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Joseph Hopfmüller
276
lib/sub/Contrib/Wurth/WE-PPTI_multi-output.lib
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276
lib/sub/Contrib/Wurth/WE-PPTI_multi-output.lib
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**************************************************
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* Manufacturer: Wurth Elektronik
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* Kinds: Push-Pull Transformers for Texas Instruments
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* Matchcode: WE-PPTI
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* Library Type: LTspice
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* Version: rev22a
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* Created/modified by: Toby
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* Date and Time: 2022-05-17
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* Team: eiSos EDA Service
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* Contact: libraries@we-online.com
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**************************************************
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* Copyright(C) 2022 Würth Elektronik eiSos GmbH & Co. KG
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* All Rights Reserved.
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**************************************************
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* Disclaimer: While Würth Elektronik eiSos has made every reasonable effort to ensure the accuracy
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* of the simulation models provided, Würth Elektronik eiSos does not guarantee the exemption of error on
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* the simulation models, nor does Würth Elektronik eiSos guarantee that the simulation model is current.
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* Würth Elektronik eiSos reserves the right to make any adjustments at any time without notice.
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* Würth Elektronik eiSos expressly disclaims all implied warranties regarding this simulation model.
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**************************************************
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.subckt 750316016 2 3 4 10 9 8 7 6
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.param RxLkg=696.31ohm
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.param Leakage=0.16uh
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Rlkg 2 2a {RxLkg/2}
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L_Lkg 2 2a {Leakage/2} Rser=0.01mohm
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Rlkg2 3 3a {RxLkg/2}
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L_Lkg2 3 3a {Leakage/2} Rser=0.01mohm
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Lpri1 2a 3 21.92uH Rser=54mohm
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Lpri2 3a 4 21.92uH Rser=54mohm
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Lsec1 10 9 44.898uH Rser=69mohm
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Lsec2 9 8 28.735uH Rser=55mohm
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Lsec3 8 7 28.735uH Rser=55mohm
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Lsec4 7 6 44.898uH Rser=69mohm
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K Lpri1 Lpri2 Lsec1 Lsec2 Lsec3 Lsec4 1
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.param Cprm1=3pf
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.param Cprm2=3pf
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.param Rdmp1=95742.71ohm
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.param Rdmp2=95742.71ohm
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Cpri1 2 3 {Cprm1} Rser=10mohm
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Cpri2 3 4 {Cprm2} Rser=10mohm
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Rdmp1 2 3 {Rdmp1}
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Rdmp2 3 4 {Rdmp2}
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Rg3 2 0 20meg
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Rg7 3 0 20meg
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Rg8 4 0 20meg
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Rg11 10 0 20meg
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Rg19 9 0 20meg
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Rg20 8 0 20meg
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Rg21 7 0 20meg
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Rg22 6 0 20meg
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.ends
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.subckt 750316017 2 3 4 10 9 8 7 6
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.param RxLkg=727.27ohm
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.param Leakage=0.16uh
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Rlkg 2 2a {RxLkg/2}
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L_Lkg 2 2a {Leakage/2} Rser=0.01mohm
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Rlkg2 3 3a {RxLkg/2}
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L_Lkg2 3 3a {Leakage/2} Rser=0.01mohm
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Lpri1 2a 3 21.92uH Rser=50mohm
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Lpri2 3a 4 21.92uH Rser=50mohm
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Lsec1 10 9 64.653uH Rser=120mohm
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Lsec2 9 8 16.163uH Rser=44mohm
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Lsec3 8 7 16.163uH Rser=44mohm
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Lsec4 7 6 64.653uH Rser=120mohm
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K Lpri1 Lpri2 Lsec1 Lsec2 Lsec3 Lsec4 1
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.param Cprm1=2.75pf
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.param Cprm2=2.75pf
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.param Rdmp1=100000.06ohm
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.param Rdmp2=100000.06ohm
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Cpri1 2 3 {Cprm1} Rser=10mohm
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Cpri2 3 4 {Cprm2} Rser=10mohm
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Rdmp1 2 3 {Rdmp1}
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Rdmp2 3 4 {Rdmp2}
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Rg3 2 0 20meg
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Rg7 3 0 20meg
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Rg8 4 0 20meg
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Rg11 10 0 20meg
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Rg19 9 0 20meg
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Rg20 8 0 20meg
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Rg21 7 0 20meg
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Rg22 6 0 20meg
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.ends
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.subckt 750316018 2 3 4 10 9 8 7 6
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.param RxLkg=603.02ohm
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.param Leakage=0.16uh
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Rlkg 2 2a {RxLkg/2}
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L_Lkg 2 2a {Leakage/2} Rser=0.01mohm
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Rlkg2 3 3a {RxLkg/2}
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L_Lkg2 3 3a {Leakage/2} Rser=0.01mohm
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Lpri1 2a 3 21.92uH Rser=51mohm
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Lpri2 3a 4 21.92uH Rser=51mohm
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Lsec1 10 9 88uH Rser=107mohm
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Lsec2 9 8 28.735uH Rser=54mohm
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Lsec3 8 7 28.735uH Rser=54mohm
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Lsec4 7 6 88uH Rser=107mohm
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K Lpri1 Lpri2 Lsec1 Lsec2 Lsec3 Lsec4 1
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.param Cprm1=4pf
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.param Cprm2=4pf
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.param Rdmp1=82915.65ohm
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.param Rdmp2=82915.65ohm
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Cpri1 2 3 {Cprm1} Rser=10mohm
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Cpri2 3 4 {Cprm2} Rser=10mohm
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Rdmp1 2 3 {Rdmp1}
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Rdmp2 3 4 {Rdmp2}
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Rg3 2 0 20meg
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Rg7 3 0 20meg
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Rg8 4 0 20meg
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Rg11 10 0 20meg
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Rg19 9 0 20meg
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Rg20 8 0 20meg
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Rg21 7 0 20meg
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Rg22 6 0 20meg
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.ends
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.subckt 750316019 2 3 4 10 9 8 7 6
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.param RxLkg=603.02ohm
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.param Leakage=0.16uh
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Rlkg 2 2a {RxLkg/2}
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L_Lkg 2 2a {Leakage/2} Rser=0.01mohm
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Rlkg2 3 3a {RxLkg/2}
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L_Lkg2 3 3a {Leakage/2} Rser=0.01mohm
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Lpri1 2a 3 21.92uH Rser=51mohm
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Lpri2 3a 4 21.92uH Rser=51mohm
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Lsec1 10 9 88uH Rser=107mohm
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Lsec2 9 8 28.735uH Rser=54mohm
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Lsec3 8 7 28.735uH Rser=54mohm
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Lsec4 7 6 88uH Rser=107mohm
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K Lpri1 Lpri2 Lsec1 Lsec2 Lsec3 Lsec4 1
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.param Cprm1=4pf
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.param Cprm2=4pf
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.param Rdmp1=82915.65ohm
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.param Rdmp2=82915.65ohm
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Cpri1 2 3 {Cprm1} Rser=10mohm
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Cpri2 3 4 {Cprm2} Rser=10mohm
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Rdmp1 2 3 {Rdmp1}
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Rdmp2 3 4 {Rdmp2}
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Rg3 2 0 20meg
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Rg7 3 0 20meg
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Rg8 4 0 20meg
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Rg11 10 0 20meg
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Rg19 9 0 20meg
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Rg20 8 0 20meg
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Rg21 7 0 20meg
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Rg22 6 0 20meg
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.ends
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.subckt 750316668 2 3 4 10 9 8 7 6
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.param RxLkg=696.31ohm
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.param Leakage=0.16uh
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Rlkg 2 2a {RxLkg/2}
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L_Lkg 2 2a {Leakage/2} Rser=0.01mohm
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Rlkg2 3 3a {RxLkg/2}
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L_Lkg2 3 3a {Leakage/2} Rser=0.01mohm
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Lpri1 2a 3 21.92uH Rser=54mohm
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Lpri2 3a 4 21.92uH Rser=54mohm
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Lsec1 10 9 44.898uH Rser=69mohm
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Lsec2 9 8 28.735uH Rser=55mohm
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Lsec3 8 7 28.735uH Rser=55mohm
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Lsec4 7 6 44.898uH Rser=69mohm
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K Lpri1 Lpri2 Lsec1 Lsec2 Lsec3 Lsec4 1
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.param Cprm1=3pf
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.param Cprm2=3pf
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.param Rdmp1=95742.71ohm
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.param Rdmp2=95742.71ohm
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Cpri1 2 3 {Cprm1} Rser=10mohm
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Cpri2 3 4 {Cprm2} Rser=10mohm
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Rdmp1 2 3 {Rdmp1}
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Rdmp2 3 4 {Rdmp2}
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Rg3 2 0 20meg
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Rg7 3 0 20meg
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Rg8 4 0 20meg
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Rg11 10 0 20meg
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Rg19 9 0 20meg
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Rg20 8 0 20meg
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Rg21 7 0 20meg
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Rg22 6 0 20meg
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.ends
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.subckt 750316669 2 3 4 10 9 8 7 6
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.param RxLkg=727.27ohm
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.param Leakage=0.16uh
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Rlkg 2 2a {RxLkg/2}
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L_Lkg 2 2a {Leakage/2} Rser=0.01mohm
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Rlkg2 3 3a {RxLkg/2}
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L_Lkg2 3 3a {Leakage/2} Rser=0.01mohm
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Lpri1 2a 3 21.92uH Rser=50mohm
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Lpri2 3a 4 21.92uH Rser=50mohm
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Lsec1 10 9 64.653uH Rser=120mohm
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Lsec2 9 8 16.163uH Rser=44mohm
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Lsec3 8 7 16.163uH Rser=44mohm
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Lsec4 7 6 64.653uH Rser=120mohm
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K Lpri1 Lpri2 Lsec1 Lsec2 Lsec3 Lsec4 1
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.param Cprm1=2.75pf
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.param Cprm2=2.75pf
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.param Rdmp1=100000.06ohm
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.param Rdmp2=100000.06ohm
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Cpri1 2 3 {Cprm1} Rser=10mohm
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Cpri2 3 4 {Cprm2} Rser=10mohm
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Rdmp1 2 3 {Rdmp1}
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Rdmp2 3 4 {Rdmp2}
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Rg3 2 0 20meg
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Rg7 3 0 20meg
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Rg8 4 0 20meg
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Rg11 10 0 20meg
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Rg19 9 0 20meg
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Rg20 8 0 20meg
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Rg21 7 0 20meg
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Rg22 6 0 20meg
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.ends
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.subckt 750316670 2 3 4 10 9 8 7 6
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.param RxLkg=603.02ohm
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.param Leakage=0.16uh
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Rlkg 2 2a {RxLkg/2}
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L_Lkg 2 2a {Leakage/2} Rser=0.01mohm
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Rlkg2 3 3a {RxLkg/2}
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L_Lkg2 3 3a {Leakage/2} Rser=0.01mohm
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Lpri1 2a 3 21.92uH Rser=51mohm
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Lpri2 3a 4 21.92uH Rser=51mohm
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Lsec1 10 9 88uH Rser=107mohm
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Lsec2 9 8 28.735uH Rser=54mohm
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Lsec3 8 7 28.735uH Rser=54mohm
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Lsec4 7 6 88uH Rser=107mohm
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K Lpri1 Lpri2 Lsec1 Lsec2 Lsec3 Lsec4 1
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.param Cprm1=4pf
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.param Cprm2=4pf
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.param Rdmp1=82915.65ohm
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.param Rdmp2=82915.65ohm
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Cpri1 2 3 {Cprm1} Rser=10mohm
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Cpri2 3 4 {Cprm2} Rser=10mohm
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Rdmp1 2 3 {Rdmp1}
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Rdmp2 3 4 {Rdmp2}
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Rg3 2 0 20meg
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Rg7 3 0 20meg
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Rg8 4 0 20meg
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Rg11 10 0 20meg
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Rg19 9 0 20meg
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Rg20 8 0 20meg
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Rg21 7 0 20meg
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Rg22 6 0 20meg
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.ends
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.subckt 750316671 2 3 4 10 9 8 7 6
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.param RxLkg=603.02ohm
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.param Leakage=0.16uh
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Rlkg 2 2a {RxLkg/2}
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L_Lkg 2 2a {Leakage/2} Rser=0.01mohm
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Rlkg2 3 3a {RxLkg/2}
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L_Lkg2 3 3a {Leakage/2} Rser=0.01mohm
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Lpri1 2a 3 21.92uH Rser=51mohm
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Lpri2 3a 4 21.92uH Rser=51mohm
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Lsec1 10 9 88uH Rser=107mohm
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Lsec2 9 8 28.735uH Rser=54mohm
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Lsec3 8 7 28.735uH Rser=54mohm
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Lsec4 7 6 88uH Rser=107mohm
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K Lpri1 Lpri2 Lsec1 Lsec2 Lsec3 Lsec4 1
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.param Cprm1=4pf
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.param Cprm2=4pf
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.param Rdmp1=82915.65ohm
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.param Rdmp2=82915.65ohm
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Cpri1 2 3 {Cprm1} Rser=10mohm
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Cpri2 3 4 {Cprm2} Rser=10mohm
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Rdmp1 2 3 {Rdmp1}
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Rdmp2 3 4 {Rdmp2}
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Rg3 2 0 20meg
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Rg7 3 0 20meg
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Rg8 4 0 20meg
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Rg11 10 0 20meg
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Rg19 9 0 20meg
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Rg20 8 0 20meg
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Rg21 7 0 20meg
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Rg22 6 0 20meg
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.ends
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