; ; ;No. Circuits No. Phases Length Frequency Gnd. R. No. Bundles 1 6 3.20000E+00 6.00000E+01 1.00000E+02 1 ; ; Circuit 1 ;P NB Bundle Rad Resistance Diameter GMR Heigth Sag Horz. X A 1 1.00000E+00 7.59000E-02 1.34500E+00 4.45000E-02 5.50000E+01 0.00000E+00 -7.75000E+00 B 1 1.00000E+00 7.59000E-02 1.34500E+00 4.45000E-02 4.25000E+01 0.00000E+00 -8.00000E+00 C 1 1.00000E+00 7.59000E-02 1.34500E+00 4.45000E-02 3.00000E+01 0.00000E+00 -8.25000E+00 D 1 1.00000E+00 7.59000E-02 1.34000E+00 4.45000E-02 5.50000E+01 0.00000E+00 7.75000E+00 E 1 1.00000E+00 7.59000E-02 1.34000E+00 4.45000E-02 4.25000E+01 0.00000E+00 8.00000E+00 F 1 1.00000E+00 7.50000E-02 1.34000E+00 4.45000E-02 3.00000E+01 0.00000E+00 8.25000E+00 S1 0 1.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00 S2 0 1.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00 Circuit 1 PC-EMTP line parameters for total line length Circuit Average Self and Mutual R-L-C, XL and XC Rs= 5.37725E-01 Ls= 1.14045E-02 Cs= 4.51843E-08 XLs= 4.29940E+00 XCs= 5.87058E+04 Rm= 2.95301E-01 Lm= 5.19946E-03 Cm=-5.16698E-09 XLm= 1.96015E+00 XCm=-5.13372E+05 Sequence Impedance - Distributed Line Parameter Model R zero = 2.01423E+00 L zero = 3.74018E-02 C zero = 1.93494E-08 XL zero = 1.41002E+01 XC zero = 1.37088E+05 R pos = 2.42424E-01 L pos = 6.20506E-03 C pos = 5.03513E-08 XL pos = 2.33925E+00 XC pos = 5.26815E+04 R neg = R pos, L Neg = L pos, and C neg = C pos Model Surge Impedance - Distributed Line Parameter Model Z0= 1.39735E+03 at -4.06489E+00 deg. Travel speed = 1.18951E+05 miles/sec Z1= 3.51988E+02 at -2.95831E+00 deg. Travel speed = 1.81039E+05 miles/sec Circuit 1 Z11 matrix, R in ohms, L in henries 1 R 5.35522E-01 2.93962E-01 2.95300E-01 2.92629E-01 2.93948E-01 2.95285E-01 1 L 1.14124E-02 5.60124E-03 4.88338E-03 5.38381E-03 5.11184E-03 4.70680E-03 2 R 2.93962E-01 5.38180E-01 2.96656E-01 2.93948E-01 2.95285E-01 2.96640E-01 2 L 5.60124E-03 1.14045E-02 5.59337E-03 5.11184E-03 5.34327E-03 5.08398E-03 3 R 2.95300E-01 2.96656E-01 5.40913E-01 2.95285E-01 2.96640E-01 2.98014E-01 3 L 4.88338E-03 5.59337E-03 1.13966E-02 4.70680E-03 5.08398E-03 5.30368E-03 4 R 2.92629E-01 2.93948E-01 2.95285E-01 5.35522E-01 2.93962E-01 2.95300E-01 4 L 5.38381E-03 5.11184E-03 4.70680E-03 1.14124E-02 5.60124E-03 4.88338E-03 5 R 2.93948E-01 2.95285E-01 2.96640E-01 2.93962E-01 5.38180E-01 2.96656E-01 5 L 5.11184E-03 5.34327E-03 5.08398E-03 5.60124E-03 1.14045E-02 5.59337E-03 6 R 2.95285E-01 2.96640E-01 2.98014E-01 2.95300E-01 2.96656E-01 5.38033E-01 6 L 4.70680E-03 5.08398E-03 5.30368E-03 4.88338E-03 5.59337E-03 1.13966E-02 Circuit 1 C11 Capacitance Matrix in farads. 1 C 4.37878E-08 -8.48838E-09 -3.16782E-09 -7.62081E-09 -4.35775E-09 -2.10804E-09 2 C -8.48838E-09 4.61813E-08 -7.80498E-09 -4.35757E-09 -5.32768E-09 -3.62873E-09 3 C -3.16782E-09 -7.80498E-09 4.56244E-08 -2.10796E-09 -3.62877E-09 -5.46843E-09 4 C -7.62081E-09 -4.35757E-09 -2.10796E-09 4.37629E-08 -8.47795E-09 -3.16444E-09 5 C -4.35775E-09 -5.32768E-09 -3.62877E-09 -8.47795E-09 4.61527E-08 -7.79540E-09 6 C -2.10804E-09 -3.62873E-09 -5.46843E-09 -3.16444E-09 -7.79540E-09 4.55970E-08 ---------------------------------------------------------------------------- Circuit 1 Pi-Section - Mutually Coupled Line Model Format (Absolute) Type Ns Nd R L C Sw Nc Limit ID 6 NAs NAd 5.35522E-01 1.14124E-02 4.37878E-08 0 / 0.000E+00 0 2.93962E-01 5.60124E-03 -8.48838E-09 2.95300E-01 4.88338E-03 -3.16782E-09 2.92629E-01 5.38381E-03 -7.62081E-09 2.93948E-01 5.11184E-03 -4.35775E-09 2.95285E-01 4.70680E-03 -2.10804E-09 5 NBs NBd 5.38180E-01 1.14045E-02 4.61813E-08 0 / 0.000E+00 0 2.96656E-01 5.59337E-03 -7.80498E-09 2.93948E-01 5.11184E-03 -4.35757E-09 2.95285E-01 5.34327E-03 -5.32768E-09 2.96640E-01 5.08398E-03 -3.62873E-09 4 NCs NCd 5.40913E-01 1.13966E-02 4.56244E-08 0 / 0.000E+00 0 2.95285E-01 4.70680E-03 -2.10796E-09 2.96640E-01 5.08398E-03 -3.62877E-09 2.98014E-01 5.30368E-03 -5.46843E-09 3 NDs NDd 5.35522E-01 1.14124E-02 4.37629E-08 0 / 0.000E+00 0 2.93962E-01 5.60124E-03 -8.47795E-09 2.95300E-01 4.88338E-03 -3.16444E-09 2 NEs NEd 5.38180E-01 1.14045E-02 4.61527E-08 0 / 0.000E+00 0 2.96656E-01 5.59337E-03 -7.79540E-09 1 NFs NFd 5.38033E-01 1.13966E-02 4.55970E-08 0 / 0.000E+00 0 Circuit 1 Pi-Section - Mutually Coupled Line Model Format (OHMS) Type Ns Nd R jXL -jXC Sw Nc Limit ID J 6 NAs NAd 5.35522E-01 4.30237E+00 6.05781E+04 0 / 0.000E+00 0 2.93962E-01 2.11162E+00 -3.12496E+05 2.95300E-01 1.84099E+00 -8.37353E+05 2.92629E-01 2.02965E+00 -3.48071E+05 2.93948E-01 1.92712E+00 -6.08704E+05 2.95285E-01 1.77442E+00 -1.25832E+06 J 5 NBs NBd 5.38180E-01 4.29941E+00 5.74384E+04 0 / 0.000E+00 0 2.96656E-01 2.10865E+00 -3.39858E+05 2.93948E-01 1.92712E+00 -6.08730E+05 2.95285E-01 2.01436E+00 -4.97887E+05 2.96640E-01 1.91662E+00 -7.30995E+05 J 4 NCs NCd 5.40913E-01 4.29643E+00 5.81396E+04 0 / 0.000E+00 0 2.95285E-01 1.77442E+00 -1.25836E+06 2.96640E-01 1.91662E+00 -7.30987E+05 2.98014E-01 1.99944E+00 -4.85072E+05 J 3 NDs NDd 5.35522E-01 4.30237E+00 6.06126E+04 0 / 0.000E+00 0 2.93962E-01 2.11162E+00 -3.12880E+05 2.95300E-01 1.84099E+00 -8.38248E+05 J 2 NEs NEd 5.38180E-01 4.29941E+00 5.74741E+04 0 / 0.000E+00 0 2.96656E-01 2.10865E+00 -3.40275E+05 J 1 NFs NFd 5.38033E-01 4.29643E+00 5.81745E+04 0 / 0.000E+00 0 NOTE: The in the first column flags the PC-EMTP that the jXL and -jXC fields are in ohms at the system pre-fault frequency. Circuit 1 Distributed Parameter - Mutually Coupled Line Model Format (Absolute) Type Ns Nd R L C Sw Nc Limit ID 6 NAs NAd 2.01423E+00 3.74018E-02 1.93494E-08 0 / 0.000E+00 0 5 NBs NBd 2.42424E-01 6.20506E-03 5.03513E-08 0 / 0.000E+00 0 4 NCs NCd 0 / 0.000E+00 0 3 NDs NDd 0 / 0.000E+00 0 2 NEs NEd 0 / 0.000E+00 0 1 NFs NFd 0 / 0.000E+00 0 Circuit 1 Distributed Parameter - Mutually Coupled Line Model Format (OHMS) Type Ns Nd R Z Tau Sw Nc Limit ID J 6 NAs NAd 2.01423E+00 1.39735E+03 2.69018E+01 0 / 0.000E+00 0 J 5 NBs NBd 2.42424E-01 3.51988E+02 1.76758E+01 0 / 0.000E+00 0 J 4 NCs NCd 0 / 0.000E+00 0 J 3 NDs NDd 0 / 0.000E+00 0 J 2 NEs NEd 0 / 0.000E+00 0 J 1 NFs NFd 0 / 0.000E+00 0 NOTE: The in the first column flags the PC-EMTP that the L field is Z0 or Z1 ohms and the C field is Tau0 or Tau1 microseconds.