chengkai3
372 lines
19 KiB
Plaintext
Executable File
372 lines
19 KiB
Plaintext
Executable File
BEGIN NEW DATA CASE
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C --------------------------------------------------------
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C Generated by ATPDRAW 九月, 星期五 22, 2023
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C A Bonneville Power Administration program
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C by H. K. H鴌dalen at SEfAS/NTNU - NORWAY 1994-2015
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C --------------------------------------------------------
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POWER FREQUENCY 50.
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$DUMMY, XYZ000
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C dT >< Tmax >< Xopt >< Copt ><Epsiln>
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5.E-9 2.E-5 50. 50.
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500 1 1 1 1 0 0 1 0
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$PARAMETER
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RER001=RER001I
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RELENS____=RELENSI
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RELE06=RELE06I
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RELE05=RELE05I
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RELE04=RELE04I
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RELE03=RELE03I
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RELE02=RELE02I
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RELE01=RELE01I
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REIGAN____=REIGANI
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REIAMP____=REIAMPI
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REHG______=REHGI
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REHC3_____=REHC3I
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REHC2_____=REHC2I
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REHC1_____=REHC1I
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HIAMP_____=HIAMPI
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BLANK $PARAMETER
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/TACS
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TACS HYBRID
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98XX0004 =FUN1
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98VGAN1 = VMGAN1 * FUN12
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C 分段函数1作用时间段
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11T1 1. 2.6E-6
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C 壁雷线高度
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11HG REHG______ 1.
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98XX0013 =FUN3
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98XX0014 =HC1
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98XX0015 =HG
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98XX0017 = XX0015 / XX0016
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98XX0016 =HC1
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98XX0120 = XX0017 * XX0119
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98XX0119 =K0
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C 导线1高度
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11HC1 REHC1_____ 1.
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98XX0018 =1
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98FUN12 = XX0013 + XX0004
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C 绝缘子长度
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11LENS RELENS____ 1.
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C 分段函数1表达式 TIMEX*1E6 表示微秒
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98FUN1 =TIMEX/2.6*1E6*T1
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C 耦合系数
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11K0 .25 1.
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C 陡度，新2.2I^0.4，2.2*(ABS(IAMP))**0.4 ，旧：I/2.6,，ABS(IAMP)/2.6
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98XIELVI =2.2*(ABS(IAMP))**0.4
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C 雷电流输入
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11IAMP REIGAN____ 1.
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98VMGAN1 = 1.E3 * XX0019
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C 判断结果输入
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98XX0020 =REOUT1
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C 绝缘子串伏秒特性曲线
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98XX0121 =FUMIAO
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90XXJUE1 1.
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90LINE1A 1.
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C 2相绝缘子串电压
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98VJUE2 =ABS(XXJUE2-LINE1B)
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98XX0021 =UNITY*10
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98XX002252 +XX0021 1. XX0121XX0122
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C 绝缘子1 判断结果输出
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98REOUT264 +XX0022 1.
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C 分段函数2作用时间段
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11T2 1. 2.6E-6 5.E-5
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C 2相
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98XX0123 =VGAN2
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98XX0033 =FUN1
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C 绝缘子串伏秒特性曲线
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98FUMIAO =(400+710*(TIMEX*1E6)**(-0.75))*LENS*1E3
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C 1相绝缘子串电压
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98VJUE1 =ABS(XXJUE1-LINE1A)
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C 判断结果输入
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98XX0034 =REOUT2
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98XX0035 =UNITY*10
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98XX003652 +XX0035 1. XX0135XX0136
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C 绝缘子1 判断结果输出
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98REOUT164 +XX0036 1.
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98VGAN3 = VMGAN3 * XX0047
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C 2相
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98XX0151 =VGAN1
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98XX0122 = XX0123 + VJUE2
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98XX0048 =FUN1
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98VGAN2 = VMGAN2 * XX0049
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98XX0050 =FUN3
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98XX0051 =HC2
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98XX0052 =HG
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98XX0054 = XX0052 / XX0053
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98XX0053 =HC2
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98XX0128 = XX0054 * XX0124
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98XX0124 =K0
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98XX0055 =1
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98XX0049 = XX0050 + XX0048
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C 感应过电压曲线
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98XX0171 =XIELVI
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98VMGAN2 = 1.E3 * XX0056
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98XX0057 = XX0055 - XX0128
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98XX0129 = XX0171 * XX0051
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98XX0056 = XX0129 * XX0057
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90XXJUE2 1.
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90LINE1B 1.
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C 导线1高度
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11HC2 REHC2_____ 1.
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C 导线1高度
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11HC3 REHC3_____ 1.
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98XX0058 =FUN3
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98XX0059 =HC3
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98XX0060 = XX0018 - XX0120
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98XX0061 =HG
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98XX0063 = XX0061 / XX0062
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98XX0062 =HC3
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98XX0139 = XX0063 * XX0137
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98XX0137 =K0
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98XX0064 =1
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98XX0047 = XX0058 + XX0033
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C 感应过电压曲线
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98XX0170 =XIELVI
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98VMGAN3 = 1.E3 * XX0065
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98XX0066 = XX0064 - XX0139
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98XX0140 = XX0170 * XX0059
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98XX0065 = XX0140 * XX0066
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C 绝缘子串伏秒特性曲线
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98XX0141 =FUMIAO
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C 2相绝缘子串电压
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98VJUE3 =ABS(XXJUE3-LINE1C)
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98XX0067 =UNITY*10
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98XX006852 +XX0067 1. XX0141XX0142
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C 绝缘子1 判断结果输出
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98REOUT364 +XX0068 1.
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C 2相
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98XX0143 =VGAN3
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98XX0142 = XX0143 + VJUE3
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C 判断结果输入
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98XX0079 =REOUT3
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90XXJUE3 1.
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90LINE1C 1.
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C 判断结果输入
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98XX0081 =REOUT1
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98XX0136 = XX0151 + VJUE1
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C 分段函数2表达式
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98FUN2 =-(TIMEX*1E6-50)/(50-2.6)*T2
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C 分段函数2，不衰减
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98FUN3 =T2
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C 判断结果输入
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98XX0084 =REOUT2
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C 判断结果输入
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98XX0087 =REOUT3
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C 感应过电压曲线
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98XX0172 =XIELVI
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C 绝缘子串伏秒特性曲线
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98XX0135 =FUMIAO
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98XX0150 = XX0172 * XX0014
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98XX0019 = XX0150 * XX0060
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33VGAN1
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33VMGAN1
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33FUN1
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33FUN2
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33FUN3
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33FUMIAO
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33VJUE2
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33VGAN2
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33VMGAN2
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33REOUT1
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33REOUT2
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33VGAN3
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33VMGAN3
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33VJUE3
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33REOUT3
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33VJUE1
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C 1 2 3 4 5 6 7 8
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C 345678901234567890123456789012345678901234567890123456789012345678901234567890
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/BRANCH
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C < n1 >< n2 ><ref1><ref2>< R >< L >< C >
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C < n1 >< n2 ><ref1><ref2>< R >< A >< B ><Leng><><>0
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-1XX0133XX0001 150. 2.5E8RELE01 1 0 0
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-1XX0115XX0002 150. 2.5E8RELE01 1 0 0
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-1XX0162XX0116 200. 2.5E8RELE05 1 0 0
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-1XX0117XX0169 200. 2.5E8RELE06 1 0 0
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-1XX0116XX0115 150. 2.5E8 20. 1 0 0
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-1XX0116XX0115 1350. 2.5E8 30. 1 0 0
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-1XX0117XX0115 150. 2.5E8 20. 1 0 0
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-1XX0117XX0115 1350. 2.5E8 30. 1 0 0
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-1XX0116XX0003 200. 2.5E8 7.75 1 0 0
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-1XX0003XX0117 200. 2.5E8 7.75 1 0 0
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-1XX0115XX0002 1350. 2.5E8RELE02 1 0 0
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XX0002 RER001 0
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-1XX0005XX0116 200. 2.5E8RELE03 1 0 0
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-1XX0117XX0006 200. 2.5E8RELE04 1 0 0
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-1XX0125XX0007 150. 2.5E8RELE01 1 0 0
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-1XX0183XX0130 200. 2.5E8RELE05 1 0 0
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-1XX0131XX0179 200. 2.5E8RELE06 1 0 0
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-1XX0130XX0125 150. 2.5E8 20. 1 0 0
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-1XX0130XX0125 1350. 2.5E8 30. 1 0 0
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-1XX0131XX0125 150. 2.5E8 20. 1 0 0
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-1XX0131XX0125 1350. 2.5E8 30. 1 0 0
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-1XX0130XX0008 200. 2.5E8 7.75 1 0 0
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-1XX0008XX0131 200. 2.5E8 7.75 1 0 0
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-1XX0125XX0007 1350. 2.5E8RELE02 1 0 0
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XX0007 RER001 0
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-1XX0009XX0130 200. 2.5E8RELE03 1 0 0
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-1XX0131XX0010 200. 2.5E8RELE04 1 0 0
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||
-1XX0138XX0011 150. 2.5E8RELE01 1 0 0
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-1XX0159XX0144 200. 2.5E8RELE05 1 0 0
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-1XX0145XX0156 200. 2.5E8RELE06 1 0 0
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XX0012 400. 0
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-1XX0144XX0138 150. 2.5E8 20. 1 0 0
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XX0082 1. 0
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XX0085 1. 0
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99LINE1AXXJUE1 8.4E5 1
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0.001 8.4E5
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1. 1.133E6
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100. 1.161E6
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1.E3 1.243E6
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5.E3 1.35E6
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9999
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-1XX0144XX0138 1350. 2.5E8 30. 1 0 0
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XX0088 1. 0
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-1XX0145XX0138 150. 2.5E8 20. 1 0 0
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||
-1XX0145XX0138 1350. 2.5E8 30. 1 0 0
|
||
-1XX0144XX0089 200. 2.5E8 7.75 1 0 0
|
||
-1XX0089XX0145 200. 2.5E8 7.75 1 0 0
|
||
-1XX0138XX0011 1350. 2.5E8RELE02 1 0 0
|
||
XX0011 RER001 0
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||
-1XX0090XX0144 200. 2.5E8RELE03 1 0 0
|
||
-1XX0145XX0091 200. 2.5E8RELE04 1 0 0
|
||
-1XX0152XX0092 150. 2.5E8RELE01 1 0 0
|
||
-1XX0132XX0153 200. 2.5E8RELE05 1 0 0
|
||
-1XX0154XX0118 200. 2.5E8RELE06 1 0 0
|
||
-1XX0153XX0152 150. 2.5E8 20. 1 0 0
|
||
-1XX0153XX0152 1350. 2.5E8 30. 1 0 0
|
||
-1XX0154XX0152 150. 2.5E8 20. 1 0 0
|
||
-1XX0154XX0152 1350. 2.5E8 30. 1 0 0
|
||
-1XX0153XX0093 200. 2.5E8 7.75 1 0 0
|
||
-1XX0093XX0154 200. 2.5E8 7.75 1 0 0
|
||
-1XX0152XX0092 1350. 2.5E8RELE02 1 0 0
|
||
XX0092 RER001 0
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||
-1XX0094XX0153 200. 2.5E8RELE03 1 0 0
|
||
-1XX0154XX0095 200. 2.5E8RELE04 1 0 0
|
||
-1XX0157XX0096 150. 2.5E8RELE01 1 0 0
|
||
-1XX0126XX0158 200. 2.5E8RELE05 1 0 0
|
||
-1XX0161XX0127 200. 2.5E8RELE06 1 0 0
|
||
-1XX0158XX0157 150. 2.5E8 20. 1 0 0
|
||
-1XX0158XX0157 1350. 2.5E8 30. 1 0 0
|
||
-1XX0161XX0157 150. 2.5E8 20. 1 0 0
|
||
-1XX0161XX0157 1350. 2.5E8 30. 1 0 0
|
||
-1XX0158XX0097 200. 2.5E8 7.75 1 0 0
|
||
-1XX0097XX0161 200. 2.5E8 7.75 1 0 0
|
||
-1XX0157XX0096 1350. 2.5E8RELE02 1 0 0
|
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XX0096 RER001 0
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||
-1XX0098XX0158 200. 2.5E8RELE03 1 0 0
|
||
-1XX0161XX0099 200. 2.5E8RELE04 1 0 0
|
||
-1XX0165XX0100 150. 2.5E8RELE01 1 0 0
|
||
-1XX0146XX0166 200. 2.5E8RELE05 1 0 0
|
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-1XX0167XX0149 200. 2.5E8RELE06 1 0 0
|
||
-1XX0166XX0165 150. 2.5E8 20. 1 0 0
|
||
-1XX0166XX0165 1350. 2.5E8 30. 1 0 0
|
||
-1XX0167XX0165 150. 2.5E8 20. 1 0 0
|
||
-1XX0167XX0165 1350. 2.5E8 30. 1 0 0
|
||
-1XX0114XX0163 200. 2.5E8RELE05 1 0 0
|
||
-1XX0164XX0012 200. 2.5E8RELE06 1 0 0
|
||
-1XX0163XX0133 150. 2.5E8 20. 1 0 0
|
||
-1XX0163XX0133 1350. 2.5E8 30. 1 0 0
|
||
-1XX0164XX0133 150. 2.5E8 20. 1 0 0
|
||
-1XX0164XX0133 1350. 2.5E8 30. 1 0 0
|
||
-1XX0163XXJUE2 200. 2.5E8 7.75 1 0 0
|
||
-1XXJUE2XX0164 200. 2.5E8 7.75 1 0 0
|
||
-1XX0166XX0101 200. 2.5E8 7.75 1 0 0
|
||
-1XX0133XX0001 1350. 2.5E8RELE02 1 0 0
|
||
XX0001 RER001 0
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||
-1XXJUE1XX0163 200. 2.5E8RELE03 1 0 0
|
||
-1XX0164XXJUE3 200. 2.5E8RELE04 1 0 0
|
||
-1XX0101XX0167 200. 2.5E8 7.75 1 0 0
|
||
-1XX0165XX0100 1350. 2.5E8RELE02 1 0 0
|
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XX0100 RER001 0
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||
-1XX0102XX0166 200. 2.5E8RELE03 1 0 0
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||
-1XX0167XX0103 200. 2.5E8RELE04 1 0 0
|
||
-1XX0173XX0104 150. 2.5E8RELE01 1 0 0
|
||
-1XX0176XX0174 200. 2.5E8RELE05 1 0 0
|
||
-1XX0175XX0178 200. 2.5E8RELE06 1 0 0
|
||
-1XX0174XX0173 150. 2.5E8 20. 1 0 0
|
||
-1XX0174XX0173 1350. 2.5E8 30. 1 0 0
|
||
-1XX0175XX0173 150. 2.5E8 20. 1 0 0
|
||
-1XX0175XX0173 1350. 2.5E8 30. 1 0 0
|
||
-1XX0174XX0105 200. 2.5E8 7.75 1 0 0
|
||
-1XX0105XX0175 200. 2.5E8 7.75 1 0 0
|
||
-1XX0173XX0104 1350. 2.5E8RELE02 1 0 0
|
||
XX0104 RER001 0
|
||
-1XX0106XX0174 200. 2.5E8RELE03 1 0 0
|
||
-1XX0175XX0107 200. 2.5E8RELE04 1 0 0
|
||
-1XX0180XX0108 150. 2.5E8RELE01 1 0 0
|
||
-1XX0168XX0181 200. 2.5E8RELE05 1 0 0
|
||
-1XX0182XX0155 200. 2.5E8RELE06 1 0 0
|
||
-1XX0181XX0180 150. 2.5E8 20. 1 0 0
|
||
-1XX0181XX0180 1350. 2.5E8 30. 1 0 0
|
||
-1XX0182XX0180 150. 2.5E8 20. 1 0 0
|
||
-1XX0182XX0180 1350. 2.5E8 30. 1 0 0
|
||
-1XX0181XX0109 200. 2.5E8 7.75 1 0 0
|
||
-1XX0109XX0182 200. 2.5E8 7.75 1 0 0
|
||
-1XX0180XX0108 1350. 2.5E8RELE02 1 0 0
|
||
XX0108 RER001 0
|
||
-1XX0110XX0181 200. 2.5E8RELE03 1 0 0
|
||
-1XX0182XX0111 200. 2.5E8RELE04 1 0 0
|
||
99XX0112XX0113 8.4E5 1
|
||
0.001 8.4E5
|
||
1. 1.133E6
|
||
100. 1.161E6
|
||
1.E3 1.243E6
|
||
5.E3 1.35E6
|
||
9999
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||
99LINE1CXXJUE3 8.4E5 1
|
||
0.001 8.4E5
|
||
1. 1.133E6
|
||
100. 1.161E6
|
||
1.E3 1.243E6
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||
5.E3 1.35E6
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||
9999
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||
$INCLUDE, D:\ATP\750\jiubei\fanji\M13\dahao.lib, LINE1A, LINE1B, LINE1C $$
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, XX0114, XX0012, X0147A, X0147B, X0147C, XX0126, XX0127
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$INCLUDE, D:\ATP\750\jiubei\fanji\M13\short.lib, X0147A, X0147B, X0147C $$
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, XX0126, XX0127, X0148A, X0148B, X0148C, XX0146, XX0149
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$INCLUDE, D:\ATP\750\jiubei\fanji\M13\long.lib, X0177A, X0177B, X0177C $$
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, XX0176, XX0178, XXSS2A, XXSS2B, XXSS2C, XX0155, XX0168
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$INCLUDE, D:\ATP\750\jiubei\fanji\M13\short.lib, X0160A, X0160B, X0160C $$
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, XX0159, XX0156, X0134A, X0134B, X0134C, XX0132, XX0118
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$INCLUDE, D:\ATP\750\jiubei\fanji\M13\long.lib, XXSS1A, XXSS1B, XXSS1C $$
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, XX0162, XX0169, X0184A, X0184B, X0184C, XX0183, XX0179
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$INCLUDE, D:\ATP\750\jiubei\fanji\M13\short.lib, X0148A, X0148B, X0148C $$
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, XX0146, XX0149, X0177A, X0177B, X0177C, XX0176, XX0178
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$INCLUDE, D:\ATP\750\jiubei\fanji\M13\short.lib, X0184A, X0184B, X0184C $$
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, XX0183, XX0179, X0160A, X0160B, X0160C, XX0159, XX0156
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$INCLUDE, D:\ATP\750\jiubei\fanji\M13\xiaohao.lib, X0134A, X0134B, X0134C $$
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, XX0132, XX0118, LINE1A, LINE1B, LINE1C, XX0114, XX0012
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/SWITCH
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C < n 1>< n 2>< Tclose ><Top/Tde >< Ie ><Vf/CLOP >< type >
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13XXJUE1LINE1A XX0020 2
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13XXJUE2LINE1B XX0034 2
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13XXJUE3LINE1C XX0079 2
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13SWU1 XX0080 XX0081 0
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SWU1 XX0082 .001 1. 0
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13SWU2 XX0083 XX0084 0
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SWU2 XX0085 .001 1. 0
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13SWU3 XX0086 XX0087 0
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SWU3 XX0088 .001 1. 0
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/SOURCE
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C < n 1><>< Ampl. >< Freq. ><Phase/T0>< A1 >< T1 >< TSTART >< TSTOP >
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14XXSS2A 612372.436 50. -1. 100.
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14XXSS2B 612372.436 50. -120. -1. 100.
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14XXSS2C 612372.436 50. -240. -1. 100.
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||
14XXSS1A 612372.436 50. -1. 100.
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||
14XXSS1B 612372.436 50. -120. -1. 100.
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||
14XXSS1C 612372.436 50. -240. -1. 100.
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||
11XX0080 0 10. 1.
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11XX0083 0 10. 1.
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11XX0086 0 10. 1.
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13XX0012-1REIAMP____ 2.6E-6HIAMP_____ 5.E-5 .0001
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/OUTPUT
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||
BLANK TACS
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||
BLANK BRANCH
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||
BLANK SWITCH
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||
BLANK SOURCE
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BLANK OUTPUT
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BLANK PLOT
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BEGIN NEW DATA CASE
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BLANK
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