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Diffstat (limited to 'benchmarks/dc32b.dat')
| -rw-r--r-- | benchmarks/dc32b.dat | 83 |
1 files changed, 83 insertions, 0 deletions
diff --git a/benchmarks/dc32b.dat b/benchmarks/dc32b.dat new file mode 100644 index 0000000..75de67d --- /dev/null +++ b/benchmarks/dc32b.dat @@ -0,0 +1,83 @@ +BEGIN NEW DATA CASE
+C BENCHMARK DC-32 --- modify
+PRINTED NUMBER WIDTH, 12, 2, { Request maximum precision (for 8 output columns)
+ .000020 .01006
+ 1 1 1 1 1 -1
+ 5 5 10 10 50 50 500 1
+C Three 2-winding saturable transformers having unity turns ratios are
+C delta-connected on the source side, and grounded-Y on the rectifier
+C side. The magnetizing branch is both nonlinear and lossy:
+ TRANSFORMER .01 .05TRANA 1.E5 1
+ .01 .05
+ .02 .06
+ .05 .07
+ .15 .08
+ 9999
+ 1GENA GENB .06 .01 115.
+ 2SECA .06 .01 115.
+ TRANSFORMER TRANA TRANB 1
+ 1GENB GENC
+ 2SECB
+ TRANSFORMER TRANA TRANC 1
+ 1GENC GENA
+ 2SECC
+C Small impedance branches are used (prior to "M34." generalized switch
+C logic) to isolate switches from each other at "POLEA". R = 5 ohms.
+C Although in theory such isolation is no longer required, do not try
+C to remove these 9 resistors, since they provide necessary damping.
+C Note that these resistors are not of negligible value:
+ CATH1 POLEA 5.0
+ CATH2 POLEA CATH1 POLEA
+ CATH3 POLEA CATH1 POLEA
+C More small impedances used for switch isolation at node "POLEB", and
+C also at the transformer secondary. Half the value of "POLEA" is used,
+C for balance:
+ CATH4 SECC 2.5
+ CATH5 SECA CATH4 SECC
+ CATH6 SECB CATH4 SECC
+ AN4 POLEB CATH4 SECC
+ AN5 POLEB CATH4 SECC
+ AN6 POLEB CATH4 SECC
+C 2-conductor distributed line connects "POLE" with "LOAD". Inductance
+C parameters are 5.8 and 1.6 millihenries for the ground and sky modes,
+C respectively. Length is five miles. Values are typical for 500 kV line:
+-1POLEA LOADA 0.3 5.8 .012 5.0
+-2POLEB LOADB .03 1.6 .019 5.0
+C Large stray capacitance ties the dc side to ground:
+ POLEA 100.
+ POLEB POLEA
+C Load on dc side is parallel 200 ohm R and 100 microfarad capacitance:
+ LOADA LOADB 200.
+ LOADA LOADB 100.
+C One-ohm grounding resistance, for later fault (see DC-49 continuation).
+ LOADA FAULT 1.0
+BLANK card ending all branch cards
+C First switch is to be the fault switch (open here, and closed in DC-49):
+ FAULT 1.0 2.0
+C Bridge circuit consisting of 6 uncontrolled valves (i.e., diodes). Those
+C numbered 1, 2, and 3 feed "POLEA", making it positive with respect to
+C ground. Diodes 4, 5, and 6 feed "POLEB", making it negative.
+11SECB CATH1 13
+11SECA CATH2 CLOSED 13
+C The following card serves to name the switch following it. To see the
+C results of this activity, interactively execute the "SWITCH" command of
+C SPY, sending "EXTRA" for the alternative table. Another point: note
+C the exclamation point, which is needed to hold lower case within A6 name
+C (assuming KINSEN = 1 within STARTUP). No such control for valve six.
+ NAME: Valve3 ! { Request "NAME: " of cols. 3-8 precedes A6 valve name in 9-14
+11SECC CATH3 13
+11AN4 CATH4 CLOSED 13
+11AN5 CATH5 13
+ NAME: Valve6 { Request "NAME: " of columns 3-8 precedes A6 valve name in 9-14
+11AN6 CATH6 CLOSED 13
+BLANK card terminating the last switch card
+C Balanced 3-phase source of 400 Hz is connected to transformer delta side:
+14GENA 93.897 400. -30. -1.
+14GENB 93.897 400. -150. -1.
+14GENC 93.897 400. 90. -1.
+BLANK card ending all source cards
+ 1 { Request for all node voltage outputs
+BLANK card ending the last plot cards
+BEGIN NEW DATA CASE
+BLANK
+
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