NN13 ROSE OP ME 20160710.033816.000 20160710.103810.000 20160710.113710.000 STC 1 Max_Size_Reached 60 60. No Yes 3067792613. 0 - No No 7 UlmMode = "Normal" ; // UlmCarNomLvl = 4 ; // dBm UlmCarTstLvl = 0.0 ; // dB UlmCarSpecInv = No ; // UlmPrior = No ; // UlmTcSrc = "IP1 TC1" ; // UlmTcDataCoding = "NRZ-L" ; // UlmTcTceMode = "Normal" ; // UlmTcModIdx_Ana = 0.0000 ; // rad/V UlmTcModIdx_Dig = 1.000 ; // rad UlmTcMod = "PM on sub-carrier" ; // UlmTcRCBRateN = 1 ; // UlmTcRCBRateD = 8 ; // UlmTcSCBRateP = 100.00 ; // bit/s UlmTcSCBRateQ = 100.00 ; // bit/s UlmTcUnbalRatio = -15.0 ; // dB UlmTcSqWavSubc = No ; // UlmTcRCBRateSel = No ; // UlmTcRCIrrBRate = 2000.0000 ; // bit/s UlmTcSubF = 16000.000 ; // Hz UlmRampTime = 0.00 ; // s UlSweep_AllowTC = No ; // UlSweep_AllowRG = No ; // UlSweep_StartOffset = -10000 ; // Hz UlSweep_3LegRange = 10000 ; // Hz UlSweep_3LegRate = 500 ; // Hz/s UlSweep_3LegInitRate = 1000000 ; // Hz/s UlSweep_3LegDpPred = No ; // UlSweep_NumberOfLegs = 7 ; // UlSweep_Leg01EndFrq = -15000 ; // Hz UlSweep_Leg01Rate = 1000000 ; // Hz/s UlSweep_Leg01HoldDur = 0 ; // s UlSweep_Leg02EndFrq = 15000 ; // Hz UlSweep_Leg02Rate = 1000 ; // Hz/s UlSweep_Leg02HoldDur = 0 ; // s UlSweep_Leg03EndFrq = -15000 ; // Hz UlSweep_Leg03Rate = 1000 ; // Hz/s UlSweep_Leg03HoldDur = 0 ; // s UlSweep_Leg04EndFrq = 0 ; // Hz UlSweep_Leg04Rate = 1000 ; // Hz/s UlSweep_Leg04HoldDur = 180 ; // s UlSweep_Leg05EndFrq = 15000 ; // Hz UlSweep_Leg05Rate = 1000 ; // Hz/s UlSweep_Leg05HoldDur = 0 ; // s UlSweep_Leg06EndFrq = -15000 ; // Hz UlSweep_Leg06Rate = 1000 ; // Hz/s UlSweep_Leg06HoldDur = 0 ; // s UlSweep_Leg07EndFrq = 0 ; // Hz UlSweep_Leg07Rate = 1000 ; // Hz/s UlSweep_Leg07HoldDur = 0 ; // s UlSweep_Leg08EndFrq = -1500000 ; // Hz UlSweep_Leg08Rate = 1 ; // Hz/s UlSweep_Leg08HoldDur = 0 ; // s UlSweep_Leg09EndFrq = -1500000 ; // Hz UlSweep_Leg09Rate = 1 ; // Hz/s UlSweep_Leg09HoldDur = 0 ; // s UlSweep_Leg10EndFrq = -1500000 ; // Hz UlSweep_Leg10Rate = 1 ; // Hz/s UlSweep_Leg10HoldDur = 0 ; // s UlSweep_MulStopRate = 1000000 ; // Hz/s FreqUlmCarFrSel = "230MHz" ; // FreqUlmCarFrOffs = 671 ; // Hz FreqSpecInv = No ; // FreqUplkConv = 6938888000 ; // Hz FreqCoherTrs = Yes ; // FreqTR1 = 240 ; // FreqTR2 = 749 ; // FreqDnlkCF = 2296850919 ; // Hz FreqDnlkConv = 2226395000 ; // Hz FreqPnSatTrsType = "Regenerative" ; // RgdPolarisation = "Combined" ; // RgdPhEst = 0.00 ; // T RgdPostProc = 1 ; // RgdExpCN0Avail = Yes ; // RgdExpCN0 = 34 ; // dBHz RgdCFrUnc = 10000 ; // Hz RgdCFrRateUnc = 1000 ; // Hz/s RgdCAcqMode = "FFT2" ; // RgdUseAcq = Yes ; // RgdCLpNoBw = 30.0 ; // Hz RgdCLpOrder = 2 ; // RgdCLp_ChgDel = "STEP" ; // RgdTLpBw = 0.040 ; // Hz RgdTLPreSt = Yes ; // RgdTLp_ChgDel = "STEP" ; // D1Dur = 72000 ; // s D1SplPer = "1" ; // s D1MaxDs = 3600 ; // D1DSetKind = "OP" ; // D1Source = "RCD" ; // D2Dur = 72000 ; // s D2SplPer = "10" ; // s D2MaxDs = 360 ; // D2DSetKind = "OP" ; // D2Source = "RGD" ; // G1Dur = 72000 ; // s G1SplPer = 1.0 ; // s G1MaxDs = 3600 ; // G1DSetKind = "OP" ; // G1Source = "RCD" ; // G2Dur = 72000 ; // s G2SplPer = 10.0 ; // s G2MaxDs = 360 ; // G2DSetKind = "OP" ; // G2Source = "RGD" ; // MeDur = 72000 ; // s MeSplPer = 60 ; // s MeMaxDs = 60 ; // MeDSetKind = "OP" ; // OLDSetKind = "RS" ; // RgDur = 72000 ; // s RgSplPer = 1 ; // s RgMaxDs = 3600 ; // RgDSetKind = "OP" ; // RgToneF = 1061683.200 ; // Hz RgToneTxModInd = 0.700 ; // rad RgToneRxModInd = 0.5 ; // rad RgToneInteg = 31.3 ; // s RgToneSettl = 31.3 ; // s RgCodeModInd = "High&Low" ; // RgCodeMax = 14 ; // RgCodeInteg = 13.8 ; // s RgCodeRestart = Yes ; // RgCodeRepet = No ; // RgCodeChgTonePeak = No ; // RgDualRanging = "slave" ; // RgDualSlaveIfms = "None" ; // Epd = 0.00 ; // s EpdDer = 0.000000000 ; // s/s EpdTime = "19700101.000000.000" ; // RgPnSignalType = "PN-T2B-Sine" ; // RgPnExtendedHarm = No ; // RgPnUpLkChipRate = No ; // RgPnUpLkRate_L = 1 ; // RgPnUpLkRate_K = 6 ; // RgPnExplChipRate = 10000.000 ; // Hz RgPnAcqDurT4b = 1.0 ; // s RgPnAcqDurT2b = 1.0 ; // s RgPnRxInvertedCode = No ; // UCDur = 10 ; // s UCMaxDs = 10 ; // UCDSetKind = "Frequency" ; // StationId = "NN13" ; // MissionId = "ROSETTA" ; // SpacecraftId = "ROSE" ; // RcdPolarisation = "X" ; // RcdPhEst = 0.00 ; // T RcdPostProc = 1 ; // RcdExpCN0Avail = Yes ; // RcdExpCN0 = 34 ; // dBHz RcdCFrUnc = 10000 ; // Hz RcdCFrRateUnc = 1000 ; // Hz/s RcdCAcqMode = "FFT2" ; // RcdUseAcq = Yes ; // RcdCLpNoBw = 30.0 ; // Hz RcdCLpOrder = 2 ; // RcdCLp_ChgDel = "STEP" ; // RcdEnableLowSnrExt = No ; // RcdTLpBw = 0.01000 ; // fsr RcdTLpOrder = 2 ; // RcdTLpPhEst = "DD" ; // RcdTLp_ChgDel = "STEP" ; // RcdSCLpFreq = 8192.00 ; // Hz RcdSCLpPreSt = Yes ; // RcdSCLpBw = 0.01000 ; // fsr RcdSCLpModInd = 0.50 ; // rad RcdSCLpPhEst = "Decision directed" ; // RcdSCLpAcq = "None" ; // RcdSCLpBitNum = 1 ; // RcdSCLpBitDen = 192 ; // RcdSCLpSqWavSc = Yes ; // RcdSCLpSRateUsed = No ; // RcdSCLpSRate = 42.67 ; // sps RcdSCLpDecodMode = "NRZ-L" ; // RcdSCLp_ChgDel = "STEP" ; // ScdPolarisation = "X" ; // ScdPhEst = 0.00 ; // T ScdPostProc = 1 ; // ScdExpCN0Avail = No ; // ScdExpCN0 = 67 ; // dBHz ScdCFrUnc = 30000 ; // Hz ScdCFrRateUnc = 0 ; // Hz/s ScdCAcqMode = "Sweep" ; // ScdUseAcq = No ; // ScdCLpNoBw = 1000.0 ; // Hz ScdCLpOrder = 2 ; // ScdCLpPhEst = "DD" ; // ScdCLp_ChgDel = "STEP" ; // ScdEnableLowSnrExt = No ; // ScdTLpBw = 0.00010 ; // fsr ScdTLpOrder = 2 ; // ScdTLpPhEst = "DD" ; // ScdTLp_ChgDel = "STEP" ; // ScdModFormat = "BPSK" ; // ScdModPRate = 2500000 ; // sps ScdModQRate = 100 ; // sps ScdModExpBalAv = No ; // ScdModExpBal = 0.0 ; // dB ScdModIChCoding = "NRZ-L swap'd" ; // ScdModQChCoding = "NRZ-L" ; // ScdMchPulse = Yes ; // ScdMchCosine = No ; // ScdMchExcBw = 50 ; // % GmdPolarisation = "X" ; // GmdPhEst = 0.00 ; // T GmdPostProc = 1 ; // GmdExpCN0Avail = Yes ; // GmdExpCN0 = 66 ; // dBHz GmdCFrUnc = 100000 ; // Hz GmdCFrRateUnc = 1000 ; // Hz/s GmdCAcqMode = "Sweep" ; // GmdUseAcq = Yes ; // GmdCLpNoBw = 3000.0 ; // Hz GmdCLpOrder = 2 ; // GmdCLp_ChgDel = "STEP" ; // GmdEnableLowSnrExt = No ; // GmdTLpBw = 0.00002 ; // fsr GmdTLpOrder = 2 ; // GmdTLpPhEst = "NDA" ; // GmdTLp_ChgDel = "STEP" ; // GmdBitRate = 5000000 ; // bit/s GmdModCoding = "NRZ-L swap'd" ; // GmdBTbSelection = "0.5" ; //

// Number SampleTime Humidity Pressure Temperature 421 20160710.103810.000 90.4 986.6 10.8 422 20160710.103910.000 90.5 986.6 10.8 423 20160710.104010.000 90.5 986.6 10.8 424 20160710.104110.000 90.8 986.7 10.7 425 20160710.104210.000 91.1 986.7 10.7 426 20160710.104310.000 91.2 986.7 10.7 427 20160710.104410.000 91.4 986.7 10.6 428 20160710.104510.000 91.6 986.7 10.6 429 20160710.104610.000 91.6 986.7 10.6 430 20160710.104710.000 91.9 986.7 10.6 431 20160710.104810.000 91.7 986.7 10.6 432 20160710.104910.000 91.9 986.7 10.6 433 20160710.105010.000 92.0 986.7 10.5 434 20160710.105110.000 91.9 986.7 10.6 435 20160710.105210.000 91.9 986.7 10.5 436 20160710.105310.000 92.0 986.7 10.5 437 20160710.105410.000 91.9 986.7 10.5 438 20160710.105510.000 91.8 986.7 10.5 439 20160710.105610.000 91.9 986.7 10.5 440 20160710.105710.000 92.1 986.7 10.5 441 20160710.105810.000 92.1 986.8 10.5 442 20160710.105910.000 92.2 986.9 10.5 443 20160710.110010.000 92.5 986.9 10.4 444 20160710.110110.000 92.7 986.8 10.4 445 20160710.110210.000 93.3 986.8 10.4 446 20160710.110310.000 93.2 986.8 10.4 447 20160710.110410.000 93.4 986.8 10.3 448 20160710.110510.000 93.6 986.9 10.3 449 20160710.110610.000 93.6 986.9 10.3 450 20160710.110710.000 93.8 986.9 10.3 451 20160710.110810.000 93.8 986.9 10.3 452 20160710.110910.000 93.8 986.9 10.3 453 20160710.111010.000 93.8 986.9 10.2 454 20160710.111110.000 93.8 986.9 10.2 455 20160710.111210.000 94.0 986.9 10.2 456 20160710.111310.000 94.1 986.9 10.2 457 20160710.111410.000 94.3 986.9 10.2 458 20160710.111510.000 94.5 986.9 10.2 459 20160710.111610.000 94.9 986.9 10.1 460 20160710.111710.000 95.1 986.9 10.1 461 20160710.111810.000 95.5 986.9 10.0 462 20160710.111910.000 95.8 986.9 10.0 463 20160710.112010.000 95.8 986.9 10.1 464 20160710.112110.000 95.8 987.0 10.1 465 20160710.112210.000 96.1 987.0 10.0 466 20160710.112310.000 96.1 987.0 10.0 467 20160710.112410.000 96.2 987.0 10.0 468 20160710.112510.000 96.2 987.1 10.0 469 20160710.112610.000 96.2 987.0 10.0 470 20160710.112710.000 96.2 987.1 10.0 471 20160710.112810.000 96.3 987.1 10.0 472 20160710.112910.000 96.5 987.1 10.0 473 20160710.113010.000 96.6 987.1 10.0 474 20160710.113110.000 98.0 987.1 10.0 475 20160710.113210.000 98.2 987.1 10.0 476 20160710.113310.000 98.3 987.2 10.0 477 20160710.113410.000 98.3 987.1 10.0 478 20160710.113510.000 98.3 987.1 10.0 479 20160710.113610.000 98.2 987.1 10.0 480 20160710.113710.000 98.4 987.1 10.0