T
*SYM=X2Y_4T
.SUBCKT 202___10P__50V 1 2 3 4 {C=10p, ESR=126m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=202___22P__50V;202___22P__50V;Capacitors;Johanson X2Y 0603 NPO/COG;22pF 50V 102m 500X14N220MV4T
*SYM=X2Y_4T
.SUBCKT 202___22P__50V 1 2 3 4 {C=22p, ESR=102m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=202___27P__50V;202___27P__50V;Capacitors;Johanson X2Y 0603 NPO/COG;27pF 50V 92m 500X14N270MV4T
*SYM=X2Y_4T
.SUBCKT 202___27P__50V 1 2 3 4 {C=27p, ESR=92m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=202___33P__50V;202___33P__50V;Capacitors;Johanson X2Y 0603 NPO/COG;33pF 50V 58m 500X14N330MV4T
*SYM=X2Y_4T
.SUBCKT 202___33P__50V 1 2 3 4 {C=33p, ESR=58m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=202___47P__50V;202___47P__50V;Capacitors;Johanson X2Y 0603 NPO/COG;47pF 50V 48m 500X14N470MV4T
*SYM=X2Y_4T
.SUBCKT 202___47P__50V 1 2 3 4 {C=47p, ESR=48m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=202__100P__50V;202__100P__50V;Capacitors;Johanson X2Y 0603 NPO/COG;100pF 50V 32m 500X14N101MV4T
*SYM=X2Y_4T
.SUBCKT 202__100P__50V 1 2 3 4 {C=100p, ESR=32m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=202__220P__50V;202__220P__50V;Capacitors;Johanson X2Y 0603 NPO/COG;220pF 50V 22m 500X14N221MV4T
*SYM=X2Y_4T
.SUBCKT 202__220P__50V 1 2 3 4 {C=220p, ESR=22m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=203___10P_100V;203___10P_100V;Capacitors;Johanson X2Y 0805 NPO/COG;10pF 100V 176m 101X15N100MV4E
*SYM=X2Y_4T
.SUBCKT 203___10P_100V 1 2 3 4 {C=10p, ESR=176m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=203___22P_100V;203___22P_100V;Capacitors;Johanson X2Y 0805 NPO/COG;22pF 100V 118m 101X15N220MV4E
*SYM=X2Y_4T
.SUBCKT 203___22P_100V 1 2 3 4 {C=22p, ESR=118m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=203___27P_100V;203___27P_100V;Capacitors;Johanson X2Y 0805 NPO/COG;27pF 100V 58m 101X15N270MV4E
*SYM=X2Y_4T
.SUBCKT 203___27P_100V 1 2 3 4 {C=27p, ESR=58m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=203___33P_100V;203___33P_100V;Capacitors;Johanson X2Y 0805 NPO/COG;33pF 100V 52m 101X15N330MV4E
*SYM=X2Y_4T
.SUBCKT 203___33P_100V 1 2 3 4 {C=33p, ESR=52m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=203___47P_100V;203___47P_100V;Capacitors;Johanson X2Y 0805 NPO/COG;47pF 100V 44m 101X15N470MV4E
*SYM=X2Y_4T
.SUBCKT 203___47P_100V 1 2 3 4 {C=47p, ESR=44m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=203__100P_100V;203__100P_100V;Capacitors;Johanson X2Y 0805 NPO/COG;100pF 100V 30m 101X15N101MV4E
*SYM=X2Y_4T
.SUBCKT 203__100P_100V 1 2 3 4 {C=100p, ESR=30m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=203__220P_100V;203__220P_100V;Capacitors;Johanson X2Y 0805 NPO/COG;220pF 100V 176m 101X15N221MV4E
*SYM=X2Y_4T
.SUBCKT 203__220P_100V 1 2 3 4 {C=220p, ESR=176m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=203__470P__50V;203__470P__50V;Capacitors;Johanson X2Y 0805 NPO/COG;470pF 50V 120m 500X15N471MV4E
*SYM=X2Y_4T
.SUBCKT 203__470P__50V 1 2 3 4 {C=470p, ESR=120m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=204____1N_100V;204____1N_100V;Capacitors;Johanson X2Y 1206 NPO/COG;1nF 100V 100m 101X18N102MV4E
*SYM=X2Y_4T
.SUBCKT 204____1N_100V 1 2 3 4 {C=1n, ESR=100m, ESL=324p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=222__220N__16V;222__220N__16V;Capacitors;Johanson X2Y 0603 X5R;220nF 16V 20m 160X14X224MV4T
*SYM=X2Y_4T
.SUBCKT 222__220N__16V 1 2 3 4 {C=220n, ESR=20m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=222__330N__10V;222__330N__10V;Capacitors;Johanson X2Y 0603 X5R;330nF 10V 16m 100X14X334MV4T
*SYM=X2Y_4T
.SUBCKT 222__330N__10V 1 2 3 4 {C=330n, ESR=16m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=222__470N__10V;222__470N__10V;Capacitors;Johanson X2Y 0603 X5R;470nF 10V 16m 100X14X474MV4T
*SYM=X2Y_4T
.SUBCKT 222__470N__10V 1 2 3 4 {C=470n, ESR=16m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=222___1U0__10V;222___1U0__10V;Capacitors;Johanson X2Y 0603 X5R;1.0uF 10V 12m 100X14X105MV4T
*SYM=X2Y_4T
.SUBCKT 222___1U0__10V 1 2 3 4 {C=1u, ESR=12m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=211__100P__50V;211__100P__50V;Capacitors;Johanson X2Y 0402 X7R;100pF 50V 534m 500X07W101MV4T
*SYM=X2Y_4T
.SUBCKT 211__100P__50V 1 2 3 4 {C=100p, ESR=534m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=211__220P__50V;211__220P__50V;Capacitors;Johanson X2Y 0402 X7R;220pF 50V 368m 500X07W221MV4T
*SYM=X2Y_4T
.SUBCKT 211__220P__50V 1 2 3 4 {C=220p, ESR=368m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=211__470P__50V;211__470P__50V;Capacitors;Johanson X2Y 0402 X7R;470pF 50V 256m 500X07W471MV4T
*SYM=X2Y_4T
.SUBCKT 211__470P__50V 1 2 3 4 {C=470p, ESR=256m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=211___1N0__50V;211___1N0__50V;Capacitors;Johanson X2Y 0402 X7R;1.0nF 50V 180m 500X07W102MV4T
*SYM=X2Y_4T
.SUBCKT 211___1N0__50V 1 2 3 4 {C=1n, ESR=180m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=211___1N5__50V;211___1N5__50V;Capacitors;Johanson X2Y 0402 X7R;1.5nF 50V 148m 500X07W152MV4T
*SYM=X2Y_4T
.SUBCKT 211___1N5__50V 1 2 3 4 {C=1.5n, ESR=148m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=211___2N2__50V;211___2N2__50V;Capacitors;Johanson X2Y 0402 X7R;2.2nF 50V 124m 500X07W222MV4T
*SYM=X2Y_4T
.SUBCKT 211___2N2__50V 1 2 3 4 {C=2.2n, ESR=124m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=211___4N7__50V;211___4N7__50V;Capacitors;Johanson X2Y 0402 X7R;4.7nF 50V 86m 500X07W472MV4T
*SYM=X2Y_4T
.SUBCKT 211___4N7__50V 1 2 3 4 {C=4.7n, ESR=86m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=211___10N__16V;211___10N__16V;Capacitors;Johanson X2Y 0402 X7R;10nF 16V 60m 160X07W103MV4T
*SYM=X2Y_4T
.SUBCKT 211___10N__16V 1 2 3 4 {C=10n, ESR=60m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=212__100P_100V;212__100P_100V;Capacitors;Johanson X2Y 0603 X7R;100pF 100V 780m 101X14W101MV4T
*SYM=X2Y_4T
.SUBCKT 212__100P_100V 1 2 3 4 {C=100p, ESR=780m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=212__220P__50V;212__220P__50V;Capacitors;Johanson X2Y 0603 X7R;220pF 50V 526m 500X14W221MV4T
*SYM=X2Y_4T
.SUBCKT 212__220P__50V 1 2 3 4 {C=220p, ESR=526m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=212__470P__50V;212__470P__50V;Capacitors;Johanson X2Y 0603 X7R;470pF 50V 360m 500X14W471MV4T
*SYM=X2Y_4T
.SUBCKT 212__470P__50V 1 2 3 4 {C=470p, ESR=360m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=212___1N0__50V;212___1N0__50V;Capacitors;Johanson X2Y 0603 X7R;1.0nF 50V 190m 500X14W102MV4T
*SYM=X2Y_4T
.SUBCKT 212___1N0__50V 1 2 3 4 {C=1n, ESR=190m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=212___1N5__50V;212___1N5__50V;Capacitors;Johanson X2Y 0603 X7R;1.5nF 50V 156m 500X14W152MV4T
*SYM=X2Y_4T
.SUBCKT 212___1N5__50V 1 2 3 4 {C=1.5n, ESR=156m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=212___2N2__50V;212___2N2__50V;Capacitors;Johanson X2Y 0603 X7R;2.2nF 50V 128m 500X14W222MV4T
*SYM=X2Y_4T
.SUBCKT 212___2N2__50V 1 2 3 4 {C=2.2n, ESR=128m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=212___4N7__50V;212___4N7__50V;Capacitors;Johanson X2Y 0603 X7R;4.7nF 50V 82m 500X14W472MV4T
*SYM=X2Y_4T
.SUBCKT 212___4N7__50V 1 2 3 4 {C=4.7n, ESR=82m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=212___10N__50V;212___10N__50V;Capacitors;Johanson X2Y 0603 X7R;10nF 50V 60m 500X14W103MV4T
*SYM=X2Y_4T
.SUBCKT 212___10N__50V 1 2 3 4 {C=10n, ESR=60m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=212___15N__25V;212___15N__25V;Capacitors;Johanson X2Y 0603 X7R;15nF 25V 48m 250X14W153MV4T
*SYM=X2Y_4T
.SUBCKT 212___15N__25V 1 2 3 4 {C=15n, ESR=48m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=212___22N__25V;212___22N__25V;Capacitors;Johanson X2Y 0603 X7R;22nF 25V 40m 250X14W223MV4T
*SYM=X2Y_4T
.SUBCKT 212___22N__25V 1 2 3 4 {C=22n, ESR=40m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=212___47N__16V;212___47N__16V;Capacitors;Johanson X2Y 0603 X7R;47nF 16V 34m 160X14W473MV4T
*SYM=X2Y_4T
.SUBCKT 212___47N__16V 1 2 3 4 {C=47n, ESR=34m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=212__100N__10V;212__100N__10V;Capacitors;Johanson X2Y 0603 X7R;100nF 10V 20m 100X14W104MV4T
*SYM=X2Y_4T
.SUBCKT 212__100N__10V 1 2 3 4 {C=100n, ESR=20m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=212__220N__6V3;212__220N__6V3;Capacitors;Johanson X2Y 0603 X7R;220nF 6.3V 14m 6R3X14W224MV4T
*SYM=X2Y_4T
.SUBCKT 212__220N__6V3 1 2 3 4 {C=220n, ESR=14m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213___47P_100V;213___47P_100V;Capacitors;Johanson X2Y 0805 X7R;47pF 100V 1402m 101X15W470MV4E
*SYM=X2Y_4T
.SUBCKT 213___47P_100V 1 2 3 4 {C=47p, ESR=1402m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213__100P_100V;213__100P_100V;Capacitors;Johanson X2Y 0805 X7R;100pF 100V 962m 101X15W101MV4E
*SYM=X2Y_4T
.SUBCKT 213__100P_100V 1 2 3 4 {C=100p, ESR=962m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213__220P_100V;213__220P_100V;Capacitors;Johanson X2Y 0805 X7R;220pF 100V 648m 101X15W221MV4E
*SYM=X2Y_4T
.SUBCKT 213__220P_100V 1 2 3 4 {C=220p, ESR=648m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213__470P_100V;213__470P_100V;Capacitors;Johanson X2Y 0805 X7R;470pF 100V 444m 101X15W471MV4E
*SYM=X2Y_4T
.SUBCKT 213__470P_100V 1 2 3 4 {C=470p, ESR=444m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213____1N_100V;213____1N_100V;Capacitors;Johanson X2Y 0805 X7R;1nF 100V 304m 101X15W102MV4E
*SYM=X2Y_4T
.SUBCKT 213____1N_100V 1 2 3 4 {C=1n, ESR=304m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213___1N5_100V;213___1N5_100V;Capacitors;Johanson X2Y 0805 X7R;1.5nF 100V 202m 101X15W152MV4E
*SYM=X2Y_4T
.SUBCKT 213___1N5_100V 1 2 3 4 {C=1.5n, ESR=202m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213___2N2_100V;213___2N2_100V;Capacitors;Johanson X2Y 0805 X7R;2.2nF 100V 166m 101X15W222MV4E
*SYM=X2Y_4T
.SUBCKT 213___2N2_100V 1 2 3 4 {C=2.2n, ESR=166m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213___4N7_100V;213___4N7_100V;Capacitors;Johanson X2Y 0805 X7R;4.7nF 100V 114m 101X15W472MV4E
*SYM=X2Y_4T
.SUBCKT 213___4N7_100V 1 2 3 4 {C=4.7n, ESR=114m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213___10N_100V;213___10N_100V;Capacitors;Johanson X2Y 0805 X7R;10nF 100V 62m 101X15W103MV4E
*SYM=X2Y_4T
.SUBCKT 213___10N_100V 1 2 3 4 {C=10n, ESR=62m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213___15N__50V;213___15N__50V;Capacitors;Johanson X2Y 0805 X7R;15nF 50V 50m 500X15W153MV4E
*SYM=X2Y_4T
.SUBCKT 213___15N__50V 1 2 3 4 {C=15n, ESR=50m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213___22N__50V;213___22N__50V;Capacitors;Johanson X2Y 0805 X7R;22nF 50V 38m 500X15W223MV4E
*SYM=X2Y_4T
.SUBCKT 213___22N__50V 1 2 3 4 {C=22n, ESR=38m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213___47N__50V;213___47N__50V;Capacitors;Johanson X2Y 0805 X7R;47nF 50V 28m 500X15W473MV4E
*SYM=X2Y_4T
.SUBCKT 213___47N__50V 1 2 3 4 {C=47n, ESR=28m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213__100N__25V;213__100N__25V;Capacitors;Johanson X2Y 0805 X7R;100nF 25V 18m 250X15W104MV4E
*SYM=X2Y_4T
.SUBCKT 213__100N__25V 1 2 3 4 {C=100n, ESR=18m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=213__180N__10V;213__180N__10V;Capacitors;Johanson X2Y 0805 X7R;180nF 10V 14m 100X15W184MV4E
*SYM=X2Y_4T
.SUBCKT 213__180N__10V 1 2 3 4 {C=180n, ESR=14m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=214___10N_100V;214___10N_100V;Capacitors;Johanson X2Y 1206 X7R;10nF 100V 44m 101X18W103MV4E
*SYM=X2Y_4T
.SUBCKT 214___10N_100V 1 2 3 4 {C=10n, ESR=44m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=214___15N_100V;214___15N_100V;Capacitors;Johanson X2Y 1206 X7R;15nF 100V 38m 101X18W153MV4E
*SYM=X2Y_4T
.SUBCKT 214___15N_100V 1 2 3 4 {C=15n, ESR=38m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=214___22N_100V;214___22N_100V;Capacitors;Johanson X2Y 1206 X7R;22nF 100V 34m 101X18W223MV4E
*SYM=X2Y_4T
.SUBCKT 214___22N_100V 1 2 3 4 {C=22n, ESR=34m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=214___47N_100V;214___47N_100V;Capacitors;Johanson X2Y 1206 X7R;47nF 100V 26m 101X18W473MV4E
*SYM=X2Y_4T
.SUBCKT 214___47N_100V 1 2 3 4 {C=47n, ESR=26m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=214__100N_100V;214__100N_100V;Capacitors;Johanson X2Y 1206 X7R;100nF 100V 18m 101X18W104MV4E
*SYM=X2Y_4T
.SUBCKT 214__100N_100V 1 2 3 4 {C=100n, ESR=18m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=214__220N__16V;214__220N__16V;Capacitors;Johanson X2Y 1206 X7R;220nF 16V 14m 160X18W224MV4E
*SYM=X2Y_4T
.SUBCKT 214__220N__16V 1 2 3 4 {C=220n, ESR=14m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=214__330N__16V;214__330N__16V;Capacitors;Johanson X2Y 1206 X7R;330nF 16V 14m 160X18W334MV4E
*SYM=X2Y_4T
.SUBCKT 214__330N__16V 1 2 3 4 {C=330n, ESR=14m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=214__470N__10V;214__470N__10V;Capacitors;Johanson X2Y 1206 X7R;470nF 10V 12m 100X18W474MV4E
*SYM=X2Y_4T
.SUBCKT 214__470N__10V 1 2 3 4 {C=470n, ESR=12m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=215___10N_500V;215___10N_500V;Capacitors;Johanson X2Y 1210 X7R;10nF 500V 76m 501X41W103MV4E
*SYM=X2Y_4T
.SUBCKT 215___10N_500V 1 2 3 4 {C=10n, ESR=76m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=215__100N_100V;215__100N_100V;Capacitors;Johanson X2Y 1210 X7R;100nF 100V 22m 101X41W104MV4E
*SYM=X2Y_4T
.SUBCKT 215__100N_100V 1 2 3 4 {C=100n, ESR=22m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=215__100N__50V;215__100N__50V;Capacitors;Johanson X2Y 1210 X7R;100nF 50V 22m 500X41W104MV4E
*SYM=X2Y_4T
.SUBCKT 215__100N__50V 1 2 3 4 {C=100n, ESR=22m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=215__220N_100V;215__220N_100V;Capacitors;Johanson X2Y 1210 X7R;220nF 100V 14m 101X41W224MV4E
*SYM=X2Y_4T
.SUBCKT 215__220N_100V 1 2 3 4 {C=220n, ESR=14m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=215__220N__50V;215__220N__50V;Capacitors;Johanson X2Y 1210 X7R;220nF 50V 14m 500X41W224MV4E
*SYM=X2Y_4T
.SUBCKT 215__220N__50V 1 2 3 4 {C=220n, ESR=14m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=215__330N_100V;215__330N_100V;Capacitors;Johanson X2Y 1210 X7R;330nF 100V 12m 101X41W334MV4E
*SYM=X2Y_4T
.SUBCKT 215__330N_100V 1 2 3 4 {C=330n, ESR=12m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=215___1U0__16V;215___1U0__16V;Capacitors;Johanson X2Y 1210 X7R;1.0uF 16V 6m 160X41W105MV4E
*SYM=X2Y_4T
.SUBCKT 215___1U0__16V 1 2 3 4 {C=1u, ESR=6m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=216___15N_500V;216___15N_500V;Capacitors;Johanson X2Y 1410 X7R;15nF 500V 52m 501X44W153MV4E
*SYM=X2Y_4T
.SUBCKT 216___15N_500V 1 2 3 4 {C=15n, ESR=52m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=216__400N__50V;216__400N__50V;Capacitors;Johanson X2Y 1410 X7R;400nF 50V 10m 500X44W404MV4E
*SYM=X2Y_4T
.SUBCKT 216__400N__50V 1 2 3 4 {C=400n, ESR=10m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=217___39N_500V;217___39N_500V;Capacitors;Johanson X2Y 1812 X7R;39nF 500V 16m 501X43W393MV4E
*SYM=X2Y_4T
.SUBCKT 217___39N_500V 1 2 3 4 {C=39n, ESR=16m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********

**********
*SRC=217__470N_100V;217__470N_100V;Capacitors;Johanson X2Y 1812 X7R;470nF 100V 16m 101X43W474MV4E
*SYM=X2Y_4T
.SUBCKT 217__470N_100V 1 2 3 4 {C=470n, ESR=16m, ESL=216p, LMOUNT=1E-15, N=1, KFactor=0.50}
* Nodes to device terminal mapping: 1=>A, 2=>B, 3=>G1, 4=>G2
ca1 1 11 {C*N}
la2 11 12 {LMOUNT/N}
la1 12 13 {ESL/N}
ra1 13 34 {ESR/N}
ra2 1 11 1G
ra3 11 12 1G
ra4 12 13 1G
cb1 2 21 {C*N}
lb2 21 22 {LMOUNT/N}
lb1 23 22 {ESL/N}
rb1 23 34 {ESR/N}
rb2 2 21 1G
rb3 21 22 1G
rb4 22 23 1G
rg1 34 3 100u
rg2 34 4 100u
k1 la1 lb1 {KFactor}
.ENDS
**********