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BEGIN NEW DATA CASE
C     BENCHMARK DC-2
C    2nd of 4 hvdc cases is for a  2-terminal, 2-pole representation like  DC-1,
C    only with  just 2 of the 3 bridges used per pole, and with the 7th (bypass)
C    valve removed from each bridge.   Data is a little smaller, then.   The end
C    time of the simulation is much smaller -- only 10% -- so execution is fast.
ABSOLUTE TACS DIMENSIONS
C    Expand TACS Table 1 from 57 to 130 on 1 April 2007.  Model use after DC-1.
C    Size List 19.  Total floating-point TACS table space.  2926  4800  (LTACST)
C     57     256     285      36      85     713     998     171  ---  default
     130      65      80      20      70     325     120     115 
 .000050    .020
       1       1       1       3       1      -1
       5       5      20      20     100     100
C     DC LINE WITH 12-PULSE RECTIFIER/INVERTER OPERATION USING TACS ------------
TACS HYBRID CASE                                      FOR DC TERMINAL SIMULATION
C     DC LINE WITH 12-PULSE RECTIFIER/INVERTER OPERATION USING TACS ------------
C             * * * * * * *  GRID TIMING VOLTAGES    * * * * * * * * * * * * * *
  PHA-BS  +GENAS  -GENBS
  PHB-AS  +GENBS  -GENAS
  PHB-CS  +GENBS  -GENCS
  PHC-BS  +GENCS  -GENBS
  PHC-AS  +GENCS  -GENAS
  PHA-CS  +GENAS  -GENCS
  PHA-BR  +GENAR  -GENBR
  PHB-AR  +GENBR  -GENAR
  PHB-CR  +GENBR  -GENCR
  PHC-BR  +GENCR  -GENBR
  PHC-AR  +GENCR  -GENAR
  PHA-CR  +GENAR  -GENCR
  4       +NOT13
  9       +NOT18
  14      +NOT23
  19      +NOT28
  24      +NOT3
  29      +NOT8
  4R      +NOT13R
  9R      +NOT18R
  14R     +NOT23R
  19R     +NOT28R
  24R     +NOT3R
  29R     +NOT8R
C        *********   ZERO-ORDER BLOCK ON "TIMEX" FOR LIMIT OF 2 CYCLES   *******
C
  TIMER   +TIMEX                                        0.0   33.3-3
90GENAS
90GENBS
90GENCS
90GENAR
90GENBR
90GENCR
C      $$$$$$   DECREASING RAMP FUNCTION FOR IGNITION ANGLE DELAY   $$$$$$$$$$$$
C
88ALPHAR  -.1045045 *     TIMER             +     4.17-3
C
C       --------------   RECTIFIER CONTROL LOGIC FOLLOWS    --------------------
88SA-B  52        +UNITY                                         0.0      PHA-BS
88F1S   54        +SA-B                                 0.0         ALPHAR
88F1SII                   4     .AND. F1S
88NOT3                          .NOT. F1SII
88F1SI  54        +F1SII                                1.4E-3
88SB-A  52        +UNITY                                         0.0      PHB-AS
88F4S   54        +SB-A                                 0.0         ALPHAR
88F4SII                   9     .AND. F4S
88NOT8                          .NOT. F4SII
88F4SI  54        +F4SII                                1.4E-3
88SB-C  52        +UNITY                                         0.0      PHB-CS
88F3S   54        +SB-C                                 0.0         ALPHAR
88F3SII                   14    .AND. F3S
88NOT13                         .NOT. F3SII
88F3SI  54        +F3SII                                1.4E-3
88SC-B  52        +UNITY                                         0.0      PHC-BS
88F6S   54        +SC-B                                 0.0         ALPHAR
88F6SII                   19    .AND. F6S
88NOT18                         .NOT. F6SII
88F6SI  54        +F6SII                                1.4E-3
88SC-A  52        +UNITY                                         0.0      PHC-AS
88F5S   54        +SC-A                                 0.0         ALPHAR
88F5SII                   24    .AND. F5S
88NOT23                         .NOT. F5SII
88F5SI  54        +F5SII                                1.4E-3
88SA-C  52        +UNITY                                         0.0      PHA-CS
88F2S   54        +SA-C                                 0.0         ALPHAR
88F2SII                   29    .AND. F2S
88NOT28                         .NOT. F2SII
88F2SI  54        +F2SII                                1.4E-3
C    $$$$$$   INCREASING RAMP FUNCTION FOR IGNITION ANGLE DELAY   $$$$$$$$$$$$
C
88ALPHAI  +.076276  *     TIMER             +     4.17-3
C
C  -----------------    INVERTER CONTROL LOGIC FOLLOWS     -----------------
88RA-B  52        +UNITY                                         0.0      PHA-BR
88F1R   54        +RA-B                                 0.0         ALPHAI
88F1RIV                   4R    .AND. F1R
88NOT3R                         .NOT. F1RIV
88F1RIII54        +F1RIV                                1.4E-3
88RB-A  52        +UNITY                                         0.0      PHB-AR
88F4R   54        +RB-A                                 0.0         ALPHAI
88F4RIV                   9R    .AND. F4R
88NOT8R                         .NOT. F4RIV
88F4RIII54        +F4RIV                                1.4E-3
88RB-C  52        +UNITY                                         0.0      PHB-CR
88F3R   54        +RB-C                                 0.0         ALPHAI
88F3RIV                   14R   .AND. F3R
88NOT13R                        .NOT. F3RIV
88F3RIII54        +F3RIV                                1.4E-3
88RC-B  52        +UNITY                                         0.0      PHC-BR
88F6R   54        +RC-B                                 0.0         ALPHAI
88F6RIV                   19R   .AND. F6R
88NOT18R                        .NOT. F6RIV
88F6RIII54        +F6RIV                                1.4E-3
88RC-A  52        +UNITY                                         0.0      PHC-AR
88F5R   54        +RC-A                                 0.0         ALPHAI
88F5RIV                   24R   .AND. F5R
88NOT23R                        .NOT. F5RIV
88F5RIII54        +F5RIV                                1.4E-3
88RA-C  52        +UNITY                                         0.0      PHA-CR
88F2R   54        +RA-C                                 0.0         ALPHAI
88F2RIV                   29R   .AND. F2R
88NOT28R                        .NOT. F2RIV
88F2RIII54        +F2RIV                                1.4E-3
C
C       DELAY FIRING FOR BYPASS VALVES
C
88FIRE              -     UNITY
77PHA-BS  +166.1710
77PHB-AS  -166.1710
77PHB-CS  -332.3420
77PHC-BS  +332.3420
77PHC-AS  +166.1710
77PHA-CS  -166.1710
77PHA-BR  +153.2873
77PHB-AR  -153.2873
77PHB-CR  -306.5746
77PHC-BR  +306.5746
77PHC-AR  +153.2873
77PHA-CR  -153.2873
77FIRE    -1.0
BLANK  card ending TACS initial conditions (and also all TACS data)
C
C 345678901234567890123456789012345678901234567890123456789012345678901234567890
C                AC CIRCUIT OF POLE 4, CELILO
C       CONSISTS OF 5TH,7TH,11TH,13TH, AND HIGH-PASS FILTERS,
C       CCT BREAKERS FOR EACH 3-PHASE BRIDGE AND 1 MILE (1.6 KM) OF 230 KV LINE.
C
 0GENAS BIGEA4            .01
 0GENBS BIGEB4GENAS BIGEA4
 0GENCS BIGEC4GENAS BIGEA4
 0BIGEA4                  .86   114.  2.46
 0BIGEB4      BIGEA4
 0BIGEC4      BIGEA4
 0      BIGEA4            1.18  114.  1.28
 0      BIGEB4      BIGEA4
 0      BIGEC4      BIGEA4
 0BIGEA413AC4             .02   1.56
 0BIGEB413BC4 BIGEA413AC4
 0BIGEC413CC4 BIGEA413AC4
 013AC4 HPAC4             40.
 0HPAC4 13AC4                   5.5
 013BC4 HPBC4 13AC4 HPAC4
 0HPBC4 13BC4 HPAC4 13AC4
 013CC4 HPCC4 13AC4 HPAC4
 0HPCC4 13CC4 HPAC4 13AC4
 0HPAC4                               3.9
 0HPBC4       HPAC4
 0HPCC4       HPAC4
 0      13AC4             .93   44.   .95
 0      13BC4       13AC4
 0      13CC4       13AC4
 013AC4 11AC4 GENAS BIGEA4
 013BC4 11BC4 GENAS BIGEA4
 013CC4 11CC4 GENAS BIGEA4
 011AC4                   .82   44.   1.33
 011BC4       11AC4
 011CC4       11AC4
 011AC4 AC6   GENAS BIGEA4
 011BC4 BC6   GENAS BIGEA4
 011CC4 CC6   GENAS BIGEA4
 011AC4 AC2   GENAS BIGEA4
 011BC4 BC2   GENAS BIGEA4
 011CC4 CC2   GENAS BIGEA4
C
C   --------------------------------  GROUP 6, CELILO   ----------------------
C   #######   ANODE REACTORS  ###############
 0VI-1  VICA              3000.
 0VICA  VI-1                    1.0
 0VI-3  VICB  VI-1  VICA
 0VICB  VI-3  VICA  VI-1
 0VI-5  VICC  VI-1  VICA
 0VICC  VI-5  VICA  VI-1
 0VI-4  AN6C  VI-1  VICA
 0AN6C  VI-4  VICA  VI-1
 0VI-6  AN6C  VI-1  VICA
 0AN6C  VI-6  VICA  VI-1
 0VI-2  AN6C  VI-1  VICA
 0AN6C  VI-2  VICA  VI-1
C   ######################   BYPASS ANODE REACTOR   ##############
C   ////////////////////////    VALVE DAMPERS    /////////////////////
 0CEL4  VDA6              1200.       .1
 0CEL4  VDB6  CEL4  VDA6
 0CEL4  VDC6  CEL4  VDA6
 0AN6C  VDA6  CEL4  VDA6
 0AN6C  VDB6  CEL4  VDA6
 0AN6C  VDC6  CEL4  VDA6
C   $$$$$$$$$             BUSHING REACTORS     $$$$$$$$$$$$$$$
 0VDA6  VICA              1000.
 0VICA  VDA6                    .25
 0VDB6  VICB  VDA6  VICA
 0VICB  VDB6  VICA  VDA6
 0VDC6  VICC  VDA6  VICA
 0VICC  VDC6  VICA  VDA6
 0CEL4  CTH6C VDA6  VICA
 0CTH6C CEL4  VICA  VDA6
C
C    *  *  *  *  *   Y-DELTA XFMR LEAKAGE IMPEDANCE   *  *  *  *  *  *  *  *
C   +++++++++++   A.C. SOURCE SIDE    +++++++++++
 0AC6Y  TXA6              .203  .7
 0BC6Y  TXB6  AC6Y  TXA6
 0CC6Y  TXC6  AC6Y  TXA6
C   +++++++++++   D.C. CONVERTER SIDE    +++++++++
 0TXA6C VDA6              .202  .717
 0TXB6C VDB6  TXA6C VDA6
 0TXC6C VDC6  TXA6C VDA6
C
C   <<<<<<<<<<<<<<<    Y-DELTA TRANSFORMER    >>>>>>>>>>>>>>>>>>>>>
51TXA6                          99300.
52TXA6C TXB6C                   82715.            68946.
51TXB6        TXA6
52TXB6C TXC6C
51TXC6        TXA6
52TXC6C TXA6C
C
C      -------------------------------------------------------------------------
C   --------------------------------  GROUP 2, CELILO   ----------------------
C   #######   ANODE REACTORS  ###############
 0II-1  IICA  VI-1  VICA
 0IICA  II-1  VICA  VI-1
 0II-3  IICB  VI-1  VICA
 0IICB  II-3  VICA  VI-1
 0II-5  IICC  VI-1  VICA
 0IICC  II-5  VICA  VI-1
 0II-4  AN2C  VI-1  VICA
 0AN2C  II-4  VICA  VI-1
 0II-6  AN2C  VI-1  VICA
 0AN2C  II-6  VICA  VI-1
 0II-2  AN2C  VI-1  VICA
 0AN2C  II-2  VICA  VI-1
C   ######################   BYPASS ANODE REACTOR   ##############
C   ////////////////////////    VALVE DAMPERS    /////////////////////
 0AN6C  VDA2  CEL4  VDA6
 0AN6C  VDB2  CEL4  VDA6
 0AN6C  VDC2  CEL4  VDA6
 0AN2C  VDA2  CEL4  VDA6
 0AN2C  VDB2  CEL4  VDA6
 0AN2C  VDC2  CEL4  VDA6
C   $$$$$$$$$             BUSHING REACTORS     $$$$$$$$$$$$$$$
 0VDA2  IICA  VDA6  VICA
 0IICA  VDA2  VICA  VDA6
 0VDB2  IICB  VDA6  VICA
 0IICB  VDB2  VICA  VDA6
 0VDC2  IICC  VDA6  VICA
 0IICC  VDC2  VICA  VDA6
 0AN6C  CTH2C VDA6  VICA
 0CTH2C AN6C  VICA  VDA6
C
C    *  *  *  *  *   Y-Y XFMR LEAKAGE IMPEDANCE       *  *  *  *  *  *  *  *
C   +++++++++++   A.C. SOURCE SIDE    +++++++++++
 0AC2Y  TXA2              .22   2.07
 0BC2Y  TXB2  AC2Y  TXA2
 0CC2Y  TXC2  AC2Y  TXA2
C   +++++++++++   D.C. CONVERTER SIDE    +++++++++
 0TXA2C VDA2              .07   .8343
 0TXB2C VDB2  TXA2C VDA2
 0TXC2C VDC2  TXA2C VDA2
C
C   <<<<<<<<<<<<<<<    Y-Y TRANSFORMER        >>>>>>>>>>>>>>>>>>>>>
51TXA2                          99300.
52TXA2C NS2                     47951.            23174.
51TXB2        TXA2
52TXB2C NS2
51TXC2        TXA2
52TXC2C NS2
C      -------------------------    ISOLATING Y-Y XFMR FROM GROUND   -----------
 0NS2                     1.E+10
C
C      -------------------------------------------------------------------------
C                              GROUND ELECTRODE CIRCUIT, CELILO
 0AN2C  GR1C                    1.0
 0GR1C  ELEC1 AN2C  GR1C
 0GR1C                                .06
 0ELEC1 GR2C  AN2C  GR1C
 0GR2C  CELGR AN2C  GR1C
 0GR2C        GR1C
 0ELEC1                   .43   22.
C      -------------------------------------------------------------------------
C                AC CIRCUIT OF POLE 3, CELILO
C       CONSISTS OF 5TH,7TH,11TH,13TH, AND HIGH-PASS FILTERS,
C       CCT BREAKERS FOR EACH 3-PHASE BRIDGE AND 1 MILE (1.6 KM) OF 230 KV LINE.
C
 0GENAS BIGEA3GENAS BIGEA4
 0GENBS BIGEB3GENAS BIGEA4
 0GENCS BIGEC3GENAS BIGEA4
 0BIGEA3      BIGEA4
 0BIGEB3      BIGEA4
 0BIGEC3      BIGEA4
 0      BIGEA3      BIGEA4
 0      BIGEB3      BIGEA4
 0      BIGEC3      BIGEA4
 0BIGEA313AC3 BIGEA413AC4
 0BIGEB313BC3 BIGEA413AC4
 0BIGEC313CC3 BIGEA413AC4
 013AC3 HPAC3 13AC4 HPAC4
 0HPAC3 13AC3 HPAC4 13AC4
 013BC3 HPBC3 13AC4 HPAC4
 0HPBC3 13BC3 HPAC4 13AC4
 013CC3 HPCC3 13AC4 HPAC4
 0HPCC3 13CC3 HPAC4 13AC4
 0HPAC3       HPAC4
 0HPBC3       HPAC4
 0HPCC3       HPAC4
 0      13AC3       13AC4
 0      13BC3       13AC4
 0      13CC3       13AC4
 013AC3 11AC3 GENAS BIGEA4
 013BC3 11BC3 GENAS BIGEA4
 013CC3 11CC3 GENAS BIGEA4
 011AC3       11AC4
 011BC3       11AC4
 011CC3       11AC4
 011AC3 AC3   GENAS BIGEA4
 011BC3 BC3   GENAS BIGEA4
 011CC3 CC3   GENAS BIGEA4
 011AC3 AC5   GENAS BIGEA4
 011BC3 BC5   GENAS BIGEA4
 011CC3 CC5   GENAS BIGEA4
C
C   --------------------------------  GROUP 1, CELILO   ----------------------
C   #######   ANODE REACTORS  ###############
C   ######################   BYPASS ANODE REACTOR   ##############
C   ////////////////////////    VALVE DAMPERS    /////////////////////
C   $$$$$$$$$             BUSHING REACTORS     $$$$$$$$$$$$$$$
C
C       !!!!!!!!!!!!!!!!!!!!!     SYMMETRY     !!!!!!!!!!!!!!!!
 0AN5C  CEL3              .01
C       !!!!!!!!!!!!!!!!!!!!!                  !!!!!!!!!!!!!!!!
C   --------------------------------  GROUP 3, CELILO   ----------------------
C   #######   ANODE REACTORS  ###############
 0III-1 IIICA VI-1  VICA
 0IIICA III-1 VICA  VI-1
 0III-3 IIICB VI-1  VICA
 0IIICB III-3 VICA  VI-1
 0III-5 IIICC VI-1  VICA
 0IIICC III-5 VICA  VI-1
 0III-4 AN3C  VI-1  VICA
 0AN3C  III-4 VICA  VI-1
 0III-6 AN3C  VI-1  VICA
 0AN3C  III-6 VICA  VI-1
 0III-2 AN3C  VI-1  VICA
 0AN3C  III-2 VICA  VI-1
C   ######################   BYPASS ANODE REACTOR   ##############
C   ////////////////////////    VALVE DAMPERS    /////////////////////
 0CELGR VDA3  CEL4  VDA6
 0CELGR VDB3  CEL4  VDA6
 0CELGR VDC3  CEL4  VDA6
 0AN3C  VDA3  CEL4  VDA6
 0AN3C  VDB3  CEL4  VDA6
 0AN3C  VDC3  CEL4  VDA6
C   $$$$$$$$$             BUSHING REACTORS     $$$$$$$$$$$$$$$
 0VDA3  IIICA VDA6  VICA
 0IIICA VDA3  VICA  VDA6
 0VDB3  IIICB VDA6  VICA
 0IIICB VDB3  VICA  VDA6
 0VDC3  IIICC VDA6  VICA
 0IIICC VDC3  VICA  VDA6
 0CELGR CTH3C VDA6  VICA
 0CTH3C CELGR VICA  VDA6
C
C    *  *  *  *  *   Y-Y XFMR LEAKAGE IMPEDANCE       *  *  *  *  *  *  *  *
C   +++++++++++   A.C. SOURCE SIDE    +++++++++++
 0AC3Y  TXA3  AC2Y  TXA2
 0BC3Y  TXB3  AC2Y  TXA2
 0CC3Y  TXC3  AC2Y  TXA2
C   +++++++++++   D.C. CONVERTER SIDE    +++++++++
 0TXA3C VDA3  TXA2C VDA2
 0TXB3C VDB3  TXA2C VDA2
 0TXC3C VDC3  TXA2C VDA2
C
C   <<<<<<<<<<<<<<<    Y-Y TRANSFORMER        >>>>>>>>>>>>>>>>>>>>>
51TXA3        TXA2
52TXA3C NS3
51TXB3        TXA2
52TXB3C NS3
51TXC3        TXA2
52TXC3C NS3
C      -------------------------    ISOLATING Y-Y XFMR FROM GROUND   -----------
 0NS3         NS2
C      -------------------------------------------------------------------------
C   --------------------------------  GROUP 5, CELILO   ----------------------
C   #######   ANODE REACTORS  ###############
 0V-1   VCA   VI-1  VICA
 0VCA   V-1   VICA  VI-1
 0V-3   VCB   VI-1  VICA
 0VCB   V-3   VICA  VI-1
 0V-5   VCC   VI-1  VICA
 0VCC   V-5   VICA  VI-1
 0V-4   AN5C  VI-1  VICA
 0AN5C  V-4   VICA  VI-1
 0V-6   AN5C  VI-1  VICA
 0AN5C  V-6   VICA  VI-1
 0V-2   AN5C  VI-1  VICA
 0AN5C  V-2   VICA  VI-1
C   ######################   BYPASS ANODE REACTOR   ##############
C   ////////////////////////    VALVE DAMPERS    /////////////////////
 0AN3C  VDA5  CEL4  VDA6
 0AN3C  VDB5  CEL4  VDA6
 0AN3C  VDC5  CEL4  VDA6
 0AN5C  VDA5  CEL4  VDA6
 0AN5C  VDB5  CEL4  VDA6
 0AN5C  VDC5  CEL4  VDA6
C   $$$$$$$$$             BUSHING REACTORS     $$$$$$$$$$$$$$$
 0VDA5  VCA   VDA6  VICA
 0VCA   VDA5  VICA  VDA6
 0VDB5  VCB   VDA6  VICA
 0VCB   VDB5  VICA  VDA6
 0VDC5  VCC   VDA6  VICA
 0VCC   VDC5  VICA  VDA6
 0AN3C  CTH5C VDA6  VICA
 0CTH5C AN3C  VICA  VDA6
C
C    *  *  *  *  *   Y-DELTA XFMR LEAKAGE IMPEDANCE   *  *  *  *  *  *  *  *
C   +++++++++++   A.C. SOURCE SIDE    +++++++++++
 0AC5Y  TXA5  AC6Y  TXA6
 0BC5Y  TXB5  AC6Y  TXA6
 0CC5Y  TXC5  AC6Y  TXA6
C   +++++++++++   D.C. CONVERTER SIDE    +++++++++
 0TXA5C VDA5  TXA6C VDA6
 0TXB5C VDB5  TXA6C VDA6
 0TXC5C VDC5  TXA6C VDA6
C
C   <<<<<<<<<<<<<<<    Y-DELTA TRANSFORMER    >>>>>>>>>>>>>>>>>>>>>
51TXA5        TXA6
52TXA5C TXB5C
51TXB5        TXA6
52TXB5C TXC5C
51TXC5        TXA6
52TXC5C TXA5C
C
C
C                     SMOOTHING REACTOR, CELILO, POLE 4      ===================
 0CEL4  S4-                     500.                                           1
C                                                ============================
C            DC FILTERS, CELILO, POLE 4
C            CONSISTING OF 6TH AND HIGH-PASS FILTERS
C
 0S4-   ELEC1             6.3   280.  .7
 0S4-   HP4C                          2.5
 0HP4C  ELEC1             100.
 0ELEC1 HP4C                    7.0
C                                 ===========================================
C              SURGE CAPACITOR, CELILO, POLE 4
 0S4-   SURC4                         .7
 0SURC4                               5.
 0SURC4 ELEC1 GENAS BIGEA4
C            ============================================================
C                     SMOOTHING REACTOR, CELILO, POLE 3      ===================
 0CEL3  A3+   CEL4  S4-
C                                                ============================
C            DC FILTERS, CELILO, POLE 3
C            CONSISTING OF 6TH AND HIGH-PASS FILTERS
 0A3+   ELEC1 S4-   ELEC1
 0A3+   HP3C  S4-   HP4C
 0HP3C  ELEC1 HP4C  ELEC1
 0ELEC1 HP3C  ELEC1 HP4C
C                                 ===========================================
C              SURGE CAPACITOR, CELILO, POLE 3
 0A3+   SURC3 S4-   SURC4
 0SURC3       SURC4
 0SURC3 ELEC1 GENAS BIGEA4
C            ============================================================
C
C   *************************************************************************
C                    CELILO - SYLMAR LINE, 846 MILES (1362 KM)
C   *************************************************************************
C
-1S4-   4-282             .02   6.56  .0142 282.
-2A3+   3-282             .02   1.56  .0192 282.
-14-282 4-564 S4-   4-282
-23-282 3-564
-14-564 R4-   S4-   4-282
-23-564 R3+
C
C
C                     SMOOTHING REACTOR, SYLMAR, POLE 4      ===================
 0AN6S  SYL4  CEL4  S4-
C                                                ============================
C            DC FILTERS, SYLMAR, POLE 4
C            CONSISTING OF 6TH AND HIGH-PASS FILTERS
C
 0R4-   ELEC2 S4-   ELEC1
 0R4-   HP4   S4-   HP4C
 0HP4   ELEC2 HP4C  ELEC1
 0ELEC2 HP4   ELEC1 HP4C
C                                 ===========================================
C              SURGE CAPACITOR, SYLMAR, POLE 4
 0R4-   SURS4 S4-   SURC4
 0SURS4       SURC4
 0SURS4 ELEC2 GENAS BIGEA4
C            ============================================================
C                     SMOOTHING REACTOR, SYLMAR, POLE 3      ===================
 0CTH5S SYL3  CEL4  S4-
C                                                ============================
C            DC FILTERS, SYLMAR, POLE 3
C            CONSISTING OF 6TH AND HIGH-PASS FILTERS
C
 0R3+   ELEC2 S4-   ELEC1
 0R3+   HP3   S4-   HP4C
 0HP3   ELEC2 HP4C  ELEC1
 0ELEC2 HP3   ELEC1 HP4C
C                                 ===========================================
C              SURGE CAPACITOR, SYLMAR, POLE 3
 0R3+   SURS3 S4-   SURC4
 0SURS3       SURC4
 0SURS3 ELEC2 GENAS BIGEA4
C            ============================================================
C
C   LC CIRCUIT NEAR SMOOTHING REACTOR ON LINE AT SYLMAR ONLY    ..........
C
 0R4-   CAP4  GENAS BIGEA4
 0CAP4                                .06
 0CAP4  SYL4                    1.0
 0R3+   CAP3  GENAS BIGEA4
 0CAP3        CAP4
 0CAP3  SYL3  CAP4  SYL4
C
C
C                AC CIRCUIT OF POLE 4, SYLMAR
C       CONSISTS OF 5TH,7TH,11TH,13TH, AND HIGH-PASS FILTERS AND
C       CCT BREAKERS FOR EACH 3-PHASE BRIDGE.
C
 0AS6   11AS4 GENAS BIGEA4
 0BS6   11BS4 GENAS BIGEA4
 0CS6   11CS4 GENAS BIGEA4
 0AS2   11AS4 GENAS BIGEA4
 0BS2   11BS4 GENAS BIGEA4
 0CS2   11CS4 GENAS BIGEA4
 011AS4 L1A                     1.
 011BS4 L1B   11AS4 L1A
 011CS4 L1C   11AS4 L1A
 0L1A   A57-4 GENAS BIGEA4
 0L1B   B57-4 GENAS BIGEA4
 0L1C   C57-4 GENAS BIGEA4
 0A57-4                   4.    214.  1.32
 0B57-4       A57-4
 0C57-4       A57-4
 0      A57-4             5.7   214.  .67
 0      B57-4       A57-4
 0      C57-4       A57-4
 0A57-4 A13-4 GENAS BIGEA4
 0B57-4 B13-4 GENAS BIGEA4
 0C57-4 C13-4 GENAS BIGEA4
 0A13-4                   1.8   44.   1.33
 0B13-4       A13-4
 0C13-4       A13-4
 0      A13-4             2.2   44.   .95
 0      B13-4       A13-4
 0      C13-4       A13-4
 0A13-4 A4                34.5
 0A4    A13-4                   4.8
 0A4                                  4.5
 0B13-4 B4    A13-4 A4
 0B4    B13-4 A4    A13-4
 0B4          A4
 0C13-4 C4    A13-4 A4
 0C4    C13-4 A4    A13-4
 0C4          A4
 0A13-4 GENAR GENAS BIGEA4
 0B13-4 GENBR GENAS BIGEA4
 0C13-4 GENCR GENAS BIGEA4
C
C   ----------------------------------   GROUP 6, SYLMAR   --------------------
C   #######   ANODE REACTORS  ###############
 0AN6S  6-1   VI-1  VICA
 06-1   AN6S  VICA  VI-1
 0AN6S  6-3   VI-1  VICA
 06-3   AN6S  VICA  VI-1
 0AN6S  6-5   VI-1  VICA
 06-5   AN6S  VICA  VI-1
 06SA   6-4   VI-1  VICA
 06-4   6SA   VICA  VI-1
 06SB   6-6   VI-1  VICA
 06-6   6SB   VICA  VI-1
 06SC   6-2   VI-1  VICA
 06-2   6SC   VICA  VI-1
C   ######################   BYPASS ANODE REACTOR   ##############
C   ////////////////////////    VALVE DAMPERS    /////////////////////
 0AN6S  6SA   CEL4  VDA6
 0AN6S  6SB   CEL4  VDA6
 0AN6S  6SC   CEL4  VDA6
 0CTH6S 6SA   CEL4  VDA6
 0CTH6S 6SB   CEL4  VDA6
 0CTH6S 6SC   CEL4  VDA6
C   $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$   NO BUSHING REACTORS AT SYLMAR
C
C    *  *  *  *  *   Y-DELTA XFMR LEAKAGE IMPEDANCE   *  *  *  *  *  *  *  *
C   +++++++++++   A.C. SOURCE SIDE    +++++++++++
 0AS6Y  TXS6A AC6Y  TXA6
 0BS6Y  TXS6B AC6Y  TXA6
 0CS6Y  TXS6C AC6Y  TXA6
C   +++++++++++   D.C. CONVERTER SIDE    +++++++++
 0TXSA6 6SA   TXA6C VDA6
 0TXSB6 6SB   TXA6C VDA6
 0TXSC6 6SC   TXA6C VDA6
C
C   <<<<<<<<<<<<<<<    Y-DELTA TRANSFORMER    >>>>>>>>>>>>>>>>>>>>>
51TXS6A       TXA6
52TXSA6 TXSB6
51TXS6B       TXA6
52TXSB6 TXSC6
51TXS6C       TXA6
52TXSC6 TXSA6
C
C
C                              RESISTOR SEPARATING VALVE GROUPS AT SYLMAR ONLY!
C
C   --------------------------------  GROUP 4, SYLMAR   ----------------------
 0CTH6S AN2S               .01
C
C   --------------------------------  GROUP 2, SYLMAR   ----------------------
C   #######   ANODE REACTORS  ###############
 0AN2S  2-1   VI-1  VICA
 02-1   AN2S  VICA  VI-1
 0AN2S  2-3   VI-1  VICA
 02-3   AN2S  VICA  VI-1
 0AN2S  2-5   VI-1  VICA
 02-5   AN2S  VICA  VI-1
 02SA   2-4   VI-1  VICA
 02-4   2SA   VICA  VI-1
 02SB   2-6   VI-1  VICA
 02-6   2SB   VICA  VI-1
 02SC   2-2   VI-1  VICA
 02-2   2SC   VICA  VI-1
C   ######################   BYPASS ANODE REACTOR   ##############
C   ////////////////////////    VALVE DAMPERS    /////////////////////
 0AN2S  2SA   CEL4  VDA6
 0AN2S  2SB   CEL4  VDA6
 0AN2S  2SC   CEL4  VDA6
 0CTH2S 2SA   CEL4  VDA6
 0CTH2S 2SB   CEL4  VDA6
 0CTH2S 2SC   CEL4  VDA6
C   $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$   NO BUSHING REACTORS AT SYLMAR
C
C    *  *  *  *  *   Y-Y XFMR LEAKAGE IMPEDANCE       *  *  *  *  *  *  *  *
C   +++++++++++   A.C. SOURCE SIDE    +++++++++++
 0AS2Y  TXS2A AC2Y  TXA2
 0BS2Y  TXS2B AC2Y  TXA2
 0CS2Y  TXS2C AC2Y  TXA2
C   +++++++++++   D.C. CONVERTER SIDE    +++++++++
 0TXSA2 2SA   TXA2C VDA2
 0TXSB2 2SB   TXA2C VDA2
 0TXSC2 2SC   TXA2C VDA2
C
C   <<<<<<<<<<<<<<<    Y-Y TRANSFORMER        >>>>>>>>>>>>>>>>>>>>>
51TXS2A       TXA2
52TXSA2 NR2
51TXS2B       TXA2
52TXSB2 NR2
51TXS2C       TXA2
52TXSC2 NR2
C      -------------------------    ISOLATING Y-Y XFMR FROM GROUND   -----------
 0NR2         NS2
C      -------------------------------------------------------------------------
C
C      -------------------------------------------------------------------------
C                              GROUND ELECTRODE CIRCUIT, SYLMAR
 0CTH2S GR1S  AN2C  GR1C
 0GR1S  ELEC2 AN2C  GR1C
 0GR1S        GR1C
 0ELEC2 GR2S  AN2C  GR1C
 0GR2S  AN3S  AN2C  GR1C
 0GR2S        GR1C
 0ELEC2       ELEC1
C      -------------------------------------------------------------------------
C
C                AC CIRCUIT OF POLE 3, SYLMAR
C       CONSISTS OF 5TH,7TH,11TH,13TH, AND HIGH-PASS FILTERS AND
C       CCT BREAKERS FOR EACH 3-PHASE BRIDGE.
C
 0AS3   11AS3 GENAS BIGEA4
 0BS3   11BS3 GENAS BIGEA4
 0CS3   11CS3 GENAS BIGEA4
 0AS5   11AS3 GENAS BIGEA4
 0BS5   11BS3 GENAS BIGEA4
 0CS5   11CS3 GENAS BIGEA4
 011AS3 L2A   11AS4 L1A
 011BS3 L2B   11AS4 L1A
 011CS3 L2C   11AS4 L1A
 0L2A   A57-3 GENAS BIGEA4
 0L2B   B57-3 GENAS BIGEA4
 0L2C   C57-3 GENAS BIGEA4
 0A57-3       A57-4
 0B57-3       A57-4
 0C57-3       A57-4
 0      A57-3       A57-4
 0      B57-3       A57-4
 0      C57-3       A57-4
 0A57-3 A13-3 GENAS BIGEA4
 0B57-3 B13-3 GENAS BIGEA4
 0C57-3 C13-3 GENAS BIGEA4
 0A13-3       A13-4
 0B13-3       A13-4
 0C13-3       A13-4
 0      A13-3       A13-4
 0      B13-3       A13-4
 0      C13-3       A13-4
 0A13-3 A3    A13-4 A4
 0A3    A13-3 A4    A13-4
 0A3          A4
 0B13-3 B3    A13-4 A4
 0B3    B13-3 A4    A13-4
 0B3          A4
 0C13-3 C3    A13-4 A4
 0C3    C13-3 A4    A13-4
 0C3          A4
 0A13-3 GENAR GENAS BIGEA4
 0B13-3 GENBR GENAS BIGEA4
 0C13-3 GENCR GENAS BIGEA4
C
C   --------------------------------  GROUP 3, SYLMAR   ----------------------
C   #######   ANODE REACTORS  ## 0AN3S  3-1   VI-1  VICA
 03-1   AN3S  VICA  VI-1
 0AN3S  3-3   VI-1  VICA
 03-3   AN3S  VICA  VI-1
 0AN3S  3-5   VI-1  VICA
 03-5   AN3S  VICA  VI-1
 03SA   3-4   VI-1  VICA
 03-4   3SA   VICA  VI-1
 03SB   3-6   VI-1  VICA
 03-6   3SB   VICA  VI-1
 03SC   3-2   VI-1  VICA
 03-2   3SC   VICA  VI-1
C   ######################   BYPASS ANODE REACTOR   ##############
C   ////////////////////////    VALVE DAMPERS    /////////////////////
 0AN3S  3SA   CEL4  VDA6
 0AN3S  3SB   CEL4  VDA6
 0AN3S  3SC   CEL4  VDA6
 0CTH3S 3SA   CEL4  VDA6
 0CTH3S 3SB   CEL4  VDA6
 0CTH3S 3SC   CEL4  VDA6
C   $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$   NO BUSHING REACTORS AT SYLMAR
C
C    *  *  *  *  *   Y-Y XFMR LEAKAGE IMPEDANCE       *  *  *  *  *  *  *  *
C   +++++++++++   A.C. SOURCE SIDE    +++++++++++
 0AS3Y  TXS3A AC2Y  TXA2
 0BS3Y  TXS3B AC2Y  TXA2
 0CS3Y  TXS3C AC2Y  TXA2
C   +++++++++++   D.C. CONVERTER SIDE    +++++++++
 0TXSA3 3SA   TXA2C VDA2
 0TXSB3 3SB   TXA2C VDA2
 0TXSC3 3SC   TXA2C VDA2
C
C   <<<<<<<<<<<<<<<    Y-Y TRANSFORMER        >>>>>>>>>>>>>>>>>>>>>
51TXS3A       TXA2
52TXSA3 NR3
51TXS3B       TXA2
52TXSB3 NR3
51TXS3C       TXA2
52TXSC3 NR3
C      -------------------------    ISOLATING Y-Y XFMR FROM GROUND   -----------
 0NR3         NS2
C      -------------------------------------------------------------------------
C
C                              RESISTOR SEPARATING VALVE GROUPS AT SYLMAR ONLY!
 0CTH3S AN5S               .01
C   ----------------------------------   GROUP 5, SYLMAR   --------------------
C   #######   ANODE REACTORS  ###############
 0AN5S  5-1   VI-1  VICA
 05-1   AN5S  VICA  VI-1
 0AN5S  5-3   VI-1  VICA
 05-3   AN5S  VICA  VI-1
 0AN5S  5-5   VI-1  VICA
 05-5   AN5S  VICA  VI-1
 05SA   5-4   VI-1  VICA
 05-4   5SA   VICA  VI-1
 05SB   5-6   VI-1  VICA
 05-6   5SB   VICA  VI-1
 05SC   5-2   VI-1  VICA
 05-2   5SC   VICA  VI-1
C   ######################   BYPASS ANODE REACTOR   ##############
C   ////////////////////////    VALVE DAMPERS    /////////////////////
 0AN5S  5SA   CEL4  VDA6
 0AN5S  5SB   CEL4  VDA6
 0AN5S  5SC   CEL4  VDA6
 0CTH5S 5SA   CEL4  VDA6
 0CTH5S 5SB   CEL4  VDA6
 0CTH5S 5SC   CEL4  VDA6
C   $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$   NO BUSHING REACTORS AT SYLMAR
C
C    *  *  *  *  *   Y-DELTA XFMR LEAKAGE IMPEDANCE   *  *  *  *  *  *  *  *
C   +++++++++++   A.C. SOURCE SIDE    +++++++++++
 0AS5Y  TXS5A AC6Y  TXA6
 0BS5Y  TXS5B AC6Y  TXA6
 0CS5Y  TXS5C AC6Y  TXA6
C   +++++++++++   D.C. CONVERTER SIDE    +++++++++
 0TXSA5 5SA   TXA6C VDA6
 0TXSB5 5SB   TXA6C VDA6
 0TXSC5 5SC   TXA6C VDA6
C
C   <<<<<<<<<<<<<<<    Y-DELTA TRANSFORMER    >>>>>>>>>>>>>>>>>>>>>
51TXS5A       TXA6
52TXSA5 TXSB5
51TXS5B       TXA6
52TXSB5 TXSC5
51TXS5C       TXA6
52TXSC5 TXSA5
C
C   $$$$$$$$$$$$$$$$$$$$$$$$$  LEAKAGE CAPACITANCE ACROSS VALVES
C
 0VICA  CTH6C                         .001
 0VICB  CTH6C VICA  CTH6C
 0VICC  CTH6C VICA  CTH6C
 0AN6C  VICA  VICA  CTH6C
 0AN6C  VICB  VICA  CTH6C
 0AN6C  VICC  VICA  CTH6C
 0IICA  CTH2C VICA  CTH6C
 0IICB  CTH2C VICA  CTH6C
 0IICC  CTH2C VICA  CTH6C
 0AN2C  IICA  VICA  CTH6C
 0AN2C  IICB  VICA  CTH6C
 0AN2C  IICC  VICA  CTH6C
 0IIICA CTH3C VICA  CTH6C
 0IIICB CTH3C VICA  CTH6C
 0IIICC CTH3C VICA  CTH6C
 0AN3C  IIICA VICA  CTH6C
 0AN3C  IIICB VICA  CTH6C
 0AN3C  IIICC VICA  CTH6C
 0VCA   CTH5C VICA  CTH6C
 0VCB   CTH5C VICA  CTH6C
 0VCC   CTH5C VICA  CTH6C
 0AN5C  VCA   VICA  CTH6C
 0AN5C  VCB   VICA  CTH6C
 0AN5C  VCC   VICA  CTH6C
 06SA   CTH6S VICA  CTH6C
 06SB   CTH6S VICA  CTH6C
 06SC   CTH6S VICA  CTH6C
 0AN6S  6SA   VICA  CTH6C
 0AN6S  6SB   VICA  CTH6C
 0AN6S  6SC   VICA  CTH6C
 02SA   CTH2S VICA  CTH6C
 02SB   CTH2S VICA  CTH6C
 02SC   CTH2S VICA  CTH6C
 0AN2S  2SA   VICA  CTH6C
 0AN2S  2SB   VICA  CTH6C
 0AN2S  2SC   VICA  CTH6C
 03SA   CTH3S VICA  CTH6C
 03SB   CTH3S VICA  CTH6C
 03SC   CTH3S VICA  CTH6C
 0AN3S  3SA   VICA  CTH6C
 0AN3S  3SB   VICA  CTH6C
 0AN3S  3SC   VICA  CTH6C
 05SA   CTH5S VICA  CTH6C
 05SB   CTH5S VICA  CTH6C
 05SC   CTH5S VICA  CTH6C
 0AN5S  5SA   VICA  CTH6C
 0AN5S  5SB   VICA  CTH6C
 0AN5S  5SC   VICA  CTH6C
BLANK  card ending electric network branch cards
C        (((((((((((   BRIDGE CIRCUIT BREAKERS, CELILO   ))))))))))))))))))))
  AC6   AC6Y     -10.E-3    10.E+3
  BC6   BC6Y     -10.E-3    10.E+3
  CC6   CC6Y     -10.E-3    10.E+3
  AC2   AC2Y     -10.E-3    10.E+3
  BC2   BC2Y     -10.E-3    10.E+3
  CC2   CC2Y     -10.E-3    10.E+3
  AC3   AC3Y     -10.E-3    10.E+3
  BC3   BC3Y     -10.E-3    10.E+3
  CC3   CC3Y     -10.E-3    10.E+3
  AC5   AC5Y     -10.E-3    10.E+3
  BC5   BC5Y     -10.E-3    10.E+3
  CC5   CC5Y     -10.E-3    10.E+3
C
C        (((((((((((   BRIDGE CIRCUIT BREAKERS, SYLMAR   ))))))))))))))))))))
  AS6   AS6Y     -10.E-3    10.E+3
  BS6   BS6Y     -10.E-3    10.E+3
  CS6   CS6Y     -10.E-3    10.E+3
  AS2   AS2Y     -10.E-3    10.E+3
  BS2   BS2Y     -10.E-3    10.E+3
  CS2   CS2Y     -10.E-3    10.E+3
  AS3   AS3Y     -10.E-3    10.E+3
  BS3   BS3Y     -10.E-3    10.E+3
  CS3   CS3Y     -10.E-3    10.E+3
  AS5   AS5Y     -10.E-3    10.E+3
  BS5   BS5Y     -10.E-3    10.E+3
  CS5   CS5Y     -10.E-3    10.E+3
C    [[[[[[[[[[[[[                           ]]]]]]]]]]]]]]]]]]]]]]]]]]
C                     VALVES AT CELILO
C    [[[[[[[[[[[[[                           ]]]]]]]]]]]]]]]]]]]]]]]]]]
11VI-1  CTH6C                                                   F2SI          1
11VI-3  CTH6C                                                   F4SI          1
11VI-5  CTH6C                                                   F6SI          13
11VI-4  VICA                                                    F5SI          1
11VI-6  VICB                                                    F1SI          1
11VI-2  VICC                                                    F3SI          1
11II-1  CTH2C                                                   F2SII         1
11II-3  CTH2C                                                   F4SII         13
11II-5  CTH2C                                                   F6SII         1
11II-4  IICA                                                    F5SII         1
11II-6  IICB                                                    F1SII         1
11II-2  IICC                                                    F3SII         1
11III-1 CTH3C                                                   F2SII         1
11III-3 CTH3C                                                   F4SII         1
11III-5 CTH3C                                                   F6SII         1
11III-4 IIICA                                                   F5SII         1
11III-6 IIICB                                                   F1SII         1
11III-2 IIICC                                                   F3SII         1
11V-1   CTH5C                                                   F2SI          13
11V-3   CTH5C                                                   F4SI          1
11V-5   CTH5C                                                   F6SI          1
11V-4   VCA                                                     F5SI          1
11V-6   VCB                                                     F1SI          1
11V-2   VCC                                                     F3SI          1
C    [[[[[[[[[[[[[                           ]]]]]]]]]]]]]]]]]]]]]]]]]]
C                     VALVES AT SYLMAR
C    [[[[[[[[[[[[[                           ]]]]]]]]]]]]]]]]]]]]]]]]]]
116-1   6SA                                                     F5RIII        1
116-3   6SB                                                     F1RIII        1
116-5   6SC                                                     F3RIII        1
116-4   CTH6S                                                   F2RIII        1
116-6   CTH6S                                                   F4RIII        1
116-2   CTH6S                                                   F6RIII        1
112-1   2SA                                                     F5RIV         1
112-3   2SB                                                     F1RIV         1
112-5   2SC                                                     F3RIV         1
112-4   CTH2S                                                   F2RIV         1
112-6   CTH2S                                                   F4RIV         1
112-2   CTH2S                                                   F6RIV         1
113-1   3SA                                                     F5RIV         1
113-3   3SB                                                     F1RIV         1
113-5   3SC                                                     F3RIV         1
113-4   CTH3S                                                   F2RIV         1
113-6   CTH3S                                                   F4RIV         1
113-2   CTH3S                                                   F6RIV         1
115-1   5SA                                                     F5RIII        1
115-3   5SB                                                     F1RIII        1
115-5   5SC                                                     F3RIII        1
115-4   CTH5S                                                   F2RIII        1
115-6   CTH5S                                                   F4RIII        1
115-2   CTH5S                                                   F6RIII        1
C    [[[[[[[[[[[[[                           ]]]]]]]]]]]]]]]]]]]]]]]]]]
BLANK  card ending switch and valve cards
14GENAS    191.88     60.     - 90.                         -1.
14GENBS    191.88     60.      150.                         -1.
14GENCS    191.88     60.       30.                         -1.
14GENAR    177.00     60.     - 90.                         -1.
14GENBR    177.00     60.      150.                         -1.
14GENCR    177.00     60.       30.                         -1.
C --------------+------------------------------
C From bus name |  Names of all adjacent busses.
C --------------+------------------------------
C        GENAS  | BIGEA4*BIGEA3*
C        BIGEA4 | TERRA *TERRA *GENAS *13AC4 *
C        GENBS  | BIGEB4*BIGEB3*
C        BIGEB4 | TERRA *TERRA *GENBS *13BC4 *
C        GENCS  | BIGEC4*BIGEC3*
C        BIGEC4 | TERRA *TERRA *GENCS *13CC4 *
BLANK  card ending electric network source cards
C Pi-equivalent branches of distributed circuits ... ween indices  50   and  58.
C       Total network loss  P-loss  by summing injections =   7.782692850288E-01
C                                Output for steady-state phasor switch currents.
C       Node-K    Node-M              I-real            I-imag            I-magn
C        AC6       AC6Y      -1.75378290E-03   -1.51306605E-04    1.76029774E-03
C        BC6       BC6Y       7.45856087E-04    1.59447385E-03    1.76029774E-03
C        CC6       CC6Y       1.00792681E-03   -1.44316724E-03    1.76029774E-03
C        AC2       AC2Y      -1.72569218E-03   -1.52548790E-04    1.73242161E-03
C        BC2       BC2Y       7.30734970E-04    1.57076766E-03    1.73242161E-03
C                                         < <  Etc.  for many more switches  > >
C Step    Time      VI-5       II-3       V-1        S4-        4-282      4-564
C                   CTH6C      CTH2C      CTH5C
C
C                     R3+        VI-5       II-3       V-1        CEL4
C                                CTH6C      CTH2C      CTH5C      S4-
C ***      Phasor I(0) = -1.7537829E-03   Switch  "AC6   "  to  "AC6Y  "  closed
C ***      Phasor I(0) =  7.4585609E-04   Switch  "BC6   "  to  "BC6Y  "  closed
C ***      Phasor I(0) =  1.0079268E-03   Switch  "CC6   "  to  "CC6Y  "  closed
C ***      Phasor I(0) = -1.7256922E-03   Switch  "AC2   "  to  "AC2Y  "  closed
C                                         < <  Etc.  for many more switches  > >
C   0     0.0  92.4476735 -80.392419 -46.233822  -.819E-12 -.1172E-13 .63533E-12
C              -.1507E-12        0.0        0.0        0.0 .75976E-15
C   1   .5E-4  92.4314685 -81.253201  -44.71671 -.8331E-12 -.1594E-13  .6287E-12
C              -.1585E-12        0.0        0.0        0.0 .66724E-15
C
C  60    .003  39.3727405 -76.238222 52.7516794 -.1792E-12 -.4468E-12 -.4678E-14
C              .13348E-12        0.0        0.0        0.0 .19966E-17
C            Valve   "II-6  "  to  "IICB  "  closing after  3.85000000E-03  sec.
C            Valve   "III-6 "  to  "IIICB "  closing after  3.85000000E-03  sec.
C  80    .004  10.9218031 -49.021132 82.2441262 .351391677 -.3948E-12 -.1425E-12
C              .27674E-12        0.0        0.0        0.0 .008847337
C            Valve   "II-6  "  to  "IICB  "  opening after  4.40000000E-03  sec.
C            Valve   "III-6 "  to  "IIICB "  opening after  4.40000000E-03  sec.
C            Valve   "2-3   "  to  "2SB   "  closing after  4.60000000E-03  sec.
C            Valve   "3-3   "  to  "3SB   "  closing after  4.60000000E-03  sec.
C 100    .005  -15.400648 -6.2930283 103.579402 .261261466 -.2871E-13 -.3294E-12
C              .480225773        0.0        0.0        0.0 -.00385764
  S4-   4-282 4-564 R4-   A3+   3-282 3-564 R3+
BLANK  card ending output variable requests (just node voltages, here)
C            Valve   "6-2   "  to  "CTH6S "  closing after  1.95500000E-02  sec.
C            Valve   "5-2   "  to  "CTH5S "  closing after  1.95500000E-02  sec.
C            Valve   "6-6   "  to  "CTH6S "  opening after  1.96500000E-02  sec.
C            Valve   "5-6   "  to  "CTH5S "  opening after  1.96500000E-02  sec.
C 400     .02         0.0 -54.075016 30.0149023 221.835361 219.299117 204.062343
C              -190.73923 .526719239        0.0        0.0 .534347606
C Variable max:133.775933 148.031013 155.971885 221.835361 219.299117 204.062343
C              4.32878878 .743966149 .528582385 .356896792  .59792085
C Times of max :   .01655      .0101      .0064        .02        .02        .02
C                   .0082      .0168      .0103       .011      .0184
C Variable min:-187.32326 -180.64358 -231.51084 -.1085E-11 -.5442E-12 -3.1712838
C              -190.73923 -.03732442 -.09128378 -.20023036 -.00626357
C Times of min :   .00665      .0155      .0117     .65E-3     .00345      .0082
C                     .02      .0065     .01535     .01165      .0048
  PRINTER PLOT
 194 2. 0.0 20.         VI-5  CTH6C            { Axis limits : (-0.373,   7.440)
 144 2. 0.0 20.         S4-                     { Axis limits : (0.000,   2.218)
BLANK  card terminating batch-mode plot cards
BEGIN NEW DATA CASE
BLANK