NN13 ROSE OP ME 20160426.082820.000 20160426.092820.000 20160426.102720.000 STC 1 Max_Size_Reached 60 60. No Yes 3067794760. 0 - No No 1 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 = 636 ; // Hz FreqSpecInv = No ; // FreqUplkConv = 6938805000 ; // Hz FreqCoherTrs = Yes ; // FreqTR1 = 240 ; // FreqTR2 = 749 ; // FreqDnlkCF = 2296850919 ; // Hz FreqDnlkConv = 2226421000 ; // Hz FreqPnSatTrsType = "Regenerative" ; // RgdPolarisation = "X" ; // RgdPhEst = 0.00 ; // T RgdPostProc = 1 ; // RgdExpCN0Avail = Yes ; // RgdExpCN0 = 34 ; // dBHz RgdCFrUnc = 10000 ; // Hz RgdCFrRateUnc = 1000 ; // Hz/s RgdCAcqMode = "FFT2" ; // RgdUseAcq = Yes ; // RgdCLpNoBw = 10.0 ; // Hz RgdCLpOrder = 2 ; // RgdCLp_ChgDel = "STEP" ; // RgdTLpBw = 0.007 ; // 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 = 0.2 ; // rad RgToneInteg = 176.1 ; // s RgToneSettl = 176.1 ; // s RgCodeModInd = "High&Low" ; // RgCodeMax = 14 ; // RgCodeInteg = 77.6 ; // 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 = 75 ; // dBHz GmdCFrUnc = 30000 ; // Hz GmdCFrRateUnc = 1000 ; // Hz/s GmdCAcqMode = "Sweep" ; // GmdUseAcq = Yes ; // GmdCLpNoBw = 1000.0 ; // Hz GmdCLpOrder = 2 ; // GmdCLp_ChgDel = "STEP" ; // GmdEnableLowSnrExt = No ; // GmdTLpBw = 0.00001 ; // fsr GmdTLpOrder = 2 ; // GmdTLpPhEst = "DD" ; // GmdTLp_ChgDel = "STEP" ; // GmdBitRate = 10000000 ; // bit/s GmdModCoding = "NRZ-L swap'd" ; // GmdBTbSelection = "0.25" ; //

// Number SampleTime Humidity Pressure Temperature 61 20160426.092820.000 78.5 983.4 15.0 62 20160426.092920.000 77.9 983.3 15.0 63 20160426.093020.000 78.1 983.3 14.9 64 20160426.093120.000 78.3 983.3 14.9 65 20160426.093220.000 78.3 983.3 14.9 66 20160426.093320.000 78.8 983.3 14.9 67 20160426.093420.000 78.7 983.3 14.9 68 20160426.093520.000 78.8 983.5 14.9 69 20160426.093620.000 79.1 983.5 14.9 70 20160426.093720.000 79.2 983.5 14.9 71 20160426.093820.000 79.4 983.5 14.9 72 20160426.093920.000 79.6 983.5 14.9 73 20160426.094020.000 79.9 983.5 14.8 74 20160426.094120.000 80.1 983.5 14.8 75 20160426.094220.000 80.5 983.5 14.8 76 20160426.094320.000 80.7 983.5 14.8 77 20160426.094420.000 80.7 983.5 14.7 78 20160426.094520.000 80.8 983.5 14.7 79 20160426.094620.000 81.1 983.5 14.7 80 20160426.094720.000 81.2 983.5 14.7 81 20160426.094820.000 81.2 983.5 14.7 82 20160426.094920.000 81.4 983.5 14.7 83 20160426.095020.000 81.6 983.5 14.7 84 20160426.095120.000 81.6 983.5 14.7 85 20160426.095220.000 81.7 983.5 14.6 86 20160426.095320.000 81.9 983.5 14.6 87 20160426.095420.000 81.9 983.5 14.6 88 20160426.095520.000 82.0 983.5 14.6 89 20160426.095620.000 82.1 983.5 14.6 90 20160426.095720.000 82.2 983.5 14.6 91 20160426.095820.000 82.0 983.5 14.6 92 20160426.095920.000 82.2 983.5 14.6 93 20160426.100020.000 82.1 983.5 14.6 94 20160426.100120.000 82.3 983.5 14.6 95 20160426.100220.000 82.0 983.5 14.6 96 20160426.100320.000 82.2 983.5 14.6 97 20160426.100420.000 82.4 983.5 14.6 98 20160426.100520.000 82.4 983.6 14.6 99 20160426.100620.000 82.6 983.5 14.6 100 20160426.100720.000 82.5 983.5 14.6 101 20160426.100820.000 82.7 983.6 14.6 102 20160426.100920.000 82.7 983.7 14.5 103 20160426.101020.000 82.8 983.7 14.5 104 20160426.101120.000 82.9 983.7 14.5 105 20160426.101220.000 83.2 983.7 14.5 106 20160426.101320.000 83.3 983.7 14.5 107 20160426.101420.000 83.6 983.7 14.5 108 20160426.101520.000 83.7 983.7 14.5 109 20160426.101620.000 83.8 983.8 14.4 110 20160426.101720.000 83.5 983.8 14.4 111 20160426.101820.000 83.2 983.9 14.4 112 20160426.101920.000 83.0 984.0 14.4 113 20160426.102020.000 82.8 983.9 14.5 114 20160426.102120.000 83.0 983.9 14.5 115 20160426.102220.000 83.1 983.9 14.5 116 20160426.102320.000 83.0 983.9 14.5 117 20160426.102420.000 83.3 984.0 14.4 118 20160426.102520.000 83.0 984.0 14.4 119 20160426.102620.000 82.4 984.1 14.4 120 20160426.102720.000 81.2 984.1 14.4