Wurth-component-library-Altium/Simulations/WE-FLYLT.ckt

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* Manufacturer: Würth Elektronik
* Kinds: Flyback Transformer
* Matchcode: WE-FLYLT
* Library Type: LTspice
* Version: rev22a
* Created/modified by: Toby
* Date and Time: 2022-10-11
* Team: eiSos EDA Service
* Contact: libraries@we-online.com
**************************************************
* Copyright(C) 2022 Würth Elektronik eiSos GmbH & Co. KG
* All Rights Reserved.
**************************************************
* Disclaimer: While Würth Elektronik eiSos has made every reasonable effort to ensure the accuracy
* of the simulation models provided, Würth Elektronik eiSos does not guarantee the exemption of error on
* the simulation models, nor does Würth Elektronik eiSos guarantee that the simulation model is current.
* Würth Elektronik eiSos reserves the right to make any adjustments at any time without notice.
* Würth Elektronik eiSos expressly disclaims all implied warranties regarding this simulation model.
**************************************************
.subckt 750312504 1 10 2 9 5 6 4 7
.param RxLkg=1002.15ohm
.param Leakage=0.06uh
Rlkg 1 1a {RxLkg*2}
L_Lkg 1 1a {Leakage*2} Rser=0.01mohm
Rlkg2 2 2a {RxLkg*2}
L_Lkg2 2 2a {Leakage*2} Rser=0.01mohm
Lpri1 1a 10 3.4uH Rser=0.02mohm
Lpri2 2a 9 3.4uH Rser=0.02mohm
Lsec1 4 7 3.46uH Rser=0.02mohm
Lsec2 5 6 3.46uH Rser=0.02mohm
K Lpri1 Lpri2 Lsec1 Lsec2 1
.param Cprm1=1.295pf
.param Cprm2=1.22pf
.param Rdmp1=57790.73ohm
.param Rdmp2=57790.73ohm
Cpri1 1 10 {Cprm1} Rser=10mohm
Cpri2 2 9 {Cprm2} Rser=10mohm
Rdmp1 1 10 {Rdmp1}
Rdmp2 2 9 {Rdmp2}
Rg3 1 0 20meg
Rg4 2 0 20meg
Rg7 10 0 20meg
Rg8 9 0 20meg
Rg11 4 0 20meg
Rg12 5 0 20meg
Rg19 7 0 20meg
Rg20 6 0 20meg
.ends
.subckt 750315839 3 5 7 8 9
.param RxLkg=40.34ohm
.param Leakage=0.25uh
Rlkg 3 3a {RxLkg}
L_Lkg 3 3a {Leakage} Rser=0.01mohm
Lpri1 3a 5 39.75uH Rser=85mohm
Lsec1 7 8 1000uH Rser=3600mohm
Lsec2 8 9 1000uH Rser=4800mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=2400pf
.param Rdmp1=6455.09ohm
Cpri1 3 5 {Cprm1} Rser=10mohm
Rdmp1 3 5 {Rdmp1}
Rg3 3 0 20meg
Rg7 5 0 20meg
Rg11 7 0 20meg
Rg19 8 0 20meg
Rg20 9 0 20meg
.ends
.subckt 750315837 3 4 5 7 9
.param RxLkg=462.65ohm
.param Leakage=0.5uh
Rlkg 3 3a {RxLkg/2}
L_Lkg 3 3a {Leakage/2} Rser=0.01mohm
Rlkg2 4 4a {RxLkg/2}
L_Lkg2 4 4a {Leakage/2} Rser=0.01mohm
Lpri1 3a 4 9.75uH Rser=42.5mohm
Lpri2 4a 5 9.75uH Rser=42.5mohm
Lsec1 7 9 160uH Rser=90mohm
K Lpri1 Lpri2 Lsec1 1
.param Cprm1=146pf
.param Cprm2=141.4pf
.param Rdmp1=9252.93ohm
.param Rdmp2=9252.93ohm
Cpri1 3 4 {Cprm1} Rser=10mohm
Cpri2 4 5 {Cprm2} Rser=10mohm
Rdmp1 3 4 {Rdmp1}
Rdmp2 4 5 {Rdmp2}
Rg3 3 0 20meg
Rg7 4 0 20meg
Rg8 5 0 20meg
Rg11 7 0 20meg
Rg19 9 0 20meg
.ends
.subckt 750315836 3 4 5 7 9
.param RxLkg=912.49ohm
.param Leakage=0.45uh
Rlkg 3 3a {RxLkg/2}
L_Lkg 3 3a {Leakage/2} Rser=0.01mohm
Rlkg2 4 4a {RxLkg/2}
L_Lkg2 4 4a {Leakage/2} Rser=0.01mohm
Lpri1 3a 4 9.775uH Rser=42.5mohm
Lpri2 4a 5 9.775uH Rser=42.5mohm
Lsec1 7 9 40uH Rser=90mohm
K Lpri1 Lpri2 Lsec1 1
.param Cprm1=30.4pf
.param Cprm2=29.15pf
.param Rdmp1=20277.66ohm
.param Rdmp2=20277.66ohm
Cpri1 3 4 {Cprm1} Rser=10mohm
Cpri2 4 5 {Cprm2} Rser=10mohm
Rdmp1 3 4 {Rdmp1}
Rdmp2 4 5 {Rdmp2}
Rg3 3 0 20meg
Rg7 4 0 20meg
Rg8 5 0 20meg
Rg11 7 0 20meg
Rg19 9 0 20meg
.ends
.subckt 750315835 3 4 5 6 10 7 9
.param RxLkg=4225.77ohm
.param Leakage=1uh
Rlkg 3 3a {RxLkg/2}
L_Lkg 3 3a {Leakage/2} Rser=0.01mohm
Rlkg2 4 4a {RxLkg/2}
L_Lkg2 4 4a {Leakage/2} Rser=0.01mohm
Lpri1 3a 4 9.5uH Rser=260mohm
Lpri2 4a 5 9.5uH Rser=260mohm
Lsec1 6 10 0.625uH Rser=8mohm
Lsec2 7 9 0.625uH Rser=8mohm
K Lpri1 Lpri2 Lsec1 Lsec2 1
.param Cprm1=7pf
.param Cprm2=7pf
.param Rdmp1=42257.69ohm
.param Rdmp2=42257.69ohm
Cpri1 3 4 {Cprm1} Rser=10mohm
Cpri2 4 5 {Cprm2} Rser=10mohm
Rdmp1 3 4 {Rdmp1}
Rdmp2 4 5 {Rdmp2}
Rg3 3 0 20meg
Rg7 4 0 20meg
Rg8 5 0 20meg
Rg11 6 0 20meg
Rg12 7 0 20meg
Rg19 10 0 20meg
Rg20 9 0 20meg
.ends
.subckt 750315126 3 5 7 9 6 10
.param RxLkg=1020.62ohm
.param Leakage=0.5uh
Rlkg 3 3a {RxLkg}
L_Lkg 3 3a {Leakage} Rser=0.01mohm
Lpri1 3a 5 39.5uH Rser=75mohm
Lsec1 7 9 10uH Rser=53mohm
Lsec2 6 10 10uH Rser=75mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=15pf
.param Rdmp1=81649.74ohm
Cpri1 3 5 {Cprm1} Rser=10mohm
Rdmp1 3 5 {Rdmp1}
Rg3 3 0 20meg
Rg7 5 0 20meg
Rg11 7 0 20meg
Rg12 6 0 20meg
Rg19 9 0 20meg
Rg20 10 0 20meg
.ends
.subckt 750315125 3 5 7 9 6 10
.param RxLkg=2041.24ohm
.param Leakage=1uh
Rlkg 3 3a {RxLkg}
L_Lkg 3 3a {Leakage} Rser=0.01mohm
Lpri1 3a 5 39uH Rser=75mohm
Lsec1 7 9 1.111uH Rser=20mohm
Lsec2 6 10 1.111uH Rser=20mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=15pf
.param Rdmp1=81649.74ohm
Cpri1 3 5 {Cprm1} Rser=10mohm
Rdmp1 3 5 {Rdmp1}
Rg3 3 0 20meg
Rg7 5 0 20meg
Rg11 7 0 20meg
Rg12 6 0 20meg
Rg19 9 0 20meg
Rg20 10 0 20meg
.ends
.subckt 750313976 1 4 6 8 5 7
.param RxLkg=145.28ohm
.param Leakage=0.4uh
Rlkg 1 1a {RxLkg}
L_Lkg 1 1a {Leakage} Rser=0.01mohm
Lpri1 1a 4 39.6uH Rser=85mohm
Lsec1 6 8 640uH Rser=2300mohm
Lsec2 5 7 640uH Rser=2300mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=473.8pf
.param Rdmp1=14527.98ohm
Cpri1 1 4 {Cprm1} Rser=10mohm
Rdmp1 1 4 {Rdmp1}
Rg3 1 0 20meg
Rg7 4 0 20meg
Rg11 6 0 20meg
Rg12 5 0 20meg
Rg19 8 0 20meg
Rg20 7 0 20meg
.ends
.subckt 750313975 1 4 6 8 5 7
.param RxLkg=297.48ohm
.param Leakage=0.4uh
Rlkg 1 1a {RxLkg}
L_Lkg 1 1a {Leakage} Rser=0.01mohm
Lpri1 1a 4 39.6uH Rser=110mohm
Lsec1 6 8 160uH Rser=865mohm
Lsec2 5 7 160uH Rser=865mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=113pf
.param Rdmp1=29748.12ohm
Cpri1 1 4 {Cprm1} Rser=10mohm
Rdmp1 1 4 {Rdmp1}
Rg3 1 0 20meg
Rg7 4 0 20meg
Rg11 6 0 20meg
Rg12 5 0 20meg
Rg19 8 0 20meg
Rg20 7 0 20meg
.ends
.subckt 750313974 1 4 6 8 5 7
.param RxLkg=688.73ohm
.param Leakage=0.5uh
Rlkg 1 1a {RxLkg}
L_Lkg 1 1a {Leakage} Rser=0.01mohm
Lpri1 1a 4 39.5uH Rser=80mohm
Lsec1 6 8 4.444uH Rser=50mohm
Lsec2 5 7 4.444uH Rser=50mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=32.94pf
.param Rdmp1=55098.26ohm
Cpri1 1 4 {Cprm1} Rser=10mohm
Rdmp1 1 4 {Rdmp1}
Rg3 1 0 20meg
Rg7 4 0 20meg
Rg11 6 0 20meg
Rg12 5 0 20meg
Rg19 8 0 20meg
Rg20 7 0 20meg
.ends
.subckt 750313973 1 4 6 8 5 7
.param RxLkg=693.37ohm
.param Leakage=0.5uh
Rlkg 1 1a {RxLkg}
L_Lkg 1 1a {Leakage} Rser=0.01mohm
Lpri1 1a 4 39.5uH Rser=80mohm
Lsec1 6 8 2.5uH Rser=40mohm
Lsec2 5 7 2.5uH Rser=40mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=32.5pf
.param Rdmp1=55469.97ohm
Cpri1 1 4 {Cprm1} Rser=10mohm
Rdmp1 1 4 {Rdmp1}
Rg3 1 0 20meg
Rg7 4 0 20meg
Rg11 6 0 20meg
Rg12 5 0 20meg
Rg19 8 0 20meg
Rg20 7 0 20meg
.ends
.subckt 750313972 1 4 6 8 5 7
.param RxLkg=434.09ohm
.param Leakage=0.4uh
Rlkg 1 1a {RxLkg}
L_Lkg 1 1a {Leakage} Rser=0.01mohm
Lpri1 1a 4 39.6uH Rser=80mohm
Lsec1 6 8 40uH Rser=185mohm
Lsec2 5 7 40uH Rser=185mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=53.07pf
.param Rdmp1=43408.52ohm
Cpri1 1 4 {Cprm1} Rser=10mohm
Rdmp1 1 4 {Rdmp1}
Rg3 1 0 20meg
Rg7 4 0 20meg
Rg11 6 0 20meg
Rg12 5 0 20meg
Rg19 8 0 20meg
Rg20 7 0 20meg
.ends
.subckt 750313970 1 4 6 8 5 7
.param RxLkg=503.15ohm
.param Leakage=0.4uh
Rlkg 1 1a {RxLkg}
L_Lkg 1 1a {Leakage} Rser=0.01mohm
Lpri1 1a 4 39.6uH Rser=80mohm
Lsec1 6 8 10uH Rser=70mohm
Lsec2 5 7 10uH Rser=70mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=39.5pf
.param Rdmp1=50315.5ohm
Cpri1 1 4 {Cprm1} Rser=10mohm
Rdmp1 1 4 {Rdmp1}
Rg3 1 0 20meg
Rg7 4 0 20meg
Rg11 6 0 20meg
Rg12 5 0 20meg
Rg19 8 0 20meg
Rg20 7 0 20meg
.ends
.subckt 750313460 2 4 5 7
.param RxLkg=2596.54ohm
.param Leakage=0.7uh
Rlkg 2 2a {RxLkg}
L_Lkg 2 2a {Leakage} Rser=0.01mohm
Lpri1 2a 4 11.3uH Rser=85mohm
Lsec1 5 7 0.75uH Rser=11mohm
K Lpri1 Lsec1 1
.param Cprm1=15.1413pf
.param Rdmp1=44512.17ohm
Cpri1 2 4 {Cprm1} Rser=10mohm
Rdmp1 2 4 {Rdmp1}
Rg3 2 0 20meg
Rg7 4 0 20meg
Rg11 5 0 20meg
Rg19 7 0 20meg
.ends
.subckt 750313457 2 4 5 7 6 8
.param RxLkg=357.36ohm
.param Leakage=0.25uh
Rlkg 2 2a {RxLkg}
L_Lkg 2 2a {Leakage} Rser=0.01mohm
Lpri1 2a 4 8.75uH Rser=85mohm
Lsec1 5 7 36uH Rser=385mohm
Lsec2 6 8 36uH Rser=385mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=135.943pf
.param Rdmp1=12865.1ohm
Cpri1 2 4 {Cprm1} Rser=10mohm
Rdmp1 2 4 {Rdmp1}
Rg3 2 0 20meg
Rg7 4 0 20meg
Rg11 5 0 20meg
Rg12 6 0 20meg
Rg19 7 0 20meg
Rg20 8 0 20meg
.ends
.subckt 750313445 2 4 5 7
.param RxLkg=369.94ohm
.param Leakage=0.25uh
Rlkg 2 2a {RxLkg}
L_Lkg 2 2a {Leakage} Rser=0.01mohm
Lpri1 2a 4 8.75uH Rser=85mohm
Lsec1 5 7 36uH Rser=190mohm
K Lpri1 Lsec1 1
.param Cprm1=126.86pf
.param Rdmp1=13317.66ohm
Cpri1 2 4 {Cprm1} Rser=10mohm
Rdmp1 2 4 {Rdmp1}
Rg3 2 0 20meg
Rg7 4 0 20meg
Rg11 5 0 20meg
Rg19 7 0 20meg
.ends
.subckt 750313443 2 4 5 7 6 8
.param RxLkg=771.52ohm
.param Leakage=0.3uh
Rlkg 2 2a {RxLkg}
L_Lkg 2 2a {Leakage} Rser=0.01mohm
Lpri1 2a 4 8.7uH Rser=85mohm
Lsec1 5 7 9uH Rser=100mohm
Lsec2 6 8 9uH Rser=100mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=42pf
.param Rdmp1=23145.48ohm
Cpri1 2 4 {Cprm1} Rser=10mohm
Rdmp1 2 4 {Rdmp1}
Rg3 2 0 20meg
Rg7 4 0 20meg
Rg11 5 0 20meg
Rg12 6 0 20meg
Rg19 7 0 20meg
Rg20 8 0 20meg
.ends
.subckt 750313442 2 4 5 7
.param RxLkg=1897.84ohm
.param Leakage=0.75uh
Rlkg 2 2a {RxLkg}
L_Lkg 2 2a {Leakage} Rser=0.01mohm
Lpri1 2a 4 11.25uH Rser=150mohm
Lsec1 5 7 5.333uH Rser=53mohm
K Lpri1 Lsec1 1
.param Cprm1=32.5359pf
.param Rdmp1=30365.43ohm
Cpri1 2 4 {Cprm1} Rser=10mohm
Rdmp1 2 4 {Rdmp1}
Rg3 2 0 20meg
Rg7 4 0 20meg
Rg11 5 0 20meg
Rg19 7 0 20meg
.ends
.subckt 750313441 2 4 5 7
.param RxLkg=2139.21ohm
.param Leakage=0.6uh
Rlkg 2 2a {RxLkg}
L_Lkg 2 2a {Leakage} Rser=0.01mohm
Lpri1 2a 4 8.4uH Rser=60mohm
Lsec1 5 7 2.25uH Rser=15mohm
K Lpri1 Lsec1 1
.param Cprm1=21.852pf
.param Rdmp1=32088.2ohm
Cpri1 2 4 {Cprm1} Rser=10mohm
Rdmp1 2 4 {Rdmp1}
Rg3 2 0 20meg
Rg7 4 0 20meg
Rg11 5 0 20meg
Rg19 7 0 20meg
.ends
.subckt 750313439 2 4 5 7
.param RxLkg=1668.28ohm
.param Leakage=0.6uh
Rlkg 2 2a {RxLkg}
L_Lkg 2 2a {Leakage} Rser=0.01mohm
Lpri1 2a 4 11.4uH Rser=115mohm
Lsec1 5 7 3uH Rser=28mohm
K Lpri1 Lsec1 1
.param Cprm1=26.9477pf
.param Rdmp1=33365.67ohm
Cpri1 2 4 {Cprm1} Rser=10mohm
Rdmp1 2 4 {Rdmp1}
Rg3 2 0 20meg
Rg7 4 0 20meg
Rg11 5 0 20meg
Rg19 7 0 20meg
.ends
.subckt 750312559 1 2 3 6 4
.param RxLkg=1473.38ohm
.param Leakage=2uh
Rlkg 1 1a {RxLkg/2}
L_Lkg 1 1a {Leakage/2} Rser=0.01mohm
Rlkg2 2 2a {RxLkg/2}
L_Lkg2 2 2a {Leakage/2} Rser=0.01mohm
Lpri1 1a 2 74uH Rser=550mohm
Lpri2 2a 3 74uH Rser=550mohm
Lsec1 6 4 300uH Rser=875mohm
K Lpri1 Lpri2 Lsec1 1
.param Cprm1=30.71pf
.param Cprm2=30.385pf
.param Rdmp1=55251.82ohm
.param Rdmp2=55251.82ohm
Cpri1 1 2 {Cprm1} Rser=10mohm
Cpri2 2 3 {Cprm2} Rser=10mohm
Rdmp1 1 2 {Rdmp1}
Rdmp2 2 3 {Rdmp2}
Rg3 1 0 20meg
Rg7 2 0 20meg
Rg8 3 0 20meg
Rg11 6 0 20meg
Rg19 4 0 20meg
.ends
.subckt 750312557 1 2 3 6 4
.param RxLkg=4873.93ohm
.param Leakage=2.5uh
Rlkg 1 1a {RxLkg/2}
L_Lkg 1 1a {Leakage/2} Rser=0.01mohm
Rlkg2 2 2a {RxLkg/2}
L_Lkg2 2 2a {Leakage/2} Rser=0.01mohm
Lpri1 1a 2 73.75uH Rser=410mohm
Lpri2 2a 3 73.75uH Rser=410mohm
Lsec1 6 4 8.333uH Rser=35mohm
K Lpri1 Lpri2 Lsec1 1
.param Cprm1=4.385pf
.param Cprm2=4.31pf
.param Rdmp1=146217.89ohm
.param Rdmp2=146217.89ohm
Cpri1 1 2 {Cprm1} Rser=10mohm
Cpri2 2 3 {Cprm2} Rser=10mohm
Rdmp1 1 2 {Rdmp1}
Rdmp2 2 3 {Rdmp2}
Rg3 1 0 20meg
Rg7 2 0 20meg
Rg8 3 0 20meg
Rg11 6 0 20meg
Rg19 4 0 20meg
.ends
.subckt 750312367 1 2 3 6 4
.param RxLkg=1901.96ohm
.param Leakage=1.7uh
Rlkg 1 1a {RxLkg/2}
L_Lkg 1 1a {Leakage/2} Rser=0.01mohm
Rlkg2 2 2a {RxLkg/2}
L_Lkg2 2 2a {Leakage/2} Rser=0.01mohm
Lpri1 1a 2 74.15uH Rser=400mohm
Lpri2 2a 3 74.15uH Rser=400mohm
Lsec1 6 4 4.252uH Rser=30mohm
K Lpri1 Lpri2 Lsec1 1
.param Cprm1=13.315pf
.param Cprm2=12.675pf
.param Rdmp1=83910.21ohm
.param Rdmp2=83910.21ohm
Cpri1 1 2 {Cprm1} Rser=10mohm
Cpri2 2 3 {Cprm2} Rser=10mohm
Rdmp1 1 2 {Rdmp1}
Rdmp2 2 3 {Rdmp2}
Rg3 1 0 20meg
Rg7 2 0 20meg
Rg8 3 0 20meg
Rg11 6 0 20meg
Rg19 4 0 20meg
.ends
.subckt 750312366 1 2 3 6 4
.param RxLkg=3755.59ohm
.param Leakage=4uh
Rlkg 1 1a {RxLkg/2}
L_Lkg 1 1a {Leakage/2} Rser=0.01mohm
Rlkg2 2 2a {RxLkg/2}
L_Lkg2 2 2a {Leakage/2} Rser=0.01mohm
Lpri1 1a 2 98uH Rser=490mohm
Lpri2 2a 3 98uH Rser=490mohm
Lsec1 6 4 7.91uH Rser=55mohm
K Lpri1 Lpri2 Lsec1 1
.param Cprm1=14.18pf
.param Cprm2=13.6pf
.param Rdmp1=93889.64ohm
.param Rdmp2=93889.64ohm
Cpri1 1 2 {Cprm1} Rser=10mohm
Cpri2 2 3 {Cprm2} Rser=10mohm
Rdmp1 1 2 {Rdmp1}
Rdmp2 2 3 {Rdmp2}
Rg3 1 0 20meg
Rg7 2 0 20meg
Rg8 3 0 20meg
Rg11 6 0 20meg
Rg19 4 0 20meg
.ends
.subckt 750312365 1 2 3 6 4
.param RxLkg=2044.01ohm
.param Leakage=1.8uh
Rlkg 1 1a {RxLkg/2}
L_Lkg 1 1a {Leakage/2} Rser=0.01mohm
Rlkg2 2 2a {RxLkg/2}
L_Lkg2 2 2a {Leakage/2} Rser=0.01mohm
Lpri1 1a 2 74.1uH Rser=395mohm
Lpri2 2a 3 74.1uH Rser=395mohm
Lsec1 6 4 18.75uH Rser=100mohm
K Lpri1 Lpri2 Lsec1 1
.param Cprm1=12.925pf
.param Cprm2=13.4pf
.param Rdmp1=85167.01ohm
.param Rdmp2=85167.01ohm
Cpri1 1 2 {Cprm1} Rser=10mohm
Cpri2 2 3 {Cprm2} Rser=10mohm
Rdmp1 1 2 {Rdmp1}
Rdmp2 2 3 {Rdmp2}
Rg3 1 0 20meg
Rg7 2 0 20meg
Rg8 3 0 20meg
Rg11 6 0 20meg
Rg19 4 0 20meg
.ends
.subckt 750312558 3 2 1 5 6 7 8
.param RxLkg=2021ohm
.param Leakage=1.75uh
Rlkg 3 3a {RxLkg/2}
L_Lkg 3 3a {Leakage/2} Rser=0.01mohm
Rlkg2 2 2a {RxLkg/2}
L_Lkg2 2 2a {Leakage/2} Rser=0.01mohm
Lpri1 3a 2 74.125uH Rser=935mohm
Lpri2 2a 1 74.125uH Rser=935mohm
Lsec1 5 6 75uH Rser=450mohm
Lsec2 7 8 75uH Rser=490mohm
K Lpri1 Lpri2 Lsec1 Lsec2 1
.param Cprm1=12.49665pf
.param Cprm2=12.1949pf
.param Rdmp1=86614.18ohm
.param Rdmp2=86614.18ohm
Cpri1 3 2 {Cprm1} Rser=10mohm
Cpri2 2 1 {Cprm2} Rser=10mohm
Rdmp1 3 2 {Rdmp1}
Rdmp2 2 1 {Rdmp2}
Rg3 3 0 20meg
Rg7 2 0 20meg
Rg8 1 0 20meg
Rg11 5 0 20meg
Rg12 7 0 20meg
Rg19 6 0 20meg
Rg20 8 0 20meg
.ends
.subckt 750311838 3 4 5 8 7 6
.param RxLkg=2010.76ohm
.param Leakage=3uh
Rlkg 3 3a {RxLkg}
L_Lkg 3 3a {Leakage} Rser=0.01mohm
Lpri1 3a 4 347uH Rser=1050mohm
Lsec1 5 8 87.5uH Rser=620mohm
Lsec2 7 6 87.5uH Rser=562mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=15.9pf
.param Rdmp1=234588.38ohm
Cpri1 3 4 {Cprm1} Rser=10mohm
Rdmp1 3 4 {Rdmp1}
Rg3 3 0 20meg
Rg7 4 0 20meg
Rg11 5 0 20meg
Rg12 7 0 20meg
Rg19 8 0 20meg
Rg20 6 0 20meg
.ends
.subckt 750311660 3 4 2 1 5 8 6 7
.param RxLkg=1985.93ohm
.param Leakage=3uh
Rlkg 3 3a {RxLkg}
L_Lkg 3 3a {Leakage} Rser=0.01mohm
Lpri1 3a 4 347uH Rser=1050mohm
Laux1 2 1 9.722uH Rser=195mohm
Lsec1 5 8 87.5uH Rser=165mohm
Lsec2 6 7 87.5uH Rser=165mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=16.3pf
.param Rdmp1=231692.14ohm
Cpri1 3 4 {Cprm1} Rser=10mohm
Rdmp1 3 4 {Rdmp1}
Rg3 3 0 20meg
Rg5 2 0 20meg
Rg7 4 0 20meg
Rg9 1 0 20meg
Rg11 5 0 20meg
Rg12 6 0 20meg
Rg19 8 0 20meg
Rg20 7 0 20meg
.ends
.subckt 750311659 3 4 2 1 5 8 6 7
.param RxLkg=810.04ohm
.param Leakage=2uh
Rlkg 3 3a {RxLkg}
L_Lkg 3 3a {Leakage} Rser=0.01mohm
Lpri1 3a 4 298uH Rser=960mohm
Laux1 2 1 12uH Rser=420mohm
Lsec1 5 8 300uH Rser=476mohm
Lsec2 6 7 300uH Rser=476mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=50.8pf
.param Rdmp1=121506.12ohm
Cpri1 3 4 {Cprm1} Rser=10mohm
Rdmp1 3 4 {Rdmp1}
Rg3 3 0 20meg
Rg5 2 0 20meg
Rg7 4 0 20meg
Rg9 1 0 20meg
Rg11 5 0 20meg
Rg12 6 0 20meg
Rg19 8 0 20meg
Rg20 7 0 20meg
.ends
.subckt 750311559 3 4 2 1 5 8 6 7
.param RxLkg=1682.84ohm
.param Leakage=1.5uh
Rlkg 3 3a {RxLkg}
L_Lkg 3 3a {Leakage} Rser=0.01mohm
Lpri1 3a 4 173.5uH Rser=725mohm
Laux1 2 1 10.938uH Rser=215mohm
Lsec1 5 8 10.938uH Rser=35mohm
Lsec2 6 7 10.938uH Rser=35mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=11.35pf
.param Rdmp1=196331.48ohm
Cpri1 3 4 {Cprm1} Rser=10mohm
Rdmp1 3 4 {Rdmp1}
Rg3 3 0 20meg
Rg5 2 0 20meg
Rg7 4 0 20meg
Rg9 1 0 20meg
Rg11 5 0 20meg
Rg12 6 0 20meg
Rg19 8 0 20meg
Rg20 7 0 20meg
.ends
.subckt 750311558 3 4 2 1 5 8 6 7
.param RxLkg=1342.72ohm
.param Leakage=1.5uh
Rlkg 3 3a {RxLkg}
L_Lkg 3 3a {Leakage} Rser=0.01mohm
Lpri1 3a 4 298.5uH Rser=725mohm
Laux1 2 1 18.75uH Rser=215mohm
Lsec1 5 8 18.75uH Rser=35mohm
Lsec2 6 7 18.75uH Rser=35mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=10.4pf
.param Rdmp1=268543.97ohm
Cpri1 3 4 {Cprm1} Rser=10mohm
Rdmp1 3 4 {Rdmp1}
Rg3 3 0 20meg
Rg5 2 0 20meg
Rg7 4 0 20meg
Rg9 1 0 20meg
Rg11 5 0 20meg
Rg12 6 0 20meg
Rg19 8 0 20meg
Rg20 7 0 20meg
.ends
.subckt 750311019 3 4 2 1 5 8 6 7
.param RxLkg=3174.99ohm
.param Leakage=5uh
Rlkg 3 3a {RxLkg}
L_Lkg 3 3a {Leakage} Rser=0.01mohm
Lpri1 3a 4 395uH Rser=2050mohm
Laux1 2 1 44.444uH Rser=1200mohm
Lsec1 5 8 11.111uH Rser=33.5mohm
Lsec2 6 7 11.111uH Rser=33.5mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=15.5pf
.param Rdmp1=253999.02ohm
Cpri1 3 4 {Cprm1} Rser=10mohm
Rdmp1 3 4 {Rdmp1}
Rg3 3 0 20meg
Rg5 2 0 20meg
Rg7 4 0 20meg
Rg9 1 0 20meg
Rg11 5 0 20meg
Rg12 6 0 20meg
Rg19 8 0 20meg
Rg20 7 0 20meg
.ends
.subckt 750315834 1 3 6 4 5 4
.param RxLkg=2990.29ohm
.param Leakage=2.6uh
Rlkg 1 1a {RxLkg}
L_Lkg 1 1a {Leakage} Rser=0.01mohm
Lpri1 1a 3 147.4uH Rser=865mohm
Lsec1 6 4 4.167uH Rser=40mohm
Lsec2 5 4 4.167uH Rser=53mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=12.6pf
.param Rdmp1=172516.79ohm
Cpri1 1 3 {Cprm1} Rser=10mohm
Rdmp1 1 3 {Rdmp1}
Rg3 1 0 20meg
Rg7 3 0 20meg
Rg11 6 0 20meg
Rg12 5 0 20meg
Rg19 4 0 20meg
Rg20 4 0 20meg
.ends
.subckt 750315833 1 3 6 4 5 4
.param RxLkg=1485.22ohm
.param Leakage=1.5uh
Rlkg 1 1a {RxLkg}
L_Lkg 1 1a {Leakage} Rser=0.01mohm
Lpri1 1a 3 148.5uH Rser=796mohm
Lsec1 6 4 37.5uH Rser=348mohm
Lsec2 5 4 37.5uH Rser=457mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=17pf
.param Rdmp1=148522.25ohm
Cpri1 1 3 {Cprm1} Rser=10mohm
Rdmp1 1 3 {Rdmp1}
Rg3 1 0 20meg
Rg7 3 0 20meg
Rg11 6 0 20meg
Rg12 5 0 20meg
Rg19 4 0 20meg
Rg20 4 0 20meg
.ends
.subckt 750315832 1 3 6 5 4
.param RxLkg=432.92ohm
.param Leakage=1.7uh
Rlkg 1 1a {RxLkg}
L_Lkg 1 1a {Leakage} Rser=0.01mohm
Lpri1 1a 3 148.3uH Rser=620mohm
Lsec1 6 5 600uH Rser=6800mohm
Lsec2 5 4 600uH Rser=9400mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=257pf
.param Rdmp1=38198.63ohm
Cpri1 1 3 {Cprm1} Rser=10mohm
Rdmp1 1 3 {Rdmp1}
Rg3 1 0 20meg
Rg7 3 0 20meg
Rg11 6 0 20meg
Rg19 5 0 20meg
Rg20 4 0 20meg
.ends
.subckt 750315831 1 2 3 6 4
.param RxLkg=7284.78ohm
.param Leakage=4uh
Rlkg 1 1a {RxLkg/2}
L_Lkg 1 1a {Leakage/2} Rser=0.01mohm
Rlkg2 2 2a {RxLkg/2}
L_Lkg2 2 2a {Leakage/2} Rser=0.01mohm
Lpri1 1a 2 35.5uH Rser=210mohm
Lpri2 2a 3 35.5uH Rser=285mohm
Lsec1 6 4 1.5uH Rser=18mohm
K Lpri1 Lpri2 Lsec1 1
.param Cprm1=10.05pf
.param Cprm2=9.7pf
.param Rdmp1=68294.77ohm
.param Rdmp2=68294.77ohm
Cpri1 1 2 {Cprm1} Rser=10mohm
Cpri2 2 3 {Cprm2} Rser=10mohm
Rdmp1 1 2 {Rdmp1}
Rdmp2 2 3 {Rdmp2}
Rg3 1 0 20meg
Rg7 2 0 20meg
Rg8 3 0 20meg
Rg11 6 0 20meg
Rg19 4 0 20meg
.ends
.subckt 750315829 1 2 3 6 4
.param RxLkg=1445.38ohm
.param Leakage=1.5uh
Rlkg 1 1a {RxLkg/2}
L_Lkg 1 1a {Leakage/2} Rser=0.01mohm
Rlkg2 2 2a {RxLkg/2}
L_Lkg2 2 2a {Leakage/2} Rser=0.01mohm
Lpri1 1a 2 36.75uH Rser=348mohm
Lpri2 2a 3 36.75uH Rser=456mohm
Lsec1 6 4 150uH Rser=796mohm
K Lpri1 Lpri2 Lsec1 1
.param Cprm1=35.9pf
.param Cprm2=35.1pf
.param Rdmp1=36134.6ohm
.param Rdmp2=36134.6ohm
Cpri1 1 2 {Cprm1} Rser=10mohm
Cpri2 2 3 {Cprm2} Rser=10mohm
Rdmp1 1 2 {Rdmp1}
Rdmp2 2 3 {Rdmp2}
Rg3 1 0 20meg
Rg7 2 0 20meg
Rg8 3 0 20meg
Rg11 6 0 20meg
Rg19 4 0 20meg
.ends
.subckt 750315828 1 2 3 6 4
.param RxLkg=3555.56ohm
.param Leakage=1.6uh
Rlkg 1 1a {RxLkg/2}
L_Lkg 1 1a {Leakage/2} Rser=0.01mohm
Rlkg2 2 2a {RxLkg/2}
L_Lkg2 2 2a {Leakage/2} Rser=0.01mohm
Lpri1 1a 2 36.7uH Rser=348mohm
Lpri2 2a 3 36.7uH Rser=465mohm
Lsec1 6 4 37.5uH Rser=195mohm
K Lpri1 Lpri2 Lsec1 1
.param Cprm1=6.75pf
.param Cprm2=6.65pf
.param Rdmp1=83333.42ohm
.param Rdmp2=83333.42ohm
Cpri1 1 2 {Cprm1} Rser=10mohm
Cpri2 2 3 {Cprm2} Rser=10mohm
Rdmp1 1 2 {Rdmp1}
Rdmp2 2 3 {Rdmp2}
Rg3 1 0 20meg
Rg7 2 0 20meg
Rg8 3 0 20meg
Rg11 6 0 20meg
Rg19 4 0 20meg
.ends
.subckt 750315827 1 2 3 6 4
.param RxLkg=4768.32ohm
.param Leakage=1.8uh
Rlkg 1 1a {RxLkg/2}
L_Lkg 1 1a {Leakage/2} Rser=0.01mohm
Rlkg2 2 2a {RxLkg/2}
L_Lkg2 2 2a {Leakage/2} Rser=0.01mohm
Lpri1 1a 2 36.6uH Rser=348mohm
Lpri2 2a 3 36.6uH Rser=463mohm
Lsec1 6 4 9.375uH Rser=51mohm
K Lpri1 Lpri2 Lsec1 1
.param Cprm1=4.75pf
.param Cprm2=4.6pf
.param Rdmp1=99339.99ohm
.param Rdmp2=99339.99ohm
Cpri1 1 2 {Cprm1} Rser=10mohm
Cpri2 2 3 {Cprm2} Rser=10mohm
Rdmp1 1 2 {Rdmp1}
Rdmp2 2 3 {Rdmp2}
Rg3 1 0 20meg
Rg7 2 0 20meg
Rg8 3 0 20meg
Rg11 6 0 20meg
Rg19 4 0 20meg
.ends
.subckt 750315826 1 2 3 6 4
.param RxLkg=2891.27ohm
.param Leakage=2uh
Rlkg 1 1a {RxLkg/2}
L_Lkg 1 1a {Leakage/2} Rser=0.01mohm
Rlkg2 2 2a {RxLkg/2}
L_Lkg2 2 2a {Leakage/2} Rser=0.01mohm
Lpri1 1a 2 36.5uH Rser=357mohm
Lpri2 2a 3 36.5uH Rser=487mohm
Lsec1 6 4 4.167uH Rser=23mohm
K Lpri1 Lpri2 Lsec1 1
.param Cprm1=15.95pf
.param Cprm2=15.2pf
.param Rdmp1=54211.32ohm
.param Rdmp2=54211.32ohm
Cpri1 1 2 {Cprm1} Rser=10mohm
Cpri2 2 3 {Cprm2} Rser=10mohm
Rdmp1 1 2 {Rdmp1}
Rdmp2 2 3 {Rdmp2}
Rg3 1 0 20meg
Rg7 2 0 20meg
Rg8 3 0 20meg
Rg11 6 0 20meg
Rg19 4 0 20meg
.ends
.subckt 750315825 1 2 3 6 4
.param RxLkg=8714.88ohm
.param Leakage=3uh
Rlkg 1 1a {RxLkg/2}
L_Lkg 1 1a {Leakage/2} Rser=0.01mohm
Rlkg2 2 2a {RxLkg/2}
L_Lkg2 2 2a {Leakage/2} Rser=0.01mohm
Lpri1 1a 2 36uH Rser=348mohm
Lpri2 2a 3 36uH Rser=470mohm
Lsec1 6 4 2.344uH Rser=13mohm
K Lpri1 Lpri2 Lsec1 1
.param Cprm1=3.95pf
.param Cprm2=3.8pf
.param Rdmp1=108936.06ohm
.param Rdmp2=108936.06ohm
Cpri1 1 2 {Cprm1} Rser=10mohm
Cpri2 2 3 {Cprm2} Rser=10mohm
Rdmp1 1 2 {Rdmp1}
Rdmp2 2 3 {Rdmp2}
Rg3 1 0 20meg
Rg7 2 0 20meg
Rg8 3 0 20meg
Rg11 6 0 20meg
Rg19 4 0 20meg
.ends
.subckt 750315830 1 3 6 5 4
.param RxLkg=1111.52ohm
.param Leakage=1.9uh
Rlkg 1 1a {RxLkg}
L_Lkg 1 1a {Leakage} Rser=0.01mohm
Lpri1 1a 3 148.1uH Rser=797mohm
Lsec1 6 5 150uH Rser=1380mohm
Lsec2 5 4 150uH Rser=1810mohm
K Lpri1 Lsec1 Lsec2 1
.param Cprm1=48.7pf
.param Rdmp1=87751.28ohm
Cpri1 1 3 {Cprm1} Rser=10mohm
Rdmp1 1 3 {Rdmp1}
Rg3 1 0 20meg
Rg7 3 0 20meg
Rg11 6 0 20meg
Rg19 5 0 20meg
Rg20 4 0 20meg
.ends