MG13 ROSE OP ME 20160401.223915.000 20160402.024010.000 20160402.033910.000 STC 1 Max_Size_Reached 60 60. No Yes 3067833292. 0 - No No 4 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 = 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 = "MG13" ; // MissionId = "ROSETTA" ; // SpacecraftId = "ROSE" ; // RcdPolarisation = "Combined" ; // RcdPhEst = 0.00 ; // T RcdPostProc = 1 ; // RcdExpCN0Avail = Yes ; // RcdExpCN0 = 34 ; // dBHz RcdCFrUnc = 100000 ; // Hz RcdCFrRateUnc = 1000 ; // Hz/s RcdCAcqMode = "FFT2" ; // RcdUseAcq = Yes ; // RcdCLpNoBw = 30.0 ; // Hz RcdCLpOrder = 2 ; // RcdCLp_ChgDel = "STEP" ; // RcdEnableLowSnrExt = No ; // RcdTLpBw = 0.00200 ; // fsr RcdTLpOrder = 2 ; // RcdTLpPhEst = "DD" ; // RcdTLp_ChgDel = "STEP" ; // RcdSCLpFreq = 262144.00 ; // Hz RcdSCLpPreSt = Yes ; // RcdSCLpBw = 0.00200 ; // fsr RcdSCLpModInd = 1.10 ; // rad RcdSCLpPhEst = "Decision directed" ; // RcdSCLpAcq = "None" ; // RcdSCLpBitNum = 1 ; // RcdSCLpBitDen = 20 ; // RcdSCLpSqWavSc = Yes ; // RcdSCLpSRateUsed = No ; // RcdSCLpSRate = 13107.20 ; // 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 = 49 ; // dBHz GmdCFrUnc = 10000 ; // Hz GmdCFrRateUnc = 1000 ; // Hz/s GmdCAcqMode = "Sweep" ; // GmdUseAcq = Yes ; // GmdCLpNoBw = 500.0 ; // Hz GmdCLpOrder = 2 ; // GmdCLp_ChgDel = "STEP" ; // GmdEnableLowSnrExt = Yes ; // GmdTLpBw = 0.00050 ; // fsr GmdTLpOrder = 2 ; // GmdTLpPhEst = "NDA" ; // GmdTLp_ChgDel = "STEP" ; // GmdBitRate = 277777 ; // bit/s GmdModCoding = "NRZ-L swap'd" ; // GmdBTbSelection = "0.5" ; //

// Number SampleTime Humidity Pressure Temperature 242 20160402.024010.000 80.4 849.4 10.8 243 20160402.024110.000 80.8 849.4 10.8 244 20160402.024210.000 80.8 849.4 10.8 245 20160402.024310.000 80.8 849.4 10.8 246 20160402.024410.000 80.6 849.4 10.8 247 20160402.024510.000 80.7 849.4 10.8 248 20160402.024610.000 81.2 849.4 10.7 249 20160402.024710.000 81.3 849.5 10.7 250 20160402.024810.000 81.2 849.4 10.7 251 20160402.024910.000 81.4 849.4 10.7 252 20160402.025010.000 81.3 849.4 10.7 253 20160402.025110.000 81.1 849.3 10.7 254 20160402.025210.000 81.2 849.3 10.7 255 20160402.025310.000 81.2 849.3 10.7 256 20160402.025410.000 81.4 849.2 10.7 257 20160402.025510.000 82.0 849.2 10.6 258 20160402.025610.000 82.0 849.2 10.6 259 20160402.025710.000 82.2 849.2 10.6 260 20160402.025810.000 82.3 849.3 10.5 261 20160402.025910.000 82.5 849.3 10.5 262 20160402.030010.000 82.5 849.2 10.5 263 20160402.030110.000 82.1 849.2 10.5 264 20160402.030210.000 81.8 849.1 10.5 265 20160402.030310.000 81.4 849.1 10.5 266 20160402.030410.000 81.3 849.1 10.5 267 20160402.030510.000 81.1 849.1 10.5 268 20160402.030610.000 80.8 849.1 10.5 269 20160402.030710.000 80.4 849.1 10.5 270 20160402.030810.000 79.7 849.1 10.6 271 20160402.030910.000 79.7 849.1 10.6 272 20160402.031010.000 79.6 849.1 10.6 273 20160402.031110.000 79.8 849.1 10.6 274 20160402.031210.000 79.8 849.1 10.5 275 20160402.031310.000 79.6 849.1 10.6 276 20160402.031410.000 79.3 849.0 10.6 277 20160402.031510.000 79.4 849.0 10.5 278 20160402.031610.000 79.7 849.0 10.5 279 20160402.031710.000 80.2 849.0 10.4 280 20160402.031810.000 80.5 849.1 10.4 281 20160402.031910.000 80.6 849.1 10.4 282 20160402.032010.000 80.6 849.0 10.3 283 20160402.032110.000 80.6 849.0 10.3 284 20160402.032210.000 80.8 849.0 10.3 285 20160402.032310.000 81.0 849.0 10.3 286 20160402.032410.000 81.2 849.0 10.2 287 20160402.032510.000 81.4 849.0 10.2 288 20160402.032610.000 81.2 849.0 10.3 289 20160402.032710.000 80.8 849.0 10.3 290 20160402.032810.000 80.8 849.0 10.2 291 20160402.032910.000 80.8 849.0 10.2 292 20160402.033010.000 80.6 849.0 10.2 293 20160402.033110.000 80.7 849.0 10.2 294 20160402.033210.000 81.0 849.0 10.2 295 20160402.033310.000 80.9 849.0 10.2 296 20160402.033410.000 80.8 849.0 10.2 297 20160402.033510.000 81.0 849.0 10.1 298 20160402.033610.000 81.1 849.0 10.1 299 20160402.033710.000 81.2 849.0 10.1 300 20160402.033810.000 81.3 849.0 10.1 301 20160402.033910.000 81.3 849.0 10.1