$ 1 1 4.43302224444953 54 5 50
r 256 256 256 192 0 1.67
r 464 272 464 336 0 1
x 132 322 206 325 4 10 20201128-1315
l 400 192 400 272 0 1 0 44
l 256 336 256 256 0 1 0 44
T 304 192 368 336 0 1 1 0 0 200000000 25
c 496 240 496 336 0 10000 12 0.1 1 1
c 80 192 80 288 0 10000 -12 0.1 1 1
w 304 192 256 192 0
w 368 336 400 336 0
w 80 192 192 192 0
w 256 336 80 336 0
w 464 336 496 336 0
w 400 192 496 192 0
r 192 256 192 192 0 1
w 192 256 256 256 0
r 400 336 400 272 0 1.67
w 400 272 464 272 0
x 260 391 523 394 4 11 COEFFICIENT\sVIA\sMAGNETIC\sCOUPLING\sWITH\sA\sVERY
x 332 356 341 359 4 17 \b
x 258 374 489 377 4 11 1\sHENRY\s\a\s1:1\s@\s25\sAWG\s\a\s2\sGIGA\sCOUPLING
x 352 160 447 163 4 11 1\sHenry\s@\s44\sAWG
x 397 180 406 183 4 17 \j
x 116 299 211 302 4 11 1\sHenry\s@\s44\sAWG
w 80 336 80 288 0
x 221 299 238 302 4 17 \e
w 496 240 496 192 0
x 504 277 575 280 4 10 PRECHARGED
x 89 228 160 231 4 10 PRECHARGED
x 511 308 565 311 4 10 WITH\s\p1\cV
x 96 261 150 264 4 10 WITH\s\d1\cV
x 261 407 541 410 4 11 LARGE\sFERROMAGNETIZABLE\sMASS\sLOCATED\sOUTSIDE
x 261 423 563 426 4 11 OF\sTHE\sTRANSFORMER'S\sPRIMARY\sAND\sSECONDARY\sCOILS.
x 69 359 235 362 4 11 THE\sIRON\sUSED\sTO\sFORM\sTHE\sEX-
x 69 375 234 378 4 11 TENSION\sOF\sTHIS\sTRANSFORMER
x 69 390 244 393 4 11 IS\sNOT\sCONVENTIONAL.\sIT\sIS\sSOLID
x 68 407 232 410 4 11 (NOT\sLAMINATED)\sSUITABLE\sFOR
x 68 422 231 425 4 11 MAKING\sCONSTRUCTION\sREBAR.
x 81 177 382 180 4 11 20k\syears\sto\sreach\s100kV\sversus\s50\samps\son\sthe\stransformer!
x 416 178 498 181 4 11 578.74\sGiga\ssec.
x 508 210 565 213 4 10 BTW,\s1\cV\sis
x 509 223 575 226 4 10 obtained\sfrom
x 508 237 581 240 4 10 a\swhip\santenna
x 508 249 597 252 4 10 of\sone\syard\slength.
d 368 192 400 192 1 0.805904783
d 304 336 256 336 1 0.805904783
o 4 64 0 12545 0.0001 0.0001 0 2 4 3 LEFTINDUCTIVELOAD
o 3 64 0 12545 0.0001 0.0001 1 2 3 3 RIGHTINDUCTIVELOAD
o 4 64 1 12546 0.0001 0.0001 2 1 0.0001 LEFTINDUCTIVELOAD
o 3 64 0 12546 0.0001 0.0001 3 2 3 3 RIGHTINDUCTIVELOAD