* Pspice multi-conductor transmission line validation model
* Created by Spice cable model builder v1.9.3
*
* Cable bundle name: zt_test
*
*
* Transmission line subcircuit 
*
.subckt  zt_test_ac
+     2     3     4     5     6
+     7     8     9    10    11
*
* D.C. RESISTANCE END 1
*
Rdc_c1_e1                          2    12    3.850000E-09
Rdc_c2_e1                          3    13    3.850000E-09
Rdc_c3_e1                          4    14    6.232800E-03
Rdc_c4_e1                          5    15    7.076616E-04
Rdc_c5_e1                          6     1    3.850000E-09
*
*  D.C. RESISTANCE END 2
*
Rdc_c1_e2                          7    16    3.850000E-09
Rdc_c2_e2                          8    17    3.850000E-09
Rdc_c3_e2                          9    18    6.232800E-03
Rdc_c4_e2                         10    19    7.076616E-04
Rdc_c5_e2                         11     1    3.850000E-09
*
* DOMAIN TRANSFORMATION END 1
*
*
* Domain decomposition Voltage sources used for current sensing 
*
Vmeas_domain_decomp_c1_e1         12    24
Vmeas_domain_decomp_c2_e1         13    28
Vmeas_domain_decomp_c3_e1         14    32
Vmeas_domain_decomp_c4_e1         15    36
*
* Domain decomposition Voltage controlled voltage sources (domain to conductor)
*
E_domain_decomp_c1_dc1_e1         24    25    20     1    0.000000E+00
E_domain_decomp_c1_dc2_e1         25    26    21     1    0.000000E+00
E_domain_decomp_c1_dc3_e1         26    27    22     1    1.000000E+00
E_domain_decomp_c1_dc4_e1         27     1    23     1   -0.000000E+00
E_domain_decomp_c2_dc1_e1         28    29    20     1    1.000000E+00
E_domain_decomp_c2_dc2_e1         29    30    21     1    1.000000E+00
E_domain_decomp_c2_dc3_e1         30    31    22     1    0.000000E+00
E_domain_decomp_c2_dc4_e1         31     1    23     1    1.000000E+00
E_domain_decomp_c3_dc1_e1         32    33    20     1    0.000000E+00
E_domain_decomp_c3_dc2_e1         33    34    21     1    1.000000E+00
E_domain_decomp_c3_dc3_e1         34    35    22     1    0.000000E+00
E_domain_decomp_c3_dc4_e1         35     1    23     1    1.000000E+00
E_domain_decomp_c4_dc1_e1         36    37    20     1    0.000000E+00
E_domain_decomp_c4_dc2_e1         37    38    21     1   -0.000000E+00
E_domain_decomp_c4_dc3_e1         38    39    22     1    0.000000E+00
E_domain_decomp_c4_dc4_e1         39     1    23     1    1.000000E+00
*
* Domain decomposition Current controlled current sources (conductor to domain)
*
F_domain_decomp_c1_dc1_e1          1    20 Vmeas_domain_decomp_c1_e1         0.000000E+00
F_domain_decomp_c2_dc1_e1          1    20 Vmeas_domain_decomp_c2_e1         1.000000E+00
F_domain_decomp_c3_dc1_e1          1    20 Vmeas_domain_decomp_c3_e1         0.000000E+00
F_domain_decomp_c4_dc1_e1          1    20 Vmeas_domain_decomp_c4_e1         0.000000E+00
F_domain_decomp_c1_dc2_e1          1    21 Vmeas_domain_decomp_c1_e1         0.000000E+00
F_domain_decomp_c2_dc2_e1          1    21 Vmeas_domain_decomp_c2_e1         1.000000E+00
F_domain_decomp_c3_dc2_e1          1    21 Vmeas_domain_decomp_c3_e1         1.000000E+00
F_domain_decomp_c4_dc2_e1          1    21 Vmeas_domain_decomp_c4_e1         0.000000E+00
F_domain_decomp_c1_dc3_e1          1    22 Vmeas_domain_decomp_c1_e1         1.000000E+00
F_domain_decomp_c2_dc3_e1          1    22 Vmeas_domain_decomp_c2_e1         0.000000E+00
F_domain_decomp_c3_dc3_e1          1    22 Vmeas_domain_decomp_c3_e1         0.000000E+00
F_domain_decomp_c4_dc3_e1          1    22 Vmeas_domain_decomp_c4_e1         0.000000E+00
F_domain_decomp_c1_dc4_e1          1    23 Vmeas_domain_decomp_c1_e1         0.000000E+00
F_domain_decomp_c2_dc4_e1          1    23 Vmeas_domain_decomp_c2_e1         1.000000E+00
F_domain_decomp_c3_dc4_e1          1    23 Vmeas_domain_decomp_c3_e1         1.000000E+00
F_domain_decomp_c4_dc4_e1          1    23 Vmeas_domain_decomp_c4_e1         1.000000E+00
*
* DOMAIN TRANSFORMATION END 2
*
*
* Domain decomposition Voltage sources used for current sensing 
*
Vmeas_domain_decomp_c1_e2         16    44
Vmeas_domain_decomp_c2_e2         17    48
Vmeas_domain_decomp_c3_e2         18    52
Vmeas_domain_decomp_c4_e2         19    56
*
* Domain decomposition Voltage controlled voltage sources (domain to conductor)
*
E_domain_decomp_c1_dc1_e2         44    45    40     1    0.000000E+00
E_domain_decomp_c1_dc2_e2         45    46    41     1    0.000000E+00
E_domain_decomp_c1_dc3_e2         46    47    42     1    1.000000E+00
E_domain_decomp_c1_dc4_e2         47     1    43     1   -0.000000E+00
E_domain_decomp_c2_dc1_e2         48    49    40     1    1.000000E+00
E_domain_decomp_c2_dc2_e2         49    50    41     1    1.000000E+00
E_domain_decomp_c2_dc3_e2         50    51    42     1    0.000000E+00
E_domain_decomp_c2_dc4_e2         51     1    43     1    1.000000E+00
E_domain_decomp_c3_dc1_e2         52    53    40     1    0.000000E+00
E_domain_decomp_c3_dc2_e2         53    54    41     1    1.000000E+00
E_domain_decomp_c3_dc3_e2         54    55    42     1    0.000000E+00
E_domain_decomp_c3_dc4_e2         55     1    43     1    1.000000E+00
E_domain_decomp_c4_dc1_e2         56    57    40     1    0.000000E+00
E_domain_decomp_c4_dc2_e2         57    58    41     1   -0.000000E+00
E_domain_decomp_c4_dc3_e2         58    59    42     1    0.000000E+00
E_domain_decomp_c4_dc4_e2         59     1    43     1    1.000000E+00
*
* Domain decomposition Current controlled current sources (conductor to domain)
*
F_domain_decomp_c1_dc1_e2          1    40 Vmeas_domain_decomp_c1_e2         0.000000E+00
F_domain_decomp_c2_dc1_e2          1    40 Vmeas_domain_decomp_c2_e2         1.000000E+00
F_domain_decomp_c3_dc1_e2          1    40 Vmeas_domain_decomp_c3_e2         0.000000E+00
F_domain_decomp_c4_dc1_e2          1    40 Vmeas_domain_decomp_c4_e2         0.000000E+00
F_domain_decomp_c1_dc2_e2          1    41 Vmeas_domain_decomp_c1_e2         0.000000E+00
F_domain_decomp_c2_dc2_e2          1    41 Vmeas_domain_decomp_c2_e2         1.000000E+00
F_domain_decomp_c3_dc2_e2          1    41 Vmeas_domain_decomp_c3_e2         1.000000E+00
F_domain_decomp_c4_dc2_e2          1    41 Vmeas_domain_decomp_c4_e2         0.000000E+00
F_domain_decomp_c1_dc3_e2          1    42 Vmeas_domain_decomp_c1_e2         1.000000E+00
F_domain_decomp_c2_dc3_e2          1    42 Vmeas_domain_decomp_c2_e2         0.000000E+00
F_domain_decomp_c3_dc3_e2          1    42 Vmeas_domain_decomp_c3_e2         0.000000E+00
F_domain_decomp_c4_dc3_e2          1    42 Vmeas_domain_decomp_c4_e2         0.000000E+00
F_domain_decomp_c1_dc4_e2          1    43 Vmeas_domain_decomp_c1_e2         0.000000E+00
F_domain_decomp_c2_dc4_e2          1    43 Vmeas_domain_decomp_c2_e2         1.000000E+00
F_domain_decomp_c3_dc4_e2          1    43 Vmeas_domain_decomp_c3_e2         1.000000E+00
F_domain_decomp_c4_dc4_e2          1    43 Vmeas_domain_decomp_c4_e2         1.000000E+00
*
* DOMAIN      1
*
*
* Modal Decomposition 
*
*
* Modal decomposition Voltage sources used for current sensing 
*
Vmeas_mode_decomp_d1_c1_e1        20    61
*
* Modal decomposition Voltage controlled voltage sources (mode to conductor)
*
E_mode_decomp_d1_c1_m1_e1         61     1    60     1    1.000000E+00
*
* Modal decomposition Current controlled current sources (conductor to mode)
*
F_mode_decomp_d1_c1_m1_e1          1    60 Vmeas_mode_decomp_d1_c1_e1        1.000000E+00
*
* Modal decomposition Voltage sources used for current sensing 
*
Vmeas_mode_decomp_d1_c1_e2        40    63
*
* Modal decomposition Voltage controlled voltage sources (mode to conductor)
*
E_mode_decomp_d1_c1_m1_e2         63     1    62     1    1.000000E+00
*
* Modal decomposition Current controlled current sources (conductor to mode)
*
F_mode_decomp_d1_c1_m1_e2          1    62 Vmeas_mode_decomp_d1_c1_e2        1.000000E+00
*
* Modal impedance: end1
*
RZCm_d1_m1_e1                     60    64    5.215035E+01
*
* Modal impedance: end2
*
RZCm_d1_m1_e2                     62    65    5.215035E+01
*
* Modal frequency dependent voltage controlled voltage source : end1
*
E_m_d1_m1_e1                      64     1    66     1    1.000000E+00
*
* Modal frequency dependent voltage controlled voltage source : end2
*
E_m_d1_m1_e2                      65     1    67     1    1.000000E+00
*
* Delay line for positive z propagation
*
T_pz_d1_m1_e1                     67     1    68     1 Z0=    5.215035E+01 TD=    3.852665E-09
*
* Delay line for negative z propagation
*
T_mz_d1_m1_e2                     66     1    69     1 Z0=    5.215035E+01 TD=    3.852665E-09
*
* Modal impedances on modal positive z propagation delay lines
*
RZC_pz_d1_m1_e1                   67     1    5.215035E+01
*
* Modal impedances on modal negative z propagation delay lines
*
RZC_mz_d1_m1_e2                   66     1    5.215035E+01
*
* Delay line frequency dependent controlled sources for positive z propagation
*
E_m_pz_d1_m1_e1                   68    70    60     1    2.000000E+00
E_m_pz_d1_m1_e2                   70     1    64     1   -1.000000E+00
*
* Delay line frequency dependent controlled sources for negative z propagation
*
E_m_mz_d1_m1_e1                   69    71    62     1    2.000000E+00
E_m_mz_d1_m1_e2                   71     1    65     1   -1.000000E+00
*
* DOMAIN      2
*
*
* Modal Decomposition 
*
*
* Modal decomposition Voltage sources used for current sensing 
*
Vmeas_mode_decomp_d2_c1_e1        21    73
*
* Modal decomposition Voltage controlled voltage sources (mode to conductor)
*
E_mode_decomp_d2_c1_m1_e1         73     1    72     1    1.000000E+00
*
* Modal decomposition Current controlled current sources (conductor to mode)
*
F_mode_decomp_d2_c1_m1_e1          1    72 Vmeas_mode_decomp_d2_c1_e1        1.000000E+00
*
* Modal decomposition Voltage sources used for current sensing 
*
Vmeas_mode_decomp_d2_c1_e2        41    75
*
* Modal decomposition Voltage controlled voltage sources (mode to conductor)
*
E_mode_decomp_d2_c1_m1_e2         75     1    74     1    1.000000E+00
*
* Modal decomposition Current controlled current sources (conductor to mode)
*
F_mode_decomp_d2_c1_m1_e2          1    74 Vmeas_mode_decomp_d2_c1_e2        1.000000E+00
*
* Modal impedance: end1
*
RZCm_d2_m1_e1                     72    78    2.172929E+01
*
* Modal impedance: end2
*
RZCm_d2_m1_e2                     74    79    2.172929E+01
*
* Modal frequency dependent voltage controlled voltage source : end1
*
E_m_d2_m1_e1                      78    76    80     1    1.000000E+00
*
* Modal frequency dependent voltage controlled voltage source : end2
*
E_m_d2_m1_e2                      79    77    81     1    1.000000E+00
*
* Delay line for positive z propagation
*
T_pz_d2_m1_e1                     81     1    82     1 Z0=    2.172929E+01 TD=    2.568444E-09
*
* Delay line for negative z propagation
*
T_mz_d2_m1_e2                     80     1    83     1 Z0=    2.172929E+01 TD=    2.568444E-09
*
* Modal impedances on modal positive z propagation delay lines
*
RZC_pz_d2_m1_e1                   81     1    2.172929E+01
*
* Modal impedances on modal negative z propagation delay lines
*
RZC_mz_d2_m1_e2                   80     1    2.172929E+01
*
* Delay line frequency dependent controlled sources for positive z propagation
*
E_m_pz_d2_m1_e1                   82    84    72     1    2.000000E+00
E_m_pz_d2_m1_e2                   84     1    78     1   -1.000000E+00
*
* Delay line frequency dependent controlled sources for negative z propagation
*
E_m_mz_d2_m1_e1                   83    85    74     1    2.000000E+00
E_m_mz_d2_m1_e2                   85     1    79     1   -1.000000E+00
*
* DOMAIN      3
*
*
* Modal Decomposition 
*
*
* Modal decomposition Voltage sources used for current sensing 
*
Vmeas_mode_decomp_d3_c1_e1        22    88
Vmeas_mode_decomp_d3_c2_e1        23    90
*
* Modal decomposition Voltage controlled voltage sources (mode to conductor)
*
E_mode_decomp_d3_c1_m1_e1         88    89    86     1    1.372997E+00
E_mode_decomp_d3_c1_m2_e1         89     1    87     1   -8.130688E-01
E_mode_decomp_d3_c2_m1_e1         90    91    86     1    1.909837E-01
E_mode_decomp_d3_c2_m2_e1         91     1    87     1   -1.122726E+00
*
* Modal decomposition Current controlled current sources (conductor to mode)
*
F_mode_decomp_d3_c1_m1_e1          1    86 Vmeas_mode_decomp_d3_c1_e1        1.372997E+00
F_mode_decomp_d3_c2_m1_e1          1    86 Vmeas_mode_decomp_d3_c2_e1        1.909837E-01
F_mode_decomp_d3_c1_m2_e1          1    87 Vmeas_mode_decomp_d3_c1_e1       -8.130688E-01
F_mode_decomp_d3_c2_m2_e1          1    87 Vmeas_mode_decomp_d3_c2_e1       -1.122726E+00
*
* Modal decomposition Voltage sources used for current sensing 
*
Vmeas_mode_decomp_d3_c1_e2        42    94
Vmeas_mode_decomp_d3_c2_e2        43    96
*
* Modal decomposition Voltage controlled voltage sources (mode to conductor)
*
E_mode_decomp_d3_c1_m1_e2         94    95    92     1    1.372997E+00
E_mode_decomp_d3_c1_m2_e2         95     1    93     1   -8.130688E-01
E_mode_decomp_d3_c2_m1_e2         96    97    92     1    1.909837E-01
E_mode_decomp_d3_c2_m2_e2         97     1    93     1   -1.122726E+00
*
* Modal decomposition Current controlled current sources (conductor to mode)
*
F_mode_decomp_d3_c1_m1_e2          1    92 Vmeas_mode_decomp_d3_c1_e2        1.372997E+00
F_mode_decomp_d3_c2_m1_e2          1    92 Vmeas_mode_decomp_d3_c2_e2        1.909837E-01
F_mode_decomp_d3_c1_m2_e2          1    93 Vmeas_mode_decomp_d3_c1_e2       -8.130688E-01
F_mode_decomp_d3_c2_m2_e2          1    93 Vmeas_mode_decomp_d3_c2_e2       -1.122726E+00
*
* Modal impedance: end1
*
RZCm_d3_m1_e1                     86   102    5.808746E+01
*
* Modal impedance: end2
*
RZCm_d3_m1_e2                     92   103    5.808746E+01
*
* Modal frequency dependent voltage controlled voltage source : end1
*
E_m_d3_m1_e1                     102    98   104     1    1.000000E+00
*
* Modal frequency dependent voltage controlled voltage source : end2
*
E_m_d3_m1_e2                     103    99   105     1    1.000000E+00
*
* Delay line for positive z propagation
*
T_pz_d3_m1_e1                    105     1   106     1 Z0=    5.808746E+01 TD=    2.568444E-09
*
* Delay line for negative z propagation
*
T_mz_d3_m1_e2                    104     1   107     1 Z0=    5.808746E+01 TD=    2.568444E-09
*
* Modal impedances on modal positive z propagation delay lines
*
RZC_pz_d3_m1_e1                  105     1    5.808746E+01
*
* Modal impedances on modal negative z propagation delay lines
*
RZC_mz_d3_m1_e2                  104     1    5.808746E+01
*
* Delay line frequency dependent controlled sources for positive z propagation
*
E_m_pz_d3_m1_e1                  106   108    86     1    2.000000E+00
E_m_pz_d3_m1_e2                  108     1   102     1   -1.000000E+00
*
* Delay line frequency dependent controlled sources for negative z propagation
*
E_m_mz_d3_m1_e1                  107   109    92     1    2.000000E+00
E_m_mz_d3_m1_e2                  109     1   103     1   -1.000000E+00
*
* Modal impedance: end1
*
RZCm_d3_m2_e1                     87   110    1.568212E+02
*
* Modal impedance: end2
*
RZCm_d3_m2_e2                     93   111    1.568212E+02
*
* Modal frequency dependent voltage controlled voltage source : end1
*
E_m_d3_m2_e1                     110   100   112     1    1.000000E+00
*
* Modal frequency dependent voltage controlled voltage source : end2
*
E_m_d3_m2_e2                     111   101   113     1    1.000000E+00
*
* Delay line for positive z propagation
*
T_pz_d3_m2_e1                    113     1   114     1 Z0=    1.568212E+02 TD=    2.568444E-09
*
* Delay line for negative z propagation
*
T_mz_d3_m2_e2                    112     1   115     1 Z0=    1.568212E+02 TD=    2.568444E-09
*
* Modal impedances on modal positive z propagation delay lines
*
RZC_pz_d3_m2_e1                  113     1    1.568212E+02
*
* Modal impedances on modal negative z propagation delay lines
*
RZC_mz_d3_m2_e2                  112     1    1.568212E+02
*
* Delay line frequency dependent controlled sources for positive z propagation
*
E_m_pz_d3_m2_e1                  114   116    87     1    2.000000E+00
E_m_pz_d3_m2_e2                  116     1   110     1   -1.000000E+00
*
* Delay line frequency dependent controlled sources for negative z propagation
*
E_m_mz_d3_m2_e1                  115   117    93     1    2.000000E+00
E_m_mz_d3_m2_e2                  117     1   111     1   -1.000000E+00
*
* START OF TRANSFER IMPEDANCE COUPLING MODELS
*
*
* Delay lines for positive z propagation, T_source(s_mode)+T_victim(v_mode)
*
T_pz_TsPTv_ZT1_sm_1_vm_1         119     1   120     1 Z0=    0.521504E+02 TD=    0.642111E-08
*
* Delay lines for negative z propagation, T_source(s_mode)+T_victim(v_mode)
*
T_mz_TsPTv_ZT1_sm_1_vm_1         121     1   122     1 Z0=    0.521504E+02 TD=    0.642111E-08
*
* Modal impedances:  T_source(s_mode)+T_victim(v_mode)
*
RZC_pz_TsPTv_ZT1_sm_1_vm_1       120     1    0.521504E+02
*
* Modal impedances:  T_source(s_mode)+T_victim(v_mode)
*
RZC_mz_TsPTv_ZT1_sm_1_vm_1       122     1    0.521504E+02
*
* Delay line controlled sources for positive z propagation
*
E1_pz_TsPTv_ZT1_sm_1_vm_1        119     1    68     1    0.100000E+01
*
* Delay line controlled sources for negative z propagation
*
E1_mz_TsPTv_ZT1_sm_1_vm_1        121     1    69     1    0.100000E+01
*
* Delay lines for positive z propagation, T_source(s_mode) delay
*
T_pz_Ts_ZT1_sm_1_vm_1            123     1   124     1 Z0=    0.521504E+02 TD=    0.385267E-08
*
* Delay lines for negative z propagation, T_source(s_mode) delay
*
T_mz_Ts_ZT1_sm_1_vm_1            125     1   126     1 Z0=    0.521504E+02 TD=    0.385267E-08
*
* Modal impedances: for pz propagation, T_source(s_mode)
*
RZC_pz_Ts_ZT1_sm_1_vm_1          124     1    0.521504E+02
*
* Modal impedances: for mz propagation, T_source(s_mode)
*
RZC_mz_Ts_ZT1_sm_1_vm_1          126     1    0.521504E+02
*
* Delay line controlled sources for positive z propagation, Vs+(0,t)
*
E1_pz_Ts_ZT1_sm_1_vm_1           123     1    68     1    0.100000E+01
*
* Delay line controlled sources for negative z propagation Vs-(L,t)
*
E1_mz_Ts_ZT1_sm_1_vm_1           125     1    69     1    0.100000E+01
*
* Delay lines for positive z propagation, T_victim(v_mode)
*
T_pz_Tv_ZT1_sm_1_vm_1            127     1   128     1 Z0=    0.521504E+02 TD=    0.256844E-08
*
* Delay lines for negative z propagation, T_victim(v_mode)
*
T_mz_Tv_ZT1_sm_1_vm_1            129     1   130     1 Z0=    0.521504E+02 TD=    0.256844E-08
*
* Modal impedances for pz propagation: T_victim(v_mode)
*
RZC_pz_Tv_ZT1_sm_1_vm_1          128     1    0.521504E+02
*
* Modal impedances for Mz propagation: T_victim(v_mode)
*
RZC_mz_Tv_ZT1_sm_1_vm_1          130     1    0.521504E+02
*
* Delay line controlled sources for positive z propagation
*
E1_pz_Tv_ZT1_sm_1_vm_1           127     1    68     1    0.100000E+01
*
* Delay line controlled sources for negative z propagation
*
E1_mz_Tv_ZT1_sm_1_vm_1           129     1    69     1    0.100000E+01
*
* Circuit to combine transfer impedance terms
*
E_zt_dsum_l_ZT1_sm_1_vm_1_E1     131     1    69     1   -0.114972E+07
E_zt_dsum_l_ZT1_sm_1_vm_1_E2     132   131   122     1    0.114972E+07
E_zt_dsum_s_ZT1_sm_1_vm_1_E1     133     1    68     1   -0.114972E+07
E_zt_dsum_s_ZT1_sm_1_vm_1_E2     134   133   120     1    0.114972E+07
E_zt_dsum_l_ZT1_sm_1_vm_1_E3     135   132   128     1    0.574862E+07
E_zt_dsum_l_ZT1_sm_1_vm_1_E4     136   135   124     1   -0.574862E+07
E_zt_dsum_s_ZT1_sm_1_vm_1_E3     137   134   126     1   -0.574862E+07
E_zt_dsum_s_ZT1_sm_1_vm_1_E4     138   137   130     1    0.574862E+07
R_zt_dsum_l_ZT1_sm_1_vm_1        136     1    0.100000E+11
R_zt_dsum_s_ZT1_sm_1_vm_1        138     1    0.100000E+11
*
* Transfer impedance sources, end 1
*
E_ZT_s_ZT1_sm_1_vm_1              76     1   138     1    8.490000E-10
*
* Transfer impedance sources, end 2
*
E_ZT_l_ZT1_sm_1_vm_1              77     1   136     1    8.490000E-10
*
* START OF TRANSFER IMPEDANCE COUPLING MODELS
*
*
* Delay lines for positive z propagation, T_source(s_mode)+T_victim(v_mode)
*
T_pz_TsPTv_ZT2_sm_1_vm_1         139     1   140     1 Z0=    0.217293E+02 TD=    0.513689E-08
*
* Delay lines for negative z propagation, T_source(s_mode)+T_victim(v_mode)
*
T_mz_TsPTv_ZT2_sm_1_vm_1         141     1   142     1 Z0=    0.217293E+02 TD=    0.513689E-08
*
* Modal impedances:  T_source(s_mode)+T_victim(v_mode)
*
RZC_pz_TsPTv_ZT2_sm_1_vm_1       140     1    0.217293E+02
*
* Modal impedances:  T_source(s_mode)+T_victim(v_mode)
*
RZC_mz_TsPTv_ZT2_sm_1_vm_1       142     1    0.217293E+02
*
* Delay line controlled sources for positive z propagation
*
E1_pz_TsPTv_ZT2_sm_1_vm_1        139     1    82     1    0.100000E+01
*
* Delay line controlled sources for negative z propagation
*
E1_mz_TsPTv_ZT2_sm_1_vm_1        141     1    83     1    0.100000E+01
*
* Delay lines for positive z propagation, T_source(s_mode) delay
*
T_pz_Ts_ZT2_sm_1_vm_1            143     1   144     1 Z0=    0.217293E+02 TD=    0.256844E-08
*
* Delay lines for negative z propagation, T_source(s_mode) delay
*
T_mz_Ts_ZT2_sm_1_vm_1            145     1   146     1 Z0=    0.217293E+02 TD=    0.256844E-08
*
* Modal impedances: for pz propagation, T_source(s_mode)
*
RZC_pz_Ts_ZT2_sm_1_vm_1          144     1    0.217293E+02
*
* Modal impedances: for mz propagation, T_source(s_mode)
*
RZC_mz_Ts_ZT2_sm_1_vm_1          146     1    0.217293E+02
*
* Delay line controlled sources for positive z propagation, Vs+(0,t)
*
E1_pz_Ts_ZT2_sm_1_vm_1           143     1    82     1    0.100000E+01
*
* Delay line controlled sources for negative z propagation Vs-(L,t)
*
E1_mz_Ts_ZT2_sm_1_vm_1           145     1    83     1    0.100000E+01
*
* Controlled source for derivative of positive z propagating voltage wave, Vs+(0,t-Ts)
*
G_Vp_ddt_ZT2_sm_1_vm_1           147     1   144     1    0.100000E+01
*
* 1H inductor for derivative of positive z propagating voltage wave, Vs+(0,t-Ts)
*
L_Vp_ddt_ZT2_sm_1_vm_1           147     1    0.100000E+01
*
* Controlled sources for derivative of negative z propagating voltage wave Vs-(L,t-Ts)
*
G_Vm_ddt_ZT2_sm_1_vm_1           148     1   146     1    0.100000E+01
*
* 1H inductor for derivative of negative z propagating voltage wave, Vs-(0,t-Ts)
*
L_Vm_ddt_ZT2_sm_1_vm_1           148     1    0.100000E+01
*
* Circuit to combine transfer impedance terms
*
E_zt_dsum_l_ZT2_sm_1_vm_1_E1     149     1    83     1    0.202307E+07
E_zt_dsum_l_ZT2_sm_1_vm_1_E2     150   149   142     1   -0.202307E+07
E_zt_dsum_s_ZT2_sm_1_vm_1_E1     151     1    82     1    0.202307E+07
E_zt_dsum_s_ZT2_sm_1_vm_1_E2     152   151   140     1   -0.202307E+07
E_zt_dsum_l_ZT2_sm_1_vm_1_E3     154   150   147     1    0.103923E-01
E_zt_dsum_s_ZT2_sm_1_vm_1_E3     156   152   148     1    0.103923E-01
R_zt_dsum_l_ZT2_sm_1_vm_1        154     1    0.100000E+11
R_zt_dsum_s_ZT2_sm_1_vm_1        156     1    0.100000E+11
*
* Transfer impedance sources, end 1
*
E_ZT_s_ZT2_sm_1_vm_1              98     1   156     1    9.550000E-10
*
* Transfer impedance sources, end 2
*
E_ZT_l_ZT2_sm_1_vm_1              99     1   154     1    9.550000E-10
*
* Delay lines for positive z propagation, T_source(s_mode)+T_victim(v_mode)
*
T_pz_TsPTv_ZT2_sm_1_vm_2         157     1   158     1 Z0=    0.217293E+02 TD=    0.513689E-08
*
* Delay lines for negative z propagation, T_source(s_mode)+T_victim(v_mode)
*
T_mz_TsPTv_ZT2_sm_1_vm_2         159     1   160     1 Z0=    0.217293E+02 TD=    0.513689E-08
*
* Modal impedances:  T_source(s_mode)+T_victim(v_mode)
*
RZC_pz_TsPTv_ZT2_sm_1_vm_2       158     1    0.217293E+02
*
* Modal impedances:  T_source(s_mode)+T_victim(v_mode)
*
RZC_mz_TsPTv_ZT2_sm_1_vm_2       160     1    0.217293E+02
*
* Delay line controlled sources for positive z propagation
*
E1_pz_TsPTv_ZT2_sm_1_vm_2        157     1    82     1    0.100000E+01
*
* Delay line controlled sources for negative z propagation
*
E1_mz_TsPTv_ZT2_sm_1_vm_2        159     1    83     1    0.100000E+01
*
* Delay lines for positive z propagation, T_source(s_mode) delay
*
T_pz_Ts_ZT2_sm_1_vm_2            161     1   162     1 Z0=    0.217293E+02 TD=    0.256844E-08
*
* Delay lines for negative z propagation, T_source(s_mode) delay
*
T_mz_Ts_ZT2_sm_1_vm_2            163     1   164     1 Z0=    0.217293E+02 TD=    0.256844E-08
*
* Modal impedances: for pz propagation, T_source(s_mode)
*
RZC_pz_Ts_ZT2_sm_1_vm_2          162     1    0.217293E+02
*
* Modal impedances: for mz propagation, T_source(s_mode)
*
RZC_mz_Ts_ZT2_sm_1_vm_2          164     1    0.217293E+02
*
* Delay line controlled sources for positive z propagation, Vs+(0,t)
*
E1_pz_Ts_ZT2_sm_1_vm_2           161     1    82     1    0.100000E+01
*
* Delay line controlled sources for negative z propagation Vs-(L,t)
*
E1_mz_Ts_ZT2_sm_1_vm_2           163     1    83     1    0.100000E+01
*
* Controlled source for derivative of positive z propagating voltage wave, Vs+(0,t-Ts)
*
G_Vp_ddt_ZT2_sm_1_vm_2           165     1   162     1    0.100000E+01
*
* 1H inductor for derivative of positive z propagating voltage wave, Vs+(0,t-Ts)
*
L_Vp_ddt_ZT2_sm_1_vm_2           165     1    0.100000E+01
*
* Controlled sources for derivative of negative z propagating voltage wave Vs-(L,t-Ts)
*
G_Vm_ddt_ZT2_sm_1_vm_2           166     1   164     1    0.100000E+01
*
* 1H inductor for derivative of negative z propagating voltage wave, Vs-(0,t-Ts)
*
L_Vm_ddt_ZT2_sm_1_vm_2           166     1    0.100000E+01
*
* Circuit to combine transfer impedance terms
*
E_zt_dsum_l_ZT2_sm_1_vm_2_E1     167     1    83     1    0.341628E+07
E_zt_dsum_l_ZT2_sm_1_vm_2_E2     168   167   160     1   -0.341628E+07
E_zt_dsum_s_ZT2_sm_1_vm_2_E1     169     1    82     1    0.341628E+07
E_zt_dsum_s_ZT2_sm_1_vm_2_E2     170   169   158     1   -0.341628E+07
E_zt_dsum_l_ZT2_sm_1_vm_2_E3     172   168   165     1    0.175491E-01
E_zt_dsum_s_ZT2_sm_1_vm_2_E3     174   170   166     1    0.175491E-01
R_zt_dsum_l_ZT2_sm_1_vm_2        172     1    0.100000E+11
R_zt_dsum_s_ZT2_sm_1_vm_2        174     1    0.100000E+11
*
* Transfer impedance sources, end 1
*
E_ZT_s_ZT2_sm_1_vm_2             100     1   174     1    9.550000E-10
*
* Transfer impedance sources, end 2
*
E_ZT_l_ZT2_sm_1_vm_2             101     1   172     1    9.550000E-10
*
.ends
*