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195 lines
6.3 KiB
195 lines
6.3 KiB
* Tesla Coil FFT Analysis Netlist
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* Generated by PyTesla
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* Primary excitation source
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V1 Vin 0 AC 360.1317082628512
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* MMC Capacitor
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C_mmc Vin p1 0.03u
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* Primary inductor
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L1 p1 0 1.0410193389104066e-05 Rser=0.08106268136212019
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* Secondary section inductors
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L2 s0 s1 0.0005180563594705853 Rser=10.76061505577891
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L3 s1 s2 0.0005378827716883946 Rser=11.35593383460871
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L4 s2 s3 0.0005210032747402908 Rser=11.01666632202757
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L5 s3 s4 0.000539396599231802 Rser=11.13538229428093
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L6 s4 s5 0.000539110541750929 Rser=11.09038303969239
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L7 s5 s6 0.0005198621925243613 Rser=10.86667638555367
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L8 s6 s7 0.0005354168285261699 Rser=11.08585231645344
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L9 s7 s8 0.0005128373791077491 Rser=10.91670165391317
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L10 s8 s9 0.0005223923155837614 Rser=11.18989035458324
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L11 s9 top 0.0005089965954685473 Rser=10.86182048735855
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* Secondary ground connection
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Rs0_gnd s0 0 1e-6
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* Mutual inductance couplings
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K1_2 L1 L2 0.4371341924098699
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K1_3 L1 L3 0.39147566063457095
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K1_4 L1 L4 0.2909451574254769
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K1_5 L1 L5 0.2021365231320403
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K1_6 L1 L6 0.139160279846653
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K1_7 L1 L7 0.09613293980735016
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K1_8 L1 L8 0.0665286806248184
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K1_9 L1 L9 0.04563413404369182
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K1_10 L1 L10 0.030328018521120867
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K1_11 L1 L11 0.01888563434383064
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K2_3 L2 L3 0.4936922340879144
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K2_4 L2 L4 0.24117659159383434
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K2_5 L2 L5 0.13813405824315292
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K2_6 L2 L6 0.08452530720943341
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K2_7 L2 L7 0.05386917247444254
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K2_8 L2 L8 0.035214660767394906
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K2_9 L2 L9 0.02319935024699341
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K2_10 L2 L10 0.014998181086694228
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K2_11 L2 L11 0.009179087133558014
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K3_4 L3 L4 0.4920665088788687
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K3_5 L3 L5 0.23820909031102527
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K3_6 L3 L6 0.1355614467177667
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K3_7 L3 L7 0.08212815779438451
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K3_8 L3 L8 0.05160932690678361
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K3_9 L3 L9 0.03296538645435924
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K3_10 L3 L10 0.02082654071796398
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K3_11 L3 L11 0.012550639563788926
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K4_5 L4 L5 0.4926013096462919
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K4_6 L4 L6 0.23833563225997703
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K4_7 L4 L7 0.13467744079029062
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K4_8 L4 L8 0.08060341935305805
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K4_9 L4 L9 0.049597989078862856
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K4_10 L4 L10 0.030472575180079467
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K4_11 L4 L11 0.01802161009704014
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K5_6 L5 L6 0.4930735733565247
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K5_7 L5 L7 0.2381411900463855
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K5_8 L5 L8 0.13344661868720414
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K5_9 L5 L9 0.07855669501407395
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K5_10 L5 L10 0.04674584316437519
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K5_11 L5 L11 0.02706044621350868
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K6_7 L6 L7 0.49203313751943134
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K6_8 L6 L8 0.23591125800528134
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K6_9 L6 L9 0.13051322573347393
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K6_10 L6 L10 0.07468780387865895
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K6_11 L6 L11 0.042162590249663984
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K7_8 L7 L8 0.4902213707372254
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K7_9 L7 L9 0.23249650211204373
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K7_10 L7 L10 0.12557081889842941
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K7_11 L7 L11 0.06862428020542631
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K8_9 L8 L9 0.48712871292395193
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K8_10 L8 L10 0.22664512499956874
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K8_11 L8 L11 0.11778344423231037
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K9_10 L9 L10 0.4817627316833869
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K9_11 L9 L11 0.21715005025450906
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K10_11 L10 L11 0.47311543199069317
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* Shunt capacitances
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Cp_self p1 0 3.4588426400429846p
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Cs0_self s1 0 0.3490018234930199p
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Cs1_self s2 0 0.06006029221260206p
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Cs2_self s3 0 0.07743356058929352p
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Cs3_self s4 0 0.1387009658926316p
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Cs4_self s5 0 0.19078601466438283p
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Cs5_self s6 0 0.2183690203648206p
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Cs6_self s7 0 0.21843975830883394p
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Cs7_self s8 0 0.19950785900086143p
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Cs8_self s9 0 0.1708438298039104p
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Cs9_self top 0 0.20496031434910963p
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Ctop_self top 0 8.937490057664771p
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C_secondary_mmc top 0 0.001p
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Csr_self sr 0 3.019317766372218p
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* Mutual capacitances between sections
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C0_mut s1 s2 14.10809599300568p
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C1_mut s1 s3 0.33014230566912256p
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C2_mut s1 s4 0.10110780405274561p
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C3_mut s1 s5 0.039645642776354406p
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C4_mut s1 s6 0.01700402396884871p
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C5_mut s1 s7 0.008236760747897792p
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C6_mut s1 s8 0.004249473872094103p
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C7_mut s1 s9 0.0024166775542586883p
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C8_mut s1 top 0.001752500575335055p
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C9_mut s1 top 0.03121620686506579p
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C10_mut s1 p1 4.989618321360155p
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C11_mut s1 sr 0.11453506966467229p
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C12_mut s2 s3 14.577488753132371p
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C13_mut s2 s4 0.34754547464223046p
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C14_mut s2 s5 0.10386760404648511p
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C15_mut s2 s6 0.03946434803890378p
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C16_mut s2 s7 0.017133005145845828p
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C17_mut s2 s8 0.007789477238585768p
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C18_mut s2 s9 0.003834429634089643p
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C19_mut s2 top 0.002337323061725175p
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C20_mut s2 top 0.01648468996129504p
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C21_mut s2 p1 2.351776328266889p
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C22_mut s2 sr 0.3747314807595102p
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C23_mut s3 s4 15.12447429272962p
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C24_mut s3 s5 0.4075559000700353p
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C25_mut s3 s6 0.1313445392915886p
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C26_mut s3 s7 0.055023179607865694p
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C27_mut s3 s8 0.025389353951835638p
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C28_mut s3 s9 0.01277793338383981p
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C29_mut s3 top 0.007899231591343153p
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C30_mut s3 top 0.05674561094370276p
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C31_mut s3 p1 0.911118415980321p
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C32_mut s3 sr 0.874466796531834p
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C33_mut s4 s5 14.75213928152238p
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C34_mut s4 s6 0.44663025937556p
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C35_mut s4 s7 0.15546715431294872p
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C36_mut s4 s8 0.06737384583904663p
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C37_mut s4 s9 0.03292982826396002p
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C38_mut s4 top 0.01997197727021368p
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C39_mut s4 top 0.132777546895269p
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C40_mut s4 p1 0.3020076838743861p
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C41_mut s4 sr 0.844776163695106p
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C42_mut s5 s6 16.68303793676029p
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C43_mut s5 s7 0.4679490166729326p
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C44_mut s5 s8 0.1637171062050602p
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C45_mut s5 s9 0.07300409804319914p
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C46_mut s5 top 0.041904787238865565p
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C47_mut s5 top 0.22277861578051958p
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C48_mut s5 p1 0.13981556850857008p
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C49_mut s5 sr 0.5934138252699098p
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C50_mut s6 s7 17.1186831961456p
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C51_mut s6 s8 0.466183420399679p
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C52_mut s6 s9 0.165936773541241p
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C53_mut s6 top 0.08613184056295671p
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C54_mut s6 top 0.3282729011902705p
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C55_mut s6 p1 0.08952502250564648p
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C56_mut s6 sr 0.3981840387995869p
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C57_mut s7 s8 15.22309889509915p
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C58_mut s7 s9 0.47573871408521096p
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C59_mut s7 top 0.1958894185050363p
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C60_mut s7 top 0.46035949163502154p
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C61_mut s7 p1 0.06399422887378398p
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C62_mut s7 sr 0.2650357014155881p
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C63_mut s8 s9 14.7897075600619p
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C64_mut s8 top 0.5417528912835127p
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C65_mut s8 top 0.6580303922312429p
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C66_mut s8 p1 0.04659898003926528p
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C67_mut s8 sr 0.1771094911321231p
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C68_mut s9 top 17.39198665667278p
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C69_mut s9 top 1.029349885601815p
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C70_mut s9 p1 0.03300481382102293p
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C71_mut s9 sr 0.1162973278557358p
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C72_mut s10 top 2.8521208586634p
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C73_mut s10 p1 0.02710075228797667p
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C74_mut s10 sr 0.0877111968060312p
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C75_mut top p1 0.5766655913273105p
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C76_mut top sr 1.329293990582575p
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C77_mut p1 sr 18.47047706489297p
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* Strike ring ground connection
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Rsr sr 0 1e-6
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* Spark model - dual capacitance (mutual + self)
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* Based on FEMM simulation with topload context
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* Electromagnetic -> Circuit terminology mapping:
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* Mutual capacitance (topload-spark coupling) -> C_mutual (circuit internal)
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* Shunt capacitance (spark to ground) -> C_shunt (circuit external)
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* Topology: [R_spark || C_mutual] in series with C_self
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* top -> (Rspark || Cmutual) -> spark_node -> Cself -> ground
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Rspark top spark_node 121.04k
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Cmutual top spark_node 1.98p
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Cshunt spark_node 0 4.05p
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* Spark capacitances: C_shunt=4.05pF, C_mutual=1.98pF
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