NN13 ROSE OP ME 20160220.132406.000 20160220.162500.000 20160220.172400.000 STC 1 Max_Size_Reached 60 60. No Yes 3067830408. 0 - No No 3 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 = 55 ; // Hz FreqSpecInv = No ; // FreqUplkConv = 6938148000 ; // Hz FreqCoherTrs = Yes ; // FreqTR1 = 240 ; // FreqTR2 = 749 ; // FreqDnlkCF = 2296850919 ; // Hz FreqDnlkConv = 2226632000 ; // 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 = 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 = "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 = 99.1 ; // s RgToneSettl = 99.1 ; // s RgCodeModInd = "High&Low" ; // RgCodeMax = 14 ; // RgCodeInteg = 43.7 ; // 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 = 48 ; // 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 = 250000 ; // bit/s GmdModCoding = "NRZ-L swap'd" ; // GmdBTbSelection = "0.5" ; //

// Number SampleTime Humidity Pressure Temperature 182 20160220.162500.000 58.7 980.5 20.7 183 20160220.162600.000 58.6 980.5 20.7 184 20160220.162700.000 58.4 980.5 20.7 185 20160220.162800.000 58.3 980.5 20.7 186 20160220.162900.000 58.4 980.5 20.6 187 20160220.163000.000 58.5 980.5 20.6 188 20160220.163100.000 58.5 980.5 20.6 189 20160220.163200.000 58.6 980.5 20.6 190 20160220.163300.000 58.5 980.5 20.5 191 20160220.163400.000 58.6 980.5 20.5 192 20160220.163500.000 58.7 980.5 20.5 193 20160220.163600.000 58.8 980.5 20.4 194 20160220.163700.000 58.8 980.4 20.4 195 20160220.163800.000 59.0 980.3 20.3 196 20160220.163900.000 59.1 980.3 20.3 197 20160220.164000.000 59.2 980.3 20.3 198 20160220.164100.000 59.3 980.3 20.2 199 20160220.164200.000 59.3 980.3 20.2 200 20160220.164300.000 59.4 980.4 20.2 201 20160220.164400.000 59.4 980.3 20.2 202 20160220.164500.000 59.4 980.3 20.1 203 20160220.164600.000 59.4 980.3 20.1 204 20160220.164700.000 59.6 980.3 20.1 205 20160220.164800.000 59.6 980.3 20.1 206 20160220.164900.000 59.8 980.2 20.1 207 20160220.165000.000 60.0 980.1 20.1 208 20160220.165100.000 59.9 980.1 20.1 209 20160220.165200.000 60.0 980.1 20.1 210 20160220.165300.000 60.1 980.1 20.1 211 20160220.165400.000 60.0 980.2 20.1 212 20160220.165500.000 60.2 980.1 20.1 213 20160220.165600.000 60.3 980.1 20.1 214 20160220.165700.000 60.1 980.1 20.1 215 20160220.165800.000 60.1 980.2 20.1 216 20160220.165900.000 60.1 980.1 20.1 217 20160220.170000.000 60.1 980.1 20.1 218 20160220.170100.000 60.1 980.1 20.1 219 20160220.170200.000 60.1 980.1 20.1 220 20160220.170300.000 60.2 980.1 20.1 221 20160220.170400.000 60.3 980.1 20.1 222 20160220.170500.000 60.4 980.1 20.0 223 20160220.170600.000 60.5 980.1 20.0 224 20160220.170700.000 60.6 980.1 19.9 225 20160220.170800.000 60.7 980.1 19.9 226 20160220.170900.000 60.8 980.1 19.9 227 20160220.171000.000 60.9 980.1 19.9 228 20160220.171100.000 60.9 980.1 19.8 229 20160220.171200.000 61.0 980.1 19.8 230 20160220.171300.000 61.0 980.1 19.8 231 20160220.171400.000 61.0 980.1 19.8 232 20160220.171500.000 61.1 980.1 19.8 233 20160220.171600.000 61.1 980.1 19.7 234 20160220.171700.000 61.1 980.1 19.7 235 20160220.171800.000 61.2 980.1 19.7 236 20160220.171900.000 61.2 980.0 19.7 237 20160220.172000.000 61.1 980.0 19.7 238 20160220.172100.000 61.1 980.0 19.7 239 20160220.172200.000 61.0 980.0 19.7 240 20160220.172300.000 61.1 980.0 19.7 241 20160220.172400.000 61.2 979.9 19.7