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Altium-Component-Library-Wurth
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Altium-Component-Library-Wurth/Simulations/WE-LLCR.ckt

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**************************************************
* Manufacturer: Wurth Elektronik
* Kinds: Resonant Converter
* Matchcode: WE-LLCR
* Library Type: LTspice
* Version: rev22a
* Created/modified by: Toby
* Date and Time: 2022-05-17
* 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 760895751 12 10 15 14 1 5 3 7
.param RxLkg=20624.15ohm
.param Leakage=65uh
Rlkg 12 12a {RxLkg}
L_Lkg 12 12a {Leakage} Rser=0.01mohm
Lpri1 12a 10 335uH Rser=64mohm
Laux1 15 14 2.195uH Rser=122mohm
Lsec1 1 5 19.753uH Rser=9.9mohm
Lsec2 3 7 19.753uH Rser=8.9mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=62.08pf
.param Rdmp1=126917.83ohm
Cpri1 12 10 {Cprm1} Rser=10mohm
Rdmp1 12 10 {Rdmp1}
Rg3 12 0 20meg
Rg5 15 0 20meg
Rg7 10 0 20meg
Rg9 14 0 20meg
Rg11 1 0 20meg
Rg12 3 0 20meg
Rg19 5 0 20meg
Rg20 7 0 20meg
.ends
.subckt 760895741 12 10 15 14 1 5 3 7
.param RxLkg=23797.06ohm
.param Leakage=65uh
Rlkg 12 12a {RxLkg}
L_Lkg 12 12a {Leakage} Rser=0.01mohm
Lpri1 12a 10 335uH Rser=62.8mohm
Laux1 15 14 2.195uH Rser=124mohm
Lsec1 1 5 4.938uH Rser=3.6mohm
Lsec2 3 7 4.938uH Rser=4mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=46.63pf
.param Rdmp1=146443.46ohm
Cpri1 12 10 {Cprm1} Rser=10mohm
Rdmp1 12 10 {Rdmp1}
Rg3 12 0 20meg
Rg5 15 0 20meg
Rg7 10 0 20meg
Rg9 14 0 20meg
Rg11 1 0 20meg
Rg12 3 0 20meg
Rg19 5 0 20meg
Rg20 7 0 20meg
.ends
.subckt 760895731 12 10 15 14 1 5 3 7
.param RxLkg=30336.48ohm
.param Leakage=100uh
Rlkg 12 12a {RxLkg}
L_Lkg 12 12a {Leakage} Rser=0.01mohm
Lpri1 12a 10 375uH Rser=106mohm
Laux1 15 14 3.49uH Rser=150mohm
Lsec1 1 5 1.551uH Rser=2.7mohm
Lsec2 3 7 1.551uH Rser=2.9mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=57.19pf
.param Rdmp1=144098.26ohm
Cpri1 12 10 {Cprm1} Rser=10mohm
Rdmp1 12 10 {Rdmp1}
Rg3 12 0 20meg
Rg5 15 0 20meg
Rg7 10 0 20meg
Rg9 14 0 20meg
Rg11 1 0 20meg
Rg12 3 0 20meg
Rg19 5 0 20meg
Rg20 7 0 20meg
.ends
.subckt 760895651 4 2 5 6 8 12 10 14
.param RxLkg=29204.06ohm
.param Leakage=95uh
Rlkg 4 4a {RxLkg}
L_Lkg 4 4a {Leakage} Rser=0.01mohm
Lpri1 4a 2 405uH Rser=121mohm
Laux1 5 6 3.673uH Rser=139mohm
Lsec1 8 12 26.122uH Rser=17.9mohm
Lsec2 10 14 26.122uH Rser=17.9mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=52.91pf
.param Rdmp1=153705.56ohm
Cpri1 4 2 {Cprm1} Rser=10mohm
Rdmp1 4 2 {Rdmp1}
Rg3 4 0 20meg
Rg5 5 0 20meg
Rg7 2 0 20meg
Rg9 6 0 20meg
Rg11 8 0 20meg
Rg12 10 0 20meg
Rg19 12 0 20meg
Rg20 14 0 20meg
.ends
.subckt 760895641 4 2 5 6 8 12 10 14
.param RxLkg=26605.14ohm
.param Leakage=95uh
Rlkg 4 4a {RxLkg}
L_Lkg 4 4a {Leakage} Rser=0.01mohm
Lpri1 4a 2 405uH Rser=120mohm
Laux1 5 6 3.673uH Rser=137mohm
Lsec1 8 12 6.531uH Rser=6.4mohm
Lsec2 10 14 6.531uH Rser=6.3mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=63.75pf
.param Rdmp1=140027.07ohm
Cpri1 4 2 {Cprm1} Rser=10mohm
Rdmp1 4 2 {Rdmp1}
Rg3 4 0 20meg
Rg5 5 0 20meg
Rg7 2 0 20meg
Rg9 6 0 20meg
Rg11 8 0 20meg
Rg12 10 0 20meg
Rg19 12 0 20meg
Rg20 14 0 20meg
.ends
.subckt 760895631 4 2 5 6 8 11 10 13
.param RxLkg=30080.91ohm
.param Leakage=95uh
Rlkg 4 4a {RxLkg}
L_Lkg 4 4a {Leakage} Rser=0.01mohm
Lpri1 4a 2 405uH Rser=123mohm
Laux1 5 6 3.673uH Rser=128mohm
Lsec1 8 11 1.633uH Rser=2.2mohm
Lsec2 10 13 1.633uH Rser=2mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=49.87pf
.param Rdmp1=158320.56ohm
Cpri1 4 2 {Cprm1} Rser=10mohm
Rdmp1 4 2 {Rdmp1}
Rg3 4 0 20meg
Rg5 5 0 20meg
Rg7 2 0 20meg
Rg9 6 0 20meg
Rg11 8 0 20meg
Rg12 10 0 20meg
Rg19 11 0 20meg
Rg20 13 0 20meg
.ends
.subckt 760895451 4 2 5 6 8 10 9 11
.param RxLkg=29850.79ohm
.param Leakage=100uh
Rlkg 4 4a {RxLkg}
L_Lkg 4 4a {Leakage} Rser=0.01mohm
Lpri1 4a 2 500uH Rser=228.5mohm
Laux1 5 6 4.408uH Rser=128mohm
Lsec1 8 10 31.347uH Rser=22.8mohm
Lsec2 9 11 31.347uH Rser=22.9mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=46.76pf
.param Rdmp1=179104.71ohm
Cpri1 4 2 {Cprm1} Rser=10mohm
Rdmp1 4 2 {Rdmp1}
Rg3 4 0 20meg
Rg5 5 0 20meg
Rg7 2 0 20meg
Rg9 6 0 20meg
Rg11 8 0 20meg
Rg12 9 0 20meg
Rg19 10 0 20meg
Rg20 11 0 20meg
.ends
.subckt 760895441 4 2 5 6 8 10 9 11
.param RxLkg=32592.14ohm
.param Leakage=100uh
Rlkg 4 4a {RxLkg}
L_Lkg 4 4a {Leakage} Rser=0.01mohm
Lpri1 4a 2 500uH Rser=237mohm
Laux1 5 6 4.408uH Rser=121.7mohm
Lsec1 8 10 7.837uH Rser=7.4mohm
Lsec2 9 11 7.837uH Rser=7.4mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=39.225pf
.param Rdmp1=195552.83ohm
Cpri1 4 2 {Cprm1} Rser=10mohm
Rdmp1 4 2 {Rdmp1}
Rg3 4 0 20meg
Rg5 5 0 20meg
Rg7 2 0 20meg
Rg9 6 0 20meg
Rg11 8 0 20meg
Rg12 9 0 20meg
Rg19 10 0 20meg
Rg20 11 0 20meg
.ends
.subckt 760895431 4 2 5 6 8 10 9 11
.param RxLkg=31739.51ohm
.param Leakage=100uh
Rlkg 4 4a {RxLkg}
L_Lkg 4 4a {Leakage} Rser=0.01mohm
Lpri1 4a 2 500uH Rser=229mohm
Laux1 5 6 4.408uH Rser=121.7mohm
Lsec1 8 10 1.959uH Rser=2.88mohm
Lsec2 9 11 1.959uH Rser=2.3mohm
K Lpri1 Laux1 Lsec1 Lsec2 1
.param Cprm1=41.36pf
.param Rdmp1=190437.06ohm
Cpri1 4 2 {Cprm1} Rser=10mohm
Rdmp1 4 2 {Rdmp1}
Rg3 4 0 20meg
Rg5 5 0 20meg
Rg7 2 0 20meg
Rg9 6 0 20meg
Rg11 8 0 20meg
Rg12 9 0 20meg
Rg19 10 0 20meg
Rg20 11 0 20meg
.ends
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