Version 4
SHEET 1 1412 700
WIRE 928 -1808 848 -1808
WIRE 992 -1808 928 -1808
WIRE -1408 -1792 -1440 -1792
WIRE -1248 -1792 -1328 -1792
WIRE -1200 -1792 -1248 -1792
WIRE -1024 -1792 -1040 -1792
WIRE -512 -1760 -592 -1760
WIRE -448 -1760 -512 -1760
WIRE 208 -1760 128 -1760
WIRE 272 -1760 208 -1760
WIRE 848 -1760 848 -1808
WIRE 992 -1760 992 -1808
WIRE -1440 -1728 -1440 -1792
WIRE -1440 -1728 -1904 -1728
WIRE -1024 -1728 -1024 -1792
WIRE -912 -1728 -1024 -1728
WIRE -800 -1728 -912 -1728
WIRE -592 -1712 -592 -1760
WIRE -448 -1712 -448 -1760
WIRE 128 -1712 128 -1760
WIRE 272 -1712 272 -1760
WIRE -800 -1696 -800 -1728
WIRE -1440 -1680 -1440 -1728
WIRE -1248 -1680 -1248 -1792
WIRE -1248 -1680 -1280 -1680
WIRE -1200 -1680 -1248 -1680
WIRE -1024 -1680 -1024 -1728
WIRE -1024 -1680 -1040 -1680
WIRE -1248 -1616 -1248 -1680
WIRE 848 -1616 848 -1680
WIRE 992 -1616 992 -1680
WIRE 992 -1616 848 -1616
WIRE -800 -1568 -800 -1616
WIRE -592 -1568 -592 -1632
WIRE -448 -1568 -448 -1632
WIRE -448 -1568 -592 -1568
WIRE 128 -1568 128 -1632
WIRE 272 -1568 272 -1632
WIRE 272 -1568 128 -1568
WIRE -1248 -1504 -1248 -1536
WIRE -1216 -1504 -1248 -1504
WIRE -1168 -1504 -1216 -1504
WIRE -1248 -1408 -1248 -1440
WIRE -1168 -1408 -1168 -1424
WIRE -1168 -1408 -1248 -1408
WIRE -1904 -1376 -1904 -1728
WIRE -1248 -1376 -1248 -1408
WIRE -1248 -1376 -1904 -1376
WIRE -800 -1376 -800 -1488
WIRE -800 -1376 -1248 -1376
WIRE -1904 -1312 -1904 -1376
FLAG -592 -1568 0
FLAG -512 -1760 z1
FLAG -1904 -1312 0
FLAG 128 -1568 0
FLAG 208 -1760 z1
FLAG 848 -1616 0
FLAG 928 -1808 z1
FLAG -1248 -1792 z1
FLAG -1216 -1504 z2
FLAG -912 -1728 z3
SYMBOL ind -464 -1728 R0
SYMATTR InstName L1
SYMATTR Value LF2
SYMATTR Prefix X
SYMBOL voltage -592 -1728 R0
WINDOW 123 14 105 Left 2
WINDOW 39 0 0 Left 2
SYMATTR Value2 AC 1
SYMATTR InstName V1
SYMATTR Value ""
SYMBOL ind -1456 -1696 M90
WINDOW 0 5 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName L2
SYMATTR Value LF2
SYMBOL ind -1216 -1808 M90
WINDOW 0 5 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName L3
SYMATTR Value LF3
SYMBOL ind -1216 -1696 M90
WINDOW 0 5 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName L4
SYMATTR Value LF4
SYMBOL res -1376 -1696 M90
WINDOW 0 0 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName RL1
SYMATTR Value 0.1
SYMBOL res -1424 -1808 M90
WINDOW 0 0 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName R1
SYMATTR Value 4
SYMBOL res -1136 -1808 M90
WINDOW 0 0 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName R2
SYMATTR Value 3.4
SYMBOL res -1136 -1696 M90
WINDOW 0 0 56 VBottom 2
WINDOW 3 32 56 VTop 2
SYMATTR InstName RI1
SYMATTR Value 0.025
SYMBOL res -1232 -1520 R180
WINDOW 0 36 76 Left 2
WINDOW 3 36 40 Left 2
SYMATTR InstName R3
SYMATTR Value 1
SYMBOL res -1152 -1408 R180
WINDOW 0 36 76 Left 2
WINDOW 3 36 40 Left 2
SYMATTR InstName Rc1
SYMATTR Value 10000
SYMATTR SpiceLine tol=1
SYMBOL cap -1232 -1504 M0
SYMATTR InstName C1
SYMATTR Value 50E-6
SYMBOL voltage -800 -1712 R0
WINDOW 123 24 124 Left 2
WINDOW 39 0 0 Left 2
SYMATTR Value2 AC 230
SYMATTR InstName UQuelle230V
SYMATTR Value ""
SYMBOL res -816 -1584 R0
SYMATTR InstName Last1
SYMATTR Value 15
SYMBOL ind 256 -1728 R0
SYMATTR InstName L5
SYMATTR Value LF3
SYMATTR Prefix X
SYMBOL voltage 128 -1728 R0
WINDOW 123 14 105 Left 2
WINDOW 39 0 0 Left 2
SYMATTR Value2 AC 1
SYMATTR InstName V2
SYMATTR Value ""
SYMBOL ind 976 -1776 R0
SYMATTR InstName L6
SYMATTR Value LF4
SYMATTR Prefix X
SYMBOL voltage 848 -1776 R0
WINDOW 123 14 105 Left 2
WINDOW 39 0 0 Left 2
SYMATTR Value2 AC 1
SYMATTR InstName V3
SYMATTR Value ""
TEXT -616 -1848 Left 2 !.ac dec 100 40 20k
TEXT -632 -1248 Left 2 !.subckt LF2 1 2 \nR1 1 10  1m\nV1 10 11 0\nB1 11 20 V=IF(IL<=10,1,0)*I(V1)  MAG FREQ= \n+ 40, {522u*40*2*pi}, 90 \n+ 190, {510u*190*2*pi}, 90\n+ 340, {506u*340*2*pi}, 90 \n+ 489, {502.5u*489*2*pi} 90\n+ 573, {502u*573*2*pi} 90\n+ 639, {501.6u*639*2*pi}, 90\n+ 789, {500.1u*789*2*pi}, 90\n+ 938, {499.3u*938*2*pi}, 90\n+1089, {498.5u*1089*2*pi}, 90\n+1238, {497.7u*1238*2*pi}, 90\n+1388, {497.18u*1388*2*pi}, 90\n+1538, {496.7u*1538*2*pi}, 90\n+1687, {496.19u*1687*2*pi}, 90\n+1838, {495.95u*1838*2*pi}, 90\n+1987, {495.44u*1987*2*pi}, 90\n+2137, {495.1u*2137*2*pi}, 90\n+2287, {494.7u*2287*2*pi}, 90\n+2736, {494.2u*2736*2*pi}, 90\n+2886, {493.8u*2886*2*pi}, 90\n+3336, {493.07u*3336*2*pi}, 90\n+4086, {492.52u*4086*2*pi}, 90\n+4533, {491.5u*4533*2*pi}, 90\n+6332, {491u*6332*2*pi}, 90\n+8878, {490.32u*8878*2*pi}, 90\n+10076, {489.6u*10076*2*pi}, 90\n+13821, {489.2u*13821*2*pi}, 90\n+14420.8, {488.7u*14420.8*2*pi}, 90\n+20k, {488.37u*20k*2*pi}, 90\n \nB2 20 2 V=IF(IL>10,1,0)*I(V1)  MAG FREQ= \n+ 40, {522u*40*2*pi}, 90 \n+ 190, {506u*190*2*pi}, 90\n+ 340, {502.9u*340*2*pi}, 90 \n+ 489, {500.5u*489*2*pi} 90\n+ 573, {499.9u*573*2*pi} 90\n+ 639, {499.2u*639*2*pi}, 90\n+ 789, {498u*789*2*pi}, 90\n+ 938, {496.8u*938*2*pi}, 90\n+1089, {496.25u*1089*2*pi}, 90\n+1238, {495.2u*1238*2*pi}, 90\n+1388, {494.8u*1388*2*pi}, 90\n+1538, {494.3u*1538*2*pi}, 90\n+1687, {493.77u*1687*2*pi}, 90\n+1838, {493.4u*1838*2*pi}, 90\n+1987, {493.2u*1987*2*pi}, 90\n+2137, {493.1u*2137*2*pi}, 90\n+2287, {492.8u*2287*2*pi}, 90\n+2736, {491.87u*2736*2*pi}, 90\n+2886, {491.33u*2886*2*pi}, 90\n+3336, {490.85u*3336*2*pi}, 90\n+4086, {490.5u*4086*2*pi}, 90\n+4533, {489.6u*4533*2*pi}, 90\n+6332, {488.73u*6332*2*pi}, 90\n+8878, {487.9u*8878*2*pi}, 90\n+10076, {486.81u*10076*2*pi}, 90\n+13821, {486.68u*13821*2*pi}, 90\n+14420.8, {486.15u*14420.8*2*pi}, 90\n+20k, {485.u*20k*2*pi}, 90\n.ends
TEXT -616 -1288 Left 2 ;Z(freq)
TEXT -616 -1488 Left 2 ;Using a model-symbol for a subcircuit \nPlace the inductor\nCtrl right mouse click on the inductor symbol\nChange Prefix:L to Prefix:X\nOK
TEXT -616 -1904 Left 2 !.step param IL list 10 15
TEXT -616 -1944 Left 2 !.param IL=0
TEXT 88 -1168 Left 2 !.subckt LF3 1 2 \nR1 1 10  1m\nV1 10 11 0\n \nB1 11 20 V=IF(IL<=1,1,0)*I(V1)  MAG FREQ= \n \n+ 40, {715u*40*2*pi}, 90 \n+ 20k, {697u*20k*2*pi}, 90 \n \n \nB2 20 2 V=IF(IL<=2,1,0)*I(V1)  MAG FREQ= \n+ 40, {704u*40*2*pi}, 90 \n+ 20k, {688u*20k*2*pi}, 90 \n \nB3 20 2 V=IF(IL<=3,1,0)*I(V1)  MAG FREQ= \n+ 40, {678u*40*2*pi}, 90 \n+ 20k, {660u*20k*2*pi}, 90 \n \nB4 20 2 V=IF(IL<=4,1,0)*I(V1)  MAG FREQ= \n+ 40, {564u*40*2*pi}, 90 \n+ 20k, {556u*20k*2*pi}, 90 \n \nB5 20 2 V=IF(IL<=5,1,0)*I(V1)  MAG FREQ= \n+ 40, {314u*40*2*pi}, 90 \n+ 20k, {313u*20k*2*pi}, 90 \n \nB6 20 2 V=IF(IL<=7,1,0)*I(V1)  MAG FREQ= \n+ 40, {100u*40*2*pi}, 90 \n+ 20k, {100u*20k*2*pi}, 90 \n \nB7 20 2 V=IF(IL<=9,1,0)*I(V1)  MAG FREQ= \n+ 40, {60u*40*2*pi}, 90 \n+ 20k, {60u*20k*2*pi}, 90 \n \nB8 20 2 V=IF(IL>9,1,0)*I(V1)  MAG FREQ= \n+ 40, {40u*40*2*pi}, 90 \n+ 20k, {40u*20k*2*pi}, 90 \n \n.ends
TEXT 104 -1408 Left 2 ;Using a model-symbol for a subcircuit \nPlace the inductor\nCtrl right mouse click on the inductor symbol\nChange Prefix:L to Prefix:X\nOK
TEXT 104 -1904 Left 2 !;.step param IL list 1 2 3 4 5 7 9
TEXT 104 -1944 Left 2 !;.param IL=0
TEXT 808 -1216 Left 2 !.subckt LF4 1 2 \nR1 1 10  1m\nV1 10 11 0\nB1 11 2 V=I(V1)  MAG FREQ= \n+ 40, {228u*40*2*pi}, 90 \n+ 190, {224u*190*2*pi}, 90\n+ 340, {221u*340*2*pi}, 90 \n+ 489, {219.5u*489*2*pi} 90\n+ 639, {219u*639*2*pi}, 90\n+ 789, {218u*789*2*pi}, 90\n+ 938, {217u*938*2*pi}, 90\n+1388, {216u*1388*2*pi}, 90\n+2736, {214u*2736*2*pi}, 90\n+4086, {213u*4086*2*pi}, 90\n+6332, {212u*6332*2*pi}, 90\n+10076, {211u*10076*2*pi}, 90\n+20k, {210u*20k*2*pi}, 90\n.ends
TEXT 824 -1336 Left 2 ;Z(freq)
TEXT 824 -1456 Left 2 ;Using a model-symbol for a subcircuit \nPlace the inductor\nCtrl right mouse click on the inductor symbol\nChange Prefix:L to Prefix:X\nOK