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

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* Manufacturer:          Würth Elektronik
* Kinds:                 High current inductor for TLVR applic
* Matchcode:             WE-HCMD
* Library Type:          LTspice
* Version:               rev24a
* Created/modified by:   Ella
* Date and Time:         8/1/2024
* Team:                  eiSos EDA Service  
* Contact:               libraries@we-online.com
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* Copyright(C) 2024 Würth Elektronik eiSos GmbH & Co. KG
* All Rights Reserved.
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* 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.
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.subckt 0910_7443000910070_0.07u 1  2  3  4  PARAMS:
+  Cww=12p
+  Rp1=31.855
+  Cp1=37.59p
+  Lp1=66.8u
+  Rp2=31.252
+  Cp2=35.744p
+  Lp2=66.8u
+  RDC1=0.125
+  RDC2=0.33
+  K=0.930198613779791
C_C1 3 1 {Cww/2}
R_R50 3 1 5000g
C_C2 2 4 {Cww/2}
C_C5 2 3 {Cp1}
R_R1 2 N05454 {RDC1}
R_R2 2 3 {Rp1}
L_L1 N05454 3 {Lp1}
L_L2 N05750 1 {Lp2}
C_C6 4 1 {Cp2}
R_R3 4 1 {Rp2}
R_R4 4 N05750 {RDC2}
Kn_K1  L_L1  L_L2  {K}
.ends 
*******
.subckt 0910_7443000910100_0.1u 1  2  3  4  PARAMS:
+  Cww=13p
+  Rp1=35.257
+  Cp1=46.675p
+  Lp1=101.599u
+  Rp2=35.596
+  Cp2=49.65p
+  Lp2=101.599u
+  RDC1=0.125
+  RDC2=0.33
+  K=0.954681334765334
C_C1 3 1 {Cww/2}
R_R50 3 1 5000g
C_C2 2 4 {Cww/2}
C_C5 2 3 {Cp1}
R_R1 2 N05454 {RDC1}
R_R2 2 3 {Rp1}
L_L1 N05454 3 {Lp1}
L_L2 N05750 1 {Lp2}
C_C6 4 1 {Cp2}
R_R3 4 1 {Rp2}
R_R4 4 N05750 {RDC2}
Kn_K1  L_L1  L_L2  {K}
.ends 
*******
.subckt 0910_7443000910120_0.12u 1  2  3  4  PARAMS:
+  Cww=15p
+  Rp1=37.143
+  Cp1=55.398p
+  Lp1=117.637u
+  Rp2=37.333
+  Cp2=55.351p
+  Lp2=117.637u
+  RDC1=0.125
+  RDC2=0.33
+  K=0.960985670387815
C_C1 3 1 {Cww/2}
R_R50 3 1 5000g
C_C2 2 4 {Cww/2}
C_C5 2 3 {Cp1}
R_R1 2 N05454 {RDC1}
R_R2 2 3 {Rp1}
L_L1 N05454 3 {Lp1}
L_L2 N05750 1 {Lp2}
C_C6 4 1 {Cp2}
R_R3 4 1 {Rp2}
R_R4 4 N05750 {RDC2}
Kn_K1  L_L1  L_L2  {K}
.ends 
*******
.subckt 0910_7443000910150_0.15u 1  2  3  4  PARAMS:
+  Cww=15p
+  Rp1=39.622
+  Cp1=62.369p
+  Lp1=151.404u
+  Rp2=39.347
+  Cp2=62.482p
+  Lp2=151.404u
+  RDC1=0.125
+  RDC2=0.33
+  K=0.969822866388134
C_C1 3 1 {Cww/2}
R_R50 3 1 5000g
C_C2 2 4 {Cww/2}
C_C5 2 3 {Cp1}
R_R1 2 N05454 {RDC1}
R_R2 2 3 {Rp1}
L_L1 N05454 3 {Lp1}
L_L2 N05750 1 {Lp2}
C_C6 4 1 {Cp2}
R_R3 4 1 {Rp2}
R_R4 4 N05750 {RDC2}
Kn_K1  L_L1  L_L2  {K}
.ends 
*******
.subckt 1111_7443001111070_0.07u 1  2  3  4  PARAMS:
+  Cww=10p
+  Rp1=27.744
+  Cp1=53.365p
+  Lp1=68.609u
+  Rp2=27.247
+  Cp2=49.95p
+  Lp2=65.519u
+  RDC1=0.125
+  RDC2=0.37
+  K=0.932106149899873
C_C1 3 1 {Cww/2}
R_R50 3 1 5000g
C_C2 2 4 {Cww/2}
C_C5 2 3 {Cp1}
R_R1 2 N05454 {RDC1}
R_R2 2 3 {Rp1}
L_L1 N05454 3 {Lp1}
L_L2 N05750 1 {Lp2}
C_C6 4 1 {Cp2}
R_R3 4 1 {Rp2}
R_R4 4 N05750 {RDC2}
Kn_K1  L_L1  L_L2  {K}
.ends 
*******
.subckt 1111_7443001111105_0.105u 1  2  3  4  PARAMS:
+  Cww=10p
+  Rp1=31.069
+  Cp1=62.813p
+  Lp1=101.296u
+  Rp2=29.66
+  Cp2=63.584p
+  Lp2=102.491u
+  RDC1=0.125
+  RDC2=0.37
+  K=0.95454254848063
C_C1 3 1 {Cww/2}
R_R50 3 1 5000g
C_C2 2 4 {Cww/2}
C_C5 2 3 {Cp1}
R_R1 2 N05454 {RDC1}
R_R2 2 3 {Rp1}
L_L1 N05454 3 {Lp1}
L_L2 N05750 1 {Lp2}
C_C6 4 1 {Cp2}
R_R3 4 1 {Rp2}
R_R4 4 N05750 {RDC2}
Kn_K1  L_L1  L_L2  {K}
.ends 
*******
.subckt 1111_7443001111120_0.12u 1  2  3  4  PARAMS:
+  Cww=13p
+  Rp1=40.15
+  Cp1=53.038p
+  Lp1=119.964u
+  Rp2=38.187
+  Cp2=51.126p
+  Lp2=114.649u
+  RDC1=0.125
+  RDC2=0.37
+  K=0.961757502309171
C_C1 3 1 {Cww/2}
R_R50 3 1 5000g
C_C2 2 4 {Cww/2}
C_C5 2 3 {Cp1}
R_R1 2 N05454 {RDC1}
R_R2 2 3 {Rp1}
L_L1 N05454 3 {Lp1}
L_L2 N05750 1 {Lp2}
C_C6 4 1 {Cp2}
R_R3 4 1 {Rp2}
R_R4 4 N05750 {RDC2}
Kn_K1  L_L1  L_L2  {K}
.ends 
*******
.subckt 1111_7443001111150_0.15u 1  2  3  4  PARAMS:
+  Cww=13p
+  Rp1=41.995
+  Cp1=55.935p
+  Lp1=149.954u
+  Rp2=42.155
+  Cp2=52.481p
+  Lp2=138.054u
+  RDC1=0.125
+  RDC2=0.37
+  K=0.96952647945046
C_C1 3 1 {Cww/2}
R_R50 3 1 5000g
C_C2 2 4 {Cww/2}
C_C5 2 3 {Cp1}
R_R1 2 N05454 {RDC1}
R_R2 2 3 {Rp1}
L_L1 N05454 3 {Lp1}
L_L2 N05750 1 {Lp2}
C_C6 4 1 {Cp2}
R_R3 4 1 {Rp2}
R_R4 4 N05750 {RDC2}
Kn_K1  L_L1  L_L2  {K}
.ends 
*******
.subckt 1111_7443001111180_0.18u 1  2  3  4  PARAMS:
+  Cww=15p
+  Rp1=43.294
+  Cp1=60.352p
+  Lp1=183.211u
+  Rp2=42.824
+  Cp2=66.937p
+  Lp2=165.274u
+  RDC1=0.125
+  RDC2=0.37
+  K=0.975128869438206
C_C1 3 1 {Cww/2}
R_R50 3 1 5000g
C_C2 2 4 {Cww/2}
C_C5 2 3 {Cp1}
R_R1 2 N05454 {RDC1}
R_R2 2 3 {Rp1}
L_L1 N05454 3 {Lp1}
L_L2 N05750 1 {Lp2}
C_C6 4 1 {Cp2}
R_R3 4 1 {Rp2}
R_R4 4 N05750 {RDC2}
Kn_K1  L_L1  L_L2  {K}
.ends 
*******
.subckt 1111_7443001111200_0.2u 1  2  3  4  PARAMS:
+  Cww=15p
+  Rp1=44.368
+  Cp1=65.533p
+  Lp1=193.722u
+  Rp2=44.181
+  Cp2=66.096p
+  Lp2=196.333u
+  RDC1=0.125
+  RDC2=0.37
+  K=0.976494584275413
C_C1 3 1 {Cww/2}
R_R50 3 1 5000g
C_C2 2 4 {Cww/2}
C_C5 2 3 {Cp1}
R_R1 2 N05454 {RDC1}
R_R2 2 3 {Rp1}
L_L1 N05454 3 {Lp1}
L_L2 N05750 1 {Lp2}
C_C6 4 1 {Cp2}
R_R3 4 1 {Rp2}
R_R4 4 N05750 {RDC2}
Kn_K1  L_L1  L_L2  {K}
.ends 
*******