Version 4 SHEET 1 5448 5388 WIRE -1552 -400 -1760 -400 WIRE -1440 -400 -1552 -400 WIRE -1232 -400 -1360 -400 WIRE -544 -400 -656 -400 WIRE -336 -400 -464 -400 WIRE -176 -400 -336 -400 WIRE -1760 -384 -1760 -400 WIRE -176 -368 -176 -400 WIRE -1440 -288 -1552 -288 WIRE -1232 -288 -1360 -288 WIRE -544 -288 -656 -288 WIRE -352 -288 -464 -288 WIRE -1760 -256 -1760 -304 WIRE -1552 -256 -1552 -288 WIRE -352 -256 -352 -288 WIRE -176 -256 -176 -288 WIRE -1552 -144 -1760 -144 WIRE -1440 -144 -1552 -144 WIRE -1232 -144 -1360 -144 WIRE -544 -144 -656 -144 WIRE -336 -144 -464 -144 WIRE -176 -144 -336 -144 WIRE -1760 -128 -1760 -144 WIRE -176 -112 -176 -144 WIRE -1440 -32 -1552 -32 WIRE -1232 -32 -1360 -32 WIRE -544 -32 -656 -32 WIRE -352 -32 -464 -32 WIRE -1760 0 -1760 -48 WIRE -1552 0 -1552 -32 WIRE -352 0 -352 -32 WIRE -176 0 -176 -32 FLAG -1760 -256 0 FLAG -1552 -400 Vac1 FLAG -1232 -400 PortP1_ex1 FLAG -1232 -288 PortN1_ex1 FLAG -1552 -144 Vac2 FLAG -1232 -144 PortP2_ex1 FLAG -1232 -32 PortN2_ex1 FLAG -1552 -256 0 FLAG -1552 0 0 FLAG -336 -400 Load1 FLAG -656 -400 PortP3_ex1 FLAG -656 -288 PortN3_ex1 FLAG -336 -144 Load2 FLAG -656 -144 PortP4_ex1 FLAG -656 -32 PortN4_ex1 FLAG -352 -256 0 FLAG -352 0 0 FLAG -1760 0 0 FLAG -176 -256 0 FLAG -176 0 0 SYMBOL res -1456 -384 R270 WINDOW 0 32 56 VTop 2 WINDOW 3 0 56 VBottom 2 SYMATTR InstName R1 SYMATTR Value 1f SYMBOL res -1344 -304 R90 WINDOW 0 0 56 VBottom 2 WINDOW 3 32 56 VTop 2 SYMATTR InstName R2 SYMATTR Value 1f SYMBOL res -1456 -128 R270 WINDOW 0 32 56 VTop 2 WINDOW 3 0 56 VBottom 2 SYMATTR InstName R3 SYMATTR Value 1f SYMBOL res -1344 -48 R90 WINDOW 0 0 56 VBottom 2 WINDOW 3 32 56 VTop 2 SYMATTR InstName R4 SYMATTR Value 1f SYMBOL res -560 -384 R270 WINDOW 0 32 56 VTop 2 WINDOW 3 0 56 VBottom 2 SYMATTR InstName R5 SYMATTR Value 1f SYMBOL res -448 -304 R90 WINDOW 0 0 56 VBottom 2 WINDOW 3 32 56 VTop 2 SYMATTR InstName R6 SYMATTR Value 1f SYMBOL res -560 -128 R270 WINDOW 0 32 56 VTop 2 WINDOW 3 0 56 VBottom 2 SYMATTR InstName R7 SYMATTR Value 1f SYMBOL res -448 -48 R90 WINDOW 0 0 56 VBottom 2 WINDOW 3 32 56 VTop 2 SYMATTR InstName R8 SYMATTR Value 1f SYMBOL res -192 -384 R0 SYMATTR InstName RLoad1 SYMATTR Value 2 SYMBOL res -192 -128 R0 SYMATTR InstName RLoad2 SYMATTR Value 1 SYMBOL voltage -1760 -400 R0 WINDOW 123 24 44 Left 2 WINDOW 39 0 0 Left 2 SYMATTR Value2 AC 1 SYMATTR InstName V1 SYMATTR Value SINE(0 2 500000) TEXT -1936 -512 Left 5 ;Example Frequency Domain Simulation using Netlists generated by M2Spice TEXT -1200 -344 Left 4 ;Winding 1 TEXT -1200 -88 Left 4 ;Winding 2 TEXT -872 -344 Left 4 ;Winding 3 TEXT -880 -88 Left 4 ;Winding 4 TEXT -1672 136 Left 2 !******************************************************************\n***** Thu Oct 08 03:19:47 2015 by Minjie *****\n******************************************************************\n******************************************************************\n******* Comprehensive Summary of the Magnetic Structure ********\n******* Please double check the geometry information and ********\n**** use the external Port Name to interface with your circuit ***\n******************************************************************\n \n* The name of the component is: _ex1.\n \n* This planar structure has 4 windings and 8 layers.\n \n* This netlist is generated for 500000.0 Hz operation.\n \n* >>>> Winding 1 >>>> \n* -> All layers in winding 1 are Series Connected; \n* -> Its external Port Name: PortP1_ex1, PortN1_ex1\n* --> Includes Layer 1\n* ---> h 35.00um, w 13.50mm, turns 2, s above 1.82mm, s below 0.20mm\n* --> Includes Layer 3\n* ---> h 35.00um, w 13.50mm, turns 2, s above 0.20mm, s below 0.20mm\n* -> Winding 1 has 4 total turns;\n \n* >>>> Winding 2 >>>> \n* -> All layers in winding 2 are Series Connected; \n* -> Its external Port Name: PortP2_ex1, PortN2_ex1\n* --> Includes Layer 2\n* ---> h 35.00um, w 13.50mm, turns 1, s above 0.20mm, s below 0.20mm\n* --> Includes Layer 4\n* ---> h 35.00um, w 13.50mm, turns 3, s above 0.20mm, s below 0.20mm\n* -> Winding 2 has 4 total turns;\n \n* >>>> Winding 3 >>>> \n* -> All layers in winding 3 are Parallel Connected; \n* -> Its external Port Name: PortP3_ex1, PortN3_ex1\n* --> Includes Layer 5\n* ---> h 35.00um, w 13.50mm, turns 3, s above 0.20mm, s below 0.20mm\n* --> Includes Layer 7\n* ---> h 35.00um, w 13.50mm, turns 3, s above 0.20mm, s below 0.20mm\n* -> Winding 3 has 3 total turns;\n \n* >>>> Winding 4 >>>> \n* -> All layers in winding 4 are Series Connected; \n* -> Its external Port Name: PortP4_ex1, PortN4_ex1\n* --> Includes Layer 6\n* ---> h 35.00um, w 13.50mm, turns 1, s above 0.20mm, s below 0.20mm\n* --> Includes Layer 8\n* ---> h 35.00um, w 13.50mm, turns 2, s above 0.20mm, s below 2.00mm\n* -> Winding 4 has 3 total turns;\n******************************************************************\n \n \n*NetList for Top and Bottom Ferrites, as well as the First Spacing on Top Side\nLft_ex1 T0_ex1 G_ex1 10958.79n Rser=1f\nLfb_ex1 T9_ex1 G_ex1 48743.74n Rser=1f\nLs0_ex1 T1_ex1 T0_ex1 21.01n Rser=1f\n \n*NetList for Winding Interconnects\n*A few 1f ohm resistors are used as short interconnects\n \n* -> Winding 1 is Series Connected\n* -->Include layer 1\n* -->Include layer 3\nRexP1_ex1 PortP1_ex1 P1_ex1 1f\nRexN3_ex1 PortN1_ex1 N3_ex1 1f\nRexM1_ex1 N1_ex1 P3_ex1 1f\n \n* -> Winding 2 is Series Connected\n* -->Include layer 2\n* -->Include layer 4\nRexP2_ex1 PortP2_ex1 P2_ex1 1f\nRexN4_ex1 PortN2_ex1 N4_ex1 1f\nRexM2_ex1 N2_ex1 P4_ex1 1f\n \n* -> Winding 3 is Parallel Connected\n* -->Include layer 5\nRexP5_ex1 PortP3_ex1 P5_ex1 1f\nRexN5_ex1 PortN3_ex1 N5_ex1 1f\n* -->Include layer 7\nRexP7_ex1 PortP3_ex1 P7_ex1 1f\nRexN7_ex1 PortN3_ex1 N7_ex1 1f\n \n* -> Winding 4 is Series Connected\n* -->Include layer 6\n* -->Include layer 8\nRexP6_ex1 PortP4_ex1 P6_ex1 1f\nRexN8_ex1 PortN4_ex1 N8_ex1 1f\nRexM6_ex1 N6_ex1 P8_ex1 1f\n \n*One 1G ohm resistor is used to ground the floating domain\nRgnd_ex1 G_ex1 0 1G\n \n \n******************************************************************\n***** Netlist Ends ********\n****************************************************************** TEXT -704 120 Left 2 !******************************************************************\n***** Netlist Starts ********\n******************************************************************\n \n*NetList for Layer 1\nLe1_ex1 N1_ex1 P1_ex1 4 Rser=1f\nLi1_ex1 G_ex1 Md1_ex1 1 Rser=1f\nLg1_ex1 Mg1_ex1 Md1_ex1 -67.26p Rser=1f\nRg1_ex1 Mc1_ex1 Mg1_ex1 4517.81u\nRt1_ex1 Mc1_ex1 Mt1_ex1 14.82u\nRb1_ex1 Mb1_ex1 Mc1_ex1 14.82u\nLt1_ex1 T1_ex1 Mt1_ex1 201.85p Rser=1f\nLb1_ex1 Mb1_ex1 B1_ex1 201.85p Rser=1f\nLs1_ex1 B1_ex1 T2_ex1 2.31n Rser=1f\nK1_ex1 Le1_ex1 Li1_ex1 1\n \n*NetList for Layer 2\nLe2_ex1 N2_ex1 P2_ex1 1 Rser=1f\nLi2_ex1 G_ex1 Md2_ex1 1 Rser=1f\nLg2_ex1 Mg2_ex1 Md2_ex1 -67.26p Rser=1f\nRg2_ex1 Mc2_ex1 Mg2_ex1 4517.81u\nRt2_ex1 Mc2_ex1 Mt2_ex1 14.82u\nRb2_ex1 Mb2_ex1 Mc2_ex1 14.82u\nLt2_ex1 T2_ex1 Mt2_ex1 201.85p Rser=1f\nLb2_ex1 Mb2_ex1 B2_ex1 201.85p Rser=1f\nLs2_ex1 B2_ex1 T3_ex1 2.31n Rser=1f\nK2_ex1 Le2_ex1 Li2_ex1 1\n \n*NetList for Layer 3\nLe3_ex1 N3_ex1 P3_ex1 4 Rser=1f\nLi3_ex1 G_ex1 Md3_ex1 1 Rser=1f\nLg3_ex1 Mg3_ex1 Md3_ex1 -67.26p Rser=1f\nRg3_ex1 Mc3_ex1 Mg3_ex1 4517.81u\nRt3_ex1 Mc3_ex1 Mt3_ex1 14.82u\nRb3_ex1 Mb3_ex1 Mc3_ex1 14.82u\nLt3_ex1 T3_ex1 Mt3_ex1 201.85p Rser=1f\nLb3_ex1 Mb3_ex1 B3_ex1 201.85p Rser=1f\nLs3_ex1 B3_ex1 T4_ex1 2.31n Rser=1f\nK3_ex1 Le3_ex1 Li3_ex1 1\n \n*NetList for Layer 4\nLe4_ex1 N4_ex1 P4_ex1 9 Rser=1f\nLi4_ex1 G_ex1 Md4_ex1 1 Rser=1f\nLg4_ex1 Mg4_ex1 Md4_ex1 -67.26p Rser=1f\nRg4_ex1 Mc4_ex1 Mg4_ex1 4517.81u\nRt4_ex1 Mc4_ex1 Mt4_ex1 14.82u\nRb4_ex1 Mb4_ex1 Mc4_ex1 14.82u\nLt4_ex1 T4_ex1 Mt4_ex1 201.85p Rser=1f\nLb4_ex1 Mb4_ex1 B4_ex1 201.85p Rser=1f\nLs4_ex1 B4_ex1 T5_ex1 2.31n Rser=1f\nK4_ex1 Le4_ex1 Li4_ex1 1\n \n*NetList for Layer 5\nLe5_ex1 N5_ex1 P5_ex1 9 Rser=1f\nLi5_ex1 G_ex1 Md5_ex1 1 Rser=1f\nLg5_ex1 Mg5_ex1 Md5_ex1 -67.26p Rser=1f\nRg5_ex1 Mc5_ex1 Mg5_ex1 4517.81u\nRt5_ex1 Mc5_ex1 Mt5_ex1 14.82u\nRb5_ex1 Mb5_ex1 Mc5_ex1 14.82u\nLt5_ex1 T5_ex1 Mt5_ex1 201.85p Rser=1f\nLb5_ex1 Mb5_ex1 B5_ex1 201.85p Rser=1f\nLs5_ex1 B5_ex1 T6_ex1 2.31n Rser=1f\nK5_ex1 Le5_ex1 Li5_ex1 1\n \n*NetList for Layer 6\nLe6_ex1 N6_ex1 P6_ex1 1 Rser=1f\nLi6_ex1 G_ex1 Md6_ex1 1 Rser=1f\nLg6_ex1 Mg6_ex1 Md6_ex1 -67.26p Rser=1f\nRg6_ex1 Mc6_ex1 Mg6_ex1 4517.81u\nRt6_ex1 Mc6_ex1 Mt6_ex1 14.82u\nRb6_ex1 Mb6_ex1 Mc6_ex1 14.82u\nLt6_ex1 T6_ex1 Mt6_ex1 201.85p Rser=1f\nLb6_ex1 Mb6_ex1 B6_ex1 201.85p Rser=1f\nLs6_ex1 B6_ex1 T7_ex1 2.31n Rser=1f\nK6_ex1 Le6_ex1 Li6_ex1 1\n \n*NetList for Layer 7\nLe7_ex1 N7_ex1 P7_ex1 9 Rser=1f\nLi7_ex1 G_ex1 Md7_ex1 1 Rser=1f\nLg7_ex1 Mg7_ex1 Md7_ex1 -67.26p Rser=1f\nRg7_ex1 Mc7_ex1 Mg7_ex1 4517.81u\nRt7_ex1 Mc7_ex1 Mt7_ex1 14.82u\nRb7_ex1 Mb7_ex1 Mc7_ex1 14.82u\nLt7_ex1 T7_ex1 Mt7_ex1 201.85p Rser=1f\nLb7_ex1 Mb7_ex1 B7_ex1 201.85p Rser=1f\nLs7_ex1 B7_ex1 T8_ex1 2.31n Rser=1f\nK7_ex1 Le7_ex1 Li7_ex1 1\n \n*NetList for Layer 8\nLe8_ex1 N8_ex1 P8_ex1 4 Rser=1f\nLi8_ex1 G_ex1 Md8_ex1 1 Rser=1f\nLg8_ex1 Mg8_ex1 Md8_ex1 -67.26p Rser=1f\nRg8_ex1 Mc8_ex1 Mg8_ex1 4517.81u\nRt8_ex1 Mc8_ex1 Mt8_ex1 14.82u\nRb8_ex1 Mb8_ex1 Mc8_ex1 14.82u\nLt8_ex1 T8_ex1 Mt8_ex1 201.85p Rser=1f\nLb8_ex1 Mb8_ex1 B8_ex1 201.85p Rser=1f\nLs8_ex1 B8_ex1 T9_ex1 23.08n Rser=1f\nK8_ex1 Le8_ex1 Li8_ex1 1 TEXT -1784 64 Left 2 !.ac list 500000