MG11 ROSE OP ME 20160401.223913.000 20160402.003910.000 20160402.013810.000 STC 1 Max_Size_Reached 60 60. No Yes 3067833292. 0 - No No 2 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 = -14992 ; // Hz UlSweep_Leg01Rate = 1000000 ; // Hz/s UlSweep_Leg01HoldDur = 0 ; // s UlSweep_Leg02EndFrq = 15008 ; // Hz UlSweep_Leg02Rate = 1000 ; // Hz/s UlSweep_Leg02HoldDur = 0 ; // s UlSweep_Leg03EndFrq = -14992 ; // Hz UlSweep_Leg03Rate = 1000 ; // Hz/s UlSweep_Leg03HoldDur = 0 ; // s UlSweep_Leg04EndFrq = 8 ; // Hz UlSweep_Leg04Rate = 1000 ; // Hz/s UlSweep_Leg04HoldDur = 180 ; // s UlSweep_Leg05EndFrq = 15008 ; // Hz UlSweep_Leg05Rate = 1000 ; // Hz/s UlSweep_Leg05HoldDur = 0 ; // s UlSweep_Leg06EndFrq = -14992 ; // Hz UlSweep_Leg06Rate = 1000 ; // Hz/s UlSweep_Leg06HoldDur = 0 ; // s UlSweep_Leg07EndFrq = 8 ; // 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 = 8 ; // Hz FreqSpecInv = No ; // FreqUplkConv = 6938614000 ; // Hz FreqCoherTrs = Yes ; // FreqTR1 = 880 ; // FreqTR2 = 749 ; // FreqDnlkCF = 8421786703 ; // Hz FreqDnlkConv = 8350972000 ; // Hz FreqPnSatTrsType = "Transparent" ; // RgdPolarisation = "Combined" ; // RgdPhEst = 0.00 ; // T RgdPostProc = 1 ; // RgdExpCN0Avail = Yes ; // RgdExpCN0 = 30 ; // dBHz RgdCFrUnc = 10000 ; // Hz RgdCFrRateUnc = 1000 ; // Hz/s RgdCAcqMode = "FFT2" ; // RgdUseAcq = Yes ; // RgdCLpNoBw = 30.0 ; // Hz RgdCLpOrder = 2 ; // RgdCLp_ChgDel = "STEP" ; // RgdTLpBw = 0.013 ; // 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 = "RCD" ; // 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 = "RCD" ; // 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 = 99.1 ; // s RgToneSettl = 99.1 ; // s RgCodeModInd = "High&Low" ; // RgCodeMax = 14 ; // RgCodeInteg = 83.0 ; // s RgCodeRestart = Yes ; // RgCodeRepet = No ; // RgCodeChgTonePeak = Yes ; // RgDualRanging = "no" ; // 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 = 8 ; // RgPnUpLkRate_K = 6 ; // RgPnExplChipRate = 2123366.400 ; // Hz RgPnAcqDurT4b = 1.0 ; // s RgPnAcqDurT2b = 1.0 ; // s RgPnRxInvertedCode = No ; // UCDur = 72000 ; // s UCMaxDs = 3600 ; // UCDSetKind = "Frequency" ; // StationId = "MG11" ; // MissionId = "ROSETTA" ; // SpacecraftId = "ROSE" ; // RcdPolarisation = "Combined" ; // RcdPhEst = 0.00 ; // T RcdPostProc = 1 ; // RcdExpCN0Avail = Yes ; // RcdExpCN0 = 46 ; // dBHz RcdCFrUnc = 1000000 ; // Hz RcdCFrRateUnc = 1000 ; // Hz/s RcdCAcqMode = "FFT2" ; // RcdUseAcq = Yes ; // RcdCLpNoBw = 100.0 ; // Hz RcdCLpOrder = 2 ; // RcdCLp_ChgDel = "STEP" ; // RcdEnableLowSnrExt = No ; // RcdTLpBw = 0.00020 ; // fsr RcdTLpOrder = 2 ; // RcdTLpPhEst = "DD" ; // RcdTLp_ChgDel = "STEP" ; // RcdSCLpFreq = 0.00 ; // Hz RcdSCLpPreSt = Yes ; // RcdSCLpBw = 0.00020 ; // fsr RcdSCLpModInd = 1.10 ; // rad RcdSCLpPhEst = "Decision directed" ; // RcdSCLpAcq = "None" ; // RcdSCLpBitNum = 1 ; // RcdSCLpBitDen = 1 ; // RcdSCLpSqWavSc = Yes ; // RcdSCLpSRateUsed = Yes ; // RcdSCLpSRate = 209715.20 ; // sps RcdSCLpDecodMode = "NRZ-L" ; // RcdSCLp_ChgDel = "STEP" ; // ScdPolarisation = "X" ; // ScdPhEst = 0.00 ; // T ScdPostProc = 1 ; // ScdExpCN0Avail = Yes ; // ScdExpCN0 = 46 ; // dBHz ScdCFrUnc = 100000 ; // Hz ScdCFrRateUnc = 1000 ; // Hz/s ScdCAcqMode = "FFT2" ; // ScdUseAcq = Yes ; // ScdCLpNoBw = 100.0 ; // Hz ScdCLpOrder = 2 ; // ScdCLpPhEst = "RCD" ; // ScdCLp_ChgDel = "STEP" ; // ScdEnableLowSnrExt = No ; // ScdTLpBw = 0.01000 ; // fsr ScdTLpOrder = 2 ; // ScdTLpPhEst = "DD" ; // ScdTLp_ChgDel = "STEP" ; // ScdModFormat = "Off" ; // ScdModPRate = 100 ; // sps ScdModQRate = 100 ; // sps ScdModExpBalAv = No ; // ScdModExpBal = 1.0 ; // dB ScdModIChCoding = "NRZ-L" ; // ScdModQChCoding = "NRZ-L" ; // ScdMchPulse = No ; // 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 = Yes ; // 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 121 20160402.003910.000 82.8 849.1 10.5 122 20160402.004010.000 82.3 849.1 10.5 123 20160402.004110.000 82.1 849.2 10.5 124 20160402.004210.000 82.1 849.4 10.5 125 20160402.004310.000 82.1 849.1 10.5 126 20160402.004410.000 82.2 849.1 10.4 127 20160402.004510.000 82.3 849.2 10.4 128 20160402.004610.000 82.3 849.2 10.4 129 20160402.004710.000 82.1 849.3 10.5 130 20160402.004810.000 81.4 849.4 10.5 131 20160402.004910.000 81.1 849.4 10.5 132 20160402.005010.000 81.1 849.4 10.6 133 20160402.005110.000 81.1 849.4 10.6 134 20160402.005210.000 81.2 849.6 10.6 135 20160402.005310.000 81.7 849.4 10.6 136 20160402.005410.000 82.1 849.4 10.5 137 20160402.005510.000 82.1 849.4 10.5 138 20160402.005610.000 81.6 849.4 10.6 139 20160402.005710.000 81.2 849.4 10.6 140 20160402.005810.000 81.1 849.4 10.6 141 20160402.005910.000 81.2 849.4 10.6 142 20160402.010010.000 81.0 849.4 10.7 143 20160402.010110.000 80.9 849.4 10.7 144 20160402.010210.000 81.0 849.4 10.7 145 20160402.010310.000 80.8 849.5 10.7 146 20160402.010410.000 80.8 849.4 10.7 147 20160402.010510.000 80.9 849.4 10.7 148 20160402.010610.000 81.1 849.4 10.7 149 20160402.010710.000 81.2 849.4 10.7 150 20160402.010810.000 81.1 849.4 10.8 151 20160402.010910.000 81.0 849.4 10.8 152 20160402.011010.000 81.2 849.4 10.7 153 20160402.011110.000 81.6 849.4 10.7 154 20160402.011210.000 81.8 849.4 10.7 155 20160402.011310.000 81.5 849.4 10.7 156 20160402.011410.000 81.4 849.4 10.7 157 20160402.011510.000 81.5 849.4 10.7 158 20160402.011610.000 81.8 849.4 10.7 159 20160402.011710.000 82.0 849.4 10.7 160 20160402.011810.000 80.9 849.4 10.7 161 20160402.011910.000 79.9 849.4 10.8 162 20160402.012010.000 79.7 849.4 10.8 163 20160402.012110.000 80.0 849.4 10.8 164 20160402.012210.000 80.3 849.4 10.8 165 20160402.012310.000 80.6 849.4 10.8 166 20160402.012410.000 80.5 849.4 10.8 167 20160402.012510.000 80.5 849.4 10.8 168 20160402.012610.000 80.5 849.4 10.8 169 20160402.012710.000 80.7 849.4 10.8 170 20160402.012810.000 80.5 849.4 10.8 171 20160402.012910.000 80.3 849.4 10.8 172 20160402.013010.000 80.2 849.4 10.8 173 20160402.013110.000 80.4 849.4 10.8 174 20160402.013210.000 80.5 849.4 10.8 175 20160402.013310.000 80.6 849.4 10.8 176 20160402.013410.000 80.5 849.5 10.8 177 20160402.013510.000 80.3 849.4 10.8 178 20160402.013610.000 80.3 849.5 10.8 179 20160402.013710.000 80.0 849.4 10.8 180 20160402.013810.000 80.0 849.5 10.8