GH61 MEX1 OP G1 20220523.075003.000 20220523.085525.000 20220523.085525.000 1 Conf_Changed 1 1. No 620000000. - 5 StFreqTxFreq = 229775761 ; // Hz StFreqTxUpConv = 6936936000.000 ; // Hz StFreqTxUpSpecInv = No ; // StFreqUpSelect = UL1 ; // SpFreqTcRgCoherTrs = Yes ; // SpFreqTrNum = 880 ; // SpFreqTrDen = 749 ; // SpFreqDnlkCF = 8420429682 ; // Hz StFreqRxDnConv = 9040000000.000 ; // Hz StFreqRxDnSpecInv = Yes ; // StFreqCalMode = Cal mode off ; // StDDCOffset = 0 ; // MHz UlTcPriority = No ; // UlTcAckSeqLen = 32 ; // UlTcPreIdlSeqLen = 0 ; // UlTcPostIdlSeqLen = 1 ; // UlTcIdlePat = "10101010" ; // UlTcAcqPat = "10101010" ; // UlTcPlopMode = PLOP2 ; // UlDopAction = No Doppler ; // UlTcSrc = Normal ; // UlTcMode = off ; // UlTcModType = RCsub ; // UlTcLineCoding = NRZ-L ; // UlModLvl = -10.0 ; // dBm UlModLvlTst = -60.0 ; // dBm UlRcModIdx = 1.000 ; // rad UlRcInversion = No ; // UlRcRampRate = 1000.0 ; // dB/s UlRcSubCFreq = 16000.000 ; // Hz UlRcSubCSquare = sine ; // UlRcSymRate = 2000.000 ; // sps UlRcRateLockSubC = Yes ; // UlRcBitRateNum = 1 ; // UlRcBitRateDen = 8 ; // UlScInversion = No ; // UlScSymRate = 1000.000 ; // sps UlGmskBtb = 0.40 ; // UlSrrcExcessBw = 60 ; // % UlScSrrcSelect = No ; // UlUqpsk2SymRate = 1000.000 ; // sps UlUQpskPowerRatio = 10.0 ; // dB UlRfMarkMode = off ; // UlRfMarkUnmarked = 0 ; // UlRfMarkNbErrors = 0 ; // UlRCSubCPresteer = Off ; // UlTCPresteer = Off ; // DmdModulationType = RC ; // DmdModCoding = SPL ; // DmdSource = X ; // DmdDopAction = Dynamic Doppler ; // DmdLpBwChngeTime = 0.0 ; // s DmdSearchRange = 100000 ; // Hz DmdMaxDpRate = 1000 ; // Hz/s DmdAcqStrategy = RCFFT2 ; // DmdDceMode = Auto ; // DmdDcePolAngle = 0.000 ; // T DmdDcePhAngle = 0.000 ; // T DmdDceCorrBw = 10.0 ; // Hz DmdRcCLpBw = 100.0 ; // Hz DmdRcCLpOrder = 2 ; // DmdRcSubCFreq = 0.00000 ; // Hz DmdRcSubCPreSt = Yes ; // DmdRcSubCPllBw = 0.00050 ; // fsr DmdRcdSymbolRate = 87381.333 ; // sym/s DmdRcSubCTMLock = No ; // DmdRcSubCBitNum = 1 ; // DmdRcSubCBitDen = 1 ; // DmdRcSubCSqWavSc = Yes ; // DmdRcTimLoopBw = 0.00050 ; // fsr DmdScCLpBw = 0.000100 ; // DmdScCLpOrder = 2 ; // DmdScMapping = Normal ; // DmdScSrrc = No ; // DmdScGmskPn = PNrg will not be used ; // DmdScLowSNRMode = No ; // Dmd2ndSymbolRate = 60000.000 ; // DmdScdSymbolRate = 10000000.000 ; // sym/s DmdScTimLoopBw = 0.000010 ; // fsr DmdScdMchExcBw = 60 ; // % DmdGmdBTbSelection = 0.25 ; // TMDecType = Concatenated ; // TMAntenna1Id = 102 ; // TMAPFrameType = data only ; // TMDelayCorrection = 0.000000000000 ; // s TMDecInput = demod ; // TMDecModFrmt = BPSK ; // TMDecFsSyncWdThresh = 255 ; // TMDecDeRand = No ; // TMDecDiffMode = No ; // TMDecFsQuantLvl = 8 bit ; // TMDecASMAuto = Yes ; // TMDecASM = "1ACFFC1D" ; // Hex TMDecStatWin = 5 ; // s TMDecFceEnable = No ; // TMDecFcefTFLen = 1115 ; // octs TMDecHeartBeatPeriod = 2 ; // s TMTimeLabelRef = Start of ASM ; // TMDecNbLeadZero = 0 ; // octs TMDecInterlvDepth = 5 ; // TMDecRSCodeWord = E16 ; // TMDecConvG1G2Ord = G1G2 ; // TMDecConvG1G2Map = +- ; // TMDecConvCodeRate = 1/2 ; // TMDecFsInputBufEnable = No ; // TurboDecCodeRate = 1/4 ; // TurboDecBlkLen = 8920 ; // bits TurboDecMaxIter = 0 ; // LdpcBlockLen = 4096 ; // bits LdpcCodeRate = 1/2 ; // LdpcEnableEarlyStop = Yes ; // LdpcMode = LS ; // LdpcMaxIter = 0 ; // DOP_SplPer = 1.0 ; // s DOP_MaxDs = 3600 ; // DOP_DSetKind = "OP" ; // AGC_SplPer = 1.0 ; // s AGC_MaxDs = 3600 ; // AGC_DSetKind = "OP" ; // AGC_SourceType = TM demod ; // RMDN_SpacecraftId = "MEX1" ; //

// Number SampleTime CarrierLevel PolarAngle IncohAgcGain InpPowChY InpPowChX CarrLock CLPhErrStDev CLPhErrPeak CLPhErrMean TimPChLock Es/No-SNR CarrFreqOffs BestLockFreq TonSubLock SubcEstPwr CLSNR TMSNR TMFER TMRxFrames TMGoodFrames 3923 20220523.085525.000 -117.2 0.0000 31.4 -68.6 -32.8 Acquiring 0.7071 1755249589.8063 0.0000 No -7.97 239320.849 -20000000.000 No -160.0 -39.0 -12.80 0.0271000 14610 14214