# usage: $RXPRN [1-4] [1-32] #RXPRN 1 1 #RXPRN 2 2 #RXPRN 3 3 #RXPRN 4 4 Ok # usage: $RXFREQ [1-4] [69000000-71000000] #RXFREQ 1 70001916 0000B334 821EAF03 70001996.277916238 #RXFREQ 2 70001800 0000B333 23E228F6 69999908.706173390 #RXFREQ 3 70001800 0000B334 59AAF819 70001755.165148795 #RXFREQ 4 70001800 0000B332 513AB808 69998653.110090464 Ok #ACQ 1 1 Ok #TRACK 1 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001916.0 # seek width freq= 200 # start freq= 70001820.0 # stop freq= 70002020.0 # step freq= 50.0 # Ch: 1, SEQ: 0 , Step: 0, Freq. 70001820.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 1.400448e+10, 5.499715e+10, 2.100370e+10 ] # valid signal level. S= 107.40 (dB), N= 90.69 (dB) SNR= 16.71 ( rcv= 13 ref= 11 )*** # iter[1] # SAMPLING offset= 4682 # diff_sigma= 12.308967 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 12.078812 dif = 0.230155 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 11.694981 dif = 0.383831 # dif_max = 0.383831 ... < 1.0, phase diff valid # phase updated. freq= 70001820.0 diff=12.308967 (pos=1)# ################# # phase updated. freq= 70001820.0 diff=12.078812 (pos=2)# ################# # phase updated. freq= 70001820.0 diff=11.694981 (pos=3)# ################# # Ch: 1, SEQ: 0 , Step: 1, Freq. 70001870.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 1.877089e+10, 5.234864e+10, 1.470781e+10 ] # valid signal level. S= 107.19 (dB), N= 90.59 (dB) SNR= 16.60 ( rcv= 3 ref= 1 ) # iter[1] # SAMPLING offset= 4682 # diff_sigma= 5.931857 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 6.242775 dif = 0.310918 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 6.035971 dif = 0.206804 # dif_max = 0.310918 ... < 1.0, phase diff valid # phase updated. freq= 70001870.0 diff=5.931857 (pos=1)# ################# # Ch: 1, SEQ: 0 , Step: 2, Freq. 70001920.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 1.734755e+10, 5.412445e+10, 1.586435e+10 ] # valid signal level. S= 107.33 (dB), N= 90.62 (dB) SNR= 16.71 ( rcv= 3 ref= 1 ) # iter[1] # SAMPLING offset= 4682 # diff_sigma= 2.243119 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 2.560397 dif = 0.317278 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 1.658910 dif = 0.901487 # dif_max = 0.901487 ... < 1.0, phase diff valid # phase updated. freq= 70001920.0 diff=2.243119 (pos=1)# ################# # phase updated. freq= 70001920.0 diff=1.658910 (pos=3)# ################# # Ch: 1, SEQ: 0 , Step: 3, Freq. 70001970.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 2.070850e+10, 5.585631e+10, 1.468785e+10 ] # valid signal level. S= 107.47 (dB), N= 90.66 (dB) SNR= 16.81 ( rcv= 2 ref= 0 )*** # iter[1] # SAMPLING offset= 4682 # diff_sigma= 6.059868 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 5.929981 dif = 0.129887 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 6.144038 dif = 0.214057 # dif_max = 0.214057 ... < 1.0, phase diff valid # Ch: 1, SEQ: 0 , Step: 4, Freq. 70002020.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 1.850623e+10, 5.081199e+10, 1.475975e+10 ] # valid signal level. S= 107.06 (dB), N= 90.63 (dB) SNR= 16.43 ( rcv= 2 ref= 0 ) # iter[1] # SAMPLING offset= 4682 # diff_sigma= 11.731965 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 12.132720 dif = 0.400755 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 11.979024 dif = 0.153696 # dif_max = 0.400755 ... < 1.0, phase diff valid # ACQ: result # Step= 003, freq= 70001970.0, level= 5.585631e+10, peakoffset= 4682 # Min. phase diff_sigma freq= 70001920.0 , diff_sigma = 1.658910 , seq = 0 , step = 2 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001916.0 # seek width freq= 100 # start freq= 70001870.0 # stop freq= 70001970.0 # step freq= 25.0 # prelim. freq= 70001920.0 # Ch: 1, SEQ: 1 , Step: 0, Freq. 70001870.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 1.916834e+10, 5.333473e+10, 1.411902e+10 ] # valid signal level. S= 107.27 (dB), N= 90.64 (dB) SNR= 16.63 ( rcv= 8 ref= 6 )*** # iter[1] # SAMPLING offset= 4682 # diff_sigma= 6.360743 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 6.022065 dif = 0.338677 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 6.109119 dif = 0.087054 # dif_max = 0.338677 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 1, Freq. 70001895.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 2.353403e+10, 5.739697e+10, 1.409278e+10 ] # valid signal level. S= 107.59 (dB), N= 90.67 (dB) SNR= 16.92 ( rcv= 5 ref= 3 )*** # iter[1] # SAMPLING offset= 4682 # diff_sigma= 3.350460 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 4.146177 dif = 0.795717 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 3.088228 dif = 1.057949 # dif_max = 1.057949 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 2, Freq. 70001920.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 2.106420e+10, 4.896954e+10, 1.112501e+10 ] # valid signal level. S= 106.90 (dB), N= 90.56 (dB) SNR= 16.34 ( rcv= 5 ref= 3 ) # iter[1] # SAMPLING offset= 4682 # diff_sigma= 2.627292 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 2.165661 dif = 0.461631 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 3.921497 dif = 1.755836 # dif_max = 1.755836 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 3, Freq. 70001945.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 2.497519e+10, 5.328703e+10, 1.099184e+10 ] # valid signal level. S= 107.27 (dB), N= 90.62 (dB) SNR= 16.65 ( rcv= 5 ref= 3 ) # iter[1] # SAMPLING offset= 4682 # diff_sigma= 3.255269 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 3.279696 dif = 0.024427 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 3.222403 dif = 0.057293 # dif_max = 0.057293 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 4, Freq. 70001970.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 2.914109e+10, 5.319467e+10, 1.108875e+10 ] # valid signal level. S= 107.26 (dB), N= 90.70 (dB) SNR= 16.56 ( rcv= 5 ref= 3 ) # iter[1] # SAMPLING offset= 4682 # diff_sigma= 5.824791 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 6.015005 dif = 0.190214 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 6.259375 dif = 0.244370 # dif_max = 0.244370 ... < 1.0, phase diff valid # ACQ: result # Step= 001, freq= 70001895.0, level= 5.739697e+10, peakoffset= 4682 # Min. phase diff_sigma freq= 70001920.0 , diff_sigma = 1.658910 , seq = 0 , step = 2 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001916.0 # seek width freq= 50 # start freq= 70001895.0 # stop freq= 70001945.0 # step freq= 12.5 # prelim. freq= 70001920.0 # Ch: 1, SEQ: 2 , Step: 0, Freq. 70001895.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 2.849503e+10, 5.049861e+10, 1.050754e+10 ] # valid signal level. S= 107.03 (dB), N= 90.64 (dB) SNR= 16.40 ( rcv= 18 ref= 16 )*** # iter[1] # SAMPLING offset= 4682 # diff_sigma= 3.642941 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 4.228322 dif = 0.585381 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 3.883079 dif = 0.345243 # dif_max = 0.585381 ... < 1.0, phase diff valid # Ch: 1, SEQ: 2 , Step: 1, Freq. 70001907.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 2.741689e+10, 4.602759e+10, 9.238463e+09 ] # valid signal level. S= 106.63 (dB), N= 90.57 (dB) SNR= 16.06 ( rcv= 18 ref= 16 ) # iter[1] # SAMPLING offset= 4682 # diff_sigma= 2.981877 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 3.668645 dif = 0.686768 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 3.573399 dif = 0.095246 # dif_max = 0.686768 ... < 1.0, phase diff valid # Ch: 1, SEQ: 2 , Step: 2, Freq. 70001920.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 3.276748e+10, 4.717398e+10, 7.107235e+09 ] # valid signal level. S= 106.74 (dB), N= 90.65 (dB) SNR= 16.09 ( rcv= 18 ref= 16 ) # iter[1] # SAMPLING offset= 4682 # diff_sigma= 2.624377 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 2.980418 dif = 0.356041 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 2.193758 dif = 0.786661 # dif_max = 0.786661 ... < 1.0, phase diff valid # Ch: 1, SEQ: 2 , Step: 3, Freq. 70001932.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 2.949240e+10, 4.195674e+10, 7.414565e+09 ] # valid signal level. S= 106.23 (dB), N= 90.55 (dB) SNR= 15.68 ( rcv= 18 ref= 16 ) # iter[1] # SAMPLING offset= 4682 # diff_sigma= 2.971946 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 2.320566 dif = 0.651379 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 4.051256 dif = 1.730690 # dif_max = 1.730690 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 4, Freq. 70001945.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 3.088393e+10, 4.170478e+10, 6.282911e+09 ] # valid signal level. S= 106.20 (dB), N= 90.58 (dB) SNR= 15.62 ( rcv= 18 ref= 16 ) # iter[1] # SAMPLING offset= 4682 # diff_sigma= 3.418627 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 3.562344 dif = 0.143717 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 3.299515 dif = 0.262828 # dif_max = 0.262828 ... < 1.0, phase diff valid # ACQ: result # Step= 000, freq= 70001895.0, level= 5.049861e+10, peakoffset= 4682 # Min. phase diff_sigma freq= 70001920.0 , diff_sigma = 1.658910 , seq = 0 , step = 2 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001916.0 # seek width freq= 25 # start freq= 70001907.5 # stop freq= 70001932.5 # step freq= 6.2 # prelim. freq= 70001920.0 # Ch: 1, SEQ: 3 , Step: 0, Freq. 70001907.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 3.696728e+10, 3.968270e+10, 5.879792e+09 ] # valid signal level. S= 105.99 (dB), N= 90.57 (dB) SNR= 15.42 ( rcv= 13 ref= 11 )*** # iter[1] # SAMPLING offset= 4682 # diff_sigma= 3.268557 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 3.092704 dif = 0.175853 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 3.018655 dif = 0.074049 # dif_max = 0.175853 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 1, Freq. 70001913.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4682 [ 3.528389e+10, 3.608900e+10, 4.613558e+09 ] # valid signal level. S= 105.57 (dB), N= 90.54 (dB) SNR= 15.03 ( rcv= 1 ref= 19 ) # iter[1] # SAMPLING offset= 4682 # diff_sigma= 3.222855 # iter[2] # SAMPLING offset= 4682 # diff_sigma= 2.980080 dif = 0.242775 # iter[3] # SAMPLING offset= 4682 # diff_sigma= 2.555352 dif = 0.424728 # dif_max = 0.424728 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 2, Freq. 70001920.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4681 [ 5.899478e+09, 3.883846e+10, 3.640167e+10 ] # valid signal level. S= 105.89 (dB), N= 90.51 (dB) SNR= 15.38 ( rcv= 1 ref= 19 ) # iter[1] # SAMPLING offset= 4681 # diff_sigma= 2.856948 # iter[2] # SAMPLING offset= 4681 # diff_sigma= 1.868521 dif = 0.988427 # iter[3] # SAMPLING offset= 4681 # diff_sigma= 2.886457 dif = 1.017936 # dif_max = 1.017936 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 3, Freq. 70001926.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4681 [ 5.561388e+09, 3.884066e+10, 3.482376e+10 ] # valid signal level. S= 105.89 (dB), N= 90.47 (dB) SNR= 15.42 ( rcv= 1 ref= 19 ) # iter[1] # SAMPLING offset= 4681 # diff_sigma= 2.043326 # iter[2] # SAMPLING offset= 4681 # diff_sigma= 3.499724 dif = 1.456398 # iter[3] # SAMPLING offset= 4681 # diff_sigma= 2.511851 dif = 0.987873 # dif_max = 1.456398 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 4, Freq. 70001932.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4681 [ 5.534233e+09, 4.113219e+10, 3.058349e+10 ] # valid signal level. S= 106.14 (dB), N= 90.45 (dB) SNR= 15.69 ( rcv= 1 ref= 19 )*** # iter[1] # SAMPLING offset= 4681 # diff_sigma= 2.352031 # iter[2] # SAMPLING offset= 4681 # diff_sigma= 2.200332 dif = 0.151698 # iter[3] # SAMPLING offset= 4681 # diff_sigma= 1.774217 dif = 0.426116 # dif_max = 0.426116 ... < 1.0, phase diff valid # ACQ: result # Step= 004, freq= 70001932.5, level= 4.113219e+10, peakoffset= 4681 # Min. phase diff_sigma freq= 70001920.0 , diff_sigma = 1.658910 , seq = 0 , step = 2 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001920.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 5.534233e+09, 4.113219e+10, 3.058349e+10 # est_pos = 13.6 # DC= 17661 DS= 32 # ACQ Finished. # ACQFREQ 1 70001920.0 # DS 1 32 # DC 1 17661 #ACQ 1 0 #TRACK 1 1 # Tracking started. (auto) Ok #MEAS 1 1 # MEAS start rxch: 1 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 1 0 Ok #STOP Ok #ECHO 0 Ok # Software Ranging System # CPU Ver.[ May 14 2022, 15:10:42 ] Gymnaster # FPGA Ver.[ 002.002 ][ EA5D.CCA2 ] # Serial #22015 Ok # RTC: 09:46:36 # RTC: 09:46:37 # RTC: 09:46:38 # RTC: 09:46:39 # RTC: 09:46:40 Ok #TXPRN 1 1 Ok #TXLV 1 0 Ok #TXFREQ 1 70000000 Ok #TXMOD 1 0 Ok #TXMSG 1 0 Ok #TXCARR 1 0 Ok #TIME 25 02 25 09 51 29 # 25/02/25 09:51:29 Ok #TRACK 1 0 #TRACK 2 0 #TRACK 3 0 #TRACK 4 0 #SYNCSTART # Sync to 1PPS ref.input and phase align in progress # Please wait. # 1PPS has been synced. #SYNCED Ok #SYNCSTART # Sync to 1PPS ref.input and phase align in progress # Please wait. (current=8) # seeking system align ... # step 0 # align is (FF FF 00) # phase ? # step 1 # align is (FF 00 FF) # phase - # step 2 # align is (FF 00 FF) # phase - # step 3 # align is (FF 00 FF) # phase - # step 4 # align is (FF 00 FF) # phase - # step 5 # align is (FF 00 FF) # phase - # step 6 # align is (00 FF 00) # phase + # step 7 # align is (00 FF 00) # phase + # step 8 # align is (00 FF 00) # phase + # step 9 # align is (00 FF 00) # phase + # step 10 # align is (FF FF 00) # phase ? # step 11 # align is (FF 00 FF) # phase - # step 12 # align is (FF 00 FF) # phase - # step 13 # align is (FF 00 FF) # phase - # step 14 # align is (FF 00 FF) # phase - # step 15 # align is (FF 00 FF) # phase - # step 16 # align is (00 FF 00) # phase + # step 17 # align is (00 FF 00) # phase + # step 18 # align is (00 FF 00) # phase + # step 19 # align is (00 FF 00) # phase + # all checked. # top = 6 # bottom = 10 # bottom_rev = 10 # result val = 8.0 # SYNCADJ updated with 8 # restarting normal sync. with 8 # 1PPS has been synced. #SYNCED Ok #TXFREQ 1 70000000 Ok #TXLV 1 0 Ok #TXPRN 1 1 Ok #TXMOD 1 1 Ok #TXCARR 1 1 Ok #RXFREQ 1 70002200 0000B334 A44C7B03 70002200.000000060 Ok #RXPRN 1 1 Ok #RXFREQ 2 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 2 2 Ok #RXFREQ 3 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 3 3 Ok #RXFREQ 4 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 4 4 Ok #RXLV 0 Ok #RXMSG 1 1 Ok #RXMSG 2 1 Ok #RXMSG 3 1 Ok #RXMSG 4 1 Ok #ACQ 1 1 Ok # Sequence start. # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70002200.0 # seek width freq= 200 # start freq= 70002100.0 # stop freq= 70002300.0 # step freq= 50.0 # Ch: 1, SEQ: 0 , Step: 0, Freq. 70002100.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 1.082063e+10, 3.564409e+10, 1.398225e+10 ] S= 105.52 (dB), N= 90.76 (dB) SNR= 14.76 ( rcv= 9 ref= 7 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.497066 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.595200 dif = 4.098133 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.299494 dif = 4.295706 # dif_max = 4.295706 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 1, Freq. 70002150.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 9.583330e+09, 3.470544e+10, 1.179091e+10 ] S= 105.40 (dB), N= 90.73 (dB) SNR= 14.67 ( rcv= 9 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.723703 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.956406 dif = 3.767298 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.352291 dif = 4.395885 # dif_max = 4.395885 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 2, Freq. 70002200.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 1.091751e+10, 3.436348e+10, 9.994034e+09 ] S= 105.36 (dB), N= 90.63 (dB) SNR= 14.73 ( rcv= 9 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.647968 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.772587 dif = 0.124619 # iter[3] # SAMPLING offset= 0 # diff_sigma= 21.225876 dif = 13.546711 # dif_max = 13.546711 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 3, Freq. 70002250.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 1.095015e+10, 3.114933e+10, 1.065831e+10 ] S= 104.93 (dB), N= 90.71 (dB) SNR= 14.23 ( rcv= 9 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.931803 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.371841 dif = 2.440039 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.416416 dif = 5.955425 # dif_max = 5.955425 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 4, Freq. 70002300.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 1.166078e+10, 3.186102e+10, 8.455585e+09 ] S= 105.03 (dB), N= 90.73 (dB) SNR= 14.31 ( rcv= 9 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.680687 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.449633 dif = 2.231054 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.719160 dif = 1.269527 # dif_max = 2.231054 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70002100.0, level= 3.564409e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70002200.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70002200.0 # seek width freq= 100 # start freq= 70002150.0 # stop freq= 70002250.0 # step freq= 25.0 # prelim. freq= 70002200.0 # Ch: 1, SEQ: 1 , Step: 0, Freq. 70002150.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 1.611431e+10, 3.842253e+10, 1.013300e+10 ] # valid signal level. S= 105.85 (dB), N= 90.82 (dB) SNR= 15.03 ( rcv= 1 ref= 19 )*** # iter[1] # SAMPLING offset= 4619 # diff_sigma= 23.020926 # iter[2] # SAMPLING offset= 4619 # diff_sigma= 22.855740 dif = 0.165186 # iter[3] # SAMPLING offset= 4619 # diff_sigma= 22.781406 dif = 0.074333 # dif_max = 0.165186 ... < 1.0, phase diff valid # phase updated. freq= 70002150.0 diff=23.020926 (pos=1)# ################# # phase updated. freq= 70002150.0 diff=22.855740 (pos=2)# ################# # phase updated. freq= 70002150.0 diff=22.781406 (pos=3)# ################# # Ch: 1, SEQ: 1 , Step: 1, Freq. 70002175.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 1.641912e+10, 3.900088e+10, 9.880260e+09 ] # valid signal level. S= 105.91 (dB), N= 90.75 (dB) SNR= 15.16 ( rcv= 1 ref= 19 )*** # iter[1] # SAMPLING offset= 4619 # diff_sigma= 25.667471 # iter[2] # SAMPLING offset= 4619 # diff_sigma= 25.997541 dif = 0.330070 # iter[3] # SAMPLING offset= 4619 # diff_sigma= 26.033630 dif = 0.036089 # dif_max = 0.330070 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 2, Freq. 70002200.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 1.648158e+10, 3.704451e+10, 9.154782e+09 ] S= 105.69 (dB), N= 90.74 (dB) SNR= 14.95 ( rcv= 1 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.853922 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.508188 dif = 0.654266 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.171339 dif = 2.336849 # dif_max = 2.336849 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 3, Freq. 70002225.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 1.573023e+10, 3.452649e+10, 8.959948e+09 ] S= 105.38 (dB), N= 90.73 (dB) SNR= 14.65 ( rcv= 1 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.158115 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.764294 dif = 6.606178 # iter[3] # SAMPLING offset= 0 # diff_sigma= 37.111263 dif = 5.346970 # dif_max = 6.606178 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 4, Freq. 70002250.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 1.735027e+10, 3.496466e+10, 7.721653e+09 ] S= 105.44 (dB), N= 90.74 (dB) SNR= 14.69 ( rcv= 1 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.308746 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.310560 dif = 7.998186 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.986900 dif = 3.676340 # dif_max = 7.998186 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70002175.0, level= 3.900088e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70002152.0 , diff_sigma = 22.781406 , seq = 1 , step = 0 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70002200.0 # seek width freq= 50 # start freq= 70002127.0 # stop freq= 70002177.0 # step freq= 12.5 # prelim. freq= 70002152.0 # Ch: 1, SEQ: 2 , Step: 0, Freq. 70002127.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 1.775642e+10, 3.677516e+10, 8.635333e+09 ] S= 105.66 (dB), N= 90.74 (dB) SNR= 14.91 ( rcv= 7 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.063293 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.627748 dif = 0.435545 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.510933 dif = 8.116816 # dif_max = 8.116816 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 1, Freq. 70002139.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 2.324422e+10, 3.726518e+10, 6.619843e+09 ] S= 105.71 (dB), N= 90.72 (dB) SNR= 14.99 ( rcv= 7 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.519018 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.669931 dif = 4.849087 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.787041 dif = 1.882891 # dif_max = 4.849087 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 2, Freq. 70002152.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 1.891255e+10, 3.225563e+10, 5.747893e+09 ] S= 105.09 (dB), N= 90.70 (dB) SNR= 14.38 ( rcv= 7 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.818569 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.692917 dif = 6.125652 # iter[3] # SAMPLING offset= 0 # diff_sigma= 38.422298 dif = 9.729382 # dif_max = 9.729382 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 3, Freq. 70002164.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 2.156276e+10, 3.152763e+10, 6.700845e+09 ] S= 104.99 (dB), N= 90.73 (dB) SNR= 14.26 ( rcv= 7 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.345144 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.449558 dif = 6.104414 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.683336 dif = 7.766222 # dif_max = 7.766222 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 4, Freq. 70002177.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 2.066224e+10, 2.684368e+10, 4.231013e+09 ] S= 104.29 (dB), N= 90.67 (dB) SNR= 13.62 ( rcv= 7 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 23.778225 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.725189 dif = 10.946964 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.472916 dif = 6.252274 # dif_max = 10.946964 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70002139.5, level= 3.726518e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70002152.0 , diff_sigma = 22.781406 , seq = 1 , step = 0 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70002200.0 # seek width freq= 25 # start freq= 70002139.5 # stop freq= 70002164.5 # step freq= 6.2 # prelim. freq= 70002152.0 # Ch: 1, SEQ: 3 , Step: 0, Freq. 70002139.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 2.546869e+10, 3.218308e+10, 5.257562e+09 ] S= 105.08 (dB), N= 90.72 (dB) SNR= 14.36 ( rcv= 4 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.379326 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.743217 dif = 7.636108 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.241425 dif = 5.498207 # dif_max = 7.636108 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 1, Freq. 70002145.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4619 [ 2.457957e+10, 2.997433e+10, 4.556954e+09 ] S= 104.77 (dB), N= 90.71 (dB) SNR= 14.06 ( rcv= 4 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.135948 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.076128 dif = 12.059820 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.460075 dif = 10.383947 # dif_max = 12.059820 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 2, Freq. 70002152.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4618 [ 3.722255e+09, 2.836973e+10, 2.771878e+10 ] S= 104.53 (dB), N= 90.72 (dB) SNR= 13.81 ( rcv= 4 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.101120 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.242863 dif = 2.141743 # iter[3] # SAMPLING offset= 0 # diff_sigma= 22.836348 dif = 3.406515 # dif_max = 3.406515 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 3, Freq. 70002158.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4618 [ 3.227452e+09, 2.705921e+10, 2.497921e+10 ] S= 104.32 (dB), N= 90.76 (dB) SNR= 13.56 ( rcv= 4 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.570641 # iter[2] # SAMPLING offset= 0 # diff_sigma= 38.084549 dif = 7.513908 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.773808 dif = 8.310741 # dif_max = 8.310741 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 4, Freq. 70002164.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4618 [ 4.073127e+09, 2.732848e+10, 2.421960e+10 ] S= 104.37 (dB), N= 90.77 (dB) SNR= 13.59 ( rcv= 4 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.345341 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.896126 dif = 5.449215 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.696236 dif = 3.800110 # dif_max = 5.449215 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70002139.5, level= 3.218308e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70002152.0 , diff_sigma = 22.781406 , seq = 1 , step = 0 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70002152.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 2.546869e+10, 3.218308e+10, 5.257562e+09 # est_pos = -15.0 # DC= 20002 DS= 4 # ACQ Finished. # ACQFREQ 1 70002152.0 # DS 1 4 # DC 1 20002 #ACQ 1 0 #TRACK 1 1 # Tracking started. (auto) Ok #ACQ 2 1 Ok # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 226 [ 1.016435e+09, 2.363248e+09, 1.766424e+09 ] S= 93.74 (dB), N= 90.72 (dB) SNR= 3.01 ( rcv= 18 ref= 15 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.035328 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.935062 dif = 1.100266 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.996639 dif = 1.061577 # dif_max = 1.100266 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35805 [ 1.616387e+09, 2.402887e+09, 1.314204e+09 ] S= 93.81 (dB), N= 90.67 (dB) SNR= 3.14 ( rcv= 13 ref= 10 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.466522 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.521421 dif = 3.945101 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.887871 dif = 4.366449 # dif_max = 4.366449 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4226 [ 1.488537e+09, 2.330166e+09, 1.952703e+09 ] S= 93.67 (dB), N= 90.76 (dB) SNR= 2.91 ( rcv= 19 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.317369 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.091278 dif = 2.773909 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.126020 dif = 2.965258 # dif_max = 2.965258 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 13958 [ 1.579628e+09, 2.595401e+09, 1.742554e+09 ] S= 94.14 (dB), N= 90.76 (dB) SNR= 3.38 ( rcv= 19 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.445166 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.151596 dif = 0.293570 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.111685 dif = 0.039911 # dif_max = 0.293570 ... < 1.0, phase diff valid # phase updated. freq= 70001850.0 diff=28.445166 (pos=1)# ################# # phase updated. freq= 70001850.0 diff=28.151596 (pos=2)# ################# # phase updated. freq= 70001850.0 diff=28.111685 (pos=3)# ################# # Ch: 2, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 17950 [ 1.604583e+09, 2.666682e+09, 1.454776e+09 ] S= 94.26 (dB), N= 90.66 (dB) SNR= 3.60 ( rcv= 19 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.282568 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.722694 dif = 0.440126 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.527014 dif = 1.195681 # dif_max = 1.195681 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001900.0, level= 2.666682e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001848.0 , diff_sigma = 28.111685 , seq = 0 , step = 3 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001798.0 # stop freq= 70001898.0 # step freq= 25.0 # prelim. freq= 70001848.0 # Ch: 2, SEQ: 1 , Step: 0, Freq. 70001798.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 34022 [ 1.184021e+09, 2.490680e+09, 1.258991e+09 ] S= 93.96 (dB), N= 90.81 (dB) SNR= 3.16 ( rcv= 9 ref= 17 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.144363 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.712145 dif = 4.432219 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.772633 dif = 13.060488 # dif_max = 13.060488 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 1, Freq. 70001823.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 34426 [ 1.674202e+09, 2.291594e+09, 1.517157e+09 ] S= 93.60 (dB), N= 90.75 (dB) SNR= 2.85 ( rcv= 9 ref= 17 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.044247 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.605995 dif = 5.438251 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.621822 dif = 5.015827 # dif_max = 5.438251 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 2, Freq. 70001848.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 9752 [ 1.415370e+09, 2.537745e+09, 1.284390e+09 ] S= 94.04 (dB), N= 90.76 (dB) SNR= 3.28 ( rcv= 9 ref= 17 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.593630 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.967403 dif = 5.373774 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.912573 dif = 3.054831 # dif_max = 5.373774 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 3, Freq. 70001873.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 30136 [ 1.766097e+09, 2.451998e+09, 1.723830e+09 ] S= 93.90 (dB), N= 90.84 (dB) SNR= 3.06 ( rcv= 18 ref= 9 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.150444 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.976862 dif = 1.173582 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.457731 dif = 5.519131 # dif_max = 5.519131 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 4, Freq. 70001898.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35986 [ 1.664072e+09, 2.408830e+09, 1.518665e+09 ] S= 93.82 (dB), N= 90.79 (dB) SNR= 3.03 ( rcv= 18 ref= 9 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.893169 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.959871 dif = 1.933298 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.192226 dif = 1.767645 # dif_max = 1.933298 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001848.0, level= 2.537745e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001848.0 , diff_sigma = 28.111685 , seq = 0 , step = 3 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001823.0 # stop freq= 70001873.0 # step freq= 12.5 # prelim. freq= 70001848.0 # Ch: 2, SEQ: 2 , Step: 0, Freq. 70001823.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4133 [ 1.302317e+09, 2.296288e+09, 1.206492e+09 ] S= 93.61 (dB), N= 90.71 (dB) SNR= 2.90 ( rcv= 13 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.390139 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.589373 dif = 2.800766 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.325960 dif = 2.263412 # dif_max = 2.800766 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 1, Freq. 70001835.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35921 [ 1.822716e+09, 2.284319e+09, 1.493173e+09 ] S= 93.59 (dB), N= 90.74 (dB) SNR= 2.85 ( rcv= 13 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.589451 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.259848 dif = 3.670397 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.733311 dif = 1.526537 # dif_max = 3.670397 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 2, Freq. 70001848.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 15886 [ 1.277159e+09, 2.394252e+09, 1.820562e+09 ] S= 93.79 (dB), N= 90.75 (dB) SNR= 3.04 ( rcv= 6 ref= 16 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.246933 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.263081 dif = 7.016148 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.692892 dif = 4.570189 # dif_max = 7.016148 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 3, Freq. 70001860.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 30026 [ 1.422765e+09, 2.362047e+09, 1.833880e+09 ] S= 93.73 (dB), N= 90.74 (dB) SNR= 2.99 ( rcv= 6 ref= 16 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.780350 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.075390 dif = 1.295040 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.944035 dif = 10.131355 # dif_max = 10.131355 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 4, Freq. 70001873.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 32197 [ 1.098308e+09, 2.392177e+09, 1.209875e+09 ] S= 93.79 (dB), N= 90.76 (dB) SNR= 3.03 ( rcv= 6 ref= 16 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.150202 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.754818 dif = 3.604616 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.865927 dif = 7.888891 # dif_max = 7.888891 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001848.0, level= 2.394252e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001848.0 , diff_sigma = 28.111685 , seq = 0 , step = 3 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001835.5 # stop freq= 70001860.5 # step freq= 6.2 # prelim. freq= 70001848.0 # Ch: 2, SEQ: 3 , Step: 0, Freq. 70001835.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 9950 [ 1.429683e+09, 2.463168e+09, 1.474762e+09 ] S= 93.91 (dB), N= 90.75 (dB) SNR= 3.16 ( rcv= 19 ref= 6 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.902679 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.478374 dif = 1.424305 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.575712 dif = 3.902662 # dif_max = 3.902662 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 1, Freq. 70001841.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 16011 [ 1.732385e+09, 2.600571e+09, 1.613939e+09 ] S= 94.15 (dB), N= 90.76 (dB) SNR= 3.39 ( rcv= 19 ref= 6 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.959476 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.496189 dif = 0.463287 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.635033 dif = 4.138844 # dif_max = 4.138844 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 2, Freq. 70001848.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35822 [ 8.865145e+08, 2.698481e+09, 1.907562e+09 ] S= 94.31 (dB), N= 90.77 (dB) SNR= 3.54 ( rcv= 11 ref= 13 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.280455 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.586479 dif = 1.306025 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.920635 dif = 4.334156 # dif_max = 4.334156 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 3, Freq. 70001854.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 167 [ 1.323181e+09, 2.399560e+09, 1.539923e+09 ] S= 93.80 (dB), N= 90.76 (dB) SNR= 3.04 ( rcv= 11 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.472353 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.289259 dif = 4.816906 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.677479 dif = 1.611780 # dif_max = 4.816906 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 4, Freq. 70001860.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 30112 [ 1.444985e+09, 2.367146e+09, 1.391057e+09 ] S= 93.74 (dB), N= 90.66 (dB) SNR= 3.08 ( rcv= 11 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.161545 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.270153 dif = 2.108608 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.296839 dif = 5.973314 # dif_max = 5.973314 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001848.0, level= 2.698481e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001848.0 , diff_sigma = 28.111685 , seq = 0 , step = 3 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001848.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 8.865145e+08, 2.698481e+09, 1.907562e+09 # est_pos = 9.8 # DC= 20002 DS= 29 # ACQ Finished. # ACQFREQ 2 70001848.0 # DS 2 29 # DC 2 20002 #ACQ 2 0 #TRACK 2 1 # Tracking started. (auto) Ok #ACQ 3 1 Ok # Sequence start. # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 3, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 27855 [ 1.703628e+09, 2.303210e+09, 8.275512e+08 ] S= 93.62 (dB), N= 90.77 (dB) SNR= 2.85 ( rcv= 12 ref= 12 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.735643 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.214085 dif = 3.521559 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.945747 dif = 11.731663 # dif_max = 11.731663 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37897 [ 1.262765e+09, 2.289777e+09, 2.065914e+09 ] S= 93.60 (dB), N= 90.75 (dB) SNR= 2.85 ( rcv= 12 ref= 12 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.202099 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.841702 dif = 2.360397 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.389719 dif = 1.451982 # dif_max = 2.360397 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35580 [ 1.455810e+09, 2.307584e+09, 1.342965e+09 ] S= 93.63 (dB), N= 90.60 (dB) SNR= 3.03 ( rcv= 12 ref= 12 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.454641 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.787415 dif = 6.332773 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.362812 dif = 2.424603 # dif_max = 6.332773 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 33964 [ 1.755731e+09, 2.367655e+09, 1.369626e+09 ] S= 93.74 (dB), N= 90.74 (dB) SNR= 3.00 ( rcv= 12 ref= 12 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.908087 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.591734 dif = 0.683647 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.787725 dif = 0.804008 # dif_max = 0.804008 ... < 1.0, phase diff valid # phase updated. freq= 70001850.0 diff=24.908087 (pos=1)# ################# # phase updated. freq= 70001850.0 diff=24.787725 (pos=3)# ################# # Ch: 3, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 26046 [ 1.395825e+09, 2.535327e+09, 1.128651e+09 ] S= 94.04 (dB), N= 90.59 (dB) SNR= 3.45 ( rcv= 12 ref= 12 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.055885 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.954288 dif = 12.101597 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.880730 dif = 8.926441 # dif_max = 12.101597 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001900.0, level= 2.535327e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001848.0 , diff_sigma = 24.787725 , seq = 0 , step = 3 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001798.0 # stop freq= 70001898.0 # step freq= 25.0 # prelim. freq= 70001848.0 # Ch: 3, SEQ: 1 , Step: 0, Freq. 70001798.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 30069 [ 1.619976e+09, 2.400516e+09, 1.659341e+09 ] S= 93.80 (dB), N= 90.75 (dB) SNR= 3.05 ( rcv= 7 ref= 12 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 37.726994 # iter[2] # SAMPLING offset= 0 # diff_sigma= 20.698189 dif = 17.028805 # iter[3] # SAMPLING offset= 0 # diff_sigma= 22.098648 dif = 1.400459 # dif_max = 17.028805 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 1, Freq. 70001823.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 26191 [ 1.783438e+09, 2.343652e+09, 1.528936e+09 ] S= 93.70 (dB), N= 90.77 (dB) SNR= 2.93 ( rcv= 6 ref= 12 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.689651 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.018496 dif = 3.671156 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.495834 dif = 4.477339 # dif_max = 4.477339 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 2, Freq. 70001848.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 36106 [ 1.136481e+09, 2.474707e+09, 1.433314e+09 ] S= 93.94 (dB), N= 90.82 (dB) SNR= 3.12 ( rcv= 6 ref= 12 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.834866 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.716568 dif = 4.881702 # iter[3] # SAMPLING offset= 0 # diff_sigma= 37.075127 dif = 6.358559 # dif_max = 6.358559 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 3, Freq. 70001873.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 25963 [ 1.652622e+09, 2.404504e+09, 1.898005e+09 ] S= 93.81 (dB), N= 90.83 (dB) SNR= 2.98 ( rcv= 6 ref= 12 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.559921 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.774990 dif = 4.784931 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.078442 dif = 5.303452 # dif_max = 5.303452 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 4, Freq. 70001898.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 34252 [ 1.723663e+09, 2.380569e+09, 1.278733e+09 ] S= 93.77 (dB), N= 90.68 (dB) SNR= 3.08 ( rcv= 6 ref= 12 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 39.214458 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.111275 dif = 15.103184 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.550550 dif = 3.439276 # dif_max = 15.103184 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001848.0, level= 2.474707e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001848.0 , diff_sigma = 24.787725 , seq = 0 , step = 3 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001823.0 # stop freq= 70001873.0 # step freq= 12.5 # prelim. freq= 70001848.0 # Ch: 3, SEQ: 2 , Step: 0, Freq. 70001823.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 28071 [ 1.437874e+09, 2.461976e+09, 1.404044e+09 ] S= 93.91 (dB), N= 90.71 (dB) SNR= 3.21 ( rcv= 10 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 23.082571 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.743221 dif = 1.660650 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.052982 dif = 5.309761 # dif_max = 5.309761 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 1, Freq. 70001835.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 14422 [ 2.008406e+09, 2.425321e+09, 1.578821e+09 ] S= 93.85 (dB), N= 90.84 (dB) SNR= 3.00 ( rcv= 2 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.357403 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.520351 dif = 3.837051 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.344692 dif = 5.824341 # dif_max = 5.824341 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 2, Freq. 70001848.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 2134 [ 1.747757e+09, 2.397458e+09, 1.290071e+09 ] S= 93.80 (dB), N= 90.79 (dB) SNR= 3.01 ( rcv= 2 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 37.968647 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.628643 dif = 14.340004 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.673628 dif = 6.044985 # dif_max = 14.340004 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 3, Freq. 70001860.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 16035 [ 1.868985e+09, 2.641762e+09, 1.646770e+09 ] S= 94.22 (dB), N= 90.78 (dB) SNR= 3.44 ( rcv= 1 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.762589 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.295849 dif = 9.533260 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.515678 dif = 2.219830 # dif_max = 9.533260 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 4, Freq. 70001873.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4112 [ 1.494302e+09, 2.323617e+09, 1.184959e+09 ] S= 93.66 (dB), N= 90.75 (dB) SNR= 2.92 ( rcv= 1 ref= 18 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.413635 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.500935 dif = 0.912701 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.100418 dif = 1.599483 # dif_max = 1.599483 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70001860.5, level= 2.641762e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001848.0 , diff_sigma = 24.787725 , seq = 0 , step = 3 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001835.5 # stop freq= 70001860.5 # step freq= 6.2 # prelim. freq= 70001848.0 # Ch: 3, SEQ: 3 , Step: 0, Freq. 70001835.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 34054 [ 1.610778e+09, 2.287548e+09, 1.306718e+09 ] S= 93.59 (dB), N= 90.78 (dB) SNR= 2.82 ( rcv= 17 ref= 7 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.735579 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.608759 dif = 4.873180 # iter[3] # SAMPLING offset= 0 # diff_sigma= 21.491953 dif = 8.116806 # dif_max = 8.116806 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 1, Freq. 70001841.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 9449 [ 1.687320e+09, 2.537495e+09, 1.593907e+09 ] S= 94.04 (dB), N= 90.83 (dB) SNR= 3.22 ( rcv= 17 ref= 7 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.672304 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.109745 dif = 1.437441 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.000544 dif = 4.109201 # dif_max = 4.109201 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 2, Freq. 70001848.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10268 [ 1.208996e+09, 2.419007e+09, 1.545568e+09 ] S= 93.84 (dB), N= 90.82 (dB) SNR= 3.02 ( rcv= 17 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.044235 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.711319 dif = 2.332916 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.209141 dif = 5.502178 # dif_max = 5.502178 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 3, Freq. 70001854.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4210 [ 1.546843e+09, 2.483236e+09, 1.443645e+09 ] S= 93.95 (dB), N= 90.84 (dB) SNR= 3.11 ( rcv= 17 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 37.927429 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.831684 dif = 9.095745 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.926239 dif = 0.094555 # dif_max = 9.095745 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 4, Freq. 70001860.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4195 [ 1.462556e+09, 2.579096e+09, 1.841023e+09 ] S= 94.11 (dB), N= 90.85 (dB) SNR= 3.27 ( rcv= 13 ref= 15 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.718365 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.198231 dif = 0.520134 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.063677 dif = 1.865446 # dif_max = 1.865446 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001860.5, level= 2.579096e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001848.0 , diff_sigma = 24.787725 , seq = 0 , step = 3 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001848.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.462556e+09, 2.579096e+09, 1.841023e+09 # est_pos = 5.1 # DC= 20002 DS= 24 # ACQ Finished. # ACQFREQ 3 70001848.0 # DS 3 24 # DC 3 20002 #ACQ 3 0 #TRACK 3 1 # Tracking started. (auto) Ok #ACQ 4 1 Ok # Sequence start. # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 4, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 19867 [ 1.830633e+09, 2.491803e+09, 1.209057e+09 ] S= 93.97 (dB), N= 90.78 (dB) SNR= 3.19 ( rcv= 17 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.894417 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.961742 dif = 0.932674 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.685049 dif = 3.276693 # dif_max = 3.276693 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 5835 [ 1.389938e+09, 2.276540e+09, 1.535011e+09 ] S= 93.57 (dB), N= 90.74 (dB) SNR= 2.83 ( rcv= 1 ref= 17 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.145180 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.094690 dif = 4.050489 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.925285 dif = 11.830595 # dif_max = 11.830595 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 2010 [ 1.703077e+09, 2.415935e+09, 1.378991e+09 ] S= 93.83 (dB), N= 90.79 (dB) SNR= 3.04 ( rcv= 0 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.314945 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.868664 dif = 4.446281 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.996880 dif = 0.128216 # dif_max = 4.446281 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 26363 [ 1.674768e+09, 2.407727e+09, 1.400883e+09 ] S= 93.82 (dB), N= 90.77 (dB) SNR= 3.05 ( rcv= 0 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.925709 # iter[2] # SAMPLING offset= 0 # diff_sigma= 38.628384 dif = 2.702675 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.982449 dif = 10.645935 # dif_max = 10.645935 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 14227 [ 1.522418e+09, 2.315293e+09, 1.353189e+09 ] S= 93.65 (dB), N= 90.65 (dB) SNR= 3.00 ( rcv= 0 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.283873 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.802237 dif = 0.481636 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.913492 dif = 0.111256 # dif_max = 0.481636 ... < 1.0, phase diff valid # phase updated. freq= 70001900.0 diff=28.283873 (pos=1)# ################# # phase updated. freq= 70001900.0 diff=27.802237 (pos=2)# ################# # ACQ: result # Step= 000, freq= 70001700.0, level= 2.491803e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 27.802237 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001854.0 # stop freq= 70001954.0 # step freq= 25.0 # prelim. freq= 70001904.0 # Ch: 4, SEQ: 1 , Step: 0, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10375 [ 1.634522e+09, 2.340987e+09, 1.247104e+09 ] S= 93.69 (dB), N= 90.78 (dB) SNR= 2.91 ( rcv= 2 ref= 4 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.130890 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.683346 dif = 10.447544 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.884094 dif = 9.200748 # dif_max = 10.447544 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 1, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 18194 [ 1.232022e+09, 2.410393e+09, 1.544282e+09 ] S= 93.82 (dB), N= 90.68 (dB) SNR= 3.14 ( rcv= 2 ref= 4 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.488056 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.302742 dif = 2.185314 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.162815 dif = 5.860073 # dif_max = 5.860073 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 30276 [ 9.315923e+08, 2.696007e+09, 1.531757e+09 ] S= 94.31 (dB), N= 90.86 (dB) SNR= 3.44 ( rcv= 11 ref= 13 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.119379 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.028301 dif = 5.908922 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.780266 dif = 4.248035 # dif_max = 5.908922 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 3, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35972 [ 1.348010e+09, 2.362198e+09, 1.387168e+09 ] S= 93.73 (dB), N= 90.83 (dB) SNR= 2.90 ( rcv= 11 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.749952 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.102863 dif = 3.352911 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.997009 dif = 2.105854 # dif_max = 3.352911 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 4, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8023 [ 1.773885e+09, 2.450436e+09, 1.492433e+09 ] S= 93.89 (dB), N= 90.78 (dB) SNR= 3.11 ( rcv= 11 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.966005 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.140499 dif = 2.174494 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.947496 dif = 6.193003 # dif_max = 6.193003 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001904.0, level= 2.696007e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 27.802237 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001879.0 # stop freq= 70001929.0 # step freq= 12.5 # prelim. freq= 70001904.0 # Ch: 4, SEQ: 2 , Step: 0, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 9775 [ 1.464869e+09, 2.332198e+09, 1.370239e+09 ] S= 93.68 (dB), N= 90.65 (dB) SNR= 3.03 ( rcv= 1 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.315283 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.565525 dif = 2.749758 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.900822 dif = 12.335297 # dif_max = 12.335297 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 1, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 30055 [ 1.616947e+09, 2.455444e+09, 1.582948e+09 ] S= 93.90 (dB), N= 90.83 (dB) SNR= 3.07 ( rcv= 11 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.968021 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.788544 dif = 7.820522 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.513634 dif = 0.274910 # dif_max = 7.820522 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11933 [ 1.335418e+09, 2.609734e+09, 1.394608e+09 ] S= 94.17 (dB), N= 90.90 (dB) SNR= 3.27 ( rcv= 7 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.503819 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.523262 dif = 8.980556 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.171986 dif = 2.648724 # dif_max = 8.980556 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 3, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 23978 [ 1.466033e+09, 2.458013e+09, 1.445775e+09 ] S= 93.91 (dB), N= 90.85 (dB) SNR= 3.06 ( rcv= 10 ref= 15 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.500523 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.866894 dif = 10.633629 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.891760 dif = 6.024866 # dif_max = 10.633629 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 4, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 5756 [ 1.827493e+09, 2.530671e+09, 1.495474e+09 ] S= 94.03 (dB), N= 90.88 (dB) SNR= 3.15 ( rcv= 10 ref= 15 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.530956 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.727882 dif = 7.803074 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.424591 dif = 8.696709 # dif_max = 8.696709 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001904.0, level= 2.609734e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 27.802237 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001891.5 # stop freq= 70001916.5 # step freq= 6.2 # prelim. freq= 70001904.0 # Ch: 4, SEQ: 3 , Step: 0, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37958 [ 1.700383e+09, 2.494833e+09, 1.493251e+09 ] S= 93.97 (dB), N= 90.86 (dB) SNR= 3.11 ( rcv= 18 ref= 13 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.728962 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.191463 dif = 2.462502 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.705830 dif = 1.514366 # dif_max = 2.462502 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 1, Freq. 70001897.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 14006 [ 1.320995e+09, 2.477958e+09, 1.454939e+09 ] S= 93.94 (dB), N= 90.77 (dB) SNR= 3.17 ( rcv= 3 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.866751 # iter[2] # SAMPLING offset= 0 # diff_sigma= 41.989849 dif = 16.123098 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.809469 dif = 13.180380 # dif_max = 16.123098 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 27850 [ 1.607072e+09, 2.377904e+09, 1.225748e+09 ] S= 93.76 (dB), N= 90.80 (dB) SNR= 2.96 ( rcv= 3 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.783962 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.085163 dif = 2.698799 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.721565 dif = 4.636402 # dif_max = 4.636402 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 3, Freq. 70001910.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37959 [ 1.624610e+09, 2.396072e+09, 1.421606e+09 ] S= 93.79 (dB), N= 90.82 (dB) SNR= 2.97 ( rcv= 3 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.465706 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.881525 dif = 6.415819 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.692175 dif = 2.189350 # dif_max = 6.415819 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 4, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 38124 [ 1.443662e+09, 2.382528e+09, 1.817156e+09 ] S= 93.77 (dB), N= 90.85 (dB) SNR= 2.92 ( rcv= 3 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.080437 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.279892 dif = 6.199455 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.473370 dif = 2.806522 # dif_max = 6.199455 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001891.5, level= 2.494833e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 27.802237 , seq = 0 , step = 4 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001904.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.700383e+09, 2.494833e+09, 1.493251e+09 # est_pos = -2.9 # DC= 20002 DS= 16 # ACQ Finished. # ACQFREQ 4 70001904.0 # DS 4 16 # DC 4 20002 #ACQ 4 0 #TRACK 4 1 # Tracking started. (auto) Ok #MEAS 1 1 # MEAS start rxch: 1 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #STOP #MEAS 1 0 Ok #STOP Ok #MEAS 2 1 # MEAS start rxch: 2 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn # usage: $TXPRN [1/2] [1-32] #TXPRN 1 1 #TXPRN 2 2 Ok # usage: $TXLV [1/2] [0-30] #TXLV 1 0 #TXLV 2 20 Ok # usage: $TXFREQ [1/2] [69000000-71000000] #TXFREQ 1 70000000 #TXFREQ 2 70000000 Ok # usage: $TXMOD [1/2] [0/1] #TXMOD 1 1 #TXMOD 2 1 Ok # usage: $TXCARR [1/2] [0/1] #TXCARR 1 1 #TXCARR 2 0 Ok # usage: $TXMSG [1/2] [0/1] #TXMSG 1 0 #TXMSG 2 1 Ok # usage: $TXPRN [1/2] [1-32] #TXPRN 1 1 #TXPRN 2 2 Ok # usage: $TXLV [1/2] [0-30] #TXLV 1 0 #TXLV 2 20 Ok # usage: $TXFREQ [1/2] [69000000-71000000] #TXFREQ 1 70000000 #TXFREQ 2 70000000 Ok # usage: $TXMOD [1/2] [0/1] #TXMOD 1 1 #TXMOD 2 1 Ok # usage: $TXCARR [1/2] [0/1] #TXCARR 1 1 #TXCARR 2 0 Ok # usage: $TXMSG [1/2] [0/1] #TXMSG 1 0 #TXMSG 2 1 Ok #TXPRN 1 1 Ok #TXLV 1 20 Ok #TXFREQ 1 70000000 Ok #TXMOD 1 1 Ok #TXMSG 1 1 Ok #TXCARR 1 1 Ok # usage: $TXPRN [1/2] [1-32] #TXPRN 1 1 #TXPRN 2 2 Ok # usage: $TXLV [1/2] [0-30] #TXLV 1 20 #TXLV 2 20 Ok # usage: $TXFREQ [1/2] [69000000-71000000] #TXFREQ 1 70000000 #TXFREQ 2 70000000 Ok # usage: $TXMOD [1/2] [0/1] #TXMOD 1 1 #TXMOD 2 1 Ok # usage: $TXCARR [1/2] [0/1] #TXCARR 1 1 #TXCARR 2 0 Ok # usage: $TXMSG [1/2] [0/1] #TXMSG 1 1 #TXMSG 2 1 Ok #TXPRN 1 1 Ok #TXLV 1 0 Ok #TXFREQ 1 70000000 Ok #TXMOD 1 1 Ok #TXMSG 1 1 Ok #TXCARR 1 1 Ok # usage: $TXPRN [1/2] [1-32] #TXPRN 1 1 #TXPRN 2 2 Ok # usage: $TXLV [1/2] [0-30] #TXLV 1 0 #TXLV 2 20 Ok # usage: $TXFREQ [1/2] [69000000-71000000] #TXFREQ 1 70000000 #TXFREQ 2 70000000 Ok # usage: $TXMOD [1/2] [0/1] #TXMOD 1 1 #TXMOD 2 1 Ok # usage: $TXCARR [1/2] [0/1] #TXCARR 1 1 #TXCARR 2 0 Ok # usage: $TXMSG [1/2] [0/1] #TXMSG 1 1 #TXMSG 2 1 Ok #TXPRN 1 1 Ok #TXLV 1 0 Ok #TXFREQ 1 70000000 Ok #TXMOD 1 0 Ok #TXMSG 1 0 Ok #TXCARR 1 0 Ok # usage: $TXPRN [1/2] [1-32] #TXPRN 1 1 #TXPRN 2 2 Ok # usage: $TXLV [1/2] [0-30] #TXLV 1 0 #TXLV 2 20 Ok # usage: $TXFREQ [1/2] [69000000-71000000] #TXFREQ 1 70000000 #TXFREQ 2 70000000 Ok # usage: $TXMOD [1/2] [0/1] #TXMOD 1 0 #TXMOD 2 1 Ok # usage: $TXCARR [1/2] [0/1] #TXCARR 1 0 #TXCARR 2 0 Ok # usage: $TXMSG [1/2] [0/1] #TXMSG 1 0 #TXMSG 2 1 Ok #TXFREQ 1 70000000 Ok #TXLV 1 0 Ok #TXPRN 1 1 Ok #TXMOD 1 1 Ok #TXCARR 1 1 Ok # usage: $RXFREQ [1-4] [69000000-71000000] #RXFREQ 1 70002200 0000B334 1DE951A1 70001398.988972947 #RXFREQ 2 70001800 0000B334 29094318 70001465.297818303 #RXFREQ 3 70001800 0000B334 512EAECD 70001704.587666675 #RXFREQ 4 70001800 0000B334 5A918AA7 70001760.533582672 Ok #ERR unknown command Ok #RXFREQ 1 70001900 0000B334 EAE27ADA 70002620.724958569 Ok #RXPRN 1 1 Ok # usage: $RXFREQ [1-4] [69000000-71000000] #RXFREQ 1 70001900 0000B333 F00C0ABC 70001125.616066411 #RXFREQ 2 70001800 0000B334 2736352B 70001454.423360705 #RXFREQ 3 70001800 0000B334 3C6E8468 70001580.904173017 #RXFREQ 4 70001800 0000B334 5D60C74C 70001777.279621542 Ok # usage: $RXFREQ [1-4] [69000000-71000000] #RXFREQ 1 70001900 0000B333 EBE39C2E 70001100.832831040 #RXFREQ 2 70001800 0000B334 2BCB9FF3 70001481.744106904 #RXFREQ 3 70001800 0000B334 37861E50 70001551.651358798 #RXFREQ 4 70001800 0000B334 5B5DA8CD 70001765.286069781 Ok # usage: $RXFREQ [1-4] [69000000-71000000] #RXFREQ 1 70001900 0000B333 EAD235BE 70001094.467237830 #RXFREQ 2 70001800 0000B334 2F37D431 70001502.144822687 #RXFREQ 3 70001800 0000B334 31E1B41F 70001518.020955801 #RXFREQ 4 70001800 0000B334 5CF8F816 70001774.862620175 Ok #ERR unknown command Ok #RXFREQ 2 70019000 0000B33F A6DEFC7A 70018999.999999925 Ok #RXPRN 2 2 Ok #RXFREQ 3 70019000 0000B33F A6DEFC7A 70018999.999999925 Ok #RXPRN 3 3 Ok #RXFREQ 4 70001900 0000B334 71F79421 70001900.000000104 Ok #RXPRN 4 4 Ok # usage: $RXFREQ [1-4] [69000000-71000000] #RXFREQ 1 70001900 0000B333 F585D3F3 70001158.253939971 #RXFREQ 2 70019000 0000B33F 680B90C5 70018625.528679833 #RXFREQ 3 70019000 0000B33F 7EA51B52 70018760.233808309 #RXFREQ 4 70001900 0000B334 7B577502 70001955.876524135 Ok #RXFREQ 2 70001900 0000B334 3001EF81 70001506.850485742 Ok #RXPRN 2 2 Ok #RXFREQ 3 70001900 0000B334 71F79421 70001900.000000104 Ok #RXPRN 3 3 Ok #ERR unknown command Ok #ERR unknown command Ok # usage: $RXPRN [1-4] [1-32] #RXPRN 1 1 #RXPRN 2 2 #RXPRN 3 3 #RXPRN 4 4 Ok # usage: $RXFREQ [1-4] [69000000-71000000] #RXFREQ 1 70001900 0000B333 FC779535 70001199.645522043 #RXFREQ 2 70001900 0000B334 3D7393F7 70001586.982467860 #RXFREQ 3 70001900 0000B334 3F8C8479 70001599.484064415 #RXFREQ 4 70001900 0000B334 7DA6C6DB 70001969.644259170 Ok #RXMSG 1 1 Ok #RXMSG 2 1 Ok #RXMSG 3 1 Ok #RXMSG 4 1 Ok # usage: $RXMSG [1-4] [0/1] #RXMSG 1 1 #RXMSG 2 1 #RXMSG 3 1 #RXMSG 4 1 Ok #ACQ 1 1 Ok #TRACK 1 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001900.0 # seek width freq= 200 # start freq= 70001804.0 # stop freq= 70002004.0 # step freq= 50.0 # Ch: 1, SEQ: 0 , Step: 0, Freq. 70001804.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4610 [ 1.572981e+10, 3.651312e+10, 8.333079e+09 ] S= 105.62 (dB), N= 90.82 (dB) SNR= 14.80 ( rcv= 16 ref= 14 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.574059 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.994503 dif = 3.579556 # iter[3] # SAMPLING offset= 0 # diff_sigma= 21.687014 dif = 11.307489 # dif_max = 11.307489 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 1, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4610 [ 1.722836e+10, 3.735456e+10, 8.250071e+09 ] # valid signal level. S= 105.72 (dB), N= 90.71 (dB) SNR= 15.01 ( rcv= 16 ref= 14 )*** # iter[1] # SAMPLING offset= 4610 # diff_sigma= 13.125830 # iter[2] # SAMPLING offset= 4610 # diff_sigma= 13.293608 dif = 0.167778 # iter[3] # SAMPLING offset= 4610 # diff_sigma= 12.719858 dif = 0.573750 # dif_max = 0.573750 ... < 1.0, phase diff valid # phase updated. freq= 70001854.0 diff=13.125830 (pos=1)# ################# # phase updated. freq= 70001854.0 diff=12.719858 (pos=3)# ################# # Ch: 1, SEQ: 0 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4610 [ 1.870910e+10, 3.982537e+10, 9.113354e+09 ] # valid signal level. S= 106.00 (dB), N= 90.87 (dB) SNR= 15.14 ( rcv= 16 ref= 14 )*** # iter[1] # SAMPLING offset= 4610 # diff_sigma= 7.454818 # iter[2] # SAMPLING offset= 4610 # diff_sigma= 7.037164 dif = 0.417654 # iter[3] # SAMPLING offset= 4610 # diff_sigma= 7.389775 dif = 0.352612 # dif_max = 0.417654 ... < 1.0, phase diff valid # phase updated. freq= 70001904.0 diff=7.454818 (pos=1)# ################# # phase updated. freq= 70001904.0 diff=7.037164 (pos=2)# ################# # Ch: 1, SEQ: 0 , Step: 3, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4610 [ 2.029716e+10, 3.769120e+10, 7.901238e+09 ] S= 105.76 (dB), N= 90.88 (dB) SNR= 14.88 ( rcv= 16 ref= 14 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.726103 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.515430 dif = 6.210672 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.029585 dif = 7.514154 # dif_max = 7.514154 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 4, Freq. 70002004.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4610 [ 1.611883e+10, 3.282292e+10, 6.999500e+09 ] S= 105.16 (dB), N= 90.72 (dB) SNR= 14.44 ( rcv= 16 ref= 14 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.545424 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.969072 dif = 0.576351 # iter[3] # SAMPLING offset= 0 # diff_sigma= 21.064758 dif = 5.904314 # dif_max = 5.904314 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001904.0, level= 3.982537e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 7.037164 , seq = 0 , step = 2 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001900.0 # seek width freq= 100 # start freq= 70001854.0 # stop freq= 70001954.0 # step freq= 25.0 # prelim. freq= 70001904.0 # Ch: 1, SEQ: 1 , Step: 0, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4610 [ 1.976893e+10, 3.248095e+10, 6.382137e+09 ] S= 105.12 (dB), N= 90.82 (dB) SNR= 14.29 ( rcv= 7 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.539814 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.241333 dif = 5.298481 # iter[3] # SAMPLING offset= 0 # diff_sigma= 38.004101 dif = 9.762768 # dif_max = 9.762768 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 1, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4610 [ 2.327658e+10, 3.523357e+10, 6.230064e+09 ] S= 105.47 (dB), N= 90.82 (dB) SNR= 14.65 ( rcv= 7 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.257629 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.121529 dif = 1.863899 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.429123 dif = 3.692406 # dif_max = 3.692406 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4610 [ 2.399177e+10, 3.419920e+10, 5.265388e+09 ] S= 105.34 (dB), N= 90.83 (dB) SNR= 14.51 ( rcv= 7 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.247307 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.320648 dif = 2.073341 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.461157 dif = 11.859491 # dif_max = 11.859491 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 3, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4610 [ 2.589942e+10, 3.486128e+10, 5.297113e+09 ] S= 105.42 (dB), N= 90.86 (dB) SNR= 14.56 ( rcv= 7 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.820534 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.638479 dif = 0.182055 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.482662 dif = 2.844183 # dif_max = 2.844183 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 4, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4610 [ 2.614466e+10, 3.115054e+10, 4.967321e+09 ] S= 104.93 (dB), N= 90.83 (dB) SNR= 14.11 ( rcv= 7 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.250820 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.035589 dif = 1.215231 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.553495 dif = 2.517906 # dif_max = 2.517906 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001879.0, level= 3.523357e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 7.037164 , seq = 0 , step = 2 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001900.0 # seek width freq= 50 # start freq= 70001879.0 # stop freq= 70001929.0 # step freq= 12.5 # prelim. freq= 70001904.0 # Ch: 1, SEQ: 2 , Step: 0, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4610 [ 2.863903e+10, 3.239799e+10, 5.102242e+09 ] S= 105.11 (dB), N= 90.78 (dB) SNR= 14.33 ( rcv= 2 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.642513 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.510509 dif = 2.867996 # iter[3] # SAMPLING offset= 0 # diff_sigma= 37.092506 dif = 3.581997 # dif_max = 3.581997 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 1, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4610 [ 2.821032e+10, 3.068342e+10, 4.315805e+09 ] S= 104.87 (dB), N= 90.75 (dB) SNR= 14.11 ( rcv= 5 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.880630 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.059891 dif = 6.179260 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.320908 dif = 5.738983 # dif_max = 6.179260 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4609 [ 3.553801e+09, 2.873696e+10, 2.667273e+10 ] S= 104.58 (dB), N= 90.75 (dB) SNR= 13.83 ( rcv= 5 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 41.231300 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.986237 dif = 18.245064 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.820004 dif = 2.833767 # dif_max = 18.245064 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 3, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4609 [ 4.254967e+09, 3.020959e+10, 2.444767e+10 ] S= 104.80 (dB), N= 90.74 (dB) SNR= 14.06 ( rcv= 2 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.105732 # iter[2] # SAMPLING offset= 0 # diff_sigma= 20.220854 dif = 8.884878 # iter[3] # SAMPLING offset= 0 # diff_sigma= 38.174713 dif = 17.953859 # dif_max = 17.953859 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 4, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4609 [ 5.517028e+09, 3.003296e+10, 2.442351e+10 ] S= 104.78 (dB), N= 90.75 (dB) SNR= 14.03 ( rcv= 4 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.666950 # iter[2] # SAMPLING offset= 0 # diff_sigma= 37.013680 dif = 3.346729 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.721329 dif = 6.292351 # dif_max = 6.292351 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001879.0, level= 3.239799e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 7.037164 , seq = 0 , step = 2 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001900.0 # seek width freq= 25 # start freq= 70001891.5 # stop freq= 70001916.5 # step freq= 6.2 # prelim. freq= 70001904.0 # Ch: 1, SEQ: 3 , Step: 0, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4609 [ 6.927210e+09, 3.698321e+10, 2.632966e+10 ] S= 105.68 (dB), N= 90.84 (dB) SNR= 14.84 ( rcv= 5 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.754246 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.937716 dif = 2.816530 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.872108 dif = 3.934393 # dif_max = 3.934393 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 1, Freq. 70001897.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4609 [ 7.148072e+09, 3.967670e+10, 2.728634e+10 ] # valid signal level. S= 105.99 (dB), N= 90.78 (dB) SNR= 15.21 ( rcv= 16 ref= 14 )*** # iter[1] # SAMPLING offset= 4609 # diff_sigma= 7.777909 # iter[2] # SAMPLING offset= 4609 # diff_sigma= 7.319415 dif = 0.458494 # iter[3] # SAMPLING offset= 4609 # diff_sigma= 8.016019 dif = 0.696604 # dif_max = 0.696604 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4609 [ 7.726977e+09, 4.215143e+10, 2.466919e+10 ] # valid signal level. S= 106.25 (dB), N= 90.80 (dB) SNR= 15.45 ( rcv= 0 ref= 18 )*** # iter[1] # SAMPLING offset= 4609 # diff_sigma= 7.146850 # iter[2] # SAMPLING offset= 4609 # diff_sigma= 6.613474 dif = 0.533376 # iter[3] # SAMPLING offset= 4609 # diff_sigma= 7.320292 dif = 0.706818 # dif_max = 0.706818 ... < 1.0, phase diff valid # phase updated. freq= 70001904.0 diff=6.613474 (pos=2)# ################# # Ch: 1, SEQ: 3 , Step: 3, Freq. 70001910.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4609 [ 7.738849e+09, 3.759344e+10, 2.086573e+10 ] # valid signal level. S= 105.75 (dB), N= 90.73 (dB) SNR= 15.02 ( rcv= 0 ref= 18 ) # iter[1] # SAMPLING offset= 4609 # diff_sigma= 6.330189 # iter[2] # SAMPLING offset= 4609 # diff_sigma= 6.488832 dif = 0.158643 # iter[3] # SAMPLING offset= 4609 # diff_sigma= 6.238902 dif = 0.249929 # dif_max = 0.249929 ... < 1.0, phase diff valid # phase updated. freq= 70001910.2 diff=6.330189 (pos=1)# ################# # phase updated. freq= 70001910.2 diff=6.238902 (pos=3)# ################# # Ch: 1, SEQ: 3 , Step: 4, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4609 [ 8.217818e+09, 3.449684e+10, 1.661541e+10 ] S= 105.38 (dB), N= 90.65 (dB) SNR= 14.73 ( rcv= 0 ref= 18 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.250275 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.964163 dif = 1.286112 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.776228 dif = 0.812065 # dif_max = 1.286112 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001904.0, level= 4.215143e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001912.0 , diff_sigma = 6.238902 , seq = 3 , step = 3 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001912.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 7.726977e+09, 4.215143e+10, 2.466919e+10 # est_pos = 8.2 # DC= 20002 DS= 27 # ACQ Finished. # ACQFREQ 1 70001912.0 # DS 1 27 # DC 1 20002 #ACQ 1 0 #TRACK 1 1 # Tracking started. (auto) Ok #ACQ 2 1 Ok #TRACK 2 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001900.0 # seek width freq= 200 # start freq= 70001804.0 # stop freq= 70002004.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001804.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10445 [ 1.114400e+09, 2.325329e+09, 1.523057e+09 ] S= 93.66 (dB), N= 90.66 (dB) SNR= 3.01 ( rcv= 1 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.999256 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.005222 dif = 11.994034 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.329304 dif = 5.324081 # dif_max = 11.994034 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 1, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37931 [ 8.429043e+08, 2.348923e+09, 1.750550e+09 ] S= 93.71 (dB), N= 90.71 (dB) SNR= 3.00 ( rcv= 14 ref= 16 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.841311 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.235580 dif = 0.394270 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.671814 dif = 8.436234 # dif_max = 8.436234 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35902 [ 1.490247e+09, 2.413896e+09, 1.530425e+09 ] S= 93.83 (dB), N= 90.72 (dB) SNR= 3.11 ( rcv= 9 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.397694 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.759861 dif = 0.362167 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.521915 dif = 7.237946 # dif_max = 7.237946 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 3, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7778 [ 1.506667e+09, 2.481193e+09, 2.157722e+09 ] S= 93.95 (dB), N= 90.67 (dB) SNR= 3.28 ( rcv= 9 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.176151 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.341995 dif = 8.834156 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.029514 dif = 10.687519 # dif_max = 10.687519 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 4, Freq. 70002004.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10041 [ 1.478384e+09, 2.401145e+09, 1.146668e+09 ] S= 93.80 (dB), N= 90.73 (dB) SNR= 3.07 ( rcv= 9 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.403913 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.815868 dif = 6.588045 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.748934 dif = 6.933065 # dif_max = 6.933065 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70001954.0, level= 2.481193e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001900.0 # seek width freq= 100 # start freq= 70001854.0 # stop freq= 70001954.0 # step freq= 25.0 # prelim. freq= 70001904.0 # Ch: 2, SEQ: 1 , Step: 0, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 18042 [ 1.192439e+09, 2.490787e+09, 9.825088e+08 ] S= 93.96 (dB), N= 90.74 (dB) SNR= 3.22 ( rcv= 1 ref= 12 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 23.563704 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.123425 dif = 8.559721 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.431675 dif = 2.691750 # dif_max = 8.559721 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 1, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 18106 [ 1.875516e+09, 2.446468e+09, 1.568146e+09 ] S= 93.89 (dB), N= 90.74 (dB) SNR= 3.15 ( rcv= 1 ref= 12 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.692295 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.577011 dif = 2.115284 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.110336 dif = 2.466675 # dif_max = 2.466675 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10294 [ 1.378592e+09, 2.360228e+09, 1.530046e+09 ] S= 93.73 (dB), N= 90.70 (dB) SNR= 3.03 ( rcv= 15 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.382767 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.551241 dif = 6.168474 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.003393 dif = 7.547848 # dif_max = 7.547848 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 3, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 13953 [ 1.156673e+09, 2.407646e+09, 1.623417e+09 ] S= 93.82 (dB), N= 90.67 (dB) SNR= 3.15 ( rcv= 15 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.129532 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.312729 dif = 6.183197 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.739710 dif = 3.573019 # dif_max = 6.183197 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 4, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 9696 [ 1.483523e+09, 2.508562e+09, 1.759042e+09 ] S= 93.99 (dB), N= 90.68 (dB) SNR= 3.31 ( rcv= 15 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.217167 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.906853 dif = 0.310314 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.186020 dif = 4.279167 # dif_max = 4.279167 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001954.0, level= 2.508562e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001900.0 # seek width freq= 50 # start freq= 70001879.0 # stop freq= 70001929.0 # step freq= 12.5 # prelim. freq= 70001904.0 # Ch: 2, SEQ: 2 , Step: 0, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 16288 [ 1.335552e+09, 2.536882e+09, 1.457905e+09 ] S= 94.04 (dB), N= 90.71 (dB) SNR= 3.33 ( rcv= 13 ref= 16 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.801815 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.381029 dif = 9.420786 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.361546 dif = 0.980516 # dif_max = 9.420786 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 1, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 28017 [ 1.039461e+09, 2.382215e+09, 1.771626e+09 ] S= 93.77 (dB), N= 90.71 (dB) SNR= 3.06 ( rcv= 15 ref= 14 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.984173 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.811329 dif = 7.827156 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.791763 dif = 1.980434 # dif_max = 7.827156 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 19937 [ 1.300013e+09, 2.298338e+09, 1.569174e+09 ] S= 93.61 (dB), N= 90.70 (dB) SNR= 2.92 ( rcv= 15 ref= 14 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.881693 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.903198 dif = 4.978495 # iter[3] # SAMPLING offset= 0 # diff_sigma= 39.093311 dif = 13.190113 # dif_max = 13.190113 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 3, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 3954 [ 1.641641e+09, 2.376800e+09, 1.465394e+09 ] S= 93.76 (dB), N= 90.63 (dB) SNR= 3.13 ( rcv= 15 ref= 14 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.471178 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.956270 dif = 6.485092 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.330063 dif = 0.373793 # dif_max = 6.485092 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 4, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12009 [ 1.581646e+09, 2.440469e+09, 1.199860e+09 ] S= 93.87 (dB), N= 90.73 (dB) SNR= 3.15 ( rcv= 15 ref= 14 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.414856 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.317665 dif = 8.902809 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.498260 dif = 1.819405 # dif_max = 8.902809 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001879.0, level= 2.536882e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001900.0 # seek width freq= 25 # start freq= 70001891.5 # stop freq= 70001916.5 # step freq= 6.2 # prelim. freq= 70001904.0 # Ch: 2, SEQ: 3 , Step: 0, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 19984 [ 1.803201e+09, 2.452000e+09, 1.179325e+09 ] S= 93.90 (dB), N= 90.72 (dB) SNR= 3.17 ( rcv= 9 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.845486 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.516838 dif = 1.328648 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.554699 dif = 4.037861 # dif_max = 4.037861 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 1, Freq. 70001897.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 32006 [ 1.517539e+09, 2.282013e+09, 1.554909e+09 ] S= 93.58 (dB), N= 90.71 (dB) SNR= 2.87 ( rcv= 0 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.872139 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.596706 dif = 2.724567 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.549532 dif = 13.047174 # dif_max = 13.047174 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 6015 [ 1.821433e+09, 2.574714e+09, 1.690200e+09 ] S= 94.11 (dB), N= 90.76 (dB) SNR= 3.35 ( rcv= 0 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 39.510559 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.056206 dif = 8.454353 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.102104 dif = 3.954102 # dif_max = 8.454353 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 3, Freq. 70001910.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 30054 [ 1.726665e+09, 2.316710e+09, 1.293676e+09 ] S= 93.65 (dB), N= 90.70 (dB) SNR= 2.95 ( rcv= 0 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.274960 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.474255 dif = 3.800705 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.490189 dif = 6.015934 # dif_max = 6.015934 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 4, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8230 [ 1.898868e+09, 2.440812e+09, 1.487042e+09 ] S= 93.88 (dB), N= 90.75 (dB) SNR= 3.12 ( rcv= 0 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.332298 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.233690 dif = 0.098608 # iter[3] # SAMPLING offset= 0 # diff_sigma= 20.946974 dif = 7.286716 # dif_max = 7.286716 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001904.0, level= 2.574714e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001904.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.821433e+09, 2.574714e+09, 1.690200e+09 # est_pos = -2.0 # DC= 20002 DS= 17 # ACQ Finished. # ACQFREQ 2 70001904.0 # DS 2 17 # DC 2 20002 #ACQ 2 0 #TRACK 2 1 # Tracking started. (auto) Ok #ACQ 3 1 Ok #TRACK 3 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001900.0 # seek width freq= 200 # start freq= 70001804.0 # stop freq= 70002004.0 # step freq= 50.0 # Ch: 3, SEQ: 0 , Step: 0, Freq. 70001804.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 38323 [ 1.551075e+09, 2.360038e+09, 1.142759e+09 ] S= 93.73 (dB), N= 90.69 (dB) SNR= 3.04 ( rcv= 14 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.910538 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.940422 dif = 2.029884 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.666153 dif = 12.274269 # dif_max = 12.274269 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 1, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4080 [ 1.200952e+09, 2.607990e+09, 1.476457e+09 ] S= 94.16 (dB), N= 90.78 (dB) SNR= 3.39 ( rcv= 14 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.123077 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.943031 dif = 5.819954 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.698227 dif = 7.244804 # dif_max = 7.244804 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 29989 [ 1.282215e+09, 2.336483e+09, 1.539098e+09 ] S= 93.69 (dB), N= 90.69 (dB) SNR= 3.00 ( rcv= 14 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.008766 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.939756 dif = 1.069010 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.970808 dif = 1.968948 # dif_max = 1.968948 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 3, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 1697 [ 1.193773e+09, 2.599767e+09, 1.952366e+09 ] S= 94.15 (dB), N= 90.76 (dB) SNR= 3.39 ( rcv= 6 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.804165 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.471432 dif = 6.667267 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.782230 dif = 9.689201 # dif_max = 9.689201 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 4, Freq. 70002004.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 21893 [ 1.402442e+09, 2.451037e+09, 1.348084e+09 ] S= 93.89 (dB), N= 90.71 (dB) SNR= 3.18 ( rcv= 14 ref= 8 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.816679 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.374084 dif = 0.557405 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.122053 dif = 0.252031 # dif_max = 0.557405 ... < 1.0, phase diff valid # phase updated. freq= 70002004.0 diff=29.816679 (pos=1)# ################# # ACQ: result # Step= 001, freq= 70001854.0, level= 2.607990e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70002000.0 , diff_sigma = 29.816679 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001900.0 # seek width freq= 100 # start freq= 70001950.0 # stop freq= 70002050.0 # step freq= 25.0 # prelim. freq= 70002000.0 # Ch: 3, SEQ: 1 , Step: 0, Freq. 70001950.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37626 [ 1.264091e+09, 2.300276e+09, 1.062725e+09 ] S= 93.62 (dB), N= 90.63 (dB) SNR= 2.99 ( rcv= 4 ref= 1 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.181854 # iter[2] # SAMPLING offset= 0 # diff_sigma= 19.496433 dif = 7.685421 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.753887 dif = 4.257454 # dif_max = 7.685421 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 1, Freq. 70001975.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 20 [ 1.802760e+09, 2.391365e+09, 1.365778e+09 ] S= 93.79 (dB), N= 90.75 (dB) SNR= 3.03 ( rcv= 4 ref= 1 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.482651 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.097202 dif = 1.385448 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.002834 dif = 4.905632 # dif_max = 4.905632 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 2, Freq. 70002000.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 27920 [ 1.348899e+09, 2.556128e+09, 1.596339e+09 ] S= 94.08 (dB), N= 90.74 (dB) SNR= 3.34 ( rcv= 4 ref= 1 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.980200 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.611645 dif = 2.631445 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.962082 dif = 0.350437 # dif_max = 2.631445 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 3, Freq. 70002025.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7925 [ 1.762956e+09, 2.272754e+09, 1.851195e+09 ] S= 93.57 (dB), N= 90.63 (dB) SNR= 2.93 ( rcv= 4 ref= 1 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.780716 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.649027 dif = 4.868311 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.825998 dif = 0.176971 # dif_max = 4.868311 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 4, Freq. 70002050.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 31730 [ 1.169415e+09, 2.417836e+09, 1.512321e+09 ] S= 93.83 (dB), N= 90.76 (dB) SNR= 3.07 ( rcv= 4 ref= 1 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.565704 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.681322 dif = 6.884382 # iter[3] # SAMPLING offset= 0 # diff_sigma= 37.974472 dif = 15.293150 # dif_max = 15.293150 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70002000.0, level= 2.556128e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70002000.0 , diff_sigma = 29.816679 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001900.0 # seek width freq= 50 # start freq= 70001975.0 # stop freq= 70002025.0 # step freq= 12.5 # prelim. freq= 70002000.0 # Ch: 3, SEQ: 2 , Step: 0, Freq. 70001975.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35832 [ 1.613808e+09, 2.648280e+09, 1.863155e+09 ] S= 94.23 (dB), N= 90.70 (dB) SNR= 3.53 ( rcv= 4 ref= 6 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.607990 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.446360 dif = 4.838369 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.182074 dif = 8.264286 # dif_max = 8.264286 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 1, Freq. 70001987.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 13586 [ 1.210223e+09, 2.485188e+09, 1.382425e+09 ] S= 93.95 (dB), N= 90.74 (dB) SNR= 3.21 ( rcv= 4 ref= 6 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.657734 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.668167 dif = 9.010433 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.999115 dif = 3.669052 # dif_max = 9.010433 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 2, Freq. 70002000.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 20082 [ 1.134950e+09, 2.290301e+09, 1.314294e+09 ] S= 93.60 (dB), N= 90.70 (dB) SNR= 2.90 ( rcv= 4 ref= 6 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.546425 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.384037 dif = 0.162388 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.425926 dif = 5.958111 # dif_max = 5.958111 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 3, Freq. 70002012.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 25995 [ 9.525506e+08, 2.482924e+09, 1.917687e+09 ] S= 93.95 (dB), N= 90.75 (dB) SNR= 3.20 ( rcv= 4 ref= 6 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.441446 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.006907 dif = 4.434540 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.716722 dif = 1.709816 # dif_max = 4.434540 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 4, Freq. 70002025.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 26212 [ 1.329634e+09, 2.635260e+09, 1.916515e+09 ] S= 94.21 (dB), N= 90.76 (dB) SNR= 3.45 ( rcv= 4 ref= 6 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.666046 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.536289 dif = 2.870243 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.951962 dif = 0.584328 # dif_max = 2.870243 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001975.0, level= 2.648280e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70002000.0 , diff_sigma = 29.816679 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001900.0 # seek width freq= 25 # start freq= 70001987.5 # stop freq= 70002012.5 # step freq= 6.2 # prelim. freq= 70002000.0 # Ch: 3, SEQ: 3 , Step: 0, Freq. 70001987.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 34022 [ 1.462729e+09, 2.345310e+09, 1.936282e+09 ] S= 93.70 (dB), N= 90.74 (dB) SNR= 2.96 ( rcv= 15 ref= 12 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.613148 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.312334 dif = 7.300814 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.580492 dif = 5.731842 # dif_max = 7.300814 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 1, Freq. 70001993.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 24032 [ 1.805806e+09, 2.553501e+09, 1.400587e+09 ] S= 94.07 (dB), N= 90.71 (dB) SNR= 3.36 ( rcv= 15 ref= 12 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.858051 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.116575 dif = 6.741476 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.486614 dif = 6.370039 # dif_max = 6.741476 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 2, Freq. 70002000.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 16010 [ 1.936943e+09, 2.526617e+09, 1.520586e+09 ] S= 94.03 (dB), N= 90.77 (dB) SNR= 3.25 ( rcv= 11 ref= 17 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.252090 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.867756 dif = 2.615665 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.813385 dif = 9.054371 # dif_max = 9.054371 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 3, Freq. 70002006.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 22253 [ 2.081868e+09, 2.376319e+09, 9.948912e+08 ] S= 93.76 (dB), N= 90.73 (dB) SNR= 3.03 ( rcv= 1 ref= 12 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.262787 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.943510 dif = 6.319277 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.728123 dif = 4.784613 # dif_max = 6.319277 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 4, Freq. 70002012.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 9913 [ 1.420683e+09, 2.352320e+09, 1.955736e+09 ] S= 93.71 (dB), N= 90.67 (dB) SNR= 3.04 ( rcv= 1 ref= 12 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.474655 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.379688 dif = 12.094967 # iter[3] # SAMPLING offset= 0 # diff_sigma= 21.914047 dif = 0.465641 # dif_max = 12.094967 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001993.8, level= 2.553501e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70002000.0 , diff_sigma = 29.816679 , seq = 0 , step = 4 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70002000.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.805806e+09, 2.553501e+09, 1.400587e+09 # est_pos = -5.3 # DC= 20002 DS= 13 # ACQ Finished. # ACQFREQ 3 70002000.0 # DS 3 13 # DC 3 20002 #ACQ 3 0 #TRACK 3 1 # Tracking started. (auto) Ok #ACQ 4 1 Ok #TRACK 4 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001900.0 # seek width freq= 200 # start freq= 70001804.0 # stop freq= 70002004.0 # step freq= 50.0 # Ch: 4, SEQ: 0 , Step: 0, Freq. 70001804.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 20119 [ 1.507277e+09, 2.416836e+09, 1.763003e+09 ] S= 93.83 (dB), N= 90.74 (dB) SNR= 3.09 ( rcv= 14 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.089964 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.985474 dif = 3.895510 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.763216 dif = 5.222258 # dif_max = 5.222258 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 1, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 6007 [ 1.027519e+09, 2.452853e+09, 1.682424e+09 ] S= 93.90 (dB), N= 90.71 (dB) SNR= 3.19 ( rcv= 14 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.013962 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.721621 dif = 1.707659 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.671349 dif = 1.949728 # dif_max = 1.949728 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 3991 [ 2.076695e+09, 2.392044e+09, 1.283123e+09 ] S= 93.79 (dB), N= 90.71 (dB) SNR= 3.07 ( rcv= 15 ref= 12 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.658840 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.747168 dif = 2.911673 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.639633 dif = 10.892466 # dif_max = 10.892466 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 3, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 23934 [ 1.082345e+09, 2.314548e+09, 1.522022e+09 ] S= 93.64 (dB), N= 90.69 (dB) SNR= 2.96 ( rcv= 1 ref= 16 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.918304 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.406401 dif = 2.511904 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.190027 dif = 2.216373 # dif_max = 2.511904 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 4, Freq. 70002004.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 1811 [ 1.893862e+09, 2.668636e+09, 1.351284e+09 ] S= 94.26 (dB), N= 90.80 (dB) SNR= 3.47 ( rcv= 1 ref= 16 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.726513 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.370987 dif = 7.644474 # iter[3] # SAMPLING offset= 0 # diff_sigma= 22.617569 dif = 13.753418 # dif_max = 13.753418 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70002004.0, level= 2.668636e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001900.0 # seek width freq= 100 # start freq= 70001854.0 # stop freq= 70001954.0 # step freq= 25.0 # prelim. freq= 70001904.0 # Ch: 4, SEQ: 1 , Step: 0, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 26063 [ 1.871004e+09, 2.412439e+09, 1.162281e+09 ] S= 93.82 (dB), N= 90.73 (dB) SNR= 3.10 ( rcv= 9 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.365528 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.853388 dif = 6.487860 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.495060 dif = 4.358328 # dif_max = 6.487860 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 1, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 39860 [ 1.897670e+09, 2.311278e+09, 1.148612e+09 ] S= 93.64 (dB), N= 90.69 (dB) SNR= 2.95 ( rcv= 9 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.388187 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.239601 dif = 2.851414 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.572067 dif = 4.332466 # dif_max = 4.332466 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 30350 [ 1.672680e+09, 2.395334e+09, 1.412946e+09 ] S= 93.79 (dB), N= 90.63 (dB) SNR= 3.17 ( rcv= 9 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.937624 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.915037 dif = 1.977413 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.192389 dif = 0.277351 # dif_max = 1.977413 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 3, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 39662 [ 1.371891e+09, 2.501988e+09, 1.667763e+09 ] S= 93.98 (dB), N= 90.77 (dB) SNR= 3.22 ( rcv= 9 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.009407 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.784069 dif = 3.774662 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.195276 dif = 3.588793 # dif_max = 3.774662 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 4, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 39808 [ 1.400962e+09, 2.514035e+09, 1.541419e+09 ] S= 94.00 (dB), N= 90.74 (dB) SNR= 3.27 ( rcv= 8 ref= 10 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.563087 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.401131 dif = 4.161957 # iter[3] # SAMPLING offset= 0 # diff_sigma= 37.788746 dif = 8.387615 # dif_max = 8.387615 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001954.0, level= 2.514035e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001900.0 # seek width freq= 50 # start freq= 70001879.0 # stop freq= 70001929.0 # step freq= 12.5 # prelim. freq= 70001904.0 # Ch: 4, SEQ: 2 , Step: 0, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10039 [ 1.092766e+09, 2.443133e+09, 2.150287e+09 ] S= 93.88 (dB), N= 90.77 (dB) SNR= 3.11 ( rcv= 15 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.959984 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.556927 dif = 2.403057 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.985100 dif = 4.571827 # dif_max = 4.571827 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 1, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 15892 [ 1.291125e+09, 2.640019e+09, 1.568488e+09 ] S= 94.22 (dB), N= 90.79 (dB) SNR= 3.43 ( rcv= 5 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.224018 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.633327 dif = 0.590691 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.949287 dif = 3.315960 # dif_max = 3.315960 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 29967 [ 1.169659e+09, 2.367230e+09, 1.015561e+09 ] S= 93.74 (dB), N= 90.68 (dB) SNR= 3.06 ( rcv= 5 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.410967 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.756008 dif = 0.654959 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.646324 dif = 3.890316 # dif_max = 3.890316 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 3, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10077 [ 1.285044e+09, 2.326439e+09, 1.731274e+09 ] S= 93.67 (dB), N= 90.71 (dB) SNR= 2.96 ( rcv= 5 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.559965 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.803070 dif = 7.243105 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.970947 dif = 1.167877 # dif_max = 7.243105 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 4, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 31859 [ 1.487545e+09, 2.476534e+09, 1.458890e+09 ] S= 93.94 (dB), N= 90.73 (dB) SNR= 3.21 ( rcv= 5 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.189274 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.288923 dif = 4.900351 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.897385 dif = 6.608461 # dif_max = 6.608461 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001891.5, level= 2.640019e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001900.0 # seek width freq= 25 # start freq= 70001891.5 # stop freq= 70001916.5 # step freq= 6.2 # prelim. freq= 70001904.0 # Ch: 4, SEQ: 3 , Step: 0, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7968 [ 1.257639e+09, 2.551668e+09, 1.650441e+09 ] S= 94.07 (dB), N= 90.83 (dB) SNR= 3.24 ( rcv= 4 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.119061 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.514088 dif = 10.604973 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.462065 dif = 5.947977 # dif_max = 10.604973 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 1, Freq. 70001897.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 18091 [ 1.430279e+09, 2.462223e+09, 1.353116e+09 ] S= 93.91 (dB), N= 90.76 (dB) SNR= 3.15 ( rcv= 4 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.466768 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.419577 dif = 1.047192 # iter[3] # SAMPLING offset= 0 # diff_sigma= 21.971464 dif = 6.448112 # dif_max = 6.448112 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 26 [ 1.901262e+09, 2.278822e+09, 1.412461e+09 ] S= 93.58 (dB), N= 90.77 (dB) SNR= 2.80 ( rcv= 16 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 20.867725 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.411278 dif = 9.543552 # iter[3] # SAMPLING offset= 0 # diff_sigma= 21.552729 dif = 8.858549 # dif_max = 9.543552 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 3, Freq. 70001910.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 24110 [ 1.404477e+09, 2.471251e+09, 1.647802e+09 ] S= 93.93 (dB), N= 90.83 (dB) SNR= 3.10 ( rcv= 0 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 38.488598 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.928389 dif = 9.560209 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.463381 dif = 1.534992 # dif_max = 9.560209 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 4, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8223 [ 1.409913e+09, 2.508184e+09, 1.274988e+09 ] S= 93.99 (dB), N= 90.73 (dB) SNR= 3.27 ( rcv= 0 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.550606 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.993988 dif = 4.556618 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.688446 dif = 4.694458 # dif_max = 4.694458 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001891.5, level= 2.551668e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001904.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.257639e+09, 2.551668e+09, 1.650441e+09 # est_pos = 4.5 # DC= 20002 DS= 23 # ACQ Finished. # ACQFREQ 4 70001904.0 # DS 4 23 # DC 4 20002 #ACQ 4 0 #TRACK 4 1 # Tracking started. (auto) Ok #MEAS 1 1 # MEAS start rxch: 1 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 2 1 # MEAS start rxch: 2 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 3 1 # MEAS start rxch: 3 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 3 1 #MEAS 4 1 # MEAS start rxch: 4 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 1 0 Ok #MEAS 2 0 Ok #MEAS 3 0 Ok #MEAS 4 0 Ok #STOP Ok #RXFREQ 1 70002000 0000B334 82BE8BC1 70001999.999999851 Ok #ACQ 1 1 Ok #TRACK 1 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70002000.0 # seek width freq= 200 # start freq= 70001900.0 # stop freq= 70002100.0 # step freq= 50.0 # Ch: 1, SEQ: 0 , Step: 0, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 5.663680e+09, 3.459239e+10, 2.768891e+10 ] S= 105.39 (dB), N= 90.72 (dB) SNR= 14.67 ( rcv= 5 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.494545 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.973555 dif = 2.520990 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.077230 dif = 2.103676 # dif_max = 2.520990 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 1, Freq. 70001950.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 5.692921e+09, 3.556642e+10, 2.412913e+10 ] S= 105.51 (dB), N= 90.68 (dB) SNR= 14.83 ( rcv= 10 ref= 8 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.186949 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.565319 dif = 0.378370 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.051144 dif = 2.485825 # dif_max = 2.485825 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 2, Freq. 70002000.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 6.883416e+09, 3.549287e+10, 2.323384e+10 ] S= 105.50 (dB), N= 90.68 (dB) SNR= 14.82 ( rcv= 6 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.310890 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.664742 dif = 2.646149 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.555201 dif = 4.109541 # dif_max = 4.109541 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 3, Freq. 70002050.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 7.632762e+09, 4.091237e+10, 2.398119e+10 ] # valid signal level. S= 106.12 (dB), N= 90.78 (dB) SNR= 15.33 ( rcv= 6 ref= 4 )*** # iter[1] # SAMPLING offset= 4605 # diff_sigma= 10.183200 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 10.285999 dif = 0.102799 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 10.291294 dif = 0.005295 # dif_max = 0.102799 ... < 1.0, phase diff valid # phase updated. freq= 70002050.0 diff=10.183200 (pos=1)# ################# # Ch: 1, SEQ: 0 , Step: 4, Freq. 70002100.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 6.262239e+09, 3.695945e+10, 2.225877e+10 ] S= 105.68 (dB), N= 90.71 (dB) SNR= 14.97 ( rcv= 6 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.611847 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.197966 dif = 5.413881 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.167019 dif = 2.969053 # dif_max = 5.413881 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70002050.0, level= 4.091237e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70002048.0 , diff_sigma = 10.183200 , seq = 0 , step = 3 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70002000.0 # seek width freq= 100 # start freq= 70001998.0 # stop freq= 70002098.0 # step freq= 25.0 # prelim. freq= 70002048.0 # Ch: 1, SEQ: 1 , Step: 0, Freq. 70001998.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 9.571343e+09, 4.023946e+10, 1.993251e+10 ] # valid signal level. S= 106.05 (dB), N= 90.73 (dB) SNR= 15.32 ( rcv= 18 ref= 16 )*** # iter[1] # SAMPLING offset= 4605 # diff_sigma= 4.435685 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 4.007918 dif = 0.427767 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 4.822034 dif = 0.814116 # dif_max = 0.814116 ... < 1.0, phase diff valid # phase updated. freq= 70001998.0 diff=4.435685 (pos=1)# ################# # phase updated. freq= 70001998.0 diff=4.007918 (pos=2)# ################# # Ch: 1, SEQ: 1 , Step: 1, Freq. 70002023.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 9.661237e+09, 4.339038e+10, 2.118100e+10 ] # valid signal level. S= 106.37 (dB), N= 90.71 (dB) SNR= 15.67 ( rcv= 7 ref= 5 )*** # iter[1] # SAMPLING offset= 4605 # diff_sigma= 7.013626 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 6.761575 dif = 0.252051 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 7.046099 dif = 0.284524 # dif_max = 0.284524 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 2, Freq. 70002048.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 1.077525e+10, 4.351169e+10, 1.871662e+10 ] # valid signal level. S= 106.39 (dB), N= 90.73 (dB) SNR= 15.65 ( rcv= 11 ref= 9 )*** # iter[1] # SAMPLING offset= 4605 # diff_sigma= 10.143838 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 10.230808 dif = 0.086970 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 9.823778 dif = 0.407030 # dif_max = 0.407030 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 3, Freq. 70002073.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 9.245961e+09, 4.249578e+10, 1.822756e+10 ] # valid signal level. S= 106.28 (dB), N= 90.73 (dB) SNR= 15.55 ( rcv= 11 ref= 9 ) # iter[1] # SAMPLING offset= 4605 # diff_sigma= 13.324861 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 13.168703 dif = 0.156157 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 12.889179 dif = 0.279524 # dif_max = 0.279524 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 4, Freq. 70002098.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 1.161141e+10, 4.616094e+10, 1.606628e+10 ] # valid signal level. S= 106.64 (dB), N= 90.63 (dB) SNR= 16.01 ( rcv= 11 ref= 9 )*** # iter[1] # SAMPLING offset= 4605 # diff_sigma= 15.869370 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 16.207056 dif = 0.337687 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 16.032677 dif = 0.174379 # dif_max = 0.337687 ... < 1.0, phase diff valid # ACQ: result # Step= 004, freq= 70002098.0, level= 4.616094e+10, peakoffset= 4605 # Min. phase diff_sigma freq= 70002000.0 , diff_sigma = 4.007918 , seq = 1 , step = 0 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70002000.0 # seek width freq= 50 # start freq= 70001975.0 # stop freq= 70002025.0 # step freq= 12.5 # prelim. freq= 70002000.0 # Ch: 1, SEQ: 2 , Step: 0, Freq. 70001975.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 1.189278e+10, 4.750084e+10, 1.555351e+10 ] # valid signal level. S= 106.77 (dB), N= 90.75 (dB) SNR= 16.01 ( rcv= 11 ref= 9 )*** # iter[1] # SAMPLING offset= 4605 # diff_sigma= 3.052559 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 2.267881 dif = 0.784677 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 2.231853 dif = 0.036029 # dif_max = 0.784677 ... < 1.0, phase diff valid # phase updated. freq= 70001975.0 diff=3.052559 (pos=1)# ################# # phase updated. freq= 70001975.0 diff=2.267881 (pos=2)# ################# # phase updated. freq= 70001975.0 diff=2.231853 (pos=3)# ################# # Ch: 1, SEQ: 2 , Step: 1, Freq. 70001987.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 1.293836e+10, 4.544189e+10, 1.433535e+10 ] # valid signal level. S= 106.57 (dB), N= 90.72 (dB) SNR= 15.86 ( rcv= 11 ref= 9 ) # iter[1] # SAMPLING offset= 4605 # diff_sigma= 3.292803 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 3.616154 dif = 0.323351 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 3.597765 dif = 0.018389 # dif_max = 0.323351 ... < 1.0, phase diff valid # Ch: 1, SEQ: 2 , Step: 2, Freq. 70002000.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 1.368428e+10, 4.224242e+10, 1.344622e+10 ] # valid signal level. S= 106.26 (dB), N= 90.59 (dB) SNR= 15.67 ( rcv= 11 ref= 9 ) # iter[1] # SAMPLING offset= 4605 # diff_sigma= 4.519475 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 4.356842 dif = 0.162633 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 4.244658 dif = 0.112184 # dif_max = 0.162633 ... < 1.0, phase diff valid # Ch: 1, SEQ: 2 , Step: 3, Freq. 70002012.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 1.594639e+10, 4.648732e+10, 1.429161e+10 ] # valid signal level. S= 106.67 (dB), N= 90.72 (dB) SNR= 15.95 ( rcv= 11 ref= 9 ) # iter[1] # SAMPLING offset= 4605 # diff_sigma= 5.656466 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 6.001475 dif = 0.345010 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 5.937340 dif = 0.064136 # dif_max = 0.345010 ... < 1.0, phase diff valid # Ch: 1, SEQ: 2 , Step: 4, Freq. 70002025.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 1.557758e+10, 4.381601e+10, 1.046680e+10 ] # valid signal level. S= 106.42 (dB), N= 90.73 (dB) SNR= 15.68 ( rcv= 11 ref= 9 ) # iter[1] # SAMPLING offset= 4605 # diff_sigma= 7.481303 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 7.263275 dif = 0.218028 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 7.332945 dif = 0.069670 # dif_max = 0.218028 ... < 1.0, phase diff valid # ACQ: result # Step= 000, freq= 70001975.0, level= 4.750084e+10, peakoffset= 4605 # Min. phase diff_sigma freq= 70001976.0 , diff_sigma = 2.231853 , seq = 2 , step = 0 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70002000.0 # seek width freq= 25 # start freq= 70001963.5 # stop freq= 70001988.5 # step freq= 6.2 # prelim. freq= 70001976.0 # Ch: 1, SEQ: 3 , Step: 0, Freq. 70001963.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 1.739322e+10, 4.640328e+10, 1.109600e+10 ] # valid signal level. S= 106.67 (dB), N= 90.63 (dB) SNR= 16.04 ( rcv= 15 ref= 13 )*** # iter[1] # SAMPLING offset= 4605 # diff_sigma= 3.132892 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 2.228956 dif = 0.903936 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 2.207397 dif = 0.021558 # dif_max = 0.903936 ... < 1.0, phase diff valid # phase updated. freq= 70001963.5 diff=2.228956 (pos=2)# ################# # phase updated. freq= 70001963.5 diff=2.207397 (pos=3)# ################# # Ch: 1, SEQ: 3 , Step: 1, Freq. 70001969.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 1.688390e+10, 4.444475e+10, 1.145118e+10 ] # valid signal level. S= 106.48 (dB), N= 90.72 (dB) SNR= 15.76 ( rcv= 15 ref= 13 ) # iter[1] # SAMPLING offset= 4605 # diff_sigma= 1.983167 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 2.750044 dif = 0.766876 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 2.752158 dif = 0.002115 # dif_max = 0.766876 ... < 1.0, phase diff valid # phase updated. freq= 70001969.8 diff=1.983167 (pos=1)# ################# # Ch: 1, SEQ: 3 , Step: 2, Freq. 70001976.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 1.695438e+10, 3.977511e+10, 1.011002e+10 ] # valid signal level. S= 106.00 (dB), N= 90.67 (dB) SNR= 15.33 ( rcv= 15 ref= 13 ) # iter[1] # SAMPLING offset= 4605 # diff_sigma= 3.183798 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 2.757526 dif = 0.426272 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 3.281357 dif = 0.523831 # dif_max = 0.523831 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 3, Freq. 70001982.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 1.817214e+10, 3.872178e+10, 7.825435e+09 ] # valid signal level. S= 105.88 (dB), N= 90.55 (dB) SNR= 15.33 ( rcv= 15 ref= 13 ) # iter[1] # SAMPLING offset= 4605 # diff_sigma= 3.632853 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 4.044354 dif = 0.411501 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 3.521524 dif = 0.522830 # dif_max = 0.522830 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 4, Freq. 70001988.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4605 [ 1.955847e+10, 4.229057e+10, 1.008932e+10 ] # valid signal level. S= 106.26 (dB), N= 90.74 (dB) SNR= 15.52 ( rcv= 14 ref= 12 ) # iter[1] # SAMPLING offset= 4605 # diff_sigma= 3.569520 # iter[2] # SAMPLING offset= 4605 # diff_sigma= 3.300847 dif = 0.268673 # iter[3] # SAMPLING offset= 4605 # diff_sigma= 3.717444 dif = 0.416597 # dif_max = 0.416597 ... < 1.0, phase diff valid # ACQ: result # Step= 000, freq= 70001963.5, level= 4.640328e+10, peakoffset= 4605 # Min. phase diff_sigma freq= 70001968.0 , diff_sigma = 1.983167 , seq = 3 , step = 1 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001968.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.739322e+10, 4.640328e+10, 1.109600e+10 # est_pos = -2.4 # DC= 17699 DS= 16 # ACQ Finished. # ACQFREQ 1 70001968.0 # DS 1 16 # DC 1 17699 #ACQ 1 0 #TRACK 1 1 # Tracking started. (auto) Ok #MEAS 1 1 # MEAS start rxch: 1 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #TXPRN 1 1 Ok #TXLV 1 20 Ok #TXFREQ 1 70000000 Ok #TXMOD 1 1 Ok #TXMSG 1 1 Ok #TXCARR 1 1 Ok #TXPRN 1 1 Ok #TXLV 1 0 Ok #TXFREQ 1 70000000 Ok #TXMOD 1 1 Ok #TXMSG 1 1 Ok #TXCARR 1 1 Ok # usage: $TXPRN [1/2] [1-32] #TXPRN 1 1 #TXPRN 2 2 Ok # usage: $TXLV [1/2] [0-30] #TXLV 1 0 #TXLV 2 20 Ok # usage: $TXFREQ [1/2] [69000000-71000000] #TXFREQ 1 70000000 #TXFREQ 2 70000000 Ok # usage: $TXMOD [1/2] [0/1] #TXMOD 1 1 #TXMOD 2 1 Ok # usage: $TXCARR [1/2] [0/1] #TXCARR 1 1 #TXCARR 2 0 Ok # usage: $TXMSG [1/2] [0/1] #TXMSG 1 1 #TXMSG 2 1 Ok #RXFREQ 2 70002000 0000B334 82BE8BC1 70001999.999999851 Ok #ACQ 2 1 Ok #TRACK 2 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70002000.0 # seek width freq= 200 # start freq= 70001900.0 # stop freq= 70002100.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 ..#1, 25/02/25, 10:29:02, -1172, -0.46238143, 262300251.869226, -20.40, 48.48, 17699, 90, 15, 0.015769, 70001963.685158, 53.6, 1 ......#1, 25/02/25, 10:29:03, -1208, -0.33585801, 262300250.391624, -20.40, 48.45, 17699, 91, 15, -0.022661, 70001964.986141, 52.9, 1 ......#1, 25/02/25, 10:29:04, -1244, -0.13402140, 262300242.396585, -20.44, 48.42, 17699, 91, 15, 0.011544, 70001963.876038, 53.0, 1 ...... DET, pos= 38150 [ 1.954426e+09, 2.400760e+09, 1.234952e+09 ] S= 93.80 (dB), N= 90.74 (dB) SNR= 3.06 ( rcv= 18 ref= 4 )*** # iter[1] # SAMPLING offset= 0 #1, 25/02/25, 10:29:05, -1279, -0.97563072, 262300239.314196, -20.48, 48.42, 17699, 92, 15, 0.001927, 70001964.138369, 52.2, 1 # diff_sigma= 31.059158 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.133808 dif = 5.925350 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.038452 dif = 4.904644 # dif_max = 5.925350 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 1, Freq. 70001950.0 Hz # iter[0] SAMPLING offset= 0 ...#1, 25/02/25, 10:29:06, -1315, -0.83182880, 262300236.357053, -20.44, 48.44, 17699, 92, 16, 0.006198, 70001963.386909, 52.7, 1 ......#1, 25/02/25, 10:29:07, -1351, -0.59396195, 262300229.731337, -20.44, 48.49, 17699, 92, 15, -0.015319, 70001965.305711, 53.6, 1 ......#1, 25/02/25, 10:29:08, -1387, -0.37169352, 262300228.708667, -20.41, 48.57, 17699, 93, 15, 0.007007, 70001964.026803, 53.8, 1 ..... DET, pos= 2073 [ 1.502164e+09, 2.323875e+09, 1.696663e+09 ] S= 93.66 (dB), N= 90.73 (dB) SNR= 2.93 ( rcv= 18 ref= 4 ) # iter[1] # SAMPLING offset= 0 #1, 25/02/25, 10:29:09, -1423, -0.10406607, 262300220.827790, -20.44, 48.62, 17699, 93, 15, -0.007115, 70001964.479209, 51.3, 1 # diff_sigma= 32.404850 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.782192 dif = 3.622658 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.962076 dif = 4.820116 # dif_max = 4.820116 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 2, Freq. 70002000.0 Hz # iter[0] SAMPLING offset= 0 ...#1, 25/02/25, 10:29:10, -1458, -0.87010823, 262300219.006421, -20.46, 48.60, 17699, 94, 15, -0.008064, 70001964.969595, 54.4, 1 ...#M1, 5535, 10:28:48, 1, 262300311.5, -671, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 ....#1, 25/02/25, 10:29:11, -1494, -0.58369761, 262300213.379056, -20.46, 48.60, 17699, 94, 15, 0.007558, 70001963.992977, 52.9, 1 ......#1, 25/02/25, 10:29:12, -1530, -0.29422419, 262300210.036575, -20.46, 48.59, 17699, 95, 15, 0.010585, 70001963.865549, 51.7, 1 .... DET, pos= 32006 [ 1.427486e+09, 2.440356e+09, 1.422546e+09 ] S= 93.87 (dB), N= 90.78 (dB) SNR= 3.10 ( rcv= 18 ref= 4 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.409094 # iter[2] # SAMPLING offset= 0 #1, 25/02/25, 10:29:13, -1566, -0.07876065, 262300201.346888, -20.45, 48.60, 17699, 95, 15, -0.010540, 70001965.088490, 52.4, 1 # diff_sigma= 27.408396 dif = 3.000698 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.296640 dif = 0.111755 # dif_max = 3.000698 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 3, Freq. 70002050.0 Hz # iter[0] SAMPLING offset= 0 ....#1, 25/02/25, 10:29:14, -1601, -0.87964172, 262300200.437019, -20.44, 48.57, 17699, 96, 15, 0.009635, 70001963.919884, 52.6, 1 ......#1, 25/02/25, 10:29:15, -1637, -0.67137742, 262300194.826681, -20.45, 48.58, 17699, 96, 15, 0.001577, 70001963.729557, 51.3, 1 .......#1, 25/02/25, 10:29:16, -1673, -0.42201468, 262300190.476304, -20.44, 48.62, 17699, 97, 15, -0.006968, 70001964.698207, 52.4, 1 ... DET, pos= 36054 [ 1.770748e+09, 2.372377e+09, 1.308546e+09 ] S= 93.75 (dB), N= 90.70 (dB) SNR= 3.06 ( rcv= 18 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.517193 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.590179 dif = 5.072987 # iter[3] # SAMPLING offset= 0 #1, 25/02/25, 10:29:17, -1709, -0.19443599, 262300188.008254, -20.44, 48.62, 17699, 97, 16, 0.008116, 70001963.899631, 53.7, 1 # diff_sigma= 29.449102 dif = 6.141077 # dif_max = 6.141077 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 4, Freq. 70002100.0 Hz # iter[0] SAMPLING offset= 0 .....#1, 25/02/25, 10:29:18, -1744, -0.95582550, 262300183.418875, -20.44, 48.59, 17699, 97, 15, 0.001634, 70001964.819302, 52.3, 1 ......#1, 25/02/25, 10:29:19, -1780, -0.75655197, 262300177.591486, -20.44, 48.68, 17699, 98, 15, -0.003007, 70001964.554695, 51.5, 1 ......#1, 25/02/25, 10:29:20, -1816, -0.52738905, 262300174.508464, -20.44, 48.74, 17699, 98, 15, 0.000528, 70001964.358165, 52.2, 1 ...#M1, 5535, 10:28:58, 1, 262300269.5, -1029, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 DET, pos= 11990 [ 1.136152e+09, 2.635803e+09, 1.554765e+09 ] S= 94.21 (dB), N= 90.77 (dB) SNR= 3.44 ( rcv= 18 ref= 4 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.038815 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.700083 dif = 1.338732 # iter[3] # SAMPLING offset= 0 #1, 25/02/25, 10:29:21, -1852, -0.28813729, 262300169.686857, -20.45, 48.72, 17699, 99, 15, -0.006366, 70001964.913405, 52.8, 1 # diff_sigma= 34.227703 dif = 2.527620 # dif_max = 2.527620 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70002100.0, level= 2.635803e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70002000.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70002000.0 # seek width freq= 100 # start freq= 70001950.0 # stop freq= 70002050.0 # step freq= 25.0 # prelim. freq= 70002000.0 # Ch: 2, SEQ: 1 , Step: 0, Freq. 70001950.0 Hz # iter[0] SAMPLING offset= 0 ......#1, 25/02/25, 10:29:22, -1888, -0.00216632, 262300166.095550, -20.48, 48.72, 17699, 99, 16, 0.003599, 70001964.165766, 53.5, 1 ......#1, 25/02/25, 10:29:23, -1923, -0.70295473, 262300162.828755, -20.48, 48.66, 17699, 99, 15, -0.005070, 70001964.549528, 53.6, 1 ......#1, 25/02/25, 10:29:24, -1959, -0.45916203, 262300156.779074, -20.47, 48.63, 17700, 0, 15, 0.001594, 70001964.417669, 51.9, 1 .. DET, pos= 38019 [ 1.573165e+09, 2.318842e+09, 1.882075e+09 ] S= 93.65 (dB), N= 90.71 (dB) SNR= 2.94 ( rcv= 17 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.418285 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.472424 dif = 0.054138 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.982721 dif = 3.510298 # dif_max = 3.510298 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 1, Freq. 70001975.0 Hz # iter[0] SAMPLING offset= 0 #1, 25/02/25, 10:29:25, -1995, -0.13220361, 262300154.922455, -20.48, 48.59, 17700, 0, 16, 0.006888, 70001964.522677, 52.0, 1 ......#1, 25/02/25, 10:29:26, -2030, -0.83084721, 262300149.559106, -20.46, 48.64, 17700, 0, 15, -0.007082, 70001964.614093, 51.2, 1 ......#1, 25/02/25, 10:29:27, -2066, -0.48636154, 262300143.406252, -20.48, 48.63, 17700, 1, 14, -0.000691, 70001964.328427, 52.3, 1 .......#1, 25/02/25, 10:29:28, -2102, -0.14011223, 262300139.947072, -20.46, 48.61, 17700, 1, 15, -0.011186, 70001964.691128, 51.0, 1 . DET, pos= 3813 [ 1.235096e+09, 2.361021e+09, 1.802588e+09 ] S= 93.73 (dB), N= 90.78 (dB) SNR= 2.96 ( rcv= 17 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.623062 # iter[2] # SAMPLING offset= 0 # diff_sigma= 37.754871 dif = 11.131809 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.934128 dif = 12.820744 # dif_max = 12.820744 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 2, Freq. 70002000.0 Hz # iter[0] SAMPLING offset= 0 .#1, 25/02/25, 10:29:29, -2137, -0.77323631, 262300132.566288, -20.47, 48.55, 17700, 2, 14, 0.007341, 70001964.791991, 51.2, 1 ......#1, 25/02/25, 10:29:30, -2173, -0.43300860, 262300131.643256, -20.48, 48.54, 17700, 2, 15, -0.002967, 70001963.647477, 53.0, 1 ..#M1, 5535, 10:29:08, 1, 262300228.7, -1387, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 ....#1, 25/02/25, 10:29:31, -2209, -0.03070689, 262300127.354457, -20.48, 48.56, 17700, 3, 15, -0.005687, 70001965.052074, 52.3, 1 ......#1, 25/02/25, 10:29:32, -2244, -0.68927076, 262300123.067782, -20.49, 48.59, 17700, 3, 15, 0.010114, 70001964.437057, 50.3, 1 . DET, pos= 17809 [ 1.991104e+09, 2.461093e+09, 1.210159e+09 ] S= 93.91 (dB), N= 90.72 (dB) SNR= 3.19 ( rcv= 17 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.567648 # iter[2] # SAMPLING offset= 0 # diff_sigma= 37.912437 dif = 8.344790 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.865067 dif = 4.047371 # dif_max = 8.344790 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 3, Freq. 70002025.0 Hz # iter[0] SAMPLING offset= 0 .#1, 25/02/25, 10:29:33, -2280, -0.33465171, 262300119.601670, -20.48, 48.58, 17700, 4, 15, 0.000928, 70001964.530636, 50.1, 1 ......#1, 25/02/25, 10:29:34, -2315, -0.93255990, 262300114.279748, -20.47, 48.54, 17700, 4, 15, -0.006606, 70001964.718408, 51.1, 1 .......#1, 25/02/25, 10:29:35, -2351, -0.50329404, 262300110.069200, -20.48, 48.66, 17700, 5, 15, 0.007051, 70001963.589664, 49.8, 1 ......#1, 25/02/25, 10:29:36, -2387, -0.12052831, 262300105.393892, -20.47, 48.67, 17700, 5, 16, -0.007382, 70001965.275838, 51.8, 1 DET, pos= 11896 [ 1.734866e+09, 2.509489e+09, 1.793654e+09 ] S= 94.00 (dB), N= 90.68 (dB) SNR= 3.31 ( rcv= 17 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.743069 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.479515 dif = 2.263554 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.116608 dif = 4.637093 # dif_max = 4.637093 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 4, Freq. 70002050.0 Hz # iter[0] SAMPLING offset= 0 ..#1, 25/02/25, 10:29:37, -2422, -0.76508856, 262300099.789843, -20.47, 48.66, 17700, 5, 15, 0.006260, 70001964.036336, 51.8, 1 ......#1, 25/02/25, 10:29:38, -2458, -0.42260758, 262300098.719996, -20.46, 48.71, 17700, 6, 15, -0.003213, 70001964.250726, 53.6, 1 ......#1, 25/02/25, 10:29:39, -2494, -0.11174175, 262300093.209331, -20.48, 48.73, 17700, 6, 15, -0.009005, 70001964.545277, 50.7, 1 ...... DET, pos= 25902 [ 1.349206e+09, 2.413481e+09, 1.532657e+09 ] S= 93.83 (dB), N= 90.71 (dB) SNR= 3.12 ( rcv= 17 ref= 18 ) # iter[1] # SAMPLING offset= 0 #1, 25/02/25, 10:29:40, -2529, -0.83712811, 262300090.536675, -20.46, 48.71, 17700, 7, 15, 0.006610, 70001964.075891, 52.8, 1 # diff_sigma= 33.017143 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.408585 dif = 2.391441 # iter[3] # SAMPLING offset= 0 #M1, 5535, 10:29:18, 1, 262300183.4, -1744, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 # diff_sigma= 32.904846 dif = 2.503738 # dif_max = 2.503738 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70002025.0, level= 2.509489e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70002000.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70002000.0 # seek width freq= 50 # start freq= 70001975.0 # stop freq= 70002025.0 # step freq= 12.5 # prelim. freq= 70002000.0 # Ch: 2, SEQ: 2 , Step: 0, Freq. 70001975.0 Hz # iter[0] SAMPLING offset= 0 ...#1, 25/02/25, 10:29:41, -2565, -0.55434892, 262300082.881345, -20.45, 48.74, 17700, 7, 15, -0.008541, 70001964.307732, 50.8, 1 ......#1, 25/02/25, 10:29:42, -2601, -0.19806073, 262300082.918211, -20.47, 48.78, 17700, 8, 15, 0.002132, 70001964.150220, 51.8, 1 ......#1, 25/02/25, 10:29:43, -2636, -0.91592325, 262300073.848609, -20.45, 48.73, 17700, 8, 15, -0.003419, 70001964.779364, 51.1, 1 ..... DET, pos= 11792 [ 1.322658e+09, 2.396423e+09, 1.106092e+09 ] S= 93.80 (dB), N= 90.74 (dB) SNR= 3.06 ( rcv= 2 ref= 5 )*** # iter[1] # SAMPLING offset= 0 #1, 25/02/25, 10:29:44, -2672, -0.60036149, 262300071.316944, -20.45, 48.74, 17700, 9, 15, -0.004069, 70001965.722699, 52.9, 1 # diff_sigma= 28.675064 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.442835 dif = 1.232229 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.985155 dif = 0.542320 # dif_max = 1.232229 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 1, Freq. 70001987.5 Hz # iter[0] SAMPLING offset= 0 ...#1, 25/02/25, 10:29:45, -2708, -0.25168526, 262300067.476063, -20.45, 48.74, 17700, 9, 16, 0.004263, 70001964.309133, 52.7, 1 .......#1, 25/02/25, 10:29:46, -2743, -0.91051284, 262300064.013840, -20.46, 48.81, 17700, 9, 15, 0.002371, 70001964.170548, 51.1, 1 ......#1, 25/02/25, 10:29:47, -2779, -0.59895394, 262300056.659028, -20.46, 48.75, 17700, 10, 15, 0.000439, 70001964.110674, 49.9, 1 .... DET, pos= 10044 [ 1.251871e+09, 2.378485e+09, 1.532863e+09 ] S= 93.76 (dB), N= 90.73 (dB) SNR= 3.03 ( rcv= 2 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.552227 # iter[2] # SAMPLING offset= 0 #1, 25/02/25, 10:29:48, -2815, -0.26066523, 262300055.370060, -20.46, 48.76, 17700, 10, 16, 0.003865, 70001963.915869, 53.0, 1 # diff_sigma= 24.184221 dif = 8.368006 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.504171 dif = 0.319950 # dif_max = 8.368006 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 2, Freq. 70002000.0 Hz # iter[0] SAMPLING offset= 0 ....#1, 25/02/25, 10:29:49, -2850, -0.95819643, 262300050.452314, -20.46, 48.80, 17700, 10, 15, 0.002480, 70001964.336298, 52.1, 1 ......#1, 25/02/25, 10:29:50, -2886, -0.62303953, 262300045.575731, -20.46, 48.82, 17700, 11, 15, 0.012113, 70001964.970719, 51.1, 1 ..#M1, 5535, 10:29:28, 1, 262300139.9, -2102, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 .....#1, 25/02/25, 10:29:51, -2922, -0.26011695, 262300041.175690, -20.47, 48.80, 17700, 11, 15, 0.004162, 70001964.589583, 52.0, 1 ... DET, pos= 20264 [ 1.210003e+09, 2.787226e+09, 1.104502e+09 ] S= 94.45 (dB), N= 90.74 (dB) SNR= 3.71 ( rcv= 18 ref= 15 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.888594 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.066660 dif = 4.178066 # iter[3] # SAMPLING offset= 0 #1, 25/02/25, 10:29:52, -2957, -0.83168002, 262300038.458465, -20.44, 48.74, 17700, 12, 15, -0.008917, 70001963.810882, 53.8, 1 # diff_sigma= 25.029495 dif = 2.037165 # dif_max = 4.178066 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 3, Freq. 70002012.5 Hz # iter[0] SAMPLING offset= 0 .....#1, 25/02/25, 10:29:53, -2993, -0.50801931, 262300032.758753, -20.44, 48.73, 17700, 12, 15, -0.009312, 70001964.721356, 51.3, 1 ......#1, 25/02/25, 10:29:54, -3029, -0.11625940, 262300029.917299, -20.45, 48.72, 17700, 13, 15, 0.004784, 70001964.000975, 51.9, 1 ......#1, 25/02/25, 10:29:55, -3064, -0.76204270, 262300025.480932, -20.45, 48.80, 17700, 13, 16, -0.004984, 70001964.207695, 51.8, 1 ... DET, pos= 34104 [ 1.236854e+09, 2.377228e+09, 1.832320e+09 ] S= 93.76 (dB), N= 90.74 (dB) SNR= 3.02 ( rcv= 18 ref= 15 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.489328 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.551926 dif = 7.062597 # iter[3] # SAMPLING offset= 0 #1, 25/02/25, 10:29:56, -3100, -0.42608519, 262300019.376230, -20.45, 48.83, 17700, 13, 15, 0.008292, 70001963.879020, 50.9, 1 # diff_sigma= 30.736971 dif = 2.814955 # dif_max = 7.062597 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 4, Freq. 70002025.0 Hz # iter[0] SAMPLING offset= 0 ......#1, 25/02/25, 10:29:57, -3136, -0.09266659, 262300013.737043, -20.46, 48.86, 17700, 14, 14, -0.014048, 70001965.451173, 53.5, 1 ......#1, 25/02/25, 10:29:58, -3171, -0.67368893, 262300010.580025, -20.45, 48.76, 17700, 14, 15, 0.011509, 70001964.515765, 51.6, 1 ......#1, 25/02/25, 10:29:59, -3207, -0.28129465, 262300007.003713, -20.44, 48.83, 17700, 15, 15, 0.002739, 70001964.487735, 52.7, 1 .. DET, pos= 37981 [ 1.760400e+09, 2.406103e+09, 1.182998e+09 ] S= 93.81 (dB), N= 90.65 (dB) SNR= 3.16 ( rcv= 18 ref= 15 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.729881 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.160255 dif = 0.430374 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.936213 dif = 2.224043 # dif_max = 2.224043 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70002000.0, level= 2.787226e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70002000.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70002000.0 # seek width freq= 25 # start freq= 70001987.5 # stop freq= 70002012.5 # step freq= 6.2 # prelim. freq= 70002000.0 # Ch: 2, SEQ: 3 , Step: 0, Freq. 70001987.5 Hz # iter[0] SAMPLING offset= 0 #1, 25/02/25, 10:30:00, -3242, -0.96889329, 262300002.157237, -20.45, 48.88, 17700, 15, 15, 0.002307, 70001964.162976, 50.6, 1 ..#M1, 5535, 10:29:38, 1, 262300098.7, -2458, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 ....#1, 25/02/25, 10:30:01, -3278, -0.65257874, 262299999.353493, -20.45, 48.90, 17700, 16, 15, -0.004990, 70001965.208025, 53.2, 1 ......#1, 25/02/25, 10:30:02, -3314, -0.29933261, 262299995.814376, -20.44, 48.88, 17700, 16, 16, -0.005859, 70001964.562906, 51.5, 1 .......#1, 25/02/25, 10:30:03, -3349, -0.90281104, 262299989.559085, -20.41, 48.88, 17700, 16, 15, 0.019728, 70001964.108320, 53.0, 1 . DET, pos= 32176 [ 1.335448e+09, 2.721853e+09, 1.580477e+09 ] S= 94.35 (dB), N= 90.70 (dB) SNR= 3.65 ( rcv= 14 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.310387 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.693672 dif = 3.616714 # iter[3] # SAMPLING offset= 0 # diff_sigma= 22.673908 dif = 1.019764 # dif_max = 3.616714 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 1, Freq. 70001993.8 Hz # iter[0] SAMPLING offset= 0 .#1, 25/02/25, 10:30:04, -3385, -0.53194299, 262299986.696690, -20.42, 48.87, 17700, 17, 15, -0.005252, 70001963.926273, 52.2, 1 ......#1, 25/02/25, 10:30:05, -3421, -0.08767459, 262299980.088407, -20.45, 48.88, 17700, 17, 15, -0.003167, 70001965.322512, 52.6, 1 ......#1, 25/02/25, 10:30:06, -3456, -0.65902580, 262299976.661530, -20.47, 48.84, 17700, 18, 15, -0.000862, 70001964.403187, 52.6, 1 ......#1, 25/02/25, 10:30:07, -3492, -0.24134371, 262299974.176901, -20.46, 48.74, 17700, 18, 15, 0.011357, 70001964.859939, 52.7, 1 . DET, pos= 13989 [ 1.541789e+09, 2.614962e+09, 1.663838e+09 ] S= 94.17 (dB), N= 90.88 (dB) SNR= 3.29 ( rcv= 14 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.398430 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.143156 dif = 6.255274 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.455021 dif = 4.688135 # dif_max = 6.255274 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 2, Freq. 70002000.0 Hz # iter[0] SAMPLING offset= 0 .#1, 25/02/25, 10:30:08, -3527, -0.81310193, 262299969.073315, -20.43, 48.72, 17700, 19, 15, 0.002275, 70001964.800141, 52.2, 1 ......#1, 25/02/25, 10:30:09, -3563, -0.33271990, 262299963.743711, -20.44, 48.75, 17700, 19, 15, -0.006050, 70001964.784835, 53.2, 1 .......#1, 25/02/25, 10:30:10, -3598, -0.82367464, 262299959.366083, -20.46, 48.67, 17700, 20, 15, -0.003196, 70001964.564422, 50.0, 1 ..#M1, 5535, 10:29:48, 1, 262300055.3, -2815, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 ....#1, 25/02/25, 10:30:11, -3634, -0.34027397, 262299956.714637, -20.44, 48.60, 17700, 20, 16, -0.003758, 70001965.069594, 50.2, 1 DET, pos= 21974 [ 1.823002e+09, 2.578006e+09, 2.012656e+09 ] S= 94.11 (dB), N= 90.89 (dB) SNR= 3.22 ( rcv= 14 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.707588 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.307682 dif = 0.399906 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.887375 dif = 3.420307 # dif_max = 3.420307 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 3, Freq. 70002006.2 Hz # iter[0] SAMPLING offset= 0 ..#1, 25/02/25, 10:30:12, -3669, -0.83996459, 262299951.357738, -20.45, 48.59, 17700, 20, 15, 0.010341, 70001964.356929, 52.6, 1 ......#1, 25/02/25, 10:30:13, -3705, -0.32672747, 262299945.382481, -20.46, 48.46, 17700, 21, 15, -0.008532, 70001964.686582, 50.9, 1 ......#1, 25/02/25, 10:30:14, -3740, -0.73318252, 262299942.044288, -20.46, 48.47, 17700, 21, 15, 0.001487, 70001964.372620, 53.1, 1 ...... DET, pos= 35839 [ 1.317286e+09, 2.564823e+09, 1.397463e+09 ] S= 94.09 (dB), N= 90.74 (dB) SNR= 3.35 ( rcv= 14 ref= 13 ) # iter[1] # SAMPLING offset= 0 #1, 25/02/25, 10:30:15, -3776, -0.14058648, 262299938.793640, -20.44, 48.52, 17700, 22, 15, -0.009125, 70001964.676857, 52.3, 1 # diff_sigma= 29.368122 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.653790 dif = 1.285667 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.572609 dif = 4.918819 # dif_max = 4.918819 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 4, Freq. 70002012.5 Hz # iter[0] SAMPLING offset= 0 ...#1, 25/02/25, 10:30:16, -3811, -0.57750746, 262299935.360483, -20.43, 48.60, 17700, 22, 15, -0.004926, 70001964.123592, 52.4, 1 ......#1, 25/02/25, 10:30:17, -3846, -0.95484488, 262299930.452773, -20.43, 48.61, 17700, 23, 15, 0.003277, 70001964.830134, 51.8, 1 ......#1, 25/02/25, 10:30:18, -3882, -0.39543707, 262299924.748455, -20.44, 48.52, 17700, 23, 15, 0.001750, 70001964.674933, 51.8, 1 ..... DET, pos= 31901 [ 1.066804e+09, 2.608572e+09, 2.174401e+09 ] S= 94.16 (dB), N= 90.73 (dB) SNR= 3.44 ( rcv= 14 ref= 13 ) # iter[1] # SAMPLING offset= 0 #1, 25/02/25, 10:30:19, -3917, -0.87019042, 262299923.825490, -20.44, 48.58, 17700, 24, 15, -0.003480, 70001964.489001, 49.1, 1 # diff_sigma= 24.436920 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.655521 dif = 9.218601 # iter[3] # SAMPLING offset= 0 # diff_sigma= 22.912249 dif = 10.743273 # dif_max = 10.743273 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001987.5, level= 2.721853e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70002000.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70002000.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.335448e+09, 2.721853e+09, 1.580477e+09 # est_pos = 2.4 # DC= 20002 DS= 21 # ACQ Finished. # ACQFREQ 2 70002000.0 # DS 2 21 # DC 2 20002 #ACQ 2 0 #TRACK 2 1 # Tracking started. (auto) Ok #RXFREQ 2 70001800 0000B334 61309C80 70001800.000000000 Ok #ACQ 2 1 Ok #TRACK 2 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .#1, 25/02/25, 10:30:59, -5332, -0.50217273, 262299747.661176, -20.44, 48.62, 17700, 41, 15, 0.005221, 70001964.283826, 52.0, 1 ......#1, 25/02/25, 10:31:00, -5367, -0.81128377, 262299745.086799, -20.43, 48.60, 17700, 41, 15, -0.004071, 70001964.610358, 51.4, 1 ...#M1, 5535, 10:30:38, 1, 262299840.5, -4590, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 ...#1, 25/02/25, 10:31:01, -5403, -0.14689254, 262299740.178810, -20.43, 48.67, 17700, 42, 15, -0.006588, 70001964.105410, 51.7, 1 ......#1, 25/02/25, 10:31:02, -5438, -0.43004411, 262299737.353978, -20.42, 48.73, 17700, 42, 16, -0.005419, 70001965.414299, 54.9, 1 . DET, pos= 1715 [ 1.102617e+09, 2.374540e+09, 2.029898e+09 ] S= 93.76 (dB), N= 90.81 (dB) SNR= 2.95 ( rcv= 11 ref= 15 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.831865 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.819630 dif = 1.012236 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.806839 dif = 1.987209 # dif_max = 1.987209 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .#1, 25/02/25, 10:31:03, -5473, -0.75665336, 262299734.851840, -20.44, 48.83, 17700, 42, 15, -0.004242, 70001965.022421, 52.8, 1 .......#1, 25/02/25, 10:31:04, -5509, -0.07813041, 262299726.333922, -20.44, 48.83, 17700, 43, 15, 0.010715, 70001964.678605, 52.2, 1 ......#1, 25/02/25, 10:31:05, -5544, -0.39789047, 262299723.614756, -20.44, 48.84, 17700, 43, 15, 0.013633, 70001964.415818, 52.0, 1 ......#1, 25/02/25, 10:31:06, -5579, -0.73373803, 262299718.417505, -20.43, 48.85, 17700, 44, 15, -0.003797, 70001965.353050, 53.1, 1 DET, pos= 13998 [ 1.855263e+09, 2.315419e+09, 1.370731e+09 ] S= 93.65 (dB), N= 90.73 (dB) SNR= 2.92 ( rcv= 3 ref= 9 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.461929 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.556620 dif = 2.905310 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.333441 dif = 2.776821 # dif_max = 2.905310 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 ..#1, 25/02/25, 10:31:07, -5615, -0.04428739, 262299713.850581, -20.41, 48.78, 17700, 44, 15, 0.007451, 70001964.681593, 51.6, 1 ......#1, 25/02/25, 10:31:08, -5650, -0.36519598, 262299712.809743, -20.40, 48.79, 17700, 45, 15, -0.007098, 70001965.509603, 51.9, 1 ......#1, 25/02/25, 10:31:09, -5685, -0.67930804, 262299707.124793, -20.42, 48.73, 17700, 45, 16, -0.007906, 70001964.797055, 52.5, 1 ...... DET, pos= 8324 [ 1.441596e+09, 2.516343e+09, 1.356963e+09 ] S= 94.01 (dB), N= 90.70 (dB) SNR= 3.31 ( rcv= 3 ref= 9 )*** # iter[1] # SAMPLING offset= 0 #1, 25/02/25, 10:31:10, -5721, -0.03221091, 262299703.860711, -20.42, 48.73, 17700, 45, 15, -0.004558, 70001965.196715, 51.1, 1 # diff_sigma= 33.134033 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.417273 dif = 4.716761 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.492603 dif = 1.075331 # dif_max = 4.716761 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 #M1, 5535, 10:30:48, 1, 262299795.9, -4943, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 ...#1, 25/02/25, 10:31:11, -5756, -0.48753354, 262299698.926993, -20.42, 48.71, 17700, 46, 15, 0.005455, 70001964.937035, 51.9, 1 ......#1, 25/02/25, 10:31:12, -5791, -0.90801205, 262299695.312156, -20.44, 48.69, 17700, 46, 16, 0.000356, 70001965.169246, 54.9, 1 ......#1, 25/02/25, 10:31:13, -5827, -0.22671452, 262299689.259692, -20.41, 48.65, 17700, 46, 15, 0.009354, 70001964.296995, 51.6, 1 ..... DET, pos= 24203 [ 8.709397e+08, 2.382429e+09, 1.478781e+09 ] S= 93.77 (dB), N= 90.74 (dB) SNR= 3.03 ( rcv= 3 ref= 9 ) # iter[1] # SAMPLING offset= 0 #1, 25/02/25, 10:31:14, -5862, -0.49156362, 262299687.359808, -20.46, 48.56, 17700, 47, 15, 0.001444, 70001964.685970, 50.8, 1 # diff_sigma= 25.686577 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.218096 dif = 3.531519 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.005230 dif = 3.787134 # dif_max = 3.787134 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 ...#1, 25/02/25, 10:31:15, -5897, -0.77641015, 262299679.807051, -20.45, 48.58, 17700, 47, 15, -0.004696, 70001964.343951, 50.6, 1 .......#1, 25/02/25, 10:31:16, -5933, -0.03521791, 262299678.031510, -20.43, 48.59, 17700, 48, 15, -0.001354, 70001964.905874, 50.6, 1 ......#1, 25/02/25, 10:31:17, -5968, -0.29835139, 262299670.956408, -20.44, 48.53, 17700, 48, 15, 0.000349, 70001964.745173, 51.6, 1 .... DET, pos= 4041 [ 1.465945e+09, 2.509742e+09, 1.603737e+09 ] S= 94.00 (dB), N= 90.74 (dB) SNR= 3.25 ( rcv= 3 ref= 9 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.843311 # iter[2] # SAMPLING offset= 0 #1, 25/02/25, 10:31:18, -6003, -0.58934370, 262299667.683113, -20.42, 48.43, 17700, 49, 15, 0.001166, 70001965.331089, 51.7, 1 # diff_sigma= 24.645992 dif = 3.197319 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.392250 dif = 1.746258 # dif_max = 3.197319 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001800.0, level= 2.516343e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001750.0 # stop freq= 70001850.0 # step freq= 25.0 # prelim. freq= 70001800.0 # Ch: 2, SEQ: 1 , Step: 0, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 ....#1, 25/02/25, 10:31:19, -6038, -0.88027430, 262299664.733477, -20.43, 48.46, 17700, 49, 15, 0.014947, 70001964.848975, 53.3, 1 ......#1, 25/02/25, 10:31:20, -6074, -0.17162781, 262299658.377132, -20.45, 48.42, 17700, 50, 15, -0.017502, 70001965.056419, 53.0, 1 ....#M1, 5535, 10:30:58, 1, 262299753.0, -5297, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 ...#1, 25/02/25, 10:31:21, -6109, -0.46723562, 262299658.067678, -20.45, 48.34, 17700, 50, 16, -0.001100, 70001964.506930, 52.8, 1 ... DET, pos= 9976 [ 1.251983e+09, 2.447139e+09, 1.707743e+09 ] S= 93.89 (dB), N= 90.78 (dB) SNR= 3.11 ( rcv= 11 ref= 8 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.435835 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.841812 dif = 3.405977 # iter[3] # SAMPLING offset= 0 #1, 25/02/25, 10:31:22, -6144, -0.73294949, 262299651.528409, -20.45, 48.31, 17700, 50, 15, -0.001536, 70001964.719339, 52.2, 1 # diff_sigma= 25.225969 dif = 2.615843 # dif_max = 3.405977 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 1, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .....#1, 25/02/25, 10:31:23, -6180, -0.06094451, 262299646.661706, -20.46, 48.29, 17700, 51, 15, 0.003164, 70001964.362162, 50.6, 1 ......#1, 25/02/25, 10:31:24, -6215, -0.41371891, 262299643.104627, -20.46, 48.29, 17700, 51, 15, -0.009556, 70001964.414008, 51.6, 1 ......#1, 25/02/25, 10:31:25, -6250, -0.77096345, 262299639.297868, -20.45, 48.24, 17700, 52, 15, 0.000876, 70001964.873946, 51.0, 1 ... DET, pos= 10025 [ 1.271572e+09, 2.474192e+09, 1.040156e+09 ] S= 93.93 (dB), N= 90.68 (dB) SNR= 3.26 ( rcv= 11 ref= 8 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.651737 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.156006 dif = 5.495731 # iter[3] # SAMPLING offset= 0 #1, 25/02/25, 10:31:26, -6286, -0.07753495, 262299632.892025, -20.46, 48.29, 17700, 52, 15, 0.001300, 70001965.086021, 51.9, 1 # diff_sigma= 26.157158 dif = 2.998848 # dif_max = 5.495731 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 ......#1, 25/02/25, 10:31:27, -6321, -0.43080150, 262299629.267198, -20.44, 48.32, 17700, 53, 15, 0.009662, 70001964.892354, 52.9, 1 ......#1, 25/02/25, 10:31:28, -6356, -0.85243408, 262299625.050935, -20.44, 48.31, 17700, 53, 16, -0.001454, 70001965.372740, 53.0, 1 ......#1, 25/02/25, 10:31:29, -6392, -0.14942939, 262299619.542074, -20.45, 48.32, 17700, 53, 15, 0.013773, 70001964.216295, 51.5, 1 .. DET, pos= 4027 [ 2.149074e+09, 2.456678e+09, 1.440340e+09 ] S= 93.90 (dB), N= 90.73 (dB) SNR= 3.18 ( rcv= 10 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.831913 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.036236 dif = 7.795677 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.016224 dif = 12.979988 # dif_max = 12.979988 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 3, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 #1, 25/02/25, 10:31:30, -6427, -0.46694588, 262299613.150448, -20.45, 48.32, 17700, 54, 14, -0.008114, 70001964.588477, 51.7, 1 ...#M1, 5535, 10:31:08, 1, 262299712.8, -5650, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 ...#1, 25/02/25, 10:31:31, -6462, -0.75378965, 262299612.220646, -20.45, 48.29, 17700, 54, 15, 0.017860, 70001965.007165, 52.7, 1 ......#1, 25/02/25, 10:31:32, -6498, -0.08486954, 262299607.641498, -20.46, 48.31, 17700, 55, 15, -0.006174, 70001965.615264, 50.5, 1 .......#1, 25/02/25, 10:31:33, -6533, -0.41026126, 262299601.606751, -20.45, 48.25, 17700, 55, 15, 0.009300, 70001964.797952, 52.5, 1 . DET, pos= 26002 [ 1.335812e+09, 2.377348e+09, 1.299139e+09 ] S= 93.76 (dB), N= 90.69 (dB) SNR= 3.08 ( rcv= 10 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.470222 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.625061 dif = 3.154839 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.936588 dif = 4.688473 # dif_max = 4.688473 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 4, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .#1, 25/02/25, 10:31:34, -6568, -0.68294704, 262299599.973527, -20.45, 48.21, 17700, 56, 15, 0.002480, 70001964.801988, 52.8, 1 ......#1, 25/02/25, 10:31:35, -6603, -0.99390303, 262299597.195007, -20.44, 48.16, 17700, 56, 16, -0.001894, 70001964.256783, 51.0, 1 ......#1, 25/02/25, 10:31:36, -6639, -0.27705338, 262299592.067845, -20.41, 48.08, 17700, 56, 15, 0.001367, 70001965.178851, 50.9, 1 ......#1, 25/02/25, 10:31:37, -6674, -0.57109232, 262299584.591955, -20.43, 48.11, 17700, 57, 14, 0.000058, 70001964.682605, 53.4, 1 . DET, pos= 6022 [ 1.478228e+09, 2.396815e+09, 1.545754e+09 ] S= 93.80 (dB), N= 90.69 (dB) SNR= 3.11 ( rcv= 10 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.003754 # iter[2] # SAMPLING offset= 0 # diff_sigma= 37.461910 dif = 6.458157 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.981888 dif = 4.480022 # dif_max = 6.458157 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001775.0, level= 2.474192e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001775.0 # stop freq= 70001825.0 # step freq= 12.5 # prelim. freq= 70001800.0 # Ch: 2, SEQ: 2 , Step: 0, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .#1, 25/02/25, 10:31:38, -6709, -0.91581589, 262299582.712481, -20.44, 48.05, 17700, 57, 15, -0.003156, 70001964.631425, 53.1, 1 ......#1, 25/02/25, 10:31:39, -6745, -0.21314344, 262299579.946835, -20.47, 48.04, 17700, 58, 15, 0.005547, 70001964.890490, 50.2, 1 .......#1, 25/02/25, 10:31:40, -6780, -0.47872907, 262299574.921635, -20.47, 48.07, 17700, 58, 15, -0.005182, 70001965.553439, 52.7, 1 ...#M1, 5535, 10:31:18, 1, 262299667.6, -6003, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 ...#1, 25/02/25, 10:31:41, -6815, -0.70912234, 262299569.019745, -20.50, 48.07, 17700, 59, 15, 0.004468, 70001964.511706, 51.8, 1 DET, pos= 17866 [ 1.417733e+09, 2.529440e+09, 1.920328e+09 ] S= 94.03 (dB), N= 90.70 (dB) SNR= 3.33 ( rcv= 19 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.144321 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.511955 dif = 10.632366 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.054226 dif = 5.542271 # dif_max = 10.632366 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 1, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 ..#1, 25/02/25, 10:31:42, -6850, -0.94361412, 262299566.094663, -20.48, 48.00, 17700, 59, 16, -0.003574, 70001964.830529, 51.6, 1 ......#1, 25/02/25, 10:31:43, -6886, -0.14617675, 262299561.126199, -20.48, 47.98, 17700, 59, 15, 0.002067, 70001964.440124, 51.4, 1 ......#1, 25/02/25, 10:31:44, -6921, -0.42487421, 262299557.252846, -20.43, 47.96, 17700, 60, 15, -0.007629, 70001965.825972, 53.0, 1 ...... DET, pos= 6208 [ 1.669192e+09, 2.377391e+09, 1.520747e+09 ] S= 93.76 (dB), N= 90.67 (dB) SNR= 3.09 ( rcv= 14 ref= 8 ) # iter[1] # SAMPLING offset= 0 #1, 25/02/25, 10:31:45, -6956, -0.63985360, 262299552.016853, -20.45, 48.02, 17700, 60, 15, 0.008420, 70001964.865991, 54.2, 1 # diff_sigma= 29.275414 # iter[2] # SAMPLING offset= 0 # diff_sigma= 37.684795 dif = 8.409382 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.846592 dif = 11.838203 # dif_max = 11.838203 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 ...#1, 25/02/25, 10:31:46, -6991, -0.85698519, 262299549.208379, -20.44, 48.10, 17700, 61, 15, -0.005583, 70001965.289759, 52.5, 1 ......#1, 25/02/25, 10:31:47, -7027, -0.01601625, 262299543.674268, -20.46, 48.09, 17700, 61, 15, 0.010768, 70001965.063716, 52.2, 1 ......#1, 25/02/25, 10:31:48, -7062, -0.20377567, 262299539.255626, -20.44, 48.03, 17700, 62, 15, 0.000643, 70001965.899006, 54.1, 1 ..... DET, pos= 4108 [ 1.660365e+09, 2.227877e+09, 1.495163e+09 ] S= 93.48 (dB), N= 90.64 (dB) SNR= 2.84 ( rcv= 14 ref= 8 ) # iter[1] # SAMPLING offset= 0 #1, 25/02/25, 10:31:49, -7097, -0.39963184, 262299535.895601, -20.47, 48.09, 17700, 62, 16, 0.016330, 70001964.780063, 52.3, 1 # diff_sigma= 30.027546 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.588911 dif = 0.438635 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.476763 dif = 1.112148 # dif_max = 1.112148 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 3, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 ...#1, 25/02/25, 10:31:50, -7132, -0.59246088, 262299529.303064, -20.48, 48.13, 17700, 62, 15, -0.001517, 70001964.193574, 50.2, 1 ....#M1, 5535, 10:31:28, 1, 262299625.0, -6356, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 ...#1, 25/02/25, 10:31:51, -7167, -0.77476688, 262299526.406884, -20.48, 48.05, 17700, 63, 15, -0.007310, 70001965.475577, 52.0, 1 ......#1, 25/02/25, 10:31:52, -7202, -0.92726067, 262299522.011293, -20.49, 47.99, 17700, 63, 15, 0.001825, 70001964.359559, 53.2, 1 .... DET, pos= 9972 [ 1.819971e+09, 2.497072e+09, 1.641968e+09 ] S= 93.97 (dB), N= 90.71 (dB) SNR= 3.26 ( rcv= 4 ref= 15 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.018799 # iter[2] # SAMPLING offset= 0 #1, 25/02/25, 10:31:53, -7238, -0.06173913, 262299521.617199, -20.50, 48.00, 17700, 64, 15, 0.001777, 70001965.489675, 52.3, 1 # diff_sigma= 30.548046 dif = 3.470753 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.120289 dif = 1.572243 # dif_max = 3.470753 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 4, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 ....#1, 25/02/25, 10:31:54, -7273, -0.28092546, 262299514.124516, -20.48, 48.00, 17700, 64, 15, 0.002528, 70001965.131017, 51.9, 1 ......#1, 25/02/25, 10:31:55, -7308, -0.44124904, 262299510.602109, -20.50, 47.99, 17700, 65, 15, 0.018925, 70001965.298589, 52.9, 1 .......#1, 25/02/25, 10:31:56, -7343, -0.58843539, 262299506.153502, -20.52, 48.01, 17700, 65, 16, 0.001338, 70001964.881299, 52.6, 1 ... DET, pos= 2059 [ 1.651295e+09, 2.277985e+09, 1.526049e+09 ] S= 93.58 (dB), N= 90.71 (dB) SNR= 2.87 ( rcv= 4 ref= 15 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.398027 # iter[2] # SAMPLING offset= 0 # diff_sigma= 21.415693 dif = 6.982334 # iter[3] # SAMPLING offset= 0 #1, 25/02/25, 10:31:57, -7378, -0.73604135, 262299500.808313, -20.54, 47.99, 17700, 65, 15, -0.001514, 70001964.391013, 50.3, 1 # diff_sigma= 31.032095 dif = 9.616402 # dif_max = 9.616402 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001775.0, level= 2.529440e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001787.5 # stop freq= 70001812.5 # step freq= 6.2 # prelim. freq= 70001800.0 # Ch: 2, SEQ: 3 , Step: 0, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .....#1, 25/02/25, 10:31:58, -7413, -0.86565608, 262299499.333488, -20.53, 47.98, 17700, 66, 15, 0.008814, 70001964.939541, 52.3, 1 ......#1, 25/02/25, 10:31:59, -7449, -0.01838545, 262299490.589318, -20.50, 47.94, 17700, 66, 15, -0.009750, 70001964.779889, 50.9, 1 ......#1, 25/02/25, 10:32:00, -7484, -0.11842518, 262299488.700220, -20.49, 47.92, 17700, 67, 15, 0.007098, 70001963.942111, 51.9, 1 ... DET, pos= 37837 [ 1.639308e+09, 2.369616e+09, 1.189493e+09 ] S= 93.75 (dB), N= 90.71 (dB) SNR= 3.04 ( rcv= 18 ref= 0 )*** # iter[1] # SAMPLING offset= 0 #M1, 5535, 10:31:38, 1, 262299582.7, -6709, 0.000000, 47.5, 2, 0.0, 0, 0.0, 0.0, 3, 0.0, 0, 0.0, 0.0, 4, 0.0, 0, 0.0, 0.0 # diff_sigma= 21.352793 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.872730 dif = 12.519938 # iter[3] # SAMPLING offset= 0 #1, 25/02/25, 10:32:01, -7519, -0.17706399, 262299484.202867, -20.48, 47.98, 17700, 67, 15, 0.000802, 70001964.906825, 52.8, 1 # diff_sigma= 27.928745 dif = 5.943985 # dif_max = 12.519938 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 1, Freq. 70001793.8 Hz # iter[0] SAMPLING offset= 0 ......#1, 25/02/25, 10:32:02, -7554, -0.29392552, 262299479.002944, -20.43, 47.98, 17700, 68, 15, 0.006880, 70001964.752638, 51.3, 1 ......#1, 25/02/25, 10:32:03, -7589, -0.40605103, 262299474.770270, -20.43, 47.97, 17700, 68, 16, 0.002213, 70001964.946126, 51.7, 1 ......#1, 25/02/25, 10:32:04, -7624, -0.50144035, 262299473.012439, -20.45, 47.96, 17700, 68, 15, -0.009617, 70001964.976529, 52.2, 1 .. DET, pos= 31956 [ 1.099005e+09, 2.287399e+09, 1.303768e+09 ] S= 93.59 (dB), N= 90.73 (dB) SNR= 2.86 ( rcv= 19 ref= 8 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.781765 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.478931 dif = 2.302834 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.550531 dif = 1.071600 # dif_max = 2.302834 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 #1, 25/02/25, 10:32:05, -7659, -0.58129767, 262299468.577838, -20.41, 47.97, 17700, 69, 15, -0.003408, 70001964.588053, 50.0, 1 ......#1, 25/02/25, 10:32:06, -7694, -0.64046881, 262299462.227683, -20.44, 48.04, 17700, 69, 15, 0.002935, 70001964.794885, 53.7, 1 ......#1, 25/02/25, 10:32:07, -7729, -0.66103129, 262299456.893111, -20.43, 48.06, 17700, 70, 15, -0.005202, 70001965.339807, 51.7, 1 .#MEAS 1 0 Ok ....... DET, pos= 18207 [ 1.464226e+09, 2.401846e+09, 1.399851e+09 ] S= 93.81 (dB), N= 90.74 (dB) SNR= 3.06 ( rcv= 1 ref= 4 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.914829 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.265629 dif = 0.350800 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.308853 dif = 1.043224 # dif_max = 1.043224 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 3, Freq. 70001806.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12252 [ 1.515204e+09, 2.398281e+09, 1.473749e+09 ] S= 93.80 (dB), N= 90.71 (dB) SNR= 3.09 ( rcv= 1 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.116663 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.661392 dif = 7.544729 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.209164 dif = 6.452229 # dif_max = 7.544729 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 4, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 31910 [ 1.383546e+09, 2.220184e+09, 1.426242e+09 ] S= 93.46 (dB), N= 90.67 (dB) SNR= 2.79 ( rcv= 1 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.616074 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.275843 dif = 2.340231 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.106583 dif = 5.830740 # dif_max = 5.830740 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001800.0, level= 2.401846e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001800.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.464226e+09, 2.401846e+09, 1.399851e+09 # est_pos = -0.8 # DC= 20002 DS= 18 # ACQ Finished. # ACQFREQ 2 70001800.0 # DS 2 18 # DC 2 20002 #ACQ 2 0 #TRACK 2 1 # Tracking started. (auto) Ok #RXFREQ 2 70001700 0000B334 5069A4DF 70001699.999999896 Ok #ACQ 2 1 Ok #TRACK 2 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001700.0 # seek width freq= 200 # start freq= 70001596.0 # stop freq= 70001796.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001596.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 9972 [ 1.191761e+09, 2.586228e+09, 1.135387e+09 ] S= 94.13 (dB), N= 90.79 (dB) SNR= 3.34 ( rcv= 4 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 38.998970 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.005283 dif = 14.993687 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.540016 dif = 8.534733 # dif_max = 14.993687 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 1, Freq. 70001646.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 3944 [ 1.445127e+09, 2.355048e+09, 9.833823e+08 ] S= 93.72 (dB), N= 90.78 (dB) SNR= 2.94 ( rcv= 4 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.009201 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.389814 dif = 0.619387 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.692039 dif = 0.302225 # dif_max = 0.619387 ... < 1.0, phase diff valid # phase updated. freq= 70001646.0 diff=28.009201 (pos=1)# ################# # phase updated. freq= 70001646.0 diff=27.389814 (pos=2)# ################# # Ch: 2, SEQ: 0 , Step: 2, Freq. 70001696.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 1984 [ 1.507065e+09, 2.384304e+09, 1.788892e+09 ] S= 93.77 (dB), N= 90.76 (dB) SNR= 3.01 ( rcv= 4 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.532360 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.787430 dif = 2.255070 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.187542 dif = 11.599888 # dif_max = 11.599888 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 3, Freq. 70001746.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7946 [ 1.727611e+09, 2.506835e+09, 1.328784e+09 ] S= 93.99 (dB), N= 90.67 (dB) SNR= 3.32 ( rcv= 4 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.195787 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.255680 dif = 0.940107 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.712139 dif = 4.456459 # dif_max = 4.456459 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 4, Freq. 70001796.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 26093 [ 1.699544e+09, 2.489852e+09, 1.447032e+09 ] S= 93.96 (dB), N= 90.62 (dB) SNR= 3.34 ( rcv= 4 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.421251 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.157272 dif = 10.736021 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.941587 dif = 9.215685 # dif_max = 10.736021 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001596.0, level= 2.586228e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001648.0 , diff_sigma = 27.389814 , seq = 0 , step = 1 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001700.0 # seek width freq= 100 # start freq= 70001598.0 # stop freq= 70001698.0 # step freq= 25.0 # prelim. freq= 70001648.0 # Ch: 2, SEQ: 1 , Step: 0, Freq. 70001598.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 29456 [ 1.478462e+09, 2.329775e+09, 1.025065e+09 ] S= 93.67 (dB), N= 90.62 (dB) SNR= 3.06 ( rcv= 7 ref= 8 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.447453 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.783306 dif = 2.664146 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.363861 dif = 3.580555 # dif_max = 3.580555 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 1, Freq. 70001623.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10048 [ 1.248737e+09, 2.195316e+09, 1.073945e+09 ] S= 93.41 (dB), N= 90.50 (dB) SNR= 2.92 ( rcv= 18 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 40.355122 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.637739 dif = 11.717382 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.689327 dif = 4.051588 # dif_max = 11.717382 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 2, Freq. 70001648.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 31620 [ 9.948867e+08, 2.266736e+09, 1.205160e+09 ] S= 93.55 (dB), N= 90.53 (dB) SNR= 3.02 ( rcv= 7 ref= 6 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.756100 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.501156 dif = 1.745056 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.397686 dif = 1.896530 # dif_max = 1.896530 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 3, Freq. 70001673.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 38436 [ 1.211012e+09, 2.349327e+09, 1.107250e+09 ] S= 93.71 (dB), N= 90.49 (dB) SNR= 3.22 ( rcv= 3 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.627989 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.687637 dif = 0.940351 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.728735 dif = 3.958902 # dif_max = 3.958902 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 4, Freq. 70001698.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7713 [ 1.368070e+09, 2.291598e+09, 1.571501e+09 ] S= 93.60 (dB), N= 90.62 (dB) SNR= 2.98 ( rcv= 3 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.669254 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.328560 dif = 1.659306 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.403049 dif = 3.925510 # dif_max = 3.925510 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70001673.0, level= 2.349327e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001648.0 , diff_sigma = 27.389814 , seq = 0 , step = 1 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001700.0 # seek width freq= 50 # start freq= 70001623.0 # stop freq= 70001673.0 # step freq= 12.5 # prelim. freq= 70001648.0 # Ch: 2, SEQ: 2 , Step: 0, Freq. 70001623.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 32123 [ 1.338157e+09, 2.214716e+09, 1.582582e+09 ] S= 93.45 (dB), N= 90.60 (dB) SNR= 2.86 ( rcv= 16 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.178322 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.414537 dif = 2.763784 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.062496 dif = 4.647959 # dif_max = 4.647959 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 1, Freq. 70001635.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 16 [ 1.482513e+09, 2.342739e+09, 1.903827e+09 ] S= 93.70 (dB), N= 90.46 (dB) SNR= 3.24 ( rcv= 0 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.645294 # iter[2] # SAMPLING offset= 0 # diff_sigma= 37.896839 dif = 6.251545 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.152781 dif = 7.744059 # dif_max = 7.744059 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 2, Freq. 70001648.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 30075 [ 1.770573e+09, 2.393113e+09, 1.647806e+09 ] S= 93.79 (dB), N= 90.62 (dB) SNR= 3.17 ( rcv= 0 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.043224 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.462812 dif = 2.580412 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.663887 dif = 4.798925 # dif_max = 4.798925 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 3, Freq. 70001660.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 5982 [ 1.303617e+09, 2.447053e+09, 1.808480e+09 ] S= 93.89 (dB), N= 90.61 (dB) SNR= 3.28 ( rcv= 0 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.374619 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.641684 dif = 1.267065 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.336735 dif = 2.695051 # dif_max = 2.695051 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 4, Freq. 70001673.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 13871 [ 1.540563e+09, 2.162340e+09, 1.636012e+09 ] S= 93.35 (dB), N= 90.58 (dB) SNR= 2.77 ( rcv= 3 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 38.093079 # iter[2] # SAMPLING offset= 0 # diff_sigma= 21.524918 dif = 16.568161 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.583231 dif = 3.058313 # dif_max = 16.568161 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70001660.5, level= 2.447053e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001648.0 , diff_sigma = 27.389814 , seq = 0 , step = 1 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001700.0 # seek width freq= 25 # start freq= 70001635.5 # stop freq= 70001660.5 # step freq= 6.2 # prelim. freq= 70001648.0 # Ch: 2, SEQ: 3 , Step: 0, Freq. 70001635.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 26022 [ 1.421598e+09, 2.388873e+09, 1.381041e+09 ] S= 93.78 (dB), N= 90.65 (dB) SNR= 3.13 ( rcv= 17 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.296360 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.987278 dif = 0.690918 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.893810 dif = 0.093468 # dif_max = 0.690918 ... < 1.0, phase diff valid # Ch: 2, SEQ: 3 , Step: 1, Freq. 70001641.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 32137 [ 1.215306e+09, 2.376028e+09, 1.218049e+09 ] S= 93.76 (dB), N= 90.59 (dB) SNR= 3.16 ( rcv= 1 ref= 12 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.778790 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.767120 dif = 8.011669 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.288898 dif = 2.521778 # dif_max = 8.011669 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 2, Freq. 70001648.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 143 [ 1.084156e+09, 2.233182e+09, 1.375172e+09 ] S= 93.49 (dB), N= 90.59 (dB) SNR= 2.90 ( rcv= 6 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.905985 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.769318 dif = 5.136667 # iter[3] # SAMPLING offset= 0 # diff_sigma= 22.857174 dif = 0.087856 # dif_max = 5.136667 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 3, Freq. 70001654.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 13927 [ 1.677193e+09, 2.533957e+09, 1.251568e+09 ] S= 94.04 (dB), N= 90.60 (dB) SNR= 3.44 ( rcv= 2 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.207680 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.515680 dif = 2.691999 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.475224 dif = 1.959543 # dif_max = 2.691999 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 4, Freq. 70001660.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 22070 [ 1.150230e+09, 2.289153e+09, 1.433701e+09 ] S= 93.60 (dB), N= 90.58 (dB) SNR= 3.02 ( rcv= 10 ref= 12 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 39.421421 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.344650 dif = 10.076771 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.014107 dif = 1.330544 # dif_max = 10.076771 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70001654.2, level= 2.533957e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001648.0 , diff_sigma = 27.389814 , seq = 0 , step = 1 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001648.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.677193e+09, 2.533957e+09, 1.251568e+09 # est_pos = -5.0 # DC= 20002 DS= 14 # ACQ Finished. # ACQFREQ 2 70001648.0 # DS 2 14 # DC 2 20002 #ACQ 2 0 #TRACK 2 1 # Tracking started. (auto) Ok #RXFREQ 2 70001600 0000B334 4BE00296 70001672.953602418 Ok #ACQ 2 1 Ok #TRACK 2 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001600.0 # seek width freq= 200 # start freq= 70001500.0 # stop freq= 70001700.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001500.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 29993 [ 1.322998e+09, 2.341075e+09, 1.320188e+09 ] S= 93.69 (dB), N= 90.63 (dB) SNR= 3.06 ( rcv= 10 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.057741 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.060570 dif = 1.997171 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.179647 dif = 2.880922 # dif_max = 2.880922 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 1, Freq. 70001550.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 13883 [ 1.591064e+09, 2.434156e+09, 1.509411e+09 ] S= 93.86 (dB), N= 90.57 (dB) SNR= 3.30 ( rcv= 10 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 21.511238 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.623857 dif = 6.112619 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.592806 dif = 3.968948 # dif_max = 6.112619 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 2, Freq. 70001600.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 27768 [ 1.312355e+09, 2.159641e+09, 1.742735e+09 ] S= 93.34 (dB), N= 90.59 (dB) SNR= 2.76 ( rcv= 10 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.987791 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.283653 dif = 1.295862 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.572454 dif = 0.711199 # dif_max = 1.295862 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 3, Freq. 70001650.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 39806 [ 1.468651e+09, 2.279398e+09, 1.059793e+09 ] S= 93.58 (dB), N= 90.55 (dB) SNR= 3.03 ( rcv= 19 ref= 15 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.709843 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.788120 dif = 0.921722 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.820452 dif = 0.032331 # dif_max = 0.921722 ... < 1.0, phase diff valid # phase updated. freq= 70001650.0 diff=29.709843 (pos=1)# ################# # phase updated. freq= 70001650.0 diff=28.788120 (pos=2)# ################# # Ch: 2, SEQ: 0 , Step: 4, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 5890 [ 1.642747e+09, 2.231703e+09, 2.033301e+09 ] S= 93.49 (dB), N= 90.55 (dB) SNR= 2.93 ( rcv= 19 ref= 15 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.859028 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.450869 dif = 1.591841 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.032742 dif = 6.581873 # dif_max = 6.581873 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001550.0, level= 2.434156e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001648.0 , diff_sigma = 28.788120 , seq = 0 , step = 3 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001600.0 # seek width freq= 100 # start freq= 70001598.0 # stop freq= 70001698.0 # step freq= 25.0 # prelim. freq= 70001648.0 # Ch: 2, SEQ: 1 , Step: 0, Freq. 70001598.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37947 [ 1.454004e+09, 2.464248e+09, 1.657544e+09 ] S= 93.92 (dB), N= 90.60 (dB) SNR= 3.32 ( rcv= 17 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.822784 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.708061 dif = 2.114723 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.331150 dif = 0.623089 # dif_max = 2.114723 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 1, Freq. 70001623.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 39960 [ 9.765961e+08, 2.394812e+09, 2.109116e+09 ] S= 93.79 (dB), N= 90.64 (dB) SNR= 3.15 ( rcv= 3 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.632946 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.484180 dif = 1.851234 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.721050 dif = 3.763130 # dif_max = 3.763130 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 2, Freq. 70001648.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 31915 [ 1.619086e+09, 2.356419e+09, 9.780993e+08 ] S= 93.72 (dB), N= 90.65 (dB) SNR= 3.07 ( rcv= 3 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.759447 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.456255 dif = 3.696808 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.496809 dif = 4.959446 # dif_max = 4.959446 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 3, Freq. 70001673.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 9964 [ 1.156123e+09, 2.462168e+09, 2.260364e+09 ] S= 93.91 (dB), N= 90.67 (dB) SNR= 3.24 ( rcv= 3 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.942904 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.806431 dif = 1.136473 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.885719 dif = 1.079288 # dif_max = 1.136473 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 4, Freq. 70001698.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 17717 [ 1.114112e+09, 2.211735e+09, 1.759841e+09 ] S= 93.45 (dB), N= 90.55 (dB) SNR= 2.89 ( rcv= 3 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.778599 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.678238 dif = 6.100361 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.425297 dif = 0.747059 # dif_max = 6.100361 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001598.0, level= 2.464248e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001648.0 , diff_sigma = 28.788120 , seq = 0 , step = 3 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001600.0 # seek width freq= 50 # start freq= 70001623.0 # stop freq= 70001673.0 # step freq= 12.5 # prelim. freq= 70001648.0 # Ch: 2, SEQ: 2 , Step: 0, Freq. 70001623.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 6087 [ 1.667942e+09, 2.595740e+09, 1.256013e+09 ] S= 94.14 (dB), N= 90.61 (dB) SNR= 3.53 ( rcv= 8 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.465897 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.911377 dif = 1.445480 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.158798 dif = 7.752579 # dif_max = 7.752579 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 1, Freq. 70001635.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35772 [ 1.199147e+09, 2.198205e+09, 1.080407e+09 ] S= 93.42 (dB), N= 90.56 (dB) SNR= 2.86 ( rcv= 3 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.856728 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.347069 dif = 0.509659 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.324528 dif = 9.022541 # dif_max = 9.022541 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 2, Freq. 70001648.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35914 [ 1.258354e+09, 2.196669e+09, 1.241054e+09 ] S= 93.42 (dB), N= 90.63 (dB) SNR= 2.78 ( rcv= 3 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.936947 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.817081 dif = 2.880135 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.509201 dif = 1.692120 # dif_max = 2.880135 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 3, Freq. 70001660.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 14009 [ 1.256765e+09, 2.474573e+09, 1.782251e+09 ] S= 93.94 (dB), N= 90.61 (dB) SNR= 3.32 ( rcv= 3 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 21.416643 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.525600 dif = 12.108957 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.021133 dif = 0.495533 # dif_max = 12.108957 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 4, Freq. 70001673.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 19884 [ 1.688552e+09, 2.259473e+09, 1.223405e+09 ] S= 93.54 (dB), N= 90.55 (dB) SNR= 2.99 ( rcv= 3 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.613762 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.095396 dif = 5.518366 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.573408 dif = 6.478012 # dif_max = 6.478012 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001623.0, level= 2.595740e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001648.0 , diff_sigma = 28.788120 , seq = 0 , step = 3 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001600.0 # seek width freq= 25 # start freq= 70001635.5 # stop freq= 70001660.5 # step freq= 6.2 # prelim. freq= 70001648.0 # Ch: 2, SEQ: 3 , Step: 0, Freq. 70001635.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 14198 [ 1.281305e+09, 2.357976e+09, 1.424739e+09 ] S= 93.73 (dB), N= 90.63 (dB) SNR= 3.10 ( rcv= 17 ref= 6 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.308569 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.645237 dif = 10.336668 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.628603 dif = 6.016634 # dif_max = 10.336668 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 1, Freq. 70001641.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10080 [ 1.110916e+09, 2.320194e+09, 2.077527e+09 ] S= 93.66 (dB), N= 90.52 (dB) SNR= 3.13 ( rcv= 10 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.269762 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.623505 dif = 8.353743 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.434862 dif = 11.188643 # dif_max = 11.188643 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 2, Freq. 70001648.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 5626 [ 1.346000e+09, 2.287948e+09, 2.024631e+09 ] S= 93.59 (dB), N= 90.35 (dB) SNR= 3.25 ( rcv= 10 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.619171 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.964848 dif = 2.345676 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.543417 dif = 1.421431 # dif_max = 2.345676 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 3, Freq. 70001654.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12062 [ 1.229228e+09, 2.348111e+09, 1.370274e+09 ] S= 93.71 (dB), N= 90.43 (dB) SNR= 3.27 ( rcv= 10 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.381123 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.903074 dif = 0.478048 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.174820 dif = 0.271746 # dif_max = 0.478048 ... < 1.0, phase diff valid # Ch: 2, SEQ: 3 , Step: 4, Freq. 70001660.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 1800 [ 1.157514e+09, 2.239285e+09, 2.108512e+09 ] S= 93.50 (dB), N= 90.43 (dB) SNR= 3.07 ( rcv= 10 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.318771 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.716961 dif = 4.398190 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.036263 dif = 5.680698 # dif_max = 5.680698 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001635.5, level= 2.357976e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001648.0 , diff_sigma = 28.788120 , seq = 0 , step = 3 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001648.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.281305e+09, 2.357976e+09, 1.424739e+09 # est_pos = 1.8 # DC= 20002 DS= 21 # ACQ Finished. # ACQFREQ 2 70001648.0 # DS 2 21 # DC 2 20002 #ACQ 2 0 #TRACK 2 1 # Tracking started. (auto) Ok #MEAS 2 1 # MEAS start rxch: 2 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #TRACK 1 0 #TRACK 2 0 #MEAS 2 0 #TRACK 3 0 #TRACK 4 0 #SYNCSTART # Sync to 1PPS ref.input and phase align in progress # Please wait. # 1PPS has been synced. #SYNCED Ok #TIME 25 02 25 10 37 12 # 25/02/25 10:37:12 Ok #TIME 25 02 25 10 37 22 # 25/02/25 10:37:22 Ok #TIME 25 02 25 10 37 23 # 25/02/25 10:37:23 Ok #TIME 25 02 25 10 37 32 # 25/02/25 10:37:32 Ok #RXFREQ 2 70002100 0000B334 93858362 70002099.999999955 Ok #ACQ 2 1 Ok # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70002100.0 # seek width freq= 200 # start freq= 70001996.0 # stop freq= 70002196.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001996.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 22201 [ 1.348380e+09, 2.154237e+09, 1.630044e+09 ] S= 93.33 (dB), N= 90.56 (dB) SNR= 2.77 ( rcv= 10 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.614853 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.610395 dif = 7.004457 # iter[3] # SAMPLING offset= 0 # diff_sigma= 22.028130 dif = 6.582266 # dif_max = 7.004457 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 1, Freq. 70002046.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 29977 [ 1.629016e+09, 2.199546e+09, 1.500118e+09 ] S= 93.42 (dB), N= 90.52 (dB) SNR= 2.90 ( rcv= 6 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.672836 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.620651 dif = 5.947815 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.637758 dif = 4.982893 # dif_max = 5.947815 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 2, Freq. 70002096.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 36079 [ 1.093793e+09, 2.235829e+09, 1.374444e+09 ] S= 93.49 (dB), N= 90.51 (dB) SNR= 2.98 ( rcv= 7 ref= 10 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.530571 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.877436 dif = 4.346865 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.354441 dif = 3.477005 # dif_max = 4.346865 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 3, Freq. 70002146.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7766 [ 1.288772e+09, 2.444410e+09, 1.726914e+09 ] S= 93.88 (dB), N= 90.54 (dB) SNR= 3.35 ( rcv= 7 ref= 10 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.850491 # iter[2] # SAMPLING offset= 0 # diff_sigma= 38.827862 dif = 10.977371 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.272011 dif = 3.555851 # dif_max = 10.977371 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 4, Freq. 70002196.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 29975 [ 1.009047e+09, 2.269107e+09, 1.576452e+09 ] S= 93.56 (dB), N= 90.46 (dB) SNR= 3.10 ( rcv= 7 ref= 10 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.378441 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.090340 dif = 1.288101 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.898132 dif = 1.807793 # dif_max = 1.807793 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70002146.0, level= 2.444410e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70002096.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70002100.0 # seek width freq= 100 # start freq= 70002046.0 # stop freq= 70002146.0 # step freq= 25.0 # prelim. freq= 70002096.0 # Ch: 2, SEQ: 1 , Step: 0, Freq. 70002046.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 100 [ 1.378856e+09, 2.296225e+09, 1.300293e+09 ] S= 93.61 (dB), N= 90.56 (dB) SNR= 3.05 ( rcv= 5 ref= 15 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.714590 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.073467 dif = 1.641123 # iter[3] # SAMPLING offset= 0 # diff_sigma= 22.098099 dif = 4.975368 # dif_max = 4.975368 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 1, Freq. 70002071.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 15884 [ 9.805625e+08, 2.311255e+09, 1.697898e+09 ] S= 93.64 (dB), N= 90.55 (dB) SNR= 3.09 ( rcv= 6 ref= 9 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.979107 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.167070 dif = 7.812037 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.776609 dif = 6.609539 # dif_max = 7.812037 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 2, Freq. 70002096.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 19698 [ 1.425136e+09, 2.262243e+09, 1.512549e+09 ] S= 93.55 (dB), N= 90.59 (dB) SNR= 2.95 ( rcv= 6 ref= 9 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.298317 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.324589 dif = 1.026272 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.148304 dif = 2.176285 # dif_max = 2.176285 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 3, Freq. 70002121.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37856 [ 1.285616e+09, 2.436862e+09, 1.540452e+09 ] S= 93.87 (dB), N= 90.57 (dB) SNR= 3.30 ( rcv= 6 ref= 9 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.929272 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.110916 dif = 6.181644 # iter[3] # SAMPLING offset= 0 # diff_sigma= 37.968674 dif = 3.857758 # dif_max = 6.181644 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 4, Freq. 70002146.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 13967 [ 1.657939e+09, 2.266459e+09, 9.896631e+08 ] S= 93.55 (dB), N= 90.53 (dB) SNR= 3.02 ( rcv= 6 ref= 9 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.472820 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.615219 dif = 8.857601 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.810921 dif = 8.195702 # dif_max = 8.857601 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70002121.0, level= 2.436862e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70002096.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70002100.0 # seek width freq= 50 # start freq= 70002071.0 # stop freq= 70002121.0 # step freq= 12.5 # prelim. freq= 70002096.0 # Ch: 2, SEQ: 2 , Step: 0, Freq. 70002071.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8073 [ 1.359500e+09, 2.315494e+09, 9.044891e+08 ] S= 93.65 (dB), N= 90.54 (dB) SNR= 3.11 ( rcv= 13 ref= 16 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.397022 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.255783 dif = 3.858761 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.594587 dif = 9.661196 # dif_max = 9.661196 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 1, Freq. 70002083.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 20087 [ 1.579624e+09, 2.370475e+09, 1.034124e+09 ] S= 93.75 (dB), N= 90.58 (dB) SNR= 3.17 ( rcv= 13 ref= 16 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.880957 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.487852 dif = 3.393105 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.945210 dif = 0.542643 # dif_max = 3.393105 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 2, Freq. 70002096.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 3971 [ 1.440467e+09, 2.248503e+09, 9.921843e+08 ] S= 93.52 (dB), N= 90.52 (dB) SNR= 2.99 ( rcv= 12 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.638126 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.675392 dif = 1.962734 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.713554 dif = 3.961838 # dif_max = 3.961838 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 3, Freq. 70002108.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 29948 [ 1.352923e+09, 2.267785e+09, 1.409037e+09 ] S= 93.56 (dB), N= 90.59 (dB) SNR= 2.96 ( rcv= 12 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.701767 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.420650 dif = 3.281116 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.338306 dif = 8.917656 # dif_max = 8.917656 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 4, Freq. 70002121.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 38397 [ 1.349820e+09, 2.405057e+09, 1.560030e+09 ] S= 93.81 (dB), N= 90.55 (dB) SNR= 3.26 ( rcv= 6 ref= 13 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.489847 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.833082 dif = 4.343235 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.239548 dif = 1.593534 # dif_max = 4.343235 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70002121.0, level= 2.405057e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70002096.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70002100.0 # seek width freq= 25 # start freq= 70002083.5 # stop freq= 70002108.5 # step freq= 6.2 # prelim. freq= 70002096.0 # Ch: 2, SEQ: 3 , Step: 0, Freq. 70002083.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 6123 [ 1.512531e+09, 2.358705e+09, 1.373272e+09 ] S= 93.73 (dB), N= 90.56 (dB) SNR= 3.17 ( rcv= 3 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 37.942558 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.142889 dif = 11.799669 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.429539 dif = 5.286650 # dif_max = 11.799669 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 1, Freq. 70002089.8 Hz # iter[0] SAMPLING offset= 0 ....# usage: $RXFREQ [1-4] [69000000-71000000] #RXFREQ 1 70002000 0000B334 7D1BC675 70001966.407876998 .#RXFREQ 2 70002100 0000B334 91CD4771 70002089.750000000 .#RXFREQ 3 70001900 0000B334 E1CE7D9F 70002566.615368873 .#RXFREQ 4 70001900 0000B334 7C0659CB 70001959.948585227 . Ok ............ DET, pos= 16359 [ 1.911252e+09, 2.533120e+09, 1.484406e+09 ] S= 94.04 (dB), N= 90.58 (dB) SNR= 3.45 ( rcv= 3 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.449528 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.326565 dif = 2.122963 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.549747 dif = 3.776817 # dif_max = 3.776817 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 2, Freq. 70002096.0 Hz # iter[0] SAMPLING offset= 0 ...............#ACQ 2 0 Ok ..... DET, pos= 29961 [ 1.201576e+09, 2.322748e+09, 2.043786e+09 ] # FFT SEQ. ABORT (err signal) .... #ACQ 1 0 Ok #ACQ 2 1 Ok #TRACK 2 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70002100.0 # seek width freq= 200 # start freq= 70001996.0 # stop freq= 70002196.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001996.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10081 [ 2.169763e+09, 2.303379e+09, 1.561218e+09 ] S= 93.62 (dB), N= 90.66 (dB) SNR= 2.97 ( rcv= 2 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 21.846056 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.683422 dif = 10.837366 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.462070 dif = 8.221352 # dif_max = 10.837366 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 1, Freq. 70002046.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 25660 [ 1.139984e+09, 2.298846e+09, 1.197058e+09 ] S= 93.62 (dB), N= 90.60 (dB) SNR= 3.02 ( rcv= 8 ref= 12 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.110491 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.972239 dif = 2.138252 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.545322 dif = 1.426916 # dif_max = 2.138252 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 2, Freq. 70002096.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12186 [ 1.434620e+09, 2.309419e+09, 1.047430e+09 ] S= 93.64 (dB), N= 90.59 (dB) SNR= 3.04 ( rcv= 8 ref= 12 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.288170 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.886936 dif = 0.401234 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.454659 dif = 4.567722 # dif_max = 4.567722 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 3, Freq. 70002146.0 Hz # iter[0] SAMPLING offset= 0 ......#ACQ 2 0 Ok .............. DET, pos= 15977 [ 1.162248e+09, 2.211217e+09, 9.362433e+08 ] # FFT SEQ. ABORT (err signal) .... #ERR unknown command Ok #RXFREQ 2 70001650 0000B334 4806290F 70001650.000000030 Ok #ACQ 2 1 Ok #TRACK 2 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001650.0 # seek width freq= 200 # start freq= 70001548.0 # stop freq= 70001748.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001548.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 6125 [ 1.607924e+09, 2.233820e+09, 1.703695e+09 ] S= 93.49 (dB), N= 90.53 (dB) SNR= 2.96 ( rcv= 4 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 21.999790 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.915350 dif = 5.915560 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.711361 dif = 7.796011 # dif_max = 7.796011 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 1, Freq. 70001598.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 16065 [ 1.180549e+09, 2.292098e+09, 1.534344e+09 ] S= 93.60 (dB), N= 90.49 (dB) SNR= 3.12 ( rcv= 4 ref= 4 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.897547 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.225758 dif = 1.328211 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.520866 dif = 4.295109 # dif_max = 4.295109 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 2, Freq. 70001648.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 1826 [ 1.602671e+09, 2.237595e+09, 1.018950e+09 ] S= 93.50 (dB), N= 90.50 (dB) SNR= 2.99 ( rcv= 8 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.266279 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.935715 dif = 2.669436 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.080521 dif = 6.855194 # dif_max = 6.855194 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 3, Freq. 70001698.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 31990 [ 1.171592e+09, 2.231913e+09, 1.138853e+09 ] S= 93.49 (dB), N= 90.49 (dB) SNR= 3.00 ( rcv= 8 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.067265 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.495438 dif = 1.428173 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.867769 dif = 4.627668 # dif_max = 4.627668 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 4, Freq. 70001748.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 26183 [ 1.741055e+09, 2.324643e+09, 1.539575e+09 ] S= 93.66 (dB), N= 90.56 (dB) SNR= 3.10 ( rcv= 8 ref= 7 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.087078 # iter[2] # SAMPLING offset= 0 # diff_sigma= 16.853615 dif = 10.233463 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.517181 dif = 12.663567 # dif_max = 12.663567 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001748.0, level= 2.324643e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001648.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001650.0 # seek width freq= 100 # start freq= 70001598.0 # stop freq= 70001698.0 # step freq= 25.0 # prelim. freq= 70001648.0 # Ch: 2, SEQ: 1 , Step: 0, Freq. 70001598.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 17990 [ 1.166887e+09, 2.555609e+09, 1.234541e+09 ] S= 94.07 (dB), N= 90.54 (dB) SNR= 3.53 ( rcv= 18 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.405951 # iter[2] # SAMPLING offset= 0 # diff_sigma= 21.926979 dif = 9.478971 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.339272 dif = 9.412292 # dif_max = 9.478971 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 1, Freq. 70001623.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 15983 [ 1.705320e+09, 2.339459e+09, 1.645415e+09 ] S= 93.69 (dB), N= 90.53 (dB) SNR= 3.16 ( rcv= 18 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.661945 # iter[2] # SAMPLING offset= 0 # diff_sigma= 18.666702 dif = 10.995243 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.173138 dif = 5.506435 # dif_max = 10.995243 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 2, Freq. 70001648.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7720 [ 1.605309e+09, 2.341809e+09, 1.471252e+09 ] S= 93.70 (dB), N= 90.59 (dB) SNR= 3.10 ( rcv= 18 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.442383 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.459930 dif = 0.982452 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.861265 dif = 8.598665 # dif_max = 8.598665 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 3, Freq. 70001673.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 5455 [ 1.249800e+09, 2.433314e+09, 1.688839e+09 ] S= 93.86 (dB), N= 90.62 (dB) SNR= 3.24 ( rcv= 10 ref= 14 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.866104 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.374603 dif = 4.491501 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.298904 dif = 0.924301 # dif_max = 4.491501 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 4, Freq. 70001698.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 9597 [ 1.512398e+09, 2.334460e+09, 1.590583e+09 ] S= 93.68 (dB), N= 90.61 (dB) SNR= 3.07 ( rcv= 10 ref= 14 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.202967 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.323479 dif = 2.120512 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.931383 dif = 2.392096 # dif_max = 2.392096 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001598.0, level= 2.555609e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001648.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001650.0 # seek width freq= 50 # start freq= 70001623.0 # stop freq= 70001673.0 # step freq= 12.5 # prelim. freq= 70001648.0 # Ch: 2, SEQ: 2 , Step: 0, Freq. 70001623.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7792 [ 1.807097e+09, 2.336117e+09, 2.085798e+09 ] S= 93.68 (dB), N= 90.63 (dB) SNR= 3.06 ( rcv= 5 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.659470 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.260555 dif = 0.398914 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.961922 dif = 1.701366 # dif_max = 1.701366 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 1, Freq. 70001635.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 6005 [ 1.092541e+09, 2.334960e+09, 1.461550e+09 ] S= 93.68 (dB), N= 90.58 (dB) SNR= 3.10 ( rcv= 5 ref= 18 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.359753 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.855597 dif = 6.504156 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.328188 dif = 1.527409 # dif_max = 6.504156 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 2, Freq. 70001648.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 26146 [ 1.492656e+09, 2.424837e+09, 1.383686e+09 ] S= 93.85 (dB), N= 90.59 (dB) SNR= 3.26 ( rcv= 5 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 39.611065 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.936775 dif = 10.674290 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.272186 dif = 0.664589 # dif_max = 10.674290 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 3, Freq. 70001660.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 36134 [ 1.781176e+09, 2.258071e+09, 1.126782e+09 ] S= 93.54 (dB), N= 90.50 (dB) SNR= 3.04 ( rcv= 5 ref= 18 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.531586 # iter[2] # SAMPLING offset= 0 # diff_sigma= 21.912823 dif = 13.618763 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.072762 dif = 7.159939 # dif_max = 13.618763 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 4, Freq. 70001673.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10084 [ 1.613297e+09, 2.478956e+09, 1.154707e+09 ] S= 93.94 (dB), N= 90.55 (dB) SNR= 3.39 ( rcv= 5 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.914047 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.448967 dif = 4.465080 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.919390 dif = 3.470423 # dif_max = 4.465080 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001673.0, level= 2.478956e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001648.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001650.0 # seek width freq= 25 # start freq= 70001635.5 # stop freq= 70001660.5 # step freq= 6.2 # prelim. freq= 70001648.0 # Ch: 2, SEQ: 3 , Step: 0, Freq. 70001635.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 38301 [ 1.341996e+09, 2.337685e+09, 1.767155e+09 ] S= 93.69 (dB), N= 90.63 (dB) SNR= 3.06 ( rcv= 3 ref= 1 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.315620 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.121012 dif = 1.805391 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.974174 dif = 3.853163 # dif_max = 3.853163 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 1, Freq. 70001641.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35850 [ 1.491148e+09, 2.415068e+09, 1.256443e+09 ] S= 93.83 (dB), N= 90.63 (dB) SNR= 3.19 ( rcv= 3 ref= 1 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.166948 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.991459 dif = 2.175489 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.848497 dif = 3.142962 # dif_max = 3.142962 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 2, Freq. 70001648.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 3873 [ 9.765661e+08, 2.331377e+09, 1.548085e+09 ] S= 93.68 (dB), N= 90.56 (dB) SNR= 3.12 ( rcv= 3 ref= 1 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.502205 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.706728 dif = 1.795477 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.129929 dif = 4.576799 # dif_max = 4.576799 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 3, Freq. 70001654.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 31992 [ 1.443353e+09, 2.236227e+09, 9.593400e+08 ] S= 93.50 (dB), N= 90.59 (dB) SNR= 2.90 ( rcv= 7 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.031982 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.787830 dif = 1.244152 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.218773 dif = 4.569057 # dif_max = 4.569057 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 4, Freq. 70001660.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 21977 [ 1.769686e+09, 2.483111e+09, 9.938150e+08 ] S= 93.95 (dB), N= 90.59 (dB) SNR= 3.36 ( rcv= 7 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.928703 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.353031 dif = 5.575672 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.153851 dif = 1.800819 # dif_max = 5.575672 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001660.5, level= 2.483111e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001648.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001648.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.769686e+09, 2.483111e+09, 9.938150e+08 # est_pos = -8.8 # DC= 20002 DS= 10 # ACQ Finished. # ACQFREQ 2 70001648.0 # DS 2 10 # DC 2 20002 #ACQ 2 0 #TRACK 2 1 # Tracking started. (auto) Ok #MEAS 2 1 # MEAS start rxch: 2 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 1 1 #TRACK 1 1 # Tracking started. (auto) # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 1 0 Ok #MEAS 1 1 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 2 1 #MEAS 3 1 #TRACK 3 1 # Tracking started. (auto) # MEAS start rxch: 3 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 4 1 #TRACK 4 1 # Tracking started. (auto) # MEAS start rxch: 4 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 1 0 Ok #MEAS 2 0 Ok #MEAS 3 0 Ok #MEAS 4 0 Ok #STOP Ok #TIME 25 02 25 10 47 06 # 25/02/25 10:47:06 Ok #TIME 25 02 25 10 47 15 # 25/02/25 10:47:15 Ok #TRACK 1 0 #TRACK 2 0 #TRACK 3 0 #TRACK 4 0 #SYNCSTART # Sync to 1PPS ref.input and phase align in progress # Please wait. # 1PPS has been synced. #SYNCED Ok #TXCARR 1 0 Ok #MEAS 1 0 Ok #MEAS 2 0 Ok #MEAS 3 0 Ok #MEAS 4 0 Ok #STOP Ok #TXFREQ 1 70000000 Ok #TXLV 1 0 Ok #TXPRN 1 1 Ok #TXMOD 1 1 Ok #TXCARR 1 1 Ok #RXFREQ 1 70001950 0000B334 7A5B0FF1 70001949.999999985 Ok #RXPRN 1 1 Ok #RXFREQ 2 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 2 2 Ok #RXFREQ 3 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 3 3 Ok #RXFREQ 4 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 4 4 Ok #RXLV 0 Ok #RXMSG 1 1 Ok #RXMSG 2 1 Ok #RXMSG 3 1 Ok #RXMSG 4 1 Ok #ACQ 1 1 Ok # Sequence start. # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001950.0 # seek width freq= 200 # start freq= 70001852.0 # stop freq= 70002052.0 # step freq= 50.0 # Ch: 1, SEQ: 0 , Step: 0, Freq. 70001852.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 5.703374e+09, 3.152861e+10, 2.249099e+10 ] S= 104.99 (dB), N= 90.52 (dB) SNR= 14.47 ( rcv= 13 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.554337 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.954296 dif = 2.399960 # iter[3] # SAMPLING offset= 0 # diff_sigma= 18.818073 dif = 18.136223 # dif_max = 18.136223 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 1, Freq. 70001902.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 7.484041e+09, 3.479484e+10, 2.065491e+10 ] S= 105.42 (dB), N= 90.52 (dB) SNR= 14.90 ( rcv= 2 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.308718 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.663132 dif = 0.354414 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.985304 dif = 3.322172 # dif_max = 3.322172 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 2, Freq. 70001952.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 6.647432e+09, 3.562447e+10, 1.925245e+10 ] S= 105.52 (dB), N= 90.52 (dB) SNR= 14.99 ( rcv= 2 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.903263 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.353348 dif = 5.450085 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.043125 dif = 9.310223 # dif_max = 9.310223 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 3, Freq. 70002002.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 7.186153e+09, 3.599179e+10, 1.888725e+10 ] # valid signal level. S= 105.56 (dB), N= 90.48 (dB) SNR= 15.09 ( rcv= 2 ref= 0 )*** # iter[1] # SAMPLING offset= 4588 # diff_sigma= 5.063056 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 5.493474 dif = 0.430418 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 5.345137 dif = 0.148338 # dif_max = 0.430418 ... < 1.0, phase diff valid # phase updated. freq= 70002002.0 diff=5.063056 (pos=1)# ################# # Ch: 1, SEQ: 0 , Step: 4, Freq. 70002052.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 7.754999e+09, 3.632117e+10, 1.870071e+10 ] # valid signal level. S= 105.60 (dB), N= 90.50 (dB) SNR= 15.10 ( rcv= 2 ref= 0 )*** # iter[1] # SAMPLING offset= 4588 # diff_sigma= 11.352484 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 11.239600 dif = 0.112884 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 11.094458 dif = 0.145143 # dif_max = 0.145143 ... < 1.0, phase diff valid # ACQ: result # Step= 004, freq= 70002052.0, level= 3.632117e+10, peakoffset= 4588 # Min. phase diff_sigma freq= 70002000.0 , diff_sigma = 5.063056 , seq = 0 , step = 3 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001950.0 # seek width freq= 100 # start freq= 70001950.0 # stop freq= 70002050.0 # step freq= 25.0 # prelim. freq= 70002000.0 # Ch: 1, SEQ: 1 , Step: 0, Freq. 70001950.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 9.320148e+09, 3.747632e+10, 1.717263e+10 ] # valid signal level. S= 105.74 (dB), N= 90.52 (dB) SNR= 15.22 ( rcv= 1 ref= 19 )*** # iter[1] # SAMPLING offset= 4588 # diff_sigma= 2.806095 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 3.755279 dif = 0.949184 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 2.503049 dif = 1.252230 # dif_max = 1.252230 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 1, Freq. 70001975.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 8.784713e+09, 3.756239e+10, 1.844614e+10 ] # valid signal level. S= 105.75 (dB), N= 90.54 (dB) SNR= 15.21 ( rcv= 5 ref= 3 )*** # iter[1] # SAMPLING offset= 4588 # diff_sigma= 3.640819 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 3.635211 dif = 0.005608 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 2.985276 dif = 0.649934 # dif_max = 0.649934 ... < 1.0, phase diff valid # phase updated. freq= 70001975.0 diff=3.640819 (pos=1)# ################# # phase updated. freq= 70001975.0 diff=3.635211 (pos=2)# ################# # phase updated. freq= 70001975.0 diff=2.985276 (pos=3)# ################# # Ch: 1, SEQ: 1 , Step: 2, Freq. 70002000.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 8.517911e+09, 3.743047e+10, 1.664235e+10 ] # valid signal level. S= 105.73 (dB), N= 90.56 (dB) SNR= 15.18 ( rcv= 2 ref= 0 ) # iter[1] # SAMPLING offset= 4588 # diff_sigma= 5.039744 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 5.138385 dif = 0.098640 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 5.214799 dif = 0.076414 # dif_max = 0.098640 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 3, Freq. 70002025.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 1.213301e+10, 4.099735e+10, 1.510283e+10 ] # valid signal level. S= 106.13 (dB), N= 90.59 (dB) SNR= 15.54 ( rcv= 2 ref= 0 )*** # iter[1] # SAMPLING offset= 4588 # diff_sigma= 8.472461 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 8.124718 dif = 0.347743 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 8.039774 dif = 0.084944 # dif_max = 0.347743 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 4, Freq. 70002050.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 1.276010e+10, 4.373323e+10, 1.694947e+10 ] # valid signal level. S= 106.41 (dB), N= 90.56 (dB) SNR= 15.85 ( rcv= 2 ref= 0 )*** # iter[1] # SAMPLING offset= 4588 # diff_sigma= 11.055038 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 11.253104 dif = 0.198066 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 11.065572 dif = 0.187532 # dif_max = 0.198066 ... < 1.0, phase diff valid # ACQ: result # Step= 004, freq= 70002050.0, level= 4.373323e+10, peakoffset= 4588 # Min. phase diff_sigma freq= 70001976.0 , diff_sigma = 2.985276 , seq = 1 , step = 1 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001950.0 # seek width freq= 50 # start freq= 70001951.0 # stop freq= 70002001.0 # step freq= 12.5 # prelim. freq= 70001976.0 # Ch: 1, SEQ: 2 , Step: 0, Freq. 70001951.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 1.144508e+10, 4.021471e+10, 1.381919e+10 ] # valid signal level. S= 106.04 (dB), N= 90.50 (dB) SNR= 15.54 ( rcv= 17 ref= 15 )*** # iter[1] # SAMPLING offset= 4588 # diff_sigma= 3.115041 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 1.968824 dif = 1.146217 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 2.857510 dif = 0.888685 # dif_max = 1.146217 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 1, Freq. 70001963.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 1.090882e+10, 4.006394e+10, 1.405791e+10 ] # valid signal level. S= 106.03 (dB), N= 90.57 (dB) SNR= 15.45 ( rcv= 11 ref= 9 ) # iter[1] # SAMPLING offset= 4588 # diff_sigma= 2.230256 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 2.906611 dif = 0.676354 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 3.894721 dif = 0.988111 # dif_max = 0.988111 ... < 1.0, phase diff valid # phase updated. freq= 70001963.5 diff=2.230256 (pos=1)# ################# # Ch: 1, SEQ: 2 , Step: 2, Freq. 70001976.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 1.282323e+10, 4.228443e+10, 1.305994e+10 ] # valid signal level. S= 106.26 (dB), N= 90.58 (dB) SNR= 15.68 ( rcv= 11 ref= 9 )*** # iter[1] # SAMPLING offset= 4588 # diff_sigma= 3.898603 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 2.882254 dif = 1.016349 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 3.127756 dif = 0.245502 # dif_max = 1.016349 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 3, Freq. 70001988.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 1.600139e+10, 4.926190e+10, 1.439596e+10 ] # valid signal level. S= 106.93 (dB), N= 90.61 (dB) SNR= 16.32 ( rcv= 6 ref= 4 )*** # iter[1] # SAMPLING offset= 4588 # diff_sigma= 3.816639 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 3.972548 dif = 0.155909 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 4.729935 dif = 0.757387 # dif_max = 0.757387 ... < 1.0, phase diff valid # Ch: 1, SEQ: 2 , Step: 4, Freq. 70002001.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 1.606934e+10, 4.310721e+10, 1.257146e+10 ] # valid signal level. S= 106.35 (dB), N= 90.61 (dB) SNR= 15.74 ( rcv= 6 ref= 4 ) # iter[1] # SAMPLING offset= 4588 # diff_sigma= 5.605165 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 5.366673 dif = 0.238491 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 5.184047 dif = 0.182626 # dif_max = 0.238491 ... < 1.0, phase diff valid # ACQ: result # Step= 003, freq= 70001988.5, level= 4.926190e+10, peakoffset= 4588 # Min. phase diff_sigma freq= 70001960.0 , diff_sigma = 2.230256 , seq = 2 , step = 1 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001950.0 # seek width freq= 25 # start freq= 70001947.5 # stop freq= 70001972.5 # step freq= 6.2 # prelim. freq= 70001960.0 # Ch: 1, SEQ: 3 , Step: 0, Freq. 70001947.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 1.561443e+10, 4.396020e+10, 1.180829e+10 ] # valid signal level. S= 106.43 (dB), N= 90.61 (dB) SNR= 15.82 ( rcv= 11 ref= 9 )*** # iter[1] # SAMPLING offset= 4588 # diff_sigma= 2.467896 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 3.856682 dif = 1.388786 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 2.708029 dif = 1.148653 # dif_max = 1.388786 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 1, Freq. 70001953.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 1.803596e+10, 4.742790e+10, 1.288265e+10 ] # valid signal level. S= 106.76 (dB), N= 90.64 (dB) SNR= 16.12 ( rcv= 14 ref= 12 )*** # iter[1] # SAMPLING offset= 4588 # diff_sigma= 2.825035 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 2.300847 dif = 0.524188 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 2.622799 dif = 0.321952 # dif_max = 0.524188 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 2, Freq. 70001960.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 1.805091e+10, 4.639732e+10, 1.052766e+10 ] # valid signal level. S= 106.66 (dB), N= 90.61 (dB) SNR= 16.05 ( rcv= 2 ref= 0 ) # iter[1] # SAMPLING offset= 4588 # diff_sigma= 3.137855 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 3.466795 dif = 0.328940 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 3.069520 dif = 0.397275 # dif_max = 0.397275 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 3, Freq. 70001966.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 1.904250e+10, 4.309690e+10, 1.106392e+10 ] # valid signal level. S= 106.34 (dB), N= 90.63 (dB) SNR= 15.71 ( rcv= 2 ref= 0 ) # iter[1] # SAMPLING offset= 4588 # diff_sigma= 2.112620 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 2.830568 dif = 0.717948 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 2.505120 dif = 0.325448 # dif_max = 0.717948 ... < 1.0, phase diff valid # phase updated. freq= 70001966.2 diff=2.112620 (pos=1)# ################# # Ch: 1, SEQ: 3 , Step: 4, Freq. 70001972.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4588 [ 1.796130e+10, 4.292352e+10, 9.752748e+09 ] # valid signal level. S= 106.33 (dB), N= 90.65 (dB) SNR= 15.68 ( rcv= 2 ref= 0 ) # iter[1] # SAMPLING offset= 4588 # diff_sigma= 3.753291 # iter[2] # SAMPLING offset= 4588 # diff_sigma= 2.688736 dif = 1.064555 # iter[3] # SAMPLING offset= 4588 # diff_sigma= 3.018823 dif = 0.330087 # dif_max = 1.064555 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001953.8, level= 4.742790e+10, peakoffset= 4588 # Min. phase diff_sigma freq= 70001968.0 , diff_sigma = 2.112620 , seq = 3 , step = 3 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001968.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.803596e+10, 4.742790e+10, 1.288265e+10 # est_pos = -2.0 # DC= 17708 DS= 17 # ACQ Finished. # ACQFREQ 1 70001968.0 # DS 1 17 # DC 1 17708 #ACQ 1 0 #TRACK 1 1 # Tracking started. (auto) Ok #ACQ 2 1 Ok # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 2.245976e+10, 7.039762e+10, 3.262760e+10 ] # valid signal level. S= 108.48 (dB), N= 90.61 (dB) SNR= 17.87 ( rcv= 6 ref= 0 )*** # iter[1] # SAMPLING offset= 12014 # diff_sigma= 30.136261 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 30.329466 dif = 0.193205 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 30.130415 dif = 0.199051 # dif_max = 0.199051 ... < 1.0, phase diff valid # phase updated. freq= 70001700.0 diff=30.136261 (pos=1)# ################# # phase updated. freq= 70001700.0 diff=30.130415 (pos=3)# ################# # Ch: 2, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 3.015054e+10, 8.371654e+10, 2.988589e+10 ] # valid signal level. S= 109.23 (dB), N= 90.59 (dB) SNR= 18.64 ( rcv= 4 ref= 18 )*** # iter[1] # SAMPLING offset= 12014 # diff_sigma= 24.468407 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 23.969437 dif = 0.498970 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 24.275385 dif = 0.305948 # dif_max = 0.498970 ... < 1.0, phase diff valid # phase updated. freq= 70001750.0 diff=24.468407 (pos=1)# ################# # phase updated. freq= 70001750.0 diff=23.969437 (pos=2)# ################# # Ch: 2, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 2.572070e+10, 7.430426e+10, 2.975845e+10 ] # valid signal level. S= 108.71 (dB), N= 90.54 (dB) SNR= 18.17 ( rcv= 4 ref= 18 ) # iter[1] # SAMPLING offset= 12014 # diff_sigma= 18.100481 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 18.475914 dif = 0.375433 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 18.258354 dif = 0.217560 # dif_max = 0.375433 ... < 1.0, phase diff valid # phase updated. freq= 70001800.0 diff=18.100481 (pos=1)# ################# # Ch: 2, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 3.213071e+10, 8.300279e+10, 2.933225e+10 ] # valid signal level. S= 109.19 (dB), N= 90.65 (dB) SNR= 18.54 ( rcv= 4 ref= 18 ) # iter[1] # SAMPLING offset= 12014 # diff_sigma= 12.140981 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 12.048221 dif = 0.092760 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 12.347211 dif = 0.298990 # dif_max = 0.298990 ... < 1.0, phase diff valid # phase updated. freq= 70001850.0 diff=12.140981 (pos=1)# ################# # phase updated. freq= 70001850.0 diff=12.048221 (pos=2)# ################# # Ch: 2, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 2.970158e+10, 8.041189e+10, 2.910358e+10 ] # valid signal level. S= 109.05 (dB), N= 90.53 (dB) SNR= 18.52 ( rcv= 4 ref= 18 ) # iter[1] # SAMPLING offset= 12014 # diff_sigma= 6.244242 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 6.346667 dif = 0.102426 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 6.542392 dif = 0.195724 # dif_max = 0.195724 ... < 1.0, phase diff valid # phase updated. freq= 70001900.0 diff=6.244242 (pos=1)# ################# # ACQ: result # Step= 001, freq= 70001750.0, level= 8.371654e+10, peakoffset= 12014 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 6.244242 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001854.0 # stop freq= 70001954.0 # step freq= 25.0 # prelim. freq= 70001904.0 # Ch: 2, SEQ: 1 , Step: 0, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 3.358784e+10, 7.633099e+10, 2.320768e+10 ] # valid signal level. S= 108.83 (dB), N= 90.66 (dB) SNR= 18.17 ( rcv= 6 ref= 0 )*** # iter[1] # SAMPLING offset= 12014 # diff_sigma= 11.895229 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 11.964007 dif = 0.068778 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 11.790082 dif = 0.173925 # dif_max = 0.173925 ... < 1.0, phase diff valid # Ch: 2, SEQ: 1 , Step: 1, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 3.315352e+10, 7.852429e+10, 2.453536e+10 ] # valid signal level. S= 108.95 (dB), N= 90.58 (dB) SNR= 18.37 ( rcv= 6 ref= 0 )*** # iter[1] # SAMPLING offset= 12014 # diff_sigma= 8.851858 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 8.723709 dif = 0.128149 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 8.662112 dif = 0.061597 # dif_max = 0.128149 ... < 1.0, phase diff valid # Ch: 2, SEQ: 1 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 3.961580e+10, 8.847852e+10, 2.478096e+10 ] # valid signal level. S= 109.47 (dB), N= 90.72 (dB) SNR= 18.75 ( rcv= 9 ref= 3 )*** # iter[1] # SAMPLING offset= 12014 # diff_sigma= 6.042367 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 5.864713 dif = 0.177654 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 6.143587 dif = 0.278874 # dif_max = 0.278874 ... < 1.0, phase diff valid # phase updated. freq= 70001904.0 diff=6.042367 (pos=1)# ################# # phase updated. freq= 70001904.0 diff=5.864713 (pos=2)# ################# # Ch: 2, SEQ: 1 , Step: 3, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 4.425280e+10, 8.485476e+10, 1.954599e+10 ] # valid signal level. S= 109.29 (dB), N= 90.58 (dB) SNR= 18.71 ( rcv= 9 ref= 3 ) # iter[1] # SAMPLING offset= 12014 # diff_sigma= 3.225897 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 3.268209 dif = 0.042312 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 3.764750 dif = 0.496541 # dif_max = 0.496541 ... < 1.0, phase diff valid # phase updated. freq= 70001929.0 diff=3.225897 (pos=1)# ################# # Ch: 2, SEQ: 1 , Step: 4, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 4.260812e+10, 8.105521e+10, 2.118061e+10 ] # valid signal level. S= 109.09 (dB), N= 90.65 (dB) SNR= 18.44 ( rcv= 9 ref= 3 ) # iter[1] # SAMPLING offset= 12014 # diff_sigma= 3.228882 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 2.471801 dif = 0.757082 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 3.363891 dif = 0.892091 # dif_max = 0.892091 ... < 1.0, phase diff valid # phase updated. freq= 70001954.0 diff=2.471801 (pos=2)# ################# # ACQ: result # Step= 002, freq= 70001904.0, level= 8.847852e+10, peakoffset= 12014 # Min. phase diff_sigma freq= 70001952.0 , diff_sigma = 2.471801 , seq = 1 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001927.0 # stop freq= 70001977.0 # step freq= 12.5 # prelim. freq= 70001952.0 # Ch: 2, SEQ: 2 , Step: 0, Freq. 70001927.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 4.224245e+10, 7.288489e+10, 1.707617e+10 ] # valid signal level. S= 108.63 (dB), N= 90.62 (dB) SNR= 18.00 ( rcv= 8 ref= 2 )*** # iter[1] # SAMPLING offset= 12014 # diff_sigma= 3.803391 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 3.507878 dif = 0.295513 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 3.510405 dif = 0.002527 # dif_max = 0.295513 ... < 1.0, phase diff valid # Ch: 2, SEQ: 2 , Step: 1, Freq. 70001939.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 4.164338e+10, 7.287654e+10, 1.695112e+10 ] # valid signal level. S= 108.63 (dB), N= 90.66 (dB) SNR= 17.97 ( rcv= 15 ref= 9 ) # iter[1] # SAMPLING offset= 12014 # diff_sigma= 3.171997 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 2.914938 dif = 0.257059 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 2.665427 dif = 0.249511 # dif_max = 0.257059 ... < 1.0, phase diff valid # Ch: 2, SEQ: 2 , Step: 2, Freq. 70001952.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 5.180395e+10, 7.894084e+10, 1.657826e+10 ] # valid signal level. S= 108.97 (dB), N= 90.68 (dB) SNR= 18.29 ( rcv= 15 ref= 9 )*** # iter[1] # SAMPLING offset= 12014 # diff_sigma= 2.883211 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 2.669227 dif = 0.213984 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 2.898304 dif = 0.229077 # dif_max = 0.229077 ... < 1.0, phase diff valid # Ch: 2, SEQ: 2 , Step: 3, Freq. 70001964.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 5.127354e+10, 7.610860e+10, 1.397635e+10 ] # valid signal level. S= 108.81 (dB), N= 90.60 (dB) SNR= 18.21 ( rcv= 15 ref= 9 ) # iter[1] # SAMPLING offset= 12014 # diff_sigma= 2.460421 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 2.042646 dif = 0.417775 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 2.675498 dif = 0.632851 # dif_max = 0.632851 ... < 1.0, phase diff valid # phase updated. freq= 70001964.5 diff=2.460421 (pos=1)# ################# # phase updated. freq= 70001964.5 diff=2.042646 (pos=2)# ################# # Ch: 2, SEQ: 2 , Step: 4, Freq. 70001977.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 5.795046e+10, 7.988380e+10, 1.323626e+10 ] # valid signal level. S= 109.02 (dB), N= 90.67 (dB) SNR= 18.35 ( rcv= 15 ref= 9 )*** # iter[1] # SAMPLING offset= 12014 # diff_sigma= 3.843286 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 3.249065 dif = 0.594221 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 3.631238 dif = 0.382173 # dif_max = 0.594221 ... < 1.0, phase diff valid # ACQ: result # Step= 004, freq= 70001977.0, level= 7.988380e+10, peakoffset= 12014 # Min. phase diff_sigma freq= 70001968.0 , diff_sigma = 2.042646 , seq = 2 , step = 3 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001955.5 # stop freq= 70001980.5 # step freq= 6.2 # prelim. freq= 70001968.0 # Ch: 2, SEQ: 3 , Step: 0, Freq. 70001955.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 5.918256e+10, 7.501354e+10, 1.207642e+10 ] # valid signal level. S= 108.75 (dB), N= 90.66 (dB) SNR= 18.09 ( rcv= 5 ref= 19 )*** # iter[1] # SAMPLING offset= 12014 # diff_sigma= 3.492453 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 2.303402 dif = 1.189051 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 3.026150 dif = 0.722749 # dif_max = 1.189051 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 1, Freq. 70001961.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 5.391874e+10, 7.215362e+10, 1.186569e+10 ] # valid signal level. S= 108.58 (dB), N= 90.76 (dB) SNR= 17.83 ( rcv= 8 ref= 2 ) # iter[1] # SAMPLING offset= 12014 # diff_sigma= 2.691452 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 2.379179 dif = 0.312274 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 3.894022 dif = 1.514843 # dif_max = 1.514843 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 2, Freq. 70001968.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 5.153373e+10, 6.394903e+10, 9.808528e+09 ] # valid signal level. S= 108.06 (dB), N= 90.77 (dB) SNR= 17.29 ( rcv= 8 ref= 2 ) # iter[1] # SAMPLING offset= 12014 # diff_sigma= 3.038509 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 3.571946 dif = 0.533437 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 3.867925 dif = 0.295979 # dif_max = 0.533437 ... < 1.0, phase diff valid # Ch: 2, SEQ: 3 , Step: 3, Freq. 70001974.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 6.131123e+10, 7.290339e+10, 9.725265e+09 ] # valid signal level. S= 108.63 (dB), N= 90.82 (dB) SNR= 17.81 ( rcv= 8 ref= 2 ) # iter[1] # SAMPLING offset= 12014 # diff_sigma= 3.490242 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 3.165944 dif = 0.324298 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 3.623801 dif = 0.457858 # dif_max = 0.457858 ... < 1.0, phase diff valid # Ch: 2, SEQ: 3 , Step: 4, Freq. 70001980.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12014 [ 6.008025e+10, 6.254694e+10, 8.441420e+09 ] # valid signal level. S= 107.96 (dB), N= 90.76 (dB) SNR= 17.20 ( rcv= 8 ref= 2 ) # iter[1] # SAMPLING offset= 12014 # diff_sigma= 4.377070 # iter[2] # SAMPLING offset= 12014 # diff_sigma= 4.239035 dif = 0.138036 # iter[3] # SAMPLING offset= 12014 # diff_sigma= 4.090595 dif = 0.148440 # dif_max = 0.148440 ... < 1.0, phase diff valid # ACQ: result # Step= 000, freq= 70001955.5, level= 7.501354e+10, peakoffset= 12014 # Min. phase diff_sigma freq= 70001968.0 , diff_sigma = 2.042646 , seq = 2 , step = 3 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001968.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 5.918256e+10, 7.501354e+10, 1.207642e+10 # est_pos = -15.0 # DC= 13995 DS= 4 # ACQ Finished. # ACQFREQ 2 70001968.0 # DS 2 4 # DC 2 13995 #ACQ 2 0 #TRACK 2 1 # Tracking started. (auto) Ok #ACQ 3 1 Ok # Sequence start. # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 3, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 1.316565e+10, 3.161445e+10, 1.163735e+10 ] S= 105.00 (dB), N= 90.90 (dB) SNR= 14.09 ( rcv= 8 ref= 16 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.011463 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.975800 dif = 6.964336 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.144053 dif = 7.831747 # dif_max = 7.831747 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 1.455023e+10, 3.481137e+10, 1.138302e+10 ] S= 105.42 (dB), N= 90.92 (dB) SNR= 14.49 ( rcv= 5 ref= 13 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.943729 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.552895 dif = 8.390835 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.525633 dif = 2.027262 # dif_max = 8.390835 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 1.638976e+10, 3.448823e+10, 1.159677e+10 ] S= 105.38 (dB), N= 90.86 (dB) SNR= 14.52 ( rcv= 5 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.642746 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.805006 dif = 2.162260 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.833094 dif = 0.971912 # dif_max = 2.162260 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 1.589872e+10, 3.444657e+10, 1.075402e+10 ] S= 105.37 (dB), N= 90.93 (dB) SNR= 14.44 ( rcv= 5 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.251848 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.740883 dif = 1.489035 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.014881 dif = 2.273998 # dif_max = 2.273998 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 1.620501e+10, 3.298758e+10, 1.133985e+10 ] S= 105.18 (dB), N= 90.76 (dB) SNR= 14.42 ( rcv= 5 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.420519 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.086884 dif = 7.666365 # iter[3] # SAMPLING offset= 0 # diff_sigma= 37.109924 dif = 1.023041 # dif_max = 7.666365 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001750.0, level= 3.481137e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001750.0 # stop freq= 70001850.0 # step freq= 25.0 # prelim. freq= 70001800.0 # Ch: 3, SEQ: 1 , Step: 0, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 1.712881e+10, 3.045874e+10, 7.968828e+09 ] S= 104.84 (dB), N= 90.82 (dB) SNR= 14.02 ( rcv= 11 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.974197 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.365391 dif = 10.391193 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.157738 dif = 4.207653 # dif_max = 10.391193 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 1, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 1.758819e+10, 3.102578e+10, 7.477918e+09 ] S= 104.92 (dB), N= 90.84 (dB) SNR= 14.08 ( rcv= 11 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.595909 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.542126 dif = 0.053783 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.887171 dif = 4.654955 # dif_max = 4.654955 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 1.732124e+10, 2.907206e+10, 8.020488e+09 ] S= 104.63 (dB), N= 90.88 (dB) SNR= 13.76 ( rcv= 11 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.302462 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.975191 dif = 3.327271 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.990337 dif = 4.015146 # dif_max = 4.015146 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 3, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 1.853555e+10, 3.112278e+10, 7.162150e+09 ] S= 104.93 (dB), N= 90.81 (dB) SNR= 14.13 ( rcv= 11 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.841829 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.863590 dif = 0.978239 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.485853 dif = 2.622263 # dif_max = 2.622263 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 4, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 2.105014e+10, 3.156797e+10, 6.969032e+09 ] S= 104.99 (dB), N= 90.74 (dB) SNR= 14.25 ( rcv= 11 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.950378 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.385996 dif = 0.435617 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.887836 dif = 7.501841 # dif_max = 7.501841 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001850.0, level= 3.156797e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001775.0 # stop freq= 70001825.0 # step freq= 12.5 # prelim. freq= 70001800.0 # Ch: 3, SEQ: 2 , Step: 0, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 2.206828e+10, 2.967546e+10, 5.492269e+09 ] S= 104.72 (dB), N= 90.76 (dB) SNR= 13.96 ( rcv= 7 ref= 15 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.995283 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.440884 dif = 0.445601 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.334909 dif = 9.105974 # dif_max = 9.105974 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 1, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 2.211054e+10, 2.838868e+10, 5.245048e+09 ] S= 104.53 (dB), N= 90.84 (dB) SNR= 13.69 ( rcv= 6 ref= 14 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.079170 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.465843 dif = 0.386673 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.994034 dif = 5.471809 # dif_max = 5.471809 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 2.452862e+10, 3.155610e+10, 5.344374e+09 ] S= 104.99 (dB), N= 90.84 (dB) SNR= 14.15 ( rcv= 6 ref= 14 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.035725 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.376846 dif = 0.658878 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.998775 dif = 1.378071 # dif_max = 1.378071 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 3, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 2.254606e+10, 2.788931e+10, 4.508110e+09 ] S= 104.45 (dB), N= 90.86 (dB) SNR= 13.60 ( rcv= 5 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.425455 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.770153 dif = 1.344698 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.764221 dif = 8.994068 # dif_max = 8.994068 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 4, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 2.643426e+10, 2.914704e+10, 3.943686e+09 ] S= 104.65 (dB), N= 90.82 (dB) SNR= 13.82 ( rcv= 5 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.338699 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.466721 dif = 1.871979 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.299028 dif = 2.832308 # dif_max = 2.832308 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001800.0, level= 3.155610e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001787.5 # stop freq= 70001812.5 # step freq= 6.2 # prelim. freq= 70001800.0 # Ch: 3, SEQ: 3 , Step: 0, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4907 [ 2.519479e+10, 2.793305e+10, 4.932356e+09 ] S= 104.46 (dB), N= 90.85 (dB) SNR= 13.61 ( rcv= 11 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.143467 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.630737 dif = 1.487270 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.088619 dif = 0.542118 # dif_max = 1.487270 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 1, Freq. 70001793.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4906 [ 4.294983e+09, 2.791831e+10, 2.627039e+10 ] S= 104.46 (dB), N= 90.89 (dB) SNR= 13.57 ( rcv= 11 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.244820 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.993078 dif = 3.251741 # iter[3] # SAMPLING offset= 0 # diff_sigma= 22.465487 dif = 9.527592 # dif_max = 9.527592 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4906 [ 4.135374e+09, 2.802651e+10, 2.724346e+10 ] S= 104.48 (dB), N= 90.88 (dB) SNR= 13.59 ( rcv= 11 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.068132 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.150463 dif = 4.082331 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.393986 dif = 7.756477 # dif_max = 7.756477 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 3, Freq. 70001806.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4906 [ 4.395969e+09, 2.792457e+10, 2.502002e+10 ] S= 104.46 (dB), N= 90.79 (dB) SNR= 13.67 ( rcv= 11 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.139626 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.948097 dif = 0.808472 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.342964 dif = 0.394867 # dif_max = 0.808472 ... < 1.0, phase diff valid # phase updated. freq= 70001806.2 diff=32.139626 (pos=1)# ################# # Ch: 3, SEQ: 3 , Step: 4, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4906 [ 4.476823e+09, 2.708389e+10, 2.351512e+10 ] S= 104.33 (dB), N= 90.81 (dB) SNR= 13.51 ( rcv= 11 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.352119 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.218939 dif = 10.133181 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.146568 dif = 7.927629 # dif_max = 10.133181 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001800.0, level= 2.802651e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001808.0 , diff_sigma = 32.139626 , seq = 3 , step = 3 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001808.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 4.135374e+09, 2.802651e+10, 2.724346e+10 # est_pos = 23.4 # DC= 20002 DS= 42 # ACQ Finished. # ACQFREQ 3 70001808.0 # DS 3 42 # DC 3 20002 #ACQ 3 0 #TRACK 3 1 # Tracking started. (auto) Ok #ACQ 4 1 Ok # Sequence start. # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 4, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 5.658754e+09, 2.846164e+10, 1.983592e+10 ] S= 104.54 (dB), N= 90.75 (dB) SNR= 13.79 ( rcv= 1 ref= 6 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.686499 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.495237 dif = 0.191261 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.591967 dif = 5.903271 # dif_max = 5.903271 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 6.136404e+09, 2.745422e+10, 1.723003e+10 ] S= 104.39 (dB), N= 90.70 (dB) SNR= 13.68 ( rcv= 1 ref= 6 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 23.046066 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.560043 dif = 9.513977 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.937855 dif = 5.622189 # dif_max = 9.513977 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 5.903840e+09, 2.837002e+10, 1.833718e+10 ] S= 104.53 (dB), N= 90.72 (dB) SNR= 13.81 ( rcv= 0 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 37.971359 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.868303 dif = 8.103056 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.984426 dif = 0.883877 # dif_max = 8.103056 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 7.030482e+09, 2.894306e+10, 1.619866e+10 ] S= 104.62 (dB), N= 90.69 (dB) SNR= 13.92 ( rcv= 0 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.906994 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.684309 dif = 5.222685 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.726635 dif = 3.957674 # dif_max = 5.222685 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 7.863719e+09, 2.913527e+10, 1.539800e+10 ] S= 104.64 (dB), N= 90.62 (dB) SNR= 14.02 ( rcv= 15 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.049522 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.301172 dif = 1.748350 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.878101 dif = 0.576929 # dif_max = 1.748350 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001900.0, level= 2.913527e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001750.0 # stop freq= 70001850.0 # step freq= 25.0 # prelim. freq= 70001800.0 # Ch: 4, SEQ: 1 , Step: 0, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 9.073903e+09, 3.071698e+10, 1.557472e+10 ] S= 104.87 (dB), N= 90.70 (dB) SNR= 14.17 ( rcv= 12 ref= 8 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.896744 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.882496 dif = 4.985752 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.746473 dif = 6.136023 # dif_max = 6.136023 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 1, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 8.676474e+09, 3.001920e+10, 1.383261e+10 ] S= 104.77 (dB), N= 90.69 (dB) SNR= 14.09 ( rcv= 12 ref= 8 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.640757 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.408678 dif = 0.767921 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.916004 dif = 2.492674 # dif_max = 2.492674 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 8.981188e+09, 2.761728e+10, 1.312404e+10 ] S= 104.41 (dB), N= 90.70 (dB) SNR= 13.71 ( rcv= 12 ref= 8 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.000648 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.809978 dif = 1.190670 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.002756 dif = 3.192778 # dif_max = 3.192778 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 3, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 9.758348e+09, 2.694298e+10, 1.059397e+10 ] S= 104.30 (dB), N= 90.68 (dB) SNR= 13.63 ( rcv= 12 ref= 8 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.987797 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.239941 dif = 1.747856 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.381134 dif = 0.141193 # dif_max = 1.747856 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 4, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 1.165196e+10, 3.128847e+10, 1.216581e+10 ] S= 104.95 (dB), N= 90.62 (dB) SNR= 14.34 ( rcv= 15 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 23.092312 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.590744 dif = 9.498432 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.964497 dif = 3.373753 # dif_max = 9.498432 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001850.0, level= 3.128847e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001775.0 # stop freq= 70001825.0 # step freq= 12.5 # prelim. freq= 70001800.0 # Ch: 4, SEQ: 2 , Step: 0, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 1.027458e+10, 3.091807e+10, 1.244498e+10 ] S= 104.90 (dB), N= 90.60 (dB) SNR= 14.30 ( rcv= 16 ref= 1 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.712463 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.275982 dif = 4.436481 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.344053 dif = 0.931929 # dif_max = 4.436481 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 1, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 1.113922e+10, 2.782817e+10, 9.891057e+09 ] S= 104.44 (dB), N= 90.66 (dB) SNR= 13.79 ( rcv= 16 ref= 1 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.552601 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.573193 dif = 3.020592 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.431984 dif = 2.141209 # dif_max = 3.020592 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 1.172982e+10, 2.820037e+10, 9.626604e+09 ] S= 104.50 (dB), N= 90.70 (dB) SNR= 13.80 ( rcv= 16 ref= 1 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.409115 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.242491 dif = 3.166624 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.320049 dif = 1.922441 # dif_max = 3.166624 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 3, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 1.277705e+10, 2.848192e+10, 8.445031e+09 ] S= 104.55 (dB), N= 90.69 (dB) SNR= 13.85 ( rcv= 19 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.524673 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.580097 dif = 2.055424 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.584270 dif = 2.004173 # dif_max = 2.055424 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 4, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 1.478900e+10, 3.144626e+10, 9.457590e+09 ] S= 104.98 (dB), N= 90.76 (dB) SNR= 14.22 ( rcv= 19 ref= 4 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 37.848904 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.523504 dif = 7.325399 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.090984 dif = 2.432520 # dif_max = 7.325399 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001825.0, level= 3.144626e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001787.5 # stop freq= 70001812.5 # step freq= 6.2 # prelim. freq= 70001800.0 # Ch: 4, SEQ: 3 , Step: 0, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 1.451656e+10, 2.845945e+10, 9.210391e+09 ] S= 104.54 (dB), N= 90.70 (dB) SNR= 13.84 ( rcv= 0 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.100285 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.224367 dif = 4.875917 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.368301 dif = 10.143934 # dif_max = 10.143934 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 1, Freq. 70001793.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 1.571967e+10, 2.993802e+10, 8.366169e+09 ] S= 104.76 (dB), N= 90.74 (dB) SNR= 14.02 ( rcv= 15 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 40.480515 # iter[2] # SAMPLING offset= 0 # diff_sigma= 37.867527 dif = 2.612988 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.035526 dif = 7.832001 # dif_max = 7.832001 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 1.711218e+10, 2.950622e+10, 7.131278e+09 ] S= 104.70 (dB), N= 90.68 (dB) SNR= 14.02 ( rcv= 15 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.189695 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.463284 dif = 0.726412 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.124151 dif = 2.660868 # dif_max = 2.660868 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 3, Freq. 70001806.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 1.902473e+10, 2.996502e+10, 7.403994e+09 ] S= 104.77 (dB), N= 90.67 (dB) SNR= 14.10 ( rcv= 15 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.784075 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.724995 dif = 4.940920 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.765938 dif = 4.959057 # dif_max = 4.959057 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 4, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8934 [ 1.716737e+10, 2.685554e+10, 6.516768e+09 ] S= 104.29 (dB), N= 90.73 (dB) SNR= 13.56 ( rcv= 15 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.559319 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.794512 dif = 5.764807 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.148676 dif = 2.354164 # dif_max = 5.764807 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70001806.2, level= 2.996502e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001800.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.902473e+10, 2.996502e+10, 7.403994e+09 # est_pos = -8.7 # DC= 20002 DS= 10 # ACQ Finished. # ACQFREQ 4 70001800.0 # DS 4 10 # DC 4 20002 #ACQ 4 0 #TRACK 4 1 # Tracking started. (auto) Ok #MEAS 1 1 # MEAS start rxch: 1 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 2 1 # MEAS start rxch: 2 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 3 1 # MEAS start rxch: 3 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 4 1 # MEAS start rxch: 4 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #TXCARR 1 0 Ok #MEAS 2 0 Ok #MEAS 3 0 Ok #MEAS 4 0 Ok #STOP #MEAS 1 0 Ok #TXFREQ 1 70000000 Ok #TXLV 1 0 Ok #TXPRN 1 1 Ok #TXMOD 1 1 Ok #TXCARR 1 1 Ok #RXFREQ 1 70001950 0000B334 7A5B0FF1 70001949.999999985 Ok #RXPRN 1 1 Ok #RXFREQ 2 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 2 2 Ok #RXFREQ 3 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 3 3 Ok #RXFREQ 4 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 4 4 Ok #RXLV 0 Ok #RXMSG 1 1 Ok #RXMSG 2 1 Ok #RXMSG 3 1 Ok #RXMSG 4 1 Ok #ACQ 1 1 Ok #TRACK 1 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001950.0 # seek width freq= 200 # start freq= 70001852.0 # stop freq= 70002052.0 # step freq= 50.0 # Ch: 1, SEQ: 0 , Step: 0, Freq. 70001852.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 4.260807e+09, 2.916202e+10, 2.430379e+10 ] S= 104.65 (dB), N= 90.74 (dB) SNR= 13.91 ( rcv= 18 ref= 16 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.321976 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.821278 dif = 2.500698 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.140228 dif = 5.318951 # dif_max = 5.318951 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 1, Freq. 70001902.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 3.943352e+09, 2.501368e+10, 2.309027e+10 ] S= 103.98 (dB), N= 90.80 (dB) SNR= 13.18 ( rcv= 18 ref= 16 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.418839 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.875580 dif = 1.543259 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.910748 dif = 1.035168 # dif_max = 1.543259 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 2, Freq. 70001952.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 3.596672e+09, 2.608782e+10, 2.204319e+10 ] S= 104.16 (dB), N= 90.77 (dB) SNR= 13.39 ( rcv= 18 ref= 16 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.402496 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.523018 dif = 6.879478 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.876987 dif = 1.646030 # dif_max = 6.879478 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 3, Freq. 70002002.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 5.077201e+09, 2.866498e+10, 2.286712e+10 ] S= 104.57 (dB), N= 90.79 (dB) SNR= 13.78 ( rcv= 18 ref= 16 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.496187 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.414619 dif = 6.918432 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.448116 dif = 1.033497 # dif_max = 6.918432 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 4, Freq. 70002052.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 4.186577e+09, 2.727421e+10, 2.061362e+10 ] S= 104.36 (dB), N= 90.76 (dB) SNR= 13.60 ( rcv= 18 ref= 16 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.957361 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.128679 dif = 1.828682 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.429674 dif = 5.300995 # dif_max = 5.300995 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001852.0, level= 2.916202e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001952.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001950.0 # seek width freq= 100 # start freq= 70001902.0 # stop freq= 70002002.0 # step freq= 25.0 # prelim. freq= 70001952.0 # Ch: 1, SEQ: 1 , Step: 0, Freq. 70001902.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 5.518974e+09, 2.979140e+10, 1.941153e+10 ] S= 104.74 (dB), N= 90.75 (dB) SNR= 13.99 ( rcv= 3 ref= 1 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.901766 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.720043 dif = 3.818277 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.963425 dif = 5.756618 # dif_max = 5.756618 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 1, Freq. 70001927.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 5.821766e+09, 2.985169e+10, 1.973204e+10 ] S= 104.75 (dB), N= 90.71 (dB) SNR= 14.04 ( rcv= 3 ref= 1 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 37.675785 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.989035 dif = 7.686750 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.096874 dif = 4.107840 # dif_max = 7.686750 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 2, Freq. 70001952.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 4.624116e+09, 2.740589e+10, 1.767208e+10 ] S= 104.38 (dB), N= 90.80 (dB) SNR= 13.58 ( rcv= 3 ref= 1 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 23.521507 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.650173 dif = 4.128666 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.918671 dif = 6.268497 # dif_max = 6.268497 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 3, Freq. 70001977.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 6.031180e+09, 3.011043e+10, 1.707740e+10 ] S= 104.79 (dB), N= 90.71 (dB) SNR= 14.08 ( rcv= 3 ref= 1 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.918058 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.450871 dif = 7.532812 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.732880 dif = 2.717991 # dif_max = 7.532812 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 4, Freq. 70002002.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 7.082183e+09, 3.042327e+10, 1.716147e+10 ] S= 104.83 (dB), N= 90.75 (dB) SNR= 14.08 ( rcv= 15 ref= 13 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.029987 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.112598 dif = 6.082611 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.557741 dif = 0.554857 # dif_max = 6.082611 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70002002.0, level= 3.042327e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001952.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001950.0 # seek width freq= 50 # start freq= 70001927.0 # stop freq= 70001977.0 # step freq= 12.5 # prelim. freq= 70001952.0 # Ch: 1, SEQ: 2 , Step: 0, Freq. 70001927.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 5.819796e+09, 3.223049e+10, 1.943769e+10 ] S= 105.08 (dB), N= 90.74 (dB) SNR= 14.34 ( rcv= 16 ref= 14 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.791422 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.546896 dif = 6.755474 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.905046 dif = 2.641850 # dif_max = 6.755474 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 1, Freq. 70001939.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 7.233979e+09, 3.464727e+10, 1.755163e+10 ] S= 105.40 (dB), N= 90.74 (dB) SNR= 14.65 ( rcv= 16 ref= 14 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.834305 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.172468 dif = 2.338163 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.892321 dif = 2.719852 # dif_max = 2.719852 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 2, Freq. 70001952.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 6.846943e+09, 3.217565e+10, 1.487432e+10 ] S= 105.08 (dB), N= 90.74 (dB) SNR= 14.33 ( rcv= 5 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 37.947102 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.202280 dif = 11.744822 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.377197 dif = 0.825083 # dif_max = 11.744822 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 3, Freq. 70001964.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 8.513787e+09, 3.390680e+10, 1.635836e+10 ] S= 105.30 (dB), N= 90.73 (dB) SNR= 14.57 ( rcv= 5 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.782019 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.919519 dif = 4.862499 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.089783 dif = 0.829737 # dif_max = 4.862499 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 4, Freq. 70001977.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 7.447472e+09, 3.320057e+10, 1.520729e+10 ] S= 105.21 (dB), N= 90.78 (dB) SNR= 14.44 ( rcv= 0 ref= 18 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.300459 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.244587 dif = 6.055872 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.908510 dif = 6.663923 # dif_max = 6.663923 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001939.5, level= 3.464727e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001952.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001950.0 # seek width freq= 25 # start freq= 70001939.5 # stop freq= 70001964.5 # step freq= 6.2 # prelim. freq= 70001952.0 # Ch: 1, SEQ: 3 , Step: 0, Freq. 70001939.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 8.129887e+09, 3.442564e+10, 1.380900e+10 ] S= 105.37 (dB), N= 90.77 (dB) SNR= 14.60 ( rcv= 17 ref= 15 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.126774 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.337334 dif = 1.210560 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.854557 dif = 1.517223 # dif_max = 1.517223 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 1, Freq. 70001945.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 9.720337e+09, 3.503629e+10, 1.468794e+10 ] S= 105.45 (dB), N= 90.73 (dB) SNR= 14.71 ( rcv= 2 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.140120 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.769684 dif = 2.629564 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.458195 dif = 3.311489 # dif_max = 3.311489 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 2, Freq. 70001952.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 7.894171e+09, 3.314366e+10, 1.300489e+10 ] S= 105.20 (dB), N= 90.80 (dB) SNR= 14.40 ( rcv= 2 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.410309 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.189079 dif = 2.778770 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.614677 dif = 5.574402 # dif_max = 5.574402 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 3, Freq. 70001958.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 8.653389e+09, 3.047031e+10, 1.106411e+10 ] S= 104.84 (dB), N= 90.81 (dB) SNR= 14.02 ( rcv= 2 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.404423 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.807934 dif = 3.403511 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.143986 dif = 0.336052 # dif_max = 3.403511 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 4, Freq. 70001964.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4564 [ 9.142110e+09, 3.423183e+10, 1.257386e+10 ] S= 105.34 (dB), N= 90.81 (dB) SNR= 14.54 ( rcv= 2 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.986895 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.073959 dif = 1.087065 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.083603 dif = 7.009644 # dif_max = 7.009644 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001945.8, level= 3.503629e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001952.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001952.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 9.720337e+09, 3.503629e+10, 1.468794e+10 # est_pos = 2.7 # DC= 20002 DS= 22 # ACQ Finished. # ACQFREQ 1 70001952.0 # DS 1 22 # DC 1 20002 #ACQ 1 0 #TRACK 1 1 # Tracking started. (auto) Ok #ACQ 2 1 Ok #TRACK 2 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 15862 [ 8.992986e+08, 2.392114e+09, 1.718646e+09 ] S= 93.79 (dB), N= 90.84 (dB) SNR= 2.95 ( rcv= 4 ref= 6 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.426090 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.849825 dif = 3.576265 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.323605 dif = 5.473780 # dif_max = 5.473780 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 9597 [ 1.327336e+09, 2.373122e+09, 2.176038e+09 ] S= 93.75 (dB), N= 90.73 (dB) SNR= 3.02 ( rcv= 4 ref= 6 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.077137 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.091595 dif = 6.014458 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.046791 dif = 7.044804 # dif_max = 7.044804 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 36262 [ 1.968511e+09, 2.536440e+09, 1.642873e+09 ] S= 94.04 (dB), N= 90.92 (dB) SNR= 3.12 ( rcv= 13 ref= 17 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.701263 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.339912 dif = 6.361351 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.145399 dif = 1.194513 # dif_max = 6.361351 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 14092 [ 1.396858e+09, 2.409284e+09, 1.544523e+09 ] S= 93.82 (dB), N= 90.86 (dB) SNR= 2.96 ( rcv= 13 ref= 17 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.883846 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.978180 dif = 8.094334 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.400963 dif = 0.577217 # dif_max = 8.094334 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 29944 [ 1.387049e+09, 2.610995e+09, 1.614092e+09 ] S= 94.17 (dB), N= 90.74 (dB) SNR= 3.43 ( rcv= 13 ref= 17 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.417747 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.282207 dif = 3.135540 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.159317 dif = 1.877110 # dif_max = 3.135540 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001900.0, level= 2.610995e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001750.0 # stop freq= 70001850.0 # step freq= 25.0 # prelim. freq= 70001800.0 # Ch: 2, SEQ: 1 , Step: 0, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 28252 [ 1.824729e+09, 2.330922e+09, 1.158643e+09 ] S= 93.68 (dB), N= 90.78 (dB) SNR= 2.90 ( rcv= 15 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.281855 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.473135 dif = 1.808720 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.458080 dif = 2.984945 # dif_max = 2.984945 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 1, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 24413 [ 1.044591e+09, 2.408365e+09, 1.890753e+09 ] S= 93.82 (dB), N= 90.83 (dB) SNR= 2.99 ( rcv= 11 ref= 9 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.769005 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.516533 dif = 2.252472 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.637684 dif = 1.121151 # dif_max = 2.252472 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 2049 [ 1.715224e+09, 2.482410e+09, 1.712398e+09 ] S= 93.95 (dB), N= 90.79 (dB) SNR= 3.16 ( rcv= 11 ref= 9 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.930431 # iter[2] # SAMPLING offset= 0 # diff_sigma= 19.993834 dif = 15.936598 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.622986 dif = 13.629152 # dif_max = 15.936598 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 3, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4165 [ 1.860274e+09, 2.429348e+09, 2.000895e+09 ] S= 93.85 (dB), N= 90.80 (dB) SNR= 3.06 ( rcv= 16 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.939697 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.810310 dif = 3.129387 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.767773 dif = 4.957462 # dif_max = 4.957462 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 4, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 25837 [ 1.726839e+09, 2.499278e+09, 1.259451e+09 ] S= 93.98 (dB), N= 90.85 (dB) SNR= 3.13 ( rcv= 16 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.812677 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.621845 dif = 3.190832 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.425907 dif = 2.195938 # dif_max = 3.190832 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001850.0, level= 2.499278e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001775.0 # stop freq= 70001825.0 # step freq= 12.5 # prelim. freq= 70001800.0 # Ch: 2, SEQ: 2 , Step: 0, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 9638 [ 1.252964e+09, 2.313587e+09, 1.556488e+09 ] S= 93.64 (dB), N= 90.66 (dB) SNR= 2.98 ( rcv= 2 ref= 10 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.720531 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.875774 dif = 5.155243 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.756151 dif = 6.119623 # dif_max = 6.119623 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 1, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 27498 [ 1.104400e+09, 2.441011e+09, 1.625824e+09 ] S= 93.88 (dB), N= 90.76 (dB) SNR= 3.12 ( rcv= 13 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.770790 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.080395 dif = 1.690395 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.810719 dif = 5.269676 # dif_max = 5.269676 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7810 [ 1.440666e+09, 2.348957e+09, 1.274762e+09 ] S= 93.71 (dB), N= 90.71 (dB) SNR= 3.00 ( rcv= 13 ref= 18 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.286682 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.252312 dif = 5.965630 # iter[3] # SAMPLING offset= 0 # diff_sigma= 19.889580 dif = 15.362732 # dif_max = 15.362732 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 3, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 25927 [ 1.159944e+09, 2.278661e+09, 1.349818e+09 ] S= 93.58 (dB), N= 90.77 (dB) SNR= 2.80 ( rcv= 18 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.370342 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.789885 dif = 0.580458 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.137415 dif = 4.652470 # dif_max = 4.652470 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 4, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 36166 [ 1.451549e+09, 2.543637e+09, 1.399520e+09 ] S= 94.05 (dB), N= 90.78 (dB) SNR= 3.28 ( rcv= 5 ref= 9 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.030514 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.666706 dif = 0.363808 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.592007 dif = 2.925301 # dif_max = 2.925301 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001825.0, level= 2.543637e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001787.5 # stop freq= 70001812.5 # step freq= 6.2 # prelim. freq= 70001800.0 # Ch: 2, SEQ: 3 , Step: 0, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 16051 [ 2.321001e+09, 2.492531e+09, 1.200231e+09 ] S= 93.97 (dB), N= 90.78 (dB) SNR= 3.18 ( rcv= 17 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.786983 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.584656 dif = 2.797672 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.787416 dif = 2.797239 # dif_max = 2.797672 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 1, Freq. 70001793.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 36177 [ 1.117134e+09, 2.368847e+09, 1.549913e+09 ] S= 93.75 (dB), N= 90.78 (dB) SNR= 2.96 ( rcv= 17 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.681465 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.190464 dif = 5.508999 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.427124 dif = 4.236660 # dif_max = 5.508999 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 1902 [ 1.447927e+09, 2.329426e+09, 1.591663e+09 ] S= 93.67 (dB), N= 90.79 (dB) SNR= 2.88 ( rcv= 17 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.703775 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.374840 dif = 3.671064 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.201670 dif = 3.173170 # dif_max = 3.671064 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 3, Freq. 70001806.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 27852 [ 1.550646e+09, 2.330356e+09, 2.318479e+09 ] S= 93.67 (dB), N= 90.75 (dB) SNR= 2.92 ( rcv= 17 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.522825 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.401245 dif = 4.121580 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.144424 dif = 8.743179 # dif_max = 8.743179 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 4, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 13963 [ 1.559607e+09, 2.267431e+09, 1.387177e+09 ] S= 93.56 (dB), N= 90.66 (dB) SNR= 2.90 ( rcv= 17 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.190884 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.746719 dif = 2.555836 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.873419 dif = 6.873301 # dif_max = 6.873301 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001787.5, level= 2.492531e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001800.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 2.321001e+09, 2.492531e+09, 1.200231e+09 # est_pos = -19.1 # DC= 20002 DS= 0 # ACQ Finished. # ACQFREQ 2 70001800.0 # DS 2 0 # DC 2 20002 #ACQ 2 0 #TRACK 2 1 # Tracking started. (auto) Ok #ACQ 3 1 Ok #TRACK 3 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 3, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 34224 [ 1.684851e+09, 2.457752e+09, 1.280190e+09 ] S= 93.91 (dB), N= 90.76 (dB) SNR= 3.15 ( rcv= 11 ref= 13 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.092707 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.453444 dif = 2.360737 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.883392 dif = 0.429949 # dif_max = 2.360737 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 31995 [ 1.270039e+09, 3.151502e+09, 2.140362e+09 ] S= 94.99 (dB), N= 90.93 (dB) SNR= 4.05 ( rcv= 6 ref= 12 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.002119 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.522734 dif = 5.520615 # iter[3] # SAMPLING offset= 0 # diff_sigma= 18.652645 dif = 12.870089 # dif_max = 12.870089 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 38269 [ 1.578468e+09, 2.349706e+09, 1.869103e+09 ] S= 93.71 (dB), N= 90.80 (dB) SNR= 2.91 ( rcv= 6 ref= 12 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.445463 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.241701 dif = 5.203762 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.612719 dif = 6.371017 # dif_max = 6.371017 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 33765 [ 1.741533e+09, 2.456753e+09, 1.455268e+09 ] S= 93.90 (dB), N= 90.84 (dB) SNR= 3.06 ( rcv= 17 ref= 10 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.679111 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.297977 dif = 1.381134 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.128654 dif = 9.169323 # dif_max = 9.169323 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7928 [ 1.408061e+09, 2.409170e+09, 1.873475e+09 ] S= 93.82 (dB), N= 90.70 (dB) SNR= 3.12 ( rcv= 17 ref= 10 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.136368 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.693928 dif = 5.557560 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.081787 dif = 4.612141 # dif_max = 5.557560 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001750.0, level= 3.151502e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001750.0 # stop freq= 70001850.0 # step freq= 25.0 # prelim. freq= 70001800.0 # Ch: 3, SEQ: 1 , Step: 0, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 36031 [ 1.513643e+09, 2.430415e+09, 1.761808e+09 ] S= 93.86 (dB), N= 90.78 (dB) SNR= 3.08 ( rcv= 9 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.228876 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.923233 dif = 3.694357 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.873785 dif = 10.049448 # dif_max = 10.049448 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 1, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11880 [ 1.687401e+09, 2.414489e+09, 1.652002e+09 ] S= 93.83 (dB), N= 90.84 (dB) SNR= 2.99 ( rcv= 14 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.184303 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.680132 dif = 3.504171 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.229542 dif = 6.549410 # dif_max = 6.549410 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10157 [ 1.741603e+09, 2.440321e+09, 1.718236e+09 ] S= 93.87 (dB), N= 90.88 (dB) SNR= 2.99 ( rcv= 14 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.417141 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.459146 dif = 1.957994 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.922264 dif = 4.463118 # dif_max = 4.463118 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 3, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11803 [ 8.908780e+08, 2.493172e+09, 1.921330e+09 ] S= 93.97 (dB), N= 90.82 (dB) SNR= 3.15 ( rcv= 14 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.612972 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.334255 dif = 4.721283 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.918831 dif = 2.584576 # dif_max = 4.721283 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 4, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 16083 [ 1.710237e+09, 2.558712e+09, 1.803456e+09 ] S= 94.08 (dB), N= 90.91 (dB) SNR= 3.17 ( rcv= 14 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.389664 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.982052 dif = 2.592388 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.162163 dif = 2.180111 # dif_max = 2.592388 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001850.0, level= 2.558712e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001775.0 # stop freq= 70001825.0 # step freq= 12.5 # prelim. freq= 70001800.0 # Ch: 3, SEQ: 2 , Step: 0, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 30140 [ 1.583272e+09, 2.465048e+09, 1.063618e+09 ] S= 93.92 (dB), N= 90.76 (dB) SNR= 3.16 ( rcv= 17 ref= 4 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.529755 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.077057 dif = 4.452698 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.694881 dif = 2.382175 # dif_max = 4.452698 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 1, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 5825 [ 1.569819e+09, 2.651865e+09, 1.762214e+09 ] S= 94.24 (dB), N= 90.85 (dB) SNR= 3.38 ( rcv= 3 ref= 10 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.693687 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.945324 dif = 0.251637 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.836370 dif = 6.108953 # dif_max = 6.108953 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10079 [ 1.158872e+09, 2.429582e+09, 1.256174e+09 ] S= 93.86 (dB), N= 90.85 (dB) SNR= 3.00 ( rcv= 3 ref= 10 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.955727 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.397430 dif = 7.441704 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.458902 dif = 3.938528 # dif_max = 7.441704 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 3, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 28018 [ 1.369392e+09, 2.383527e+09, 1.420732e+09 ] S= 93.77 (dB), N= 90.76 (dB) SNR= 3.01 ( rcv= 3 ref= 10 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.463379 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.881361 dif = 3.417982 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.518589 dif = 3.637228 # dif_max = 3.637228 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 4, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 28016 [ 1.706528e+09, 2.648872e+09, 1.246662e+09 ] S= 94.23 (dB), N= 90.75 (dB) SNR= 3.48 ( rcv= 3 ref= 10 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.868439 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.358915 dif = 2.509523 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.850071 dif = 1.508844 # dif_max = 2.509523 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001787.5, level= 2.651865e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001787.5 # stop freq= 70001812.5 # step freq= 6.2 # prelim. freq= 70001800.0 # Ch: 3, SEQ: 3 , Step: 0, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 19935 [ 1.229686e+09, 2.342925e+09, 1.492036e+09 ] S= 93.70 (dB), N= 90.75 (dB) SNR= 2.95 ( rcv= 13 ref= 8 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.207005 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.978558 dif = 2.771553 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.808868 dif = 0.830311 # dif_max = 2.771553 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 1, Freq. 70001793.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 1875 [ 1.629559e+09, 2.389188e+09, 9.652869e+08 ] S= 93.78 (dB), N= 90.73 (dB) SNR= 3.05 ( rcv= 13 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.017469 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.830339 dif = 2.812870 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.324089 dif = 6.493750 # dif_max = 6.493750 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 32176 [ 1.329018e+09, 2.426287e+09, 8.228753e+08 ] S= 93.85 (dB), N= 90.75 (dB) SNR= 3.10 ( rcv= 13 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.915001 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.160734 dif = 11.754267 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.938726 dif = 5.777992 # dif_max = 11.754267 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 3, Freq. 70001806.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 18265 [ 1.357159e+09, 2.511760e+09, 1.506038e+09 ] S= 94.00 (dB), N= 90.81 (dB) SNR= 3.19 ( rcv= 13 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.551079 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.660063 dif = 4.891016 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.445938 dif = 0.214125 # dif_max = 4.891016 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 4, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 34253 [ 1.379282e+09, 2.342535e+09, 9.290952e+08 ] S= 93.70 (dB), N= 90.78 (dB) SNR= 2.92 ( rcv= 13 ref= 18 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.521709 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.859224 dif = 7.337515 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.996351 dif = 1.862873 # dif_max = 7.337515 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70001806.2, level= 2.511760e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001800.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.357159e+09, 2.511760e+09, 1.506038e+09 # est_pos = 1.7 # DC= 20002 DS= 21 # ACQ Finished. # ACQFREQ 3 70001800.0 # DS 3 21 # DC 3 20002 #ACQ 3 0 #TRACK 3 1 # Tracking started. (auto) Ok #ACQ 1 1 Ok #TRACK 1 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001950.0 # seek width freq= 200 # start freq= 70001852.0 # stop freq= 70002052.0 # step freq= 50.0 # Ch: 1, SEQ: 0 , Step: 0, Freq. 70001852.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.024039e+10, 4.710526e+10, 2.061639e+10 ] # valid signal level. S= 106.73 (dB), N= 90.59 (dB) SNR= 16.14 ( rcv= 16 ref= 14 )*** # iter[1] # SAMPLING offset= 4552 # diff_sigma= 5.328224 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 5.561883 dif = 0.233659 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 5.282666 dif = 0.279217 # dif_max = 0.279217 ... < 1.0, phase diff valid # phase updated. freq= 70001852.0 diff=5.328224 (pos=1)# ################# # phase updated. freq= 70001852.0 diff=5.282666 (pos=3)# ################# # Ch: 1, SEQ: 0 , Step: 1, Freq. 70001902.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.176262e+10, 4.596720e+10, 1.977160e+10 ] # valid signal level. S= 106.62 (dB), N= 90.71 (dB) SNR= 15.92 ( rcv= 2 ref= 0 ) # iter[1] # SAMPLING offset= 4552 # diff_sigma= 3.011237 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 3.542885 dif = 0.531648 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 3.142693 dif = 0.400192 # dif_max = 0.531648 ... < 1.0, phase diff valid # phase updated. freq= 70001902.0 diff=3.011237 (pos=1)# ################# # Ch: 1, SEQ: 0 , Step: 2, Freq. 70001952.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 8.881966e+09, 4.332295e+10, 2.104698e+10 ] # valid signal level. S= 106.37 (dB), N= 90.65 (dB) SNR= 15.72 ( rcv= 2 ref= 0 ) # iter[1] # SAMPLING offset= 4552 # diff_sigma= 6.842476 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 6.941900 dif = 0.099424 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 6.377603 dif = 0.564298 # dif_max = 0.564298 ... < 1.0, phase diff valid # Ch: 1, SEQ: 0 , Step: 3, Freq. 70002002.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.106366e+10, 4.445807e+10, 1.919517e+10 ] # valid signal level. S= 106.48 (dB), N= 90.63 (dB) SNR= 15.85 ( rcv= 19 ref= 17 ) # iter[1] # SAMPLING offset= 4552 # diff_sigma= 12.644593 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 12.356362 dif = 0.288231 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 12.588537 dif = 0.232175 # dif_max = 0.288231 ... < 1.0, phase diff valid # Ch: 1, SEQ: 0 , Step: 4, Freq. 70002052.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.062663e+10, 4.271221e+10, 1.865243e+10 ] # valid signal level. S= 106.31 (dB), N= 90.66 (dB) SNR= 15.64 ( rcv= 19 ref= 17 ) # iter[1] # SAMPLING offset= 4552 # diff_sigma= 18.754259 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 18.786741 dif = 0.032482 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 18.566692 dif = 0.220049 # dif_max = 0.220049 ... < 1.0, phase diff valid # ACQ: result # Step= 000, freq= 70001852.0, level= 4.710526e+10, peakoffset= 4552 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 3.011237 , seq = 0 , step = 1 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001950.0 # seek width freq= 100 # start freq= 70001854.0 # stop freq= 70001954.0 # step freq= 25.0 # prelim. freq= 70001904.0 # Ch: 1, SEQ: 1 , Step: 0, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.218188e+10, 4.910019e+10, 2.103184e+10 ] # valid signal level. S= 106.91 (dB), N= 90.73 (dB) SNR= 16.18 ( rcv= 7 ref= 5 )*** # iter[1] # SAMPLING offset= 4552 # diff_sigma= 5.084007 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 4.784216 dif = 0.299791 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 4.747463 dif = 0.036753 # dif_max = 0.299791 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 1, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.073979e+10, 4.463593e+10, 1.826853e+10 ] # valid signal level. S= 106.50 (dB), N= 90.71 (dB) SNR= 15.78 ( rcv= 7 ref= 5 ) # iter[1] # SAMPLING offset= 4552 # diff_sigma= 2.988475 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 2.772123 dif = 0.216352 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 2.630608 dif = 0.141515 # dif_max = 0.216352 ... < 1.0, phase diff valid # phase updated. freq= 70001879.0 diff=2.988475 (pos=1)# ################# # phase updated. freq= 70001879.0 diff=2.772123 (pos=2)# ################# # phase updated. freq= 70001879.0 diff=2.630608 (pos=3)# ################# # Ch: 1, SEQ: 1 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.267073e+10, 4.795848e+10, 1.892138e+10 ] # valid signal level. S= 106.81 (dB), N= 90.74 (dB) SNR= 16.07 ( rcv= 7 ref= 5 ) # iter[1] # SAMPLING offset= 4552 # diff_sigma= 3.726459 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 3.046456 dif = 0.680002 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 2.701549 dif = 0.344908 # dif_max = 0.680002 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 3, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.299450e+10, 4.898893e+10, 1.718149e+10 ] # valid signal level. S= 106.90 (dB), N= 90.70 (dB) SNR= 16.20 ( rcv= 14 ref= 12 ) # iter[1] # SAMPLING offset= 4552 # diff_sigma= 3.792631 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 4.382414 dif = 0.589782 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 3.883677 dif = 0.498737 # dif_max = 0.589782 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 4, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.148533e+10, 4.651686e+10, 1.740668e+10 ] # valid signal level. S= 106.68 (dB), N= 90.70 (dB) SNR= 15.97 ( rcv= 14 ref= 12 ) # iter[1] # SAMPLING offset= 4552 # diff_sigma= 6.983772 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 6.956526 dif = 0.027246 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 7.200296 dif = 0.243770 # dif_max = 0.243770 ... < 1.0, phase diff valid # ACQ: result # Step= 000, freq= 70001854.0, level= 4.910019e+10, peakoffset= 4552 # Min. phase diff_sigma freq= 70001880.0 , diff_sigma = 2.630608 , seq = 1 , step = 1 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001950.0 # seek width freq= 50 # start freq= 70001855.0 # stop freq= 70001905.0 # step freq= 12.5 # prelim. freq= 70001880.0 # Ch: 1, SEQ: 2 , Step: 0, Freq. 70001855.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.615332e+10, 5.273777e+10, 1.843869e+10 ] # valid signal level. S= 107.22 (dB), N= 90.75 (dB) SNR= 16.48 ( rcv= 3 ref= 1 )*** # iter[1] # SAMPLING offset= 4552 # diff_sigma= 5.119374 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 5.183971 dif = 0.064597 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 5.074539 dif = 0.109432 # dif_max = 0.109432 ... < 1.0, phase diff valid # Ch: 1, SEQ: 2 , Step: 1, Freq. 70001867.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.431624e+10, 5.224805e+10, 1.856967e+10 ] # valid signal level. S= 107.18 (dB), N= 90.76 (dB) SNR= 16.42 ( rcv= 3 ref= 1 ) # iter[1] # SAMPLING offset= 4552 # diff_sigma= 4.081133 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 4.525026 dif = 0.443893 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 3.415527 dif = 1.109500 # dif_max = 1.109500 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 2, Freq. 70001880.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.501993e+10, 5.085550e+10, 1.877900e+10 ] # valid signal level. S= 107.06 (dB), N= 90.73 (dB) SNR= 16.33 ( rcv= 3 ref= 1 ) # iter[1] # SAMPLING offset= 4552 # diff_sigma= 3.169026 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 3.373034 dif = 0.204008 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 3.552552 dif = 0.179518 # dif_max = 0.204008 ... < 1.0, phase diff valid # Ch: 1, SEQ: 2 , Step: 3, Freq. 70001892.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.238398e+10, 4.722174e+10, 1.650854e+10 ] # valid signal level. S= 106.74 (dB), N= 90.74 (dB) SNR= 16.00 ( rcv= 3 ref= 1 ) # iter[1] # SAMPLING offset= 4552 # diff_sigma= 2.631251 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 2.258229 dif = 0.373023 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 2.865049 dif = 0.606821 # dif_max = 0.606821 ... < 1.0, phase diff valid # phase updated. freq= 70001892.5 diff=2.258229 (pos=2)# ################# # Ch: 1, SEQ: 2 , Step: 4, Freq. 70001905.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.496016e+10, 4.899000e+10, 1.675770e+10 ] # valid signal level. S= 106.90 (dB), N= 90.73 (dB) SNR= 16.17 ( rcv= 3 ref= 1 ) # iter[1] # SAMPLING offset= 4552 # diff_sigma= 2.287734 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 2.753735 dif = 0.466001 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 2.784351 dif = 0.030616 # dif_max = 0.466001 ... < 1.0, phase diff valid # ACQ: result # Step= 000, freq= 70001855.0, level= 5.273777e+10, peakoffset= 4552 # Min. phase diff_sigma freq= 70001896.0 , diff_sigma = 2.258229 , seq = 2 , step = 3 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001950.0 # seek width freq= 25 # start freq= 70001883.5 # stop freq= 70001908.5 # step freq= 6.2 # prelim. freq= 70001896.0 # Ch: 1, SEQ: 3 , Step: 0, Freq. 70001883.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.440115e+10, 4.960438e+10, 1.629138e+10 ] # valid signal level. S= 106.96 (dB), N= 90.71 (dB) SNR= 16.25 ( rcv= 17 ref= 15 )*** # iter[1] # SAMPLING offset= 4552 # diff_sigma= 2.796214 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 2.823993 dif = 0.027780 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 2.788902 dif = 0.035091 # dif_max = 0.035091 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 1, Freq. 70001889.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.432379e+10, 4.966891e+10, 1.615401e+10 ] # valid signal level. S= 106.96 (dB), N= 90.76 (dB) SNR= 16.20 ( rcv= 17 ref= 15 )*** # iter[1] # SAMPLING offset= 4552 # diff_sigma= 2.487591 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 2.837340 dif = 0.349749 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 2.392911 dif = 0.444429 # dif_max = 0.444429 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 2, Freq. 70001896.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.665647e+10, 5.372631e+10, 1.874771e+10 ] # valid signal level. S= 107.30 (dB), N= 90.73 (dB) SNR= 16.57 ( rcv= 1 ref= 19 )*** # iter[1] # SAMPLING offset= 4552 # diff_sigma= 3.574805 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 1.788252 dif = 1.786553 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 3.137671 dif = 1.349419 # dif_max = 1.786553 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 3, Freq. 70001902.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.670484e+10, 5.436685e+10, 1.678610e+10 ] # valid signal level. S= 107.35 (dB), N= 90.79 (dB) SNR= 16.57 ( rcv= 1 ref= 19 )*** # iter[1] # SAMPLING offset= 4552 # diff_sigma= 2.245079 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 2.956697 dif = 0.711618 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 2.186000 dif = 0.770697 # dif_max = 0.770697 ... < 1.0, phase diff valid # phase updated. freq= 70001902.2 diff=2.245079 (pos=1)# ################# # phase updated. freq= 70001902.2 diff=2.186000 (pos=3)# ################# # Ch: 1, SEQ: 3 , Step: 4, Freq. 70001908.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4552 [ 1.501714e+10, 4.984463e+10, 1.670622e+10 ] # valid signal level. S= 106.98 (dB), N= 90.69 (dB) SNR= 16.29 ( rcv= 1 ref= 19 ) # iter[1] # SAMPLING offset= 4552 # diff_sigma= 3.323294 # iter[2] # SAMPLING offset= 4552 # diff_sigma= 3.537858 dif = 0.214563 # iter[3] # SAMPLING offset= 4552 # diff_sigma= 3.165868 dif = 0.371989 # dif_max = 0.371989 ... < 1.0, phase diff valid # ACQ: result # Step= 003, freq= 70001902.2, level= 5.436685e+10, peakoffset= 4552 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 2.186000 , seq = 3 , step = 3 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001904.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.670484e+10, 5.436685e+10, 1.678610e+10 # est_pos = 0.0 # DC= 17726 DS= 19 # ACQ Finished. # ACQFREQ 1 70001904.0 # DS 1 19 # DC 1 17726 #ACQ 1 0 #TRACK 1 1 # Tracking started. (auto) Ok #MEAS 1 1 # MEAS start rxch: 1 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 1 0 Ok #TXCARR 1 0 Ok #STOP Ok #TXFREQ 1 70000000 Ok #TXLV 1 0 Ok #TXPRN 1 1 Ok #TXMOD 1 1 Ok #TXCARR 1 1 Ok #RXFREQ 1 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 1 1 Ok #RXFREQ 2 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 2 2 Ok #RXFREQ 3 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 3 3 Ok #RXFREQ 4 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 4 4 Ok #RXLV 0 Ok #RXMSG 1 1 Ok #RXMSG 2 1 Ok #RXMSG 3 1 Ok #RXMSG 4 1 Ok #ACQ 1 1 Ok # Sequence start. # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 1, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 7.903166e+09, 3.813862e+10, 2.141220e+10 ] # valid signal level. S= 105.81 (dB), N= 90.67 (dB) SNR= 15.14 ( rcv= 13 ref= 11 )*** # iter[1] # SAMPLING offset= 4550 # diff_sigma= 25.062237 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 24.551735 dif = 0.510502 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 24.736629 dif = 0.184895 # dif_max = 0.510502 ... < 1.0, phase diff valid # phase updated. freq= 70001700.0 diff=25.062237 (pos=1)# ################# # phase updated. freq= 70001700.0 diff=24.551735 (pos=2)# ################# # Ch: 1, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 9.450801e+09, 4.335209e+10, 2.268549e+10 ] # valid signal level. S= 106.37 (dB), N= 90.76 (dB) SNR= 15.61 ( rcv= 2 ref= 0 )*** # iter[1] # SAMPLING offset= 4550 # diff_sigma= 18.846790 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 19.003759 dif = 0.156969 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 19.112631 dif = 0.108871 # dif_max = 0.156969 ... < 1.0, phase diff valid # phase updated. freq= 70001750.0 diff=18.846790 (pos=1)# ################# # Ch: 1, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 8.279083e+09, 4.041966e+10, 1.938713e+10 ] # valid signal level. S= 106.07 (dB), N= 90.53 (dB) SNR= 15.54 ( rcv= 2 ref= 0 ) # iter[1] # SAMPLING offset= 4550 # diff_sigma= 13.009593 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 12.762445 dif = 0.247148 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 12.604869 dif = 0.157577 # dif_max = 0.247148 ... < 1.0, phase diff valid # phase updated. freq= 70001800.0 diff=13.009593 (pos=1)# ################# # phase updated. freq= 70001800.0 diff=12.762445 (pos=2)# ################# # phase updated. freq= 70001800.0 diff=12.604869 (pos=3)# ################# # Ch: 1, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 8.564710e+09, 4.268264e+10, 2.057232e+10 ] # valid signal level. S= 106.30 (dB), N= 90.56 (dB) SNR= 15.74 ( rcv= 2 ref= 0 ) # iter[1] # SAMPLING offset= 4550 # diff_sigma= 6.688560 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 7.172253 dif = 0.483692 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 7.060333 dif = 0.111919 # dif_max = 0.483692 ... < 1.0, phase diff valid # phase updated. freq= 70001850.0 diff=6.688560 (pos=1)# ################# # Ch: 1, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 9.542673e+09, 4.423843e+10, 2.382222e+10 ] # valid signal level. S= 106.46 (dB), N= 90.59 (dB) SNR= 15.87 ( rcv= 2 ref= 0 )*** # iter[1] # SAMPLING offset= 4550 # diff_sigma= 2.319392 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 2.882712 dif = 0.563320 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 2.533814 dif = 0.348898 # dif_max = 0.563320 ... < 1.0, phase diff valid # phase updated. freq= 70001900.0 diff=2.319392 (pos=1)# ################# # ACQ: result # Step= 004, freq= 70001900.0, level= 4.423843e+10, peakoffset= 4550 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 2.319392 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001854.0 # stop freq= 70001954.0 # step freq= 25.0 # prelim. freq= 70001904.0 # Ch: 1, SEQ: 1 , Step: 0, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 8.860404e+09, 3.948870e+10, 1.811044e+10 ] # valid signal level. S= 105.96 (dB), N= 90.58 (dB) SNR= 15.39 ( rcv= 3 ref= 1 )*** # iter[1] # SAMPLING offset= 4550 # diff_sigma= 6.365813 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 6.534896 dif = 0.169083 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 6.705828 dif = 0.170932 # dif_max = 0.170932 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 1, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 9.797896e+09, 4.350901e+10, 1.968715e+10 ] # valid signal level. S= 106.39 (dB), N= 90.60 (dB) SNR= 15.79 ( rcv= 3 ref= 1 )*** # iter[1] # SAMPLING offset= 4550 # diff_sigma= 3.930552 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 3.992892 dif = 0.062340 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 4.008357 dif = 0.015465 # dif_max = 0.062340 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 8.821552e+09, 4.149447e+10, 1.908933e+10 ] # valid signal level. S= 106.18 (dB), N= 90.61 (dB) SNR= 15.57 ( rcv= 3 ref= 1 ) # iter[1] # SAMPLING offset= 4550 # diff_sigma= 2.433256 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 2.562501 dif = 0.129245 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 3.820827 dif = 1.258326 # dif_max = 1.258326 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 3, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 1.076873e+10, 4.319660e+10, 1.810666e+10 ] # valid signal level. S= 106.35 (dB), N= 90.61 (dB) SNR= 15.74 ( rcv= 17 ref= 15 ) # iter[1] # SAMPLING offset= 4550 # diff_sigma= 2.882174 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 3.637482 dif = 0.755308 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 3.681629 dif = 0.044147 # dif_max = 0.755308 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 4, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 9.738248e+09, 4.588573e+10, 2.090616e+10 ] # valid signal level. S= 106.62 (dB), N= 90.61 (dB) SNR= 16.01 ( rcv= 10 ref= 8 )*** # iter[1] # SAMPLING offset= 4550 # diff_sigma= 6.708682 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 6.926047 dif = 0.217365 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 5.664544 dif = 1.261503 # dif_max = 1.261503 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001954.0, level= 4.588573e+10, peakoffset= 4550 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 2.319392 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001879.0 # stop freq= 70001929.0 # step freq= 12.5 # prelim. freq= 70001904.0 # Ch: 1, SEQ: 2 , Step: 0, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 1.071053e+10, 4.488590e+10, 1.950124e+10 ] # valid signal level. S= 106.52 (dB), N= 90.60 (dB) SNR= 15.92 ( rcv= 7 ref= 5 )*** # iter[1] # SAMPLING offset= 4550 # diff_sigma= 3.829085 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 4.370328 dif = 0.541243 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 4.081628 dif = 0.288700 # dif_max = 0.541243 ... < 1.0, phase diff valid # Ch: 1, SEQ: 2 , Step: 1, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 1.099207e+10, 4.566525e+10, 2.213686e+10 ] # valid signal level. S= 106.60 (dB), N= 90.62 (dB) SNR= 15.97 ( rcv= 13 ref= 11 )*** # iter[1] # SAMPLING offset= 4550 # diff_sigma= 2.661490 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 4.282420 dif = 1.620930 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 4.008237 dif = 0.274183 # dif_max = 1.620930 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 1.049604e+10, 4.132138e+10, 1.888453e+10 ] # valid signal level. S= 106.16 (dB), N= 90.56 (dB) SNR= 15.61 ( rcv= 13 ref= 11 ) # iter[1] # SAMPLING offset= 4550 # diff_sigma= 2.411049 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 2.301012 dif = 0.110037 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 2.768747 dif = 0.467735 # dif_max = 0.467735 ... < 1.0, phase diff valid # phase updated. freq= 70001904.0 diff=2.301012 (pos=2)# ################# # Ch: 1, SEQ: 2 , Step: 3, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 1.177902e+10, 4.671169e+10, 2.030345e+10 ] # valid signal level. S= 106.69 (dB), N= 90.60 (dB) SNR= 16.09 ( rcv= 3 ref= 1 )*** # iter[1] # SAMPLING offset= 4550 # diff_sigma= 2.458299 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 2.648744 dif = 0.190445 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 2.923518 dif = 0.274774 # dif_max = 0.274774 ... < 1.0, phase diff valid # Ch: 1, SEQ: 2 , Step: 4, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 1.013291e+10, 4.610259e+10, 1.759543e+10 ] # valid signal level. S= 106.64 (dB), N= 90.56 (dB) SNR= 16.07 ( rcv= 3 ref= 1 ) # iter[1] # SAMPLING offset= 4550 # diff_sigma= 3.506258 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 3.451879 dif = 0.054379 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 3.504978 dif = 0.053099 # dif_max = 0.054379 ... < 1.0, phase diff valid # ACQ: result # Step= 003, freq= 70001916.5, level= 4.671169e+10, peakoffset= 4550 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 2.301012 , seq = 2 , step = 2 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001891.5 # stop freq= 70001916.5 # step freq= 6.2 # prelim. freq= 70001904.0 # Ch: 1, SEQ: 3 , Step: 0, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 1.201085e+10, 4.473392e+10, 1.844756e+10 ] # valid signal level. S= 106.51 (dB), N= 90.60 (dB) SNR= 15.90 ( rcv= 7 ref= 5 )*** # iter[1] # SAMPLING offset= 4550 # diff_sigma= 2.872023 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 2.581618 dif = 0.290405 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 2.590658 dif = 0.009039 # dif_max = 0.290405 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 1, Freq. 70001897.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 1.277204e+10, 4.890592e+10, 1.814265e+10 ] # valid signal level. S= 106.89 (dB), N= 90.61 (dB) SNR= 16.29 ( rcv= 7 ref= 5 )*** # iter[1] # SAMPLING offset= 4550 # diff_sigma= 2.672252 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 3.321515 dif = 0.649263 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 2.317572 dif = 1.003944 # dif_max = 1.003944 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 1.255238e+10, 4.359013e+10, 1.590206e+10 ] # valid signal level. S= 106.39 (dB), N= 90.58 (dB) SNR= 15.82 ( rcv= 3 ref= 1 ) # iter[1] # SAMPLING offset= 4550 # diff_sigma= 3.049042 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 3.072581 dif = 0.023539 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 3.405020 dif = 0.332439 # dif_max = 0.332439 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 3, Freq. 70001910.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 1.218588e+10, 4.793681e+10, 1.687866e+10 ] # valid signal level. S= 106.81 (dB), N= 90.64 (dB) SNR= 16.17 ( rcv= 3 ref= 1 ) # iter[1] # SAMPLING offset= 4550 # diff_sigma= 1.458025 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 2.047630 dif = 0.589605 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 2.074833 dif = 0.027203 # dif_max = 0.589605 ... < 1.0, phase diff valid # phase updated. freq= 70001910.2 diff=1.458025 (pos=1)# ################# # Ch: 1, SEQ: 3 , Step: 4, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4550 [ 1.288317e+10, 4.392263e+10, 1.477501e+10 ] # valid signal level. S= 106.43 (dB), N= 90.54 (dB) SNR= 15.89 ( rcv= 3 ref= 1 ) # iter[1] # SAMPLING offset= 4550 # diff_sigma= 4.575546 # iter[2] # SAMPLING offset= 4550 # diff_sigma= 3.426157 dif = 1.149390 # iter[3] # SAMPLING offset= 4550 # diff_sigma= 2.862282 dif = 0.563875 # dif_max = 1.149390 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001897.8, level= 4.890592e+10, peakoffset= 4550 # Min. phase diff_sigma freq= 70001912.0 , diff_sigma = 1.458025 , seq = 3 , step = 3 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001912.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.277204e+10, 4.890592e+10, 1.814265e+10 # est_pos = 2.0 # DC= 17727 DS= 21 # ACQ Finished. # ACQFREQ 1 70001912.0 # DS 1 21 # DC 1 17727 #ACQ 1 0 #TRACK 1 1 # Tracking started. (auto) Ok #ACQ 2 1 Ok # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 1.546397e+10, 8.348421e+10, 5.201337e+10 ] # valid signal level. S= 109.22 (dB), N= 90.90 (dB) SNR= 18.31 ( rcv= 18 ref= 12 )*** # iter[1] # SAMPLING offset= 11977 # diff_sigma= 25.062862 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 24.827406 dif = 0.235456 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 25.229126 dif = 0.401720 # dif_max = 0.401720 ... < 1.0, phase diff valid # phase updated. freq= 70001700.0 diff=25.062862 (pos=1)# ################# # phase updated. freq= 70001700.0 diff=24.827406 (pos=2)# ################# # Ch: 2, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.142568e+10, 9.288478e+10, 5.055468e+10 ] # valid signal level. S= 109.68 (dB), N= 90.90 (dB) SNR= 18.78 ( rcv= 15 ref= 9 )*** # iter[1] # SAMPLING offset= 11977 # diff_sigma= 19.257557 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 18.871931 dif = 0.385626 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 18.954214 dif = 0.082283 # dif_max = 0.385626 ... < 1.0, phase diff valid # phase updated. freq= 70001750.0 diff=19.257557 (pos=1)# ################# # phase updated. freq= 70001750.0 diff=18.871931 (pos=2)# ################# # Ch: 2, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.481007e+10, 1.014723e+11, 5.376354e+10 ] # valid signal level. S= 110.06 (dB), N= 90.92 (dB) SNR= 19.15 ( rcv= 14 ref= 8 )*** # iter[1] # SAMPLING offset= 11977 # diff_sigma= 13.075923 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 13.391582 dif = 0.315659 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 12.905510 dif = 0.486072 # dif_max = 0.486072 ... < 1.0, phase diff valid # phase updated. freq= 70001800.0 diff=13.075923 (pos=1)# ################# # phase updated. freq= 70001800.0 diff=12.905510 (pos=3)# ################# # Ch: 2, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.420055e+10, 1.070209e+11, 6.113554e+10 ] # valid signal level. S= 110.29 (dB), N= 90.93 (dB) SNR= 19.37 ( rcv= 5 ref= 19 )*** # iter[1] # SAMPLING offset= 11977 # diff_sigma= 7.345707 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 7.316138 dif = 0.029569 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 7.151684 dif = 0.164454 # dif_max = 0.164454 ... < 1.0, phase diff valid # phase updated. freq= 70001850.0 diff=7.345707 (pos=1)# ################# # phase updated. freq= 70001850.0 diff=7.316138 (pos=2)# ################# # phase updated. freq= 70001850.0 diff=7.151684 (pos=3)# ################# # Ch: 2, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.293793e+10, 1.037345e+11, 6.150826e+10 ] # valid signal level. S= 110.16 (dB), N= 90.94 (dB) SNR= 19.22 ( rcv= 5 ref= 19 ) # iter[1] # SAMPLING offset= 11977 # diff_sigma= 2.464322 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 2.700691 dif = 0.236369 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 2.160159 dif = 0.540532 # dif_max = 0.540532 ... < 1.0, phase diff valid # phase updated. freq= 70001900.0 diff=2.464322 (pos=1)# ################# # phase updated. freq= 70001900.0 diff=2.160159 (pos=3)# ################# # ACQ: result # Step= 003, freq= 70001850.0, level= 1.070209e+11, peakoffset= 11977 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 2.160159 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001854.0 # stop freq= 70001954.0 # step freq= 25.0 # prelim. freq= 70001904.0 # Ch: 2, SEQ: 1 , Step: 0, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.605080e+10, 1.061392e+11, 6.123958e+10 ] # valid signal level. S= 110.26 (dB), N= 90.95 (dB) SNR= 19.31 ( rcv= 0 ref= 14 )*** # iter[1] # SAMPLING offset= 11977 # diff_sigma= 6.769470 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 6.516462 dif = 0.253008 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 6.713815 dif = 0.197352 # dif_max = 0.253008 ... < 1.0, phase diff valid # Ch: 2, SEQ: 1 , Step: 1, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.219064e+10, 9.516861e+10, 4.946156e+10 ] # valid signal level. S= 109.78 (dB), N= 90.88 (dB) SNR= 18.91 ( rcv= 0 ref= 14 ) # iter[1] # SAMPLING offset= 11977 # diff_sigma= 4.179079 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 3.834477 dif = 0.344602 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 4.695372 dif = 0.860895 # dif_max = 0.860895 ... < 1.0, phase diff valid # Ch: 2, SEQ: 1 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.424584e+10, 9.906503e+10, 5.476060e+10 ] # valid signal level. S= 109.96 (dB), N= 90.87 (dB) SNR= 19.09 ( rcv= 0 ref= 14 ) # iter[1] # SAMPLING offset= 11977 # diff_sigma= 2.432428 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 2.462549 dif = 0.030121 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 2.350756 dif = 0.111793 # dif_max = 0.111793 ... < 1.0, phase diff valid # Ch: 2, SEQ: 1 , Step: 3, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.495398e+10, 9.895722e+10, 5.342763e+10 ] # valid signal level. S= 109.95 (dB), N= 90.91 (dB) SNR= 19.05 ( rcv= 0 ref= 14 ) # iter[1] # SAMPLING offset= 11977 # diff_sigma= 2.729869 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 2.750292 dif = 0.020423 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 2.716371 dif = 0.033921 # dif_max = 0.033921 ... < 1.0, phase diff valid # Ch: 2, SEQ: 1 , Step: 4, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.889859e+10, 1.091494e+11, 5.518370e+10 ] # valid signal level. S= 110.38 (dB), N= 90.93 (dB) SNR= 19.45 ( rcv= 0 ref= 14 )*** # iter[1] # SAMPLING offset= 11977 # diff_sigma= 4.907977 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 5.340571 dif = 0.432594 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 5.448452 dif = 0.107881 # dif_max = 0.432594 ... < 1.0, phase diff valid # ACQ: result # Step= 004, freq= 70001954.0, level= 1.091494e+11, peakoffset= 11977 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 2.160159 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001879.0 # stop freq= 70001929.0 # step freq= 12.5 # prelim. freq= 70001904.0 # Ch: 2, SEQ: 2 , Step: 0, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.222179e+10, 9.655581e+10, 5.132974e+10 ] # valid signal level. S= 109.85 (dB), N= 90.83 (dB) SNR= 19.02 ( rcv= 18 ref= 12 )*** # iter[1] # SAMPLING offset= 11977 # diff_sigma= 4.375141 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 3.948467 dif = 0.426675 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 4.168138 dif = 0.219671 # dif_max = 0.426675 ... < 1.0, phase diff valid # Ch: 2, SEQ: 2 , Step: 1, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.539887e+10, 9.502846e+10, 4.670833e+10 ] # valid signal level. S= 109.78 (dB), N= 90.87 (dB) SNR= 18.90 ( rcv= 18 ref= 12 ) # iter[1] # SAMPLING offset= 11977 # diff_sigma= 3.396622 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 3.150064 dif = 0.246558 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 2.989476 dif = 0.160589 # dif_max = 0.246558 ... < 1.0, phase diff valid # Ch: 2, SEQ: 2 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.639620e+10, 9.534104e+10, 4.809555e+10 ] # valid signal level. S= 109.79 (dB), N= 90.85 (dB) SNR= 18.94 ( rcv= 18 ref= 12 ) # iter[1] # SAMPLING offset= 11977 # diff_sigma= 2.653173 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 2.610044 dif = 0.043129 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 2.348736 dif = 0.261308 # dif_max = 0.261308 ... < 1.0, phase diff valid # Ch: 2, SEQ: 2 , Step: 3, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.881804e+10, 1.001807e+11, 4.952075e+10 ] # valid signal level. S= 110.01 (dB), N= 90.88 (dB) SNR= 19.13 ( rcv= 18 ref= 12 )*** # iter[1] # SAMPLING offset= 11977 # diff_sigma= 3.238153 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 2.124776 dif = 1.113377 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 1.795658 dif = 0.329118 # dif_max = 1.113377 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 4, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.600329e+10, 9.149586e+10, 4.285210e+10 ] # valid signal level. S= 109.61 (dB), N= 90.84 (dB) SNR= 18.77 ( rcv= 18 ref= 12 ) # iter[1] # SAMPLING offset= 11977 # diff_sigma= 3.506670 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 2.590818 dif = 0.915851 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 3.432681 dif = 0.841862 # dif_max = 0.915851 ... < 1.0, phase diff valid # ACQ: result # Step= 003, freq= 70001916.5, level= 1.001807e+11, peakoffset= 11977 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 2.160159 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001891.5 # stop freq= 70001916.5 # step freq= 6.2 # prelim. freq= 70001904.0 # Ch: 2, SEQ: 3 , Step: 0, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.504589e+10, 9.610351e+10, 4.604180e+10 ] # valid signal level. S= 109.83 (dB), N= 90.83 (dB) SNR= 19.00 ( rcv= 12 ref= 6 )*** # iter[1] # SAMPLING offset= 11977 # diff_sigma= 2.819659 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 3.088312 dif = 0.268653 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 2.771150 dif = 0.317163 # dif_max = 0.317163 ... < 1.0, phase diff valid # Ch: 2, SEQ: 3 , Step: 1, Freq. 70001897.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.571025e+10, 8.969130e+10, 4.237033e+10 ] # valid signal level. S= 109.53 (dB), N= 90.79 (dB) SNR= 18.74 ( rcv= 12 ref= 6 ) # iter[1] # SAMPLING offset= 11977 # diff_sigma= 2.386536 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 2.733407 dif = 0.346871 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 3.246028 dif = 0.512621 # dif_max = 0.512621 ... < 1.0, phase diff valid # Ch: 2, SEQ: 3 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 3.035447e+10, 9.810250e+10, 4.510083e+10 ] # valid signal level. S= 109.92 (dB), N= 90.82 (dB) SNR= 19.09 ( rcv= 12 ref= 6 )*** # iter[1] # SAMPLING offset= 11977 # diff_sigma= 2.060054 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 2.239503 dif = 0.179449 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 2.482887 dif = 0.243384 # dif_max = 0.243384 ... < 1.0, phase diff valid # phase updated. freq= 70001904.0 diff=2.060054 (pos=1)# ################# # Ch: 2, SEQ: 3 , Step: 3, Freq. 70001910.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 2.916166e+10, 9.818891e+10, 4.316671e+10 ] # valid signal level. S= 109.92 (dB), N= 90.84 (dB) SNR= 19.08 ( rcv= 12 ref= 6 )*** # iter[1] # SAMPLING offset= 11977 # diff_sigma= 3.394861 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 2.954236 dif = 0.440625 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 2.547297 dif = 0.406939 # dif_max = 0.440625 ... < 1.0, phase diff valid # Ch: 2, SEQ: 3 , Step: 4, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 3.106871e+10, 9.736157e+10, 4.112781e+10 ] # valid signal level. S= 109.88 (dB), N= 90.83 (dB) SNR= 19.06 ( rcv= 12 ref= 6 ) # iter[1] # SAMPLING offset= 11977 # diff_sigma= 2.447221 # iter[2] # SAMPLING offset= 11977 # diff_sigma= 2.530149 dif = 0.082928 # iter[3] # SAMPLING offset= 11977 # diff_sigma= 2.931417 dif = 0.401268 # dif_max = 0.401268 ... < 1.0, phase diff valid # ACQ: result # Step= 003, freq= 70001910.2, level= 9.818891e+10, peakoffset= 11977 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 2.060054 , seq = 3 , step = 2 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001904.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 2.916166e+10, 9.818891e+10, 4.316671e+10 # est_pos = 2.8 # DC= 14013 DS= 22 # ACQ Finished. # ACQFREQ 2 70001904.0 # DS 2 22 # DC 2 14013 #ACQ 2 0 #TRACK 2 1 # Tracking started. (auto) Ok #ACQ 3 1 Ok # Sequence start. # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 3, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4869 [ 3.116933e+10, 3.136092e+10, 3.890943e+09 ] S= 104.96 (dB), N= 90.68 (dB) SNR= 14.28 ( rcv= 11 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.190985 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.794910 dif = 1.603926 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.142593 dif = 7.347683 # dif_max = 7.347683 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4869 [ 3.057212e+10, 3.093009e+10, 3.946226e+09 ] S= 104.90 (dB), N= 90.65 (dB) SNR= 14.25 ( rcv= 11 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.521236 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.882427 dif = 0.638809 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.987288 dif = 7.895140 # dif_max = 7.895140 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 4.312422e+09, 3.068133e+10, 2.986522e+10 ] S= 104.87 (dB), N= 90.76 (dB) SNR= 14.11 ( rcv= 11 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.102318 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.270567 dif = 5.831751 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.986916 dif = 4.716349 # dif_max = 5.831751 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 5.005797e+09, 3.514462e+10, 3.361814e+10 ] S= 105.46 (dB), N= 90.70 (dB) SNR= 14.76 ( rcv= 11 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.113590 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.789845 dif = 6.323746 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.909819 dif = 0.119974 # dif_max = 6.323746 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 4.642381e+09, 3.411189e+10, 3.228253e+10 ] S= 105.33 (dB), N= 90.71 (dB) SNR= 14.62 ( rcv= 11 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.875465 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.661276 dif = 7.214190 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.656969 dif = 4.004307 # dif_max = 7.214190 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70001850.0, level= 3.514462e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001750.0 # stop freq= 70001850.0 # step freq= 25.0 # prelim. freq= 70001800.0 # Ch: 3, SEQ: 1 , Step: 0, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 3.694126e+09, 3.352130e+10, 3.017840e+10 ] S= 105.25 (dB), N= 90.61 (dB) SNR= 14.64 ( rcv= 9 ref= 17 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.867737 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.695570 dif = 7.172167 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.603434 dif = 0.907864 # dif_max = 7.172167 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 1, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 4.528777e+09, 3.355248e+10, 3.143851e+10 ] S= 105.26 (dB), N= 90.63 (dB) SNR= 14.62 ( rcv= 9 ref= 17 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.376438 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.950527 dif = 1.425911 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.862103 dif = 7.088425 # dif_max = 7.088425 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 5.786330e+09, 3.403208e+10, 3.037183e+10 ] S= 105.32 (dB), N= 90.67 (dB) SNR= 14.65 ( rcv= 8 ref= 16 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.511221 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.528765 dif = 4.017544 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.587749 dif = 1.058985 # dif_max = 4.017544 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 3, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 4.553827e+09, 3.020245e+10, 2.702489e+10 ] S= 104.80 (dB), N= 90.63 (dB) SNR= 14.17 ( rcv= 8 ref= 16 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.109669 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.676128 dif = 4.566460 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.436014 dif = 3.240114 # dif_max = 4.566460 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 4, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 3.864594e+09, 3.081892e+10, 2.921272e+10 ] S= 104.89 (dB), N= 90.59 (dB) SNR= 14.30 ( rcv= 8 ref= 16 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.983097 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.016075 dif = 0.967022 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.873449 dif = 0.857374 # dif_max = 0.967022 ... < 1.0, phase diff valid # phase updated. freq= 70001850.0 diff=26.983097 (pos=1)# ################# # phase updated. freq= 70001850.0 diff=26.016075 (pos=2)# ################# # ACQ: result # Step= 002, freq= 70001800.0, level= 3.403208e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001848.0 , diff_sigma = 26.016075 , seq = 1 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001823.0 # stop freq= 70001873.0 # step freq= 12.5 # prelim. freq= 70001848.0 # Ch: 3, SEQ: 2 , Step: 0, Freq. 70001823.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 5.831852e+09, 3.409982e+10, 2.837685e+10 ] S= 105.33 (dB), N= 90.61 (dB) SNR= 14.72 ( rcv= 11 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.005901 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.488407 dif = 6.517494 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.789053 dif = 2.300646 # dif_max = 6.517494 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 1, Freq. 70001835.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 5.506267e+09, 3.578512e+10, 3.024576e+10 ] S= 105.54 (dB), N= 90.72 (dB) SNR= 14.82 ( rcv= 5 ref= 13 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.754704 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.385088 dif = 6.369616 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.113472 dif = 3.728384 # dif_max = 6.369616 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 2, Freq. 70001848.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 5.846850e+09, 3.573586e+10, 2.954791e+10 ] S= 105.53 (dB), N= 90.69 (dB) SNR= 14.85 ( rcv= 5 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.279047 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.786312 dif = 0.492735 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.115751 dif = 1.329439 # dif_max = 1.329439 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 3, Freq. 70001860.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 5.238222e+09, 3.604455e+10, 2.844240e+10 ] S= 105.57 (dB), N= 90.65 (dB) SNR= 14.92 ( rcv= 5 ref= 13 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.291042 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.649176 dif = 1.641867 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.984884 dif = 5.664291 # dif_max = 5.664291 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 4, Freq. 70001873.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 5.787074e+09, 3.539491e+10, 2.918913e+10 ] S= 105.49 (dB), N= 90.68 (dB) SNR= 14.81 ( rcv= 5 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.193623 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.325064 dif = 2.868559 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.357975 dif = 1.032911 # dif_max = 2.868559 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70001860.5, level= 3.604455e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001848.0 , diff_sigma = 26.016075 , seq = 1 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001835.5 # stop freq= 70001860.5 # step freq= 6.2 # prelim. freq= 70001848.0 # Ch: 3, SEQ: 3 , Step: 0, Freq. 70001835.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 6.528637e+09, 3.603433e+10, 2.925263e+10 ] S= 105.57 (dB), N= 90.75 (dB) SNR= 14.82 ( rcv= 8 ref= 16 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.998341 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.781101 dif = 0.217239 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.069445 dif = 2.711657 # dif_max = 2.711657 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 1, Freq. 70001841.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 5.902494e+09, 3.530201e+10, 2.907604e+10 ] S= 105.48 (dB), N= 90.77 (dB) SNR= 14.71 ( rcv= 10 ref= 18 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.562901 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.198696 dif = 0.364204 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.008842 dif = 4.189854 # dif_max = 4.189854 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 2, Freq. 70001848.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 6.741183e+09, 3.784448e+10, 3.029231e+10 ] S= 105.78 (dB), N= 90.83 (dB) SNR= 14.95 ( rcv= 5 ref= 13 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.370232 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.015274 dif = 4.645042 # iter[3] # SAMPLING offset= 0 # diff_sigma= 37.627159 dif = 6.611885 # dif_max = 6.611885 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 3, Freq. 70001854.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 6.788160e+09, 3.684838e+10, 2.679319e+10 ] S= 105.66 (dB), N= 90.71 (dB) SNR= 14.96 ( rcv= 5 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.250118 # iter[2] # SAMPLING offset= 0 # diff_sigma= 21.235855 dif = 12.014263 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.122841 dif = 8.886986 # dif_max = 12.014263 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 4, Freq. 70001860.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4868 [ 6.555298e+09, 3.725084e+10, 2.539809e+10 ] S= 105.71 (dB), N= 90.74 (dB) SNR= 14.97 ( rcv= 5 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.289030 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.293354 dif = 3.004324 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.416361 dif = 2.876993 # dif_max = 3.004324 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001848.0, level= 3.784448e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001848.0 , diff_sigma = 26.016075 , seq = 1 , step = 4 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001848.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 6.741183e+09, 3.784448e+10, 3.029231e+10 # est_pos = 15.2 # DC= 20002 DS= 34 # ACQ Finished. # ACQFREQ 3 70001848.0 # DS 3 34 # DC 3 20002 #ACQ 3 0 #TRACK 3 1 # Tracking started. (auto) Ok #ACQ 4 1 Ok # Sequence start. # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 4, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.148241e+10, 3.395506e+10, 1.188471e+10 ] S= 105.31 (dB), N= 90.71 (dB) SNR= 14.60 ( rcv= 17 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.857046 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.938414 dif = 0.918633 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.155594 dif = 1.782820 # dif_max = 1.782820 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.387545e+10, 3.517012e+10, 1.257971e+10 ] S= 105.46 (dB), N= 90.68 (dB) SNR= 14.79 ( rcv= 0 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.180531 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.264854 dif = 8.084324 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.760910 dif = 3.503944 # dif_max = 8.084324 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.288627e+10, 3.309720e+10, 1.292662e+10 ] S= 105.20 (dB), N= 90.67 (dB) SNR= 14.52 ( rcv= 0 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.999300 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.683992 dif = 1.684692 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.025179 dif = 2.341187 # dif_max = 2.341187 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.431955e+10, 3.375505e+10, 1.060350e+10 ] S= 105.28 (dB), N= 90.66 (dB) SNR= 14.62 ( rcv= 17 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.224751 # iter[2] # SAMPLING offset= 0 # diff_sigma= 38.056171 dif = 8.831421 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.318497 dif = 1.737675 # dif_max = 8.831421 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.540906e+10, 3.779710e+10, 1.353537e+10 ] # valid signal level. S= 105.77 (dB), N= 90.58 (dB) SNR= 15.19 ( rcv= 18 ref= 3 )*** # iter[1] # SAMPLING offset= 8898 # diff_sigma= 3.297452 # iter[2] # SAMPLING offset= 8898 # diff_sigma= 3.623818 dif = 0.326366 # iter[3] # SAMPLING offset= 8898 # diff_sigma= 3.826654 dif = 0.202836 # dif_max = 0.326366 ... < 1.0, phase diff valid # phase updated. freq= 70001900.0 diff=3.297452 (pos=1)# ################# # ACQ: result # Step= 004, freq= 70001900.0, level= 3.779710e+10, peakoffset= 8898 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 3.297452 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001854.0 # stop freq= 70001954.0 # step freq= 25.0 # prelim. freq= 70001904.0 # Ch: 4, SEQ: 1 , Step: 0, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.411427e+10, 3.456922e+10, 1.130266e+10 ] S= 105.39 (dB), N= 90.65 (dB) SNR= 14.74 ( rcv= 16 ref= 1 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.209389 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.328690 dif = 4.119301 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.482388 dif = 1.153698 # dif_max = 4.119301 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 1, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.549053e+10, 3.674475e+10, 1.354544e+10 ] S= 105.65 (dB), N= 90.77 (dB) SNR= 14.88 ( rcv= 15 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.261320 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.703663 dif = 14.442343 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.616827 dif = 5.086836 # dif_max = 14.442343 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.440860e+10, 3.373705e+10, 1.121702e+10 ] S= 105.28 (dB), N= 90.59 (dB) SNR= 14.69 ( rcv= 1 ref= 6 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.657848 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.760735 dif = 5.897114 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.438757 dif = 1.678022 # dif_max = 5.897114 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 3, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.327682e+10, 3.239637e+10, 1.114441e+10 ] S= 105.10 (dB), N= 90.63 (dB) SNR= 14.47 ( rcv= 1 ref= 6 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.204618 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.508715 dif = 3.304096 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.881659 dif = 3.627056 # dif_max = 3.627056 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 4, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.735335e+10, 4.000512e+10, 1.219738e+10 ] # valid signal level. S= 106.02 (dB), N= 90.72 (dB) SNR= 15.30 ( rcv= 1 ref= 6 )*** # iter[1] # SAMPLING offset= 8898 # diff_sigma= 5.809277 # iter[2] # SAMPLING offset= 8898 # diff_sigma= 4.558226 dif = 1.251051 # iter[3] # SAMPLING offset= 8898 # diff_sigma= 5.061125 dif = 0.502899 # dif_max = 1.251051 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001954.0, level= 4.000512e+10, peakoffset= 8898 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 3.297452 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001879.0 # stop freq= 70001929.0 # step freq= 12.5 # prelim. freq= 70001904.0 # Ch: 4, SEQ: 2 , Step: 0, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.617121e+10, 3.701166e+10, 1.170814e+10 ] S= 105.68 (dB), N= 90.74 (dB) SNR= 14.95 ( rcv= 15 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.626007 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.569618 dif = 6.056389 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.528561 dif = 7.958942 # dif_max = 7.958942 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 1, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.415428e+10, 3.486002e+10, 1.157419e+10 ] S= 105.42 (dB), N= 90.56 (dB) SNR= 14.86 ( rcv= 17 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.365211 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.087782 dif = 0.277430 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.718943 dif = 1.631161 # dif_max = 1.631161 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.677346e+10, 3.698110e+10, 1.063203e+10 ] S= 105.68 (dB), N= 90.74 (dB) SNR= 14.94 ( rcv= 17 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.761246 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.772707 dif = 0.988539 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.149591 dif = 1.376884 # dif_max = 1.376884 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 3, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.504205e+10, 3.380328e+10, 1.023348e+10 ] S= 105.29 (dB), N= 90.67 (dB) SNR= 14.62 ( rcv= 17 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.937407 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.631552 dif = 0.305855 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.223921 dif = 1.407631 # dif_max = 1.407631 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 4, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.499511e+10, 3.219994e+10, 9.797997e+09 ] S= 105.08 (dB), N= 90.64 (dB) SNR= 14.44 ( rcv= 17 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 37.691044 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.322849 dif = 8.368195 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.550329 dif = 0.227480 # dif_max = 8.368195 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001879.0, level= 3.701166e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 3.297452 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001891.5 # stop freq= 70001916.5 # step freq= 6.2 # prelim. freq= 70001904.0 # Ch: 4, SEQ: 3 , Step: 0, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.605669e+10, 3.534890e+10, 1.078643e+10 ] S= 105.48 (dB), N= 90.70 (dB) SNR= 14.79 ( rcv= 0 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.107077 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.268202 dif = 0.838875 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.894184 dif = 7.625982 # dif_max = 7.625982 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 1, Freq. 70001897.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.561487e+10, 3.172249e+10, 8.830670e+09 ] S= 105.01 (dB), N= 90.69 (dB) SNR= 14.33 ( rcv= 17 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.921621 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.917248 dif = 2.004374 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.323433 dif = 6.406185 # dif_max = 6.406185 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.626324e+10, 3.328489e+10, 1.050287e+10 ] S= 105.22 (dB), N= 90.66 (dB) SNR= 14.57 ( rcv= 17 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.831314 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.937252 dif = 2.894062 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.626059 dif = 2.311193 # dif_max = 2.894062 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 3, Freq. 70001910.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.709048e+10, 3.346924e+10, 9.211420e+09 ] S= 105.25 (dB), N= 90.67 (dB) SNR= 14.58 ( rcv= 17 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 37.774853 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.065868 dif = 7.708984 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.725491 dif = 4.659622 # dif_max = 7.708984 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 4, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8898 [ 1.672270e+10, 3.441159e+10, 1.055494e+10 ] S= 105.37 (dB), N= 90.66 (dB) SNR= 14.71 ( rcv= 17 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.370655 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.102367 dif = 0.731712 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.328827 dif = 4.773540 # dif_max = 4.773540 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001891.5, level= 3.534890e+10, peakoffset= 0 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 3.297452 , seq = 0 , step = 4 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001904.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.605669e+10, 3.534890e+10, 1.078643e+10 # est_pos = -3.0 # DC= 20002 DS= 16 # ACQ Finished. # ACQFREQ 4 70001904.0 # DS 4 16 # DC 4 20002 #ACQ 4 0 #TRACK 4 1 # Tracking started. (auto) Ok #MEAS 1 1 # MEAS start rxch: 1 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 2 1 # MEAS start rxch: 2 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 3 1 # MEAS start rxch: 3 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 4 1 # MEAS start rxch: 4 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #TXCARR 1 0 Ok #STOP #MEAS 1 0 #MEAS 2 0 #MEAS 3 0 #MEAS 4 0 Ok #TXFREQ 1 70000000 Ok #TXLV 1 0 Ok #TXPRN 1 1 Ok #TXMOD 1 1 Ok #TXCARR 1 1 Ok #RXFREQ 1 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 1 1 Ok #RXFREQ 2 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 2 2 Ok #RXFREQ 3 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 3 3 Ok #RXFREQ 4 70001800 0000B334 61309C80 70001800.000000000 Ok #RXPRN 4 4 Ok #RXLV 0 Ok #RXMSG 1 1 Ok #RXMSG 2 1 Ok #RXMSG 3 1 Ok #RXMSG 4 1 Ok #ACQ 1 1 Ok #TRACK 1 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 1, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.362321e+10, 3.658472e+10, 9.541904e+09 ] # valid signal level. S= 105.63 (dB), N= 90.58 (dB) SNR= 15.06 ( rcv= 8 ref= 6 )*** # iter[1] # SAMPLING offset= 4547 # diff_sigma= 25.503016 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 25.448538 dif = 0.054478 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 25.786272 dif = 0.337734 # dif_max = 0.337734 ... < 1.0, phase diff valid # phase updated. freq= 70001700.0 diff=25.503016 (pos=1)# ################# # phase updated. freq= 70001700.0 diff=25.448538 (pos=2)# ################# # Ch: 1, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.384986e+10, 3.587157e+10, 9.725124e+09 ] S= 105.55 (dB), N= 90.64 (dB) SNR= 14.91 ( rcv= 8 ref= 6 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.323421 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.277012 dif = 0.953590 # iter[3] # SAMPLING offset= 0 # diff_sigma= 19.541927 dif = 6.735085 # dif_max = 6.735085 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.271409e+10, 3.694706e+10, 1.099303e+10 ] S= 105.68 (dB), N= 90.78 (dB) SNR= 14.90 ( rcv= 8 ref= 6 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.887222 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.298710 dif = 4.411488 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.120729 dif = 5.177980 # dif_max = 5.177980 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.504453e+10, 4.176848e+10, 1.225996e+10 ] # valid signal level. S= 106.21 (dB), N= 90.68 (dB) SNR= 15.53 ( rcv= 9 ref= 7 )*** # iter[1] # SAMPLING offset= 4547 # diff_sigma= 7.483989 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 8.252417 dif = 0.768428 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 7.635440 dif = 0.616977 # dif_max = 0.768428 ... < 1.0, phase diff valid # phase updated. freq= 70001850.0 diff=7.483989 (pos=1)# ################# # Ch: 1, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.388169e+10, 3.948136e+10, 1.133133e+10 ] # valid signal level. S= 105.96 (dB), N= 90.78 (dB) SNR= 15.18 ( rcv= 9 ref= 7 ) # iter[1] # SAMPLING offset= 4547 # diff_sigma= 2.126097 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 2.905074 dif = 0.778977 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 2.518502 dif = 0.386571 # dif_max = 0.778977 ... < 1.0, phase diff valid # phase updated. freq= 70001900.0 diff=2.126097 (pos=1)# ################# # ACQ: result # Step= 003, freq= 70001850.0, level= 4.176848e+10, peakoffset= 4547 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 2.126097 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001854.0 # stop freq= 70001954.0 # step freq= 25.0 # prelim. freq= 70001904.0 # Ch: 1, SEQ: 1 , Step: 0, Freq. 70001854.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.459057e+10, 3.763819e+10, 1.085886e+10 ] # valid signal level. S= 105.76 (dB), N= 90.72 (dB) SNR= 15.03 ( rcv= 15 ref= 13 )*** # iter[1] # SAMPLING offset= 4547 # diff_sigma= 7.452220 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 7.332196 dif = 0.120024 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 7.407216 dif = 0.075020 # dif_max = 0.120024 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 1, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.308568e+10, 4.054018e+10, 1.243823e+10 ] # valid signal level. S= 106.08 (dB), N= 90.77 (dB) SNR= 15.31 ( rcv= 15 ref= 13 )*** # iter[1] # SAMPLING offset= 4547 # diff_sigma= 4.225511 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 4.744338 dif = 0.518827 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 4.608173 dif = 0.136165 # dif_max = 0.518827 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.455614e+10, 4.150967e+10, 1.162919e+10 ] # valid signal level. S= 106.18 (dB), N= 90.77 (dB) SNR= 15.42 ( rcv= 15 ref= 13 )*** # iter[1] # SAMPLING offset= 4547 # diff_sigma= 3.177741 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 2.357707 dif = 0.820034 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 3.698540 dif = 1.340833 # dif_max = 1.340833 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 1 , Step: 3, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.304813e+10, 3.899080e+10, 1.298561e+10 ] # valid signal level. S= 105.91 (dB), N= 90.73 (dB) SNR= 15.18 ( rcv= 15 ref= 13 ) # iter[1] # SAMPLING offset= 4547 # diff_sigma= 3.560465 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 3.923442 dif = 0.362977 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 3.041103 dif = 0.882339 # dif_max = 0.882339 ... < 1.0, phase diff valid # Ch: 1, SEQ: 1 , Step: 4, Freq. 70001954.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.639606e+10, 4.612922e+10, 1.367885e+10 ] # valid signal level. S= 106.64 (dB), N= 90.86 (dB) SNR= 15.78 ( rcv= 15 ref= 13 )*** # iter[1] # SAMPLING offset= 4547 # diff_sigma= 5.166657 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 4.917850 dif = 0.248807 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 5.305742 dif = 0.387891 # dif_max = 0.387891 ... < 1.0, phase diff valid # ACQ: result # Step= 004, freq= 70001954.0, level= 4.612922e+10, peakoffset= 4547 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 2.126097 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001879.0 # stop freq= 70001929.0 # step freq= 12.5 # prelim. freq= 70001904.0 # Ch: 1, SEQ: 2 , Step: 0, Freq. 70001879.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.641496e+10, 4.096136e+10, 1.092672e+10 ] # valid signal level. S= 106.12 (dB), N= 90.75 (dB) SNR= 15.37 ( rcv= 18 ref= 16 )*** # iter[1] # SAMPLING offset= 4547 # diff_sigma= 4.705041 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 4.308345 dif = 0.396696 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 5.451356 dif = 1.143011 # dif_max = 1.143011 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 1, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.324726e+10, 3.934307e+10, 1.246421e+10 ] # valid signal level. S= 105.95 (dB), N= 90.76 (dB) SNR= 15.19 ( rcv= 18 ref= 16 ) # iter[1] # SAMPLING offset= 4547 # diff_sigma= 3.480242 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 3.493551 dif = 0.013309 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 3.772656 dif = 0.279104 # dif_max = 0.279104 ... < 1.0, phase diff valid # Ch: 1, SEQ: 2 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.390725e+10, 3.793398e+10, 1.103285e+10 ] # valid signal level. S= 105.79 (dB), N= 90.76 (dB) SNR= 15.03 ( rcv= 18 ref= 16 ) # iter[1] # SAMPLING offset= 4547 # diff_sigma= 2.901257 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 3.655534 dif = 0.754277 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 4.312199 dif = 0.656665 # dif_max = 0.754277 ... < 1.0, phase diff valid # Ch: 1, SEQ: 2 , Step: 3, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.368919e+10, 3.869006e+10, 1.061935e+10 ] # valid signal level. S= 105.88 (dB), N= 90.70 (dB) SNR= 15.18 ( rcv= 15 ref= 13 ) # iter[1] # SAMPLING offset= 4547 # diff_sigma= 1.885430 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 3.508615 dif = 1.623185 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 1.944760 dif = 1.563855 # dif_max = 1.623185 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 2 , Step: 4, Freq. 70001929.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.292822e+10, 4.179868e+10, 1.354733e+10 ] # valid signal level. S= 106.21 (dB), N= 90.76 (dB) SNR= 15.45 ( rcv= 15 ref= 13 )*** # iter[1] # SAMPLING offset= 4547 # diff_sigma= 3.993116 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 2.834413 dif = 1.158704 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 3.898248 dif = 1.063835 # dif_max = 1.158704 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001929.0, level= 4.179868e+10, peakoffset= 4547 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 2.126097 , seq = 0 , step = 4 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 1 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001891.5 # stop freq= 70001916.5 # step freq= 6.2 # prelim. freq= 70001904.0 # Ch: 1, SEQ: 3 , Step: 0, Freq. 70001891.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.289025e+10, 3.829751e+10, 1.177217e+10 ] # valid signal level. S= 105.83 (dB), N= 90.68 (dB) SNR= 15.16 ( rcv= 15 ref= 13 )*** # iter[1] # SAMPLING offset= 4547 # diff_sigma= 3.681353 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 3.684937 dif = 0.003584 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 4.251530 dif = 0.566592 # dif_max = 0.566592 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 1, Freq. 70001897.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.419883e+10, 4.128788e+10, 1.161281e+10 ] # valid signal level. S= 106.16 (dB), N= 90.71 (dB) SNR= 15.44 ( rcv= 2 ref= 0 )*** # iter[1] # SAMPLING offset= 4547 # diff_sigma= 2.528507 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 3.325607 dif = 0.797100 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 2.470592 dif = 0.855015 # dif_max = 0.855015 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 2, Freq. 70001904.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.411298e+10, 4.072693e+10, 1.152940e+10 ] # valid signal level. S= 106.10 (dB), N= 90.75 (dB) SNR= 15.35 ( rcv= 5 ref= 3 ) # iter[1] # SAMPLING offset= 4547 # diff_sigma= 3.169909 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 3.782112 dif = 0.612203 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 2.398779 dif = 1.383333 # dif_max = 1.383333 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 1, SEQ: 3 , Step: 3, Freq. 70001910.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.230481e+10, 3.750130e+10, 1.174702e+10 ] # valid signal level. S= 105.74 (dB), N= 90.71 (dB) SNR= 15.03 ( rcv= 5 ref= 3 ) # iter[1] # SAMPLING offset= 4547 # diff_sigma= 3.133373 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 3.325978 dif = 0.192605 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 2.867201 dif = 0.458777 # dif_max = 0.458777 ... < 1.0, phase diff valid # Ch: 1, SEQ: 3 , Step: 4, Freq. 70001916.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4547 [ 1.276437e+10, 4.067293e+10, 1.322137e+10 ] # valid signal level. S= 106.09 (dB), N= 90.70 (dB) SNR= 15.39 ( rcv= 5 ref= 3 ) # iter[1] # SAMPLING offset= 4547 # diff_sigma= 2.670192 # iter[2] # SAMPLING offset= 4547 # diff_sigma= 3.573982 dif = 0.903790 # iter[3] # SAMPLING offset= 4547 # diff_sigma= 3.858874 dif = 0.284891 # dif_max = 0.903790 ... < 1.0, phase diff valid # ACQ: result # Step= 001, freq= 70001897.8, level= 4.128788e+10, peakoffset= 4547 # Min. phase diff_sigma freq= 70001904.0 , diff_sigma = 2.126097 , seq = 0 , step = 4 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001904.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.419883e+10, 4.128788e+10, 1.161281e+10 # est_pos = -1.1 # DC= 17728 DS= 18 # ACQ Finished. # ACQFREQ 1 70001904.0 # DS 1 18 # DC 1 17728 #ACQ 1 0 #TRACK 1 1 # Tracking started. (auto) Ok #ACQ 2 1 Ok #TRACK 2 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 25838 [ 1.088969e+09, 2.386471e+09, 8.925007e+08 ] S= 93.78 (dB), N= 90.79 (dB) SNR= 2.99 ( rcv= 0 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.525265 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.657379 dif = 6.867886 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.617252 dif = 4.959873 # dif_max = 6.867886 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 22228 [ 1.426400e+09, 2.368974e+09, 1.791826e+09 ] S= 93.75 (dB), N= 90.88 (dB) SNR= 2.86 ( rcv= 1 ref= 1 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.307995 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.105885 dif = 8.202110 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.818474 dif = 9.712589 # dif_max = 9.712589 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 26157 [ 1.297408e+09, 2.470455e+09, 1.463001e+09 ] S= 93.93 (dB), N= 90.82 (dB) SNR= 3.10 ( rcv= 6 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.110174 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.736599 dif = 3.373575 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.409256 dif = 7.672657 # dif_max = 7.672657 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 22241 [ 1.344579e+09, 2.492068e+09, 1.775763e+09 ] S= 93.97 (dB), N= 90.85 (dB) SNR= 3.12 ( rcv= 11 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.504597 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.518192 dif = 0.986404 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.747372 dif = 1.770821 # dif_max = 1.770821 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 33919 [ 1.613596e+09, 2.503741e+09, 1.849924e+09 ] S= 93.99 (dB), N= 90.81 (dB) SNR= 3.18 ( rcv= 11 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.886612 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.588984 dif = 1.702372 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.993183 dif = 2.595800 # dif_max = 2.595800 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001900.0, level= 2.503741e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001750.0 # stop freq= 70001850.0 # step freq= 25.0 # prelim. freq= 70001800.0 # Ch: 2, SEQ: 1 , Step: 0, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37905 [ 1.037202e+09, 2.640518e+09, 2.422762e+09 ] S= 94.22 (dB), N= 90.88 (dB) SNR= 3.34 ( rcv= 4 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.732603 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.282892 dif = 2.550289 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.111065 dif = 3.828173 # dif_max = 3.828173 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 1, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 27971 [ 1.300183e+09, 2.358227e+09, 1.450310e+09 ] S= 93.73 (dB), N= 90.84 (dB) SNR= 2.88 ( rcv= 4 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.475296 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.347530 dif = 2.872234 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.502529 dif = 4.845001 # dif_max = 4.845001 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 14366 [ 1.435009e+09, 2.381701e+09, 1.496057e+09 ] S= 93.77 (dB), N= 90.87 (dB) SNR= 2.90 ( rcv= 4 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 38.420738 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.150127 dif = 9.270611 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.450993 dif = 0.699135 # dif_max = 9.270611 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 3, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 34046 [ 1.306671e+09, 2.590972e+09, 1.569492e+09 ] S= 94.13 (dB), N= 90.81 (dB) SNR= 3.33 ( rcv= 7 ref= 10 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.766869 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.397865 dif = 5.369003 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.291559 dif = 1.106306 # dif_max = 5.369003 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 4, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8033 [ 1.476037e+09, 2.400156e+09, 1.844984e+09 ] S= 93.80 (dB), N= 90.84 (dB) SNR= 2.96 ( rcv= 7 ref= 10 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 39.094955 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.238861 dif = 7.856094 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.633291 dif = 0.394430 # dif_max = 7.856094 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001750.0, level= 2.640518e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001775.0 # stop freq= 70001825.0 # step freq= 12.5 # prelim. freq= 70001800.0 # Ch: 2, SEQ: 2 , Step: 0, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8249 [ 1.127440e+09, 2.692968e+09, 2.103884e+09 ] S= 94.30 (dB), N= 90.86 (dB) SNR= 3.44 ( rcv= 2 ref= 14 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.486769 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.030550 dif = 5.456219 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.770535 dif = 1.260015 # dif_max = 5.456219 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 1, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35734 [ 1.382004e+09, 2.479769e+09, 1.716005e+09 ] S= 93.94 (dB), N= 90.89 (dB) SNR= 3.06 ( rcv= 0 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.378643 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.711235 dif = 3.667408 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.044346 dif = 3.666889 # dif_max = 3.667408 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 27493 [ 1.523505e+09, 2.413768e+09, 1.643844e+09 ] S= 93.83 (dB), N= 90.79 (dB) SNR= 3.04 ( rcv= 0 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.392315 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.176640 dif = 10.784325 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.671944 dif = 9.504696 # dif_max = 10.784325 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 3, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 26097 [ 1.828263e+09, 2.443506e+09, 1.321451e+09 ] S= 93.88 (dB), N= 90.82 (dB) SNR= 3.06 ( rcv= 0 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.273712 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.954464 dif = 0.319248 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.168522 dif = 4.785942 # dif_max = 4.785942 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 4, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 28023 [ 1.362199e+09, 2.448739e+09, 1.467327e+09 ] S= 93.89 (dB), N= 90.83 (dB) SNR= 3.06 ( rcv= 0 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.345375 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.408707 dif = 4.063332 # iter[3] # SAMPLING offset= 0 # diff_sigma= 22.977253 dif = 11.431454 # dif_max = 11.431454 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001775.0, level= 2.692968e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001787.5 # stop freq= 70001812.5 # step freq= 6.2 # prelim. freq= 70001800.0 # Ch: 2, SEQ: 3 , Step: 0, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10048 [ 1.431193e+09, 2.588331e+09, 2.005326e+09 ] S= 94.13 (dB), N= 90.89 (dB) SNR= 3.24 ( rcv= 13 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.387894 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.805563 dif = 0.417669 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.066328 dif = 0.739235 # dif_max = 0.739235 ... < 1.0, phase diff valid # phase updated. freq= 70001787.5 diff=30.387894 (pos=1)# ################# # phase updated. freq= 70001787.5 diff=30.066328 (pos=3)# ################# # Ch: 2, SEQ: 3 , Step: 1, Freq. 70001793.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 29773 [ 1.654201e+09, 2.466803e+09, 1.477814e+09 ] S= 93.92 (dB), N= 90.76 (dB) SNR= 3.16 ( rcv= 10 ref= 10 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.069832 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.365475 dif = 1.295643 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.320965 dif = 0.955490 # dif_max = 1.295643 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 1969 [ 1.025890e+09, 2.508002e+09, 1.331741e+09 ] S= 93.99 (dB), N= 90.96 (dB) SNR= 3.04 ( rcv= 12 ref= 8 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.858673 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.829521 dif = 3.029152 # iter[3] # SAMPLING offset= 0 # diff_sigma= 38.730118 dif = 14.900597 # dif_max = 14.900597 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 3, Freq. 70001806.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 23995 [ 1.609492e+09, 2.372044e+09, 1.535614e+09 ] S= 93.75 (dB), N= 90.75 (dB) SNR= 3.00 ( rcv= 12 ref= 8 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.799377 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.309456 dif = 0.489922 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.458975 dif = 5.149519 # dif_max = 5.149519 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 4, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35998 [ 2.334533e+09, 2.784736e+09, 1.496028e+09 ] S= 94.45 (dB), N= 90.91 (dB) SNR= 3.54 ( rcv= 12 ref= 8 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.308369 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.658955 dif = 5.649414 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.790335 dif = 3.131380 # dif_max = 5.649414 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001812.5, level= 2.784736e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001784.0 , diff_sigma = 30.066328 , seq = 3 , step = 0 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001784.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 2.334533e+09, 2.784736e+09, 1.496028e+09 # est_pos = -12.1 # DC= 20002 DS= 7 # ACQ Finished. # ACQFREQ 2 70001784.0 # DS 2 7 # DC 2 20002 #ACQ 2 0 #TRACK 2 1 # Tracking started. (auto) Ok #ACQ 3 1 Ok #TRACK 3 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 3, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8351 [ 1.986758e+09, 2.490734e+09, 1.459239e+09 ] S= 93.96 (dB), N= 90.83 (dB) SNR= 3.13 ( rcv= 2 ref= 1 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.259264 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.903799 dif = 2.644535 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.553360 dif = 7.649561 # dif_max = 7.649561 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 20296 [ 1.983155e+09, 2.551803e+09, 1.467451e+09 ] S= 94.07 (dB), N= 90.92 (dB) SNR= 3.15 ( rcv= 6 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 37.198769 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.274298 dif = 9.924471 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.766670 dif = 3.492373 # dif_max = 9.924471 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 13951 [ 2.041717e+09, 2.770852e+09, 1.572266e+09 ] S= 94.43 (dB), N= 90.89 (dB) SNR= 3.53 ( rcv= 6 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.506134 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.574299 dif = 2.068165 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.307747 dif = 6.266552 # dif_max = 6.266552 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 31763 [ 1.478678e+09, 2.395681e+09, 1.381220e+09 ] S= 93.79 (dB), N= 90.94 (dB) SNR= 2.85 ( rcv= 6 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.069410 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.706303 dif = 6.636892 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.791061 dif = 4.084759 # dif_max = 6.636892 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 15205 [ 1.458978e+09, 2.407492e+09, 1.971154e+09 ] S= 93.82 (dB), N= 90.94 (dB) SNR= 2.88 ( rcv= 6 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.664896 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.789200 dif = 7.124304 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.116196 dif = 2.673004 # dif_max = 7.124304 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001800.0, level= 2.770852e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001750.0 # stop freq= 70001850.0 # step freq= 25.0 # prelim. freq= 70001800.0 # Ch: 3, SEQ: 1 , Step: 0, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11606 [ 1.299014e+09, 2.656229e+09, 2.224084e+09 ] S= 94.24 (dB), N= 90.99 (dB) SNR= 3.25 ( rcv= 11 ref= 7 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.799471 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.587303 dif = 4.787832 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.892616 dif = 6.694687 # dif_max = 6.694687 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 1, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 23905 [ 1.403939e+09, 2.549693e+09, 1.108368e+09 ] S= 94.06 (dB), N= 91.00 (dB) SNR= 3.07 ( rcv= 11 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.445484 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.002560 dif = 0.557076 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.664188 dif = 1.338371 # dif_max = 1.338371 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 16021 [ 1.592353e+09, 2.548435e+09, 1.409951e+09 ] S= 94.06 (dB), N= 90.87 (dB) SNR= 3.19 ( rcv= 11 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.418457 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.188547 dif = 2.770090 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.404114 dif = 5.215567 # dif_max = 5.215567 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 3, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35951 [ 1.459093e+09, 2.781108e+09, 2.341052e+09 ] S= 94.44 (dB), N= 90.97 (dB) SNR= 3.47 ( rcv= 18 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.308767 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.473022 dif = 0.835745 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.158133 dif = 5.314890 # dif_max = 5.314890 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 4, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 38204 [ 2.356779e+09, 2.432289e+09, 1.592068e+09 ] S= 93.86 (dB), N= 90.94 (dB) SNR= 2.92 ( rcv= 18 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.434639 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.318939 dif = 0.115700 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.014568 dif = 7.304371 # dif_max = 7.304371 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70001825.0, level= 2.781108e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001775.0 # stop freq= 70001825.0 # step freq= 12.5 # prelim. freq= 70001800.0 # Ch: 3, SEQ: 2 , Step: 0, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 38087 [ 1.836028e+09, 2.595155e+09, 1.450530e+09 ] S= 94.14 (dB), N= 90.87 (dB) SNR= 3.27 ( rcv= 4 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.310844 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.711712 dif = 3.599133 # iter[3] # SAMPLING offset= 0 # diff_sigma= 38.182301 dif = 7.470589 # dif_max = 7.470589 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 1, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 14003 [ 1.579524e+09, 2.450509e+09, 1.625348e+09 ] S= 93.89 (dB), N= 90.93 (dB) SNR= 2.96 ( rcv= 4 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.076431 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.607634 dif = 6.531202 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.653263 dif = 6.045630 # dif_max = 6.531202 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37943 [ 1.792083e+09, 2.750071e+09, 1.766491e+09 ] S= 94.39 (dB), N= 90.93 (dB) SNR= 3.46 ( rcv= 4 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 37.479198 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.690865 dif = 11.788334 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.138945 dif = 1.448080 # dif_max = 11.788334 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 3, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8235 [ 1.854637e+09, 2.498028e+09, 1.593471e+09 ] S= 93.98 (dB), N= 90.97 (dB) SNR= 3.00 ( rcv= 16 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.147511 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.397226 dif = 0.750284 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.404003 dif = 5.006777 # dif_max = 5.006777 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 4, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 1993 [ 1.507009e+09, 2.868595e+09, 1.613478e+09 ] S= 94.58 (dB), N= 91.00 (dB) SNR= 3.58 ( rcv= 16 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.153622 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.864712 dif = 6.288910 # iter[3] # SAMPLING offset= 0 # diff_sigma= 21.115065 dif = 4.749647 # dif_max = 6.288910 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001825.0, level= 2.868595e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001787.5 # stop freq= 70001812.5 # step freq= 6.2 # prelim. freq= 70001800.0 # Ch: 3, SEQ: 3 , Step: 0, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 24079 [ 1.319327e+09, 2.514564e+09, 1.568292e+09 ] S= 94.00 (dB), N= 90.97 (dB) SNR= 3.03 ( rcv= 18 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.821836 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.841438 dif = 3.019602 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.913038 dif = 1.928400 # dif_max = 3.019602 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 1, Freq. 70001793.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37583 [ 1.103313e+09, 2.435713e+09, 1.641208e+09 ] S= 93.87 (dB), N= 91.03 (dB) SNR= 2.84 ( rcv= 5 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.623037 # iter[2] # SAMPLING offset= 0 # diff_sigma= 21.243744 dif = 3.379293 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.227173 dif = 8.983429 # dif_max = 8.983429 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 22014 [ 2.018157e+09, 2.687799e+09, 1.261600e+09 ] S= 94.29 (dB), N= 91.00 (dB) SNR= 3.29 ( rcv= 16 ref= 14 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.532942 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.003738 dif = 4.470797 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.490671 dif = 7.513067 # dif_max = 7.513067 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 3, Freq. 70001806.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 9535 [ 1.312828e+09, 2.269099e+09, 1.160085e+09 ] S= 93.56 (dB), N= 90.94 (dB) SNR= 2.61 ( rcv= 16 ref= 14 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.061581 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.738615 dif = 4.322966 # iter[3] # SAMPLING offset= 0 # diff_sigma= 19.270420 dif = 8.468195 # dif_max = 8.468195 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 4, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7955 [ 1.175900e+09, 2.485672e+09, 1.858183e+09 ] S= 93.95 (dB), N= 90.89 (dB) SNR= 3.07 ( rcv= 16 ref= 14 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.057007 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.034786 dif = 7.022221 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.753906 dif = 9.719120 # dif_max = 9.719120 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001800.0, level= 2.687799e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001800.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 2.018157e+09, 2.687799e+09, 1.261600e+09 # est_pos = -9.0 # DC= 20002 DS= 10 # ACQ Finished. # ACQFREQ 3 70001800.0 # DS 3 10 # DC 3 20002 #ACQ 3 0 #TRACK 3 1 # Tracking started. (auto) Ok #ACQ 4 1 Ok #TRACK 4 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 4, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 19956 [ 2.010136e+09, 2.496088e+09, 1.663553e+09 ] S= 93.97 (dB), N= 90.79 (dB) SNR= 3.18 ( rcv= 16 ref= 13 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.576885 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.512829 dif = 8.064056 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.882111 dif = 6.369282 # dif_max = 8.064056 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 21861 [ 1.322230e+09, 2.385046e+09, 1.815581e+09 ] S= 93.77 (dB), N= 90.79 (dB) SNR= 2.99 ( rcv= 16 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.948868 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.631178 dif = 5.317690 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.722715 dif = 5.908463 # dif_max = 5.908463 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37682 [ 1.084473e+09, 2.415370e+09, 2.084011e+09 ] S= 93.83 (dB), N= 90.82 (dB) SNR= 3.01 ( rcv= 16 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.210636 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.240026 dif = 7.029390 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.168743 dif = 0.071283 # dif_max = 7.029390 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 14080 [ 1.251698e+09, 2.387908e+09, 1.611923e+09 ] S= 93.78 (dB), N= 90.80 (dB) SNR= 2.98 ( rcv= 3 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.470224 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.023575 dif = 8.553350 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.409809 dif = 7.613766 # dif_max = 8.553350 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12104 [ 1.601880e+09, 2.363400e+09, 1.331986e+09 ] S= 93.74 (dB), N= 90.67 (dB) SNR= 3.07 ( rcv= 18 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.717882 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.174931 dif = 11.457048 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.211618 dif = 2.963312 # dif_max = 11.457048 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001700.0, level= 2.496088e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001750.0 # stop freq= 70001850.0 # step freq= 25.0 # prelim. freq= 70001800.0 # Ch: 4, SEQ: 1 , Step: 0, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 34020 [ 9.898387e+08, 2.713487e+09, 1.684936e+09 ] S= 94.34 (dB), N= 90.89 (dB) SNR= 3.44 ( rcv= 13 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.475624 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.652187 dif = 1.823437 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.336979 dif = 5.684792 # dif_max = 5.684792 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 1, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 13898 [ 1.095991e+09, 2.670156e+09, 1.636758e+09 ] S= 94.27 (dB), N= 90.95 (dB) SNR= 3.31 ( rcv= 13 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.961948 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.911764 dif = 3.050184 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.282211 dif = 5.370447 # dif_max = 5.370447 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12035 [ 8.874474e+08, 2.444626e+09, 1.564179e+09 ] S= 93.88 (dB), N= 90.92 (dB) SNR= 2.96 ( rcv= 13 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.508713 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.121300 dif = 5.387413 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.227980 dif = 1.893320 # dif_max = 5.387413 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 3, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 27937 [ 1.718422e+09, 2.565907e+09, 2.147557e+09 ] S= 94.09 (dB), N= 90.95 (dB) SNR= 3.15 ( rcv= 13 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.723637 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.692141 dif = 2.031496 # iter[3] # SAMPLING offset= 0 # diff_sigma= 37.377129 dif = 5.684988 # dif_max = 5.684988 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 4, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 32 [ 1.172176e+09, 2.592172e+09, 1.816546e+09 ] S= 94.14 (dB), N= 90.88 (dB) SNR= 3.26 ( rcv= 13 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.876577 # iter[2] # SAMPLING offset= 0 # diff_sigma= 24.207802 dif = 5.668776 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.172396 dif = 0.964594 # dif_max = 5.668776 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001750.0, level= 2.713487e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001775.0 # stop freq= 70001825.0 # step freq= 12.5 # prelim. freq= 70001800.0 # Ch: 4, SEQ: 2 , Step: 0, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 3955 [ 9.204339e+08, 2.420104e+09, 1.414481e+09 ] S= 93.84 (dB), N= 90.98 (dB) SNR= 2.85 ( rcv= 13 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.030340 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.011145 dif = 2.980804 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.782185 dif = 1.228960 # dif_max = 2.980804 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 1, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 36196 [ 1.527183e+09, 2.360399e+09, 1.379775e+09 ] S= 93.73 (dB), N= 90.85 (dB) SNR= 2.88 ( rcv= 1 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.250046 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.253159 dif = 8.996887 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.121618 dif = 2.868460 # dif_max = 8.996887 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 39961 [ 1.627179e+09, 2.917214e+09, 1.863249e+09 ] S= 94.65 (dB), N= 90.84 (dB) SNR= 3.81 ( rcv= 1 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.747692 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.028934 dif = 1.281242 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.301044 dif = 0.272110 # dif_max = 1.281242 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 3, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4503 [ 1.787057e+09, 2.253890e+09, 1.230799e+09 ] S= 93.53 (dB), N= 90.87 (dB) SNR= 2.66 ( rcv= 1 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.187239 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.134995 dif = 3.947756 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.224142 dif = 2.910852 # dif_max = 3.947756 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 4, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 15687 [ 1.772641e+09, 2.565787e+09, 1.378889e+09 ] S= 94.09 (dB), N= 90.92 (dB) SNR= 3.18 ( rcv= 1 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.221138 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.479633 dif = 10.258495 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.619099 dif = 3.860535 # dif_max = 10.258495 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001800.0, level= 2.917214e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001787.5 # stop freq= 70001812.5 # step freq= 6.2 # prelim. freq= 70001800.0 # Ch: 4, SEQ: 3 , Step: 0, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4022 [ 8.877450e+08, 2.420091e+09, 1.547440e+09 ] S= 93.84 (dB), N= 90.92 (dB) SNR= 2.92 ( rcv= 2 ref= 8 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.338486 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.561592 dif = 1.776894 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.389051 dif = 0.172541 # dif_max = 1.776894 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 1, Freq. 70001793.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 28212 [ 1.073738e+09, 2.587141e+09, 1.608921e+09 ] S= 94.13 (dB), N= 90.88 (dB) SNR= 3.25 ( rcv= 2 ref= 8 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 26.465090 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.148094 dif = 0.683004 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.681385 dif = 2.533291 # dif_max = 2.533291 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 31810 [ 1.474143e+09, 2.637290e+09, 1.144987e+09 ] S= 94.21 (dB), N= 90.86 (dB) SNR= 3.35 ( rcv= 9 ref= 19 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.820274 # iter[2] # SAMPLING offset= 0 # diff_sigma= 37.892616 dif = 4.072342 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.055021 dif = 7.837595 # dif_max = 7.837595 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 3, Freq. 70001806.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 20232 [ 1.012549e+09, 2.420410e+09, 1.608859e+09 ] S= 93.84 (dB), N= 90.87 (dB) SNR= 2.97 ( rcv= 9 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.644264 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.687508 dif = 6.956757 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.840441 dif = 4.152933 # dif_max = 6.956757 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 4, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 18258 [ 1.242217e+09, 2.500422e+09, 1.288500e+09 ] S= 93.98 (dB), N= 90.89 (dB) SNR= 3.09 ( rcv= 9 ref= 19 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.213905 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.241455 dif = 2.027550 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.772720 dif = 9.468735 # dif_max = 9.468735 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001800.0, level= 2.637290e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001800.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.474143e+09, 2.637290e+09, 1.144987e+09 # est_pos = -3.1 # DC= 20002 DS= 16 # ACQ Finished. # ACQFREQ 4 70001800.0 # DS 4 16 # DC 4 20002 #ACQ 4 0 #TRACK 4 1 # Tracking started. (auto) Ok #MEAS 1 1 # MEAS start rxch: 1 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 2 1 # MEAS start rxch: 2 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 3 1 # MEAS start rxch: 3 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 4 1 # MEAS start rxch: 4 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #TXCARR 1 0 Ok #STOP #MEAS 1 0 #MEAS 2 0 #MEAS 3 0 #MEAS 4 0 Ok #ACQ 2 1 Ok #TRACK 2 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 2, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 26036 [ 1.593511e+09, 2.840134e+09, 1.518714e+09 ] S= 94.53 (dB), N= 90.39 (dB) SNR= 4.14 ( rcv= 4 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.711285 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.843611 dif = 5.867674 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.693001 dif = 1.150610 # dif_max = 5.867674 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37816 [ 1.479046e+09, 2.196230e+09, 1.062873e+09 ] S= 93.42 (dB), N= 90.38 (dB) SNR= 3.04 ( rcv= 4 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.228479 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.756351 dif = 4.527872 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.991524 dif = 0.235172 # dif_max = 4.527872 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 9422 [ 1.409899e+09, 2.307812e+09, 1.074014e+09 ] S= 93.63 (dB), N= 90.33 (dB) SNR= 3.31 ( rcv= 1 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.364580 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.022095 dif = 0.657515 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.666533 dif = 3.644438 # dif_max = 3.644438 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4070 [ 1.760950e+09, 2.294287e+09, 1.061168e+09 ] S= 93.61 (dB), N= 90.38 (dB) SNR= 3.22 ( rcv= 1 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.363564 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.208672 dif = 7.154892 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.513783 dif = 10.305111 # dif_max = 10.305111 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 19942 [ 1.468039e+09, 2.165848e+09, 1.767742e+09 ] S= 93.36 (dB), N= 90.35 (dB) SNR= 3.01 ( rcv= 1 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.915501 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.507870 dif = 0.407631 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.547970 dif = 5.959900 # dif_max = 5.959900 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 000, freq= 70001700.0, level= 2.840134e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001750.0 # stop freq= 70001850.0 # step freq= 25.0 # prelim. freq= 70001800.0 # Ch: 2, SEQ: 1 , Step: 0, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 23903 [ 1.565495e+09, 2.154983e+09, 1.007323e+09 ] S= 93.33 (dB), N= 90.43 (dB) SNR= 2.90 ( rcv= 9 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.093456 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.169460 dif = 7.076004 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.059668 dif = 8.109793 # dif_max = 8.109793 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 1, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 30010 [ 1.102085e+09, 2.454418e+09, 1.540972e+09 ] S= 93.90 (dB), N= 90.39 (dB) SNR= 3.51 ( rcv= 9 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.512775 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.791439 dif = 9.721336 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.771923 dif = 1.980484 # dif_max = 9.721336 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 14125 [ 1.043809e+09, 2.139485e+09, 1.598427e+09 ] S= 93.30 (dB), N= 90.36 (dB) SNR= 2.95 ( rcv= 9 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.005394 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.952261 dif = 4.053133 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.841297 dif = 6.110964 # dif_max = 6.110964 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 3, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 16003 [ 1.839668e+09, 2.232803e+09, 1.208549e+09 ] S= 93.49 (dB), N= 90.40 (dB) SNR= 3.09 ( rcv= 9 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.286674 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.282179 dif = 1.004496 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.737122 dif = 6.545057 # dif_max = 6.545057 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 1 , Step: 4, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 34181 [ 1.381875e+09, 2.312994e+09, 1.770601e+09 ] S= 93.64 (dB), N= 90.45 (dB) SNR= 3.19 ( rcv= 9 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.285561 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.874357 dif = 1.588797 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.403181 dif = 1.528824 # dif_max = 1.588797 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001775.0, level= 2.454418e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001775.0 # stop freq= 70001825.0 # step freq= 12.5 # prelim. freq= 70001800.0 # Ch: 2, SEQ: 2 , Step: 0, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 39937 [ 8.775040e+08, 2.128990e+09, 1.498458e+09 ] S= 93.28 (dB), N= 90.34 (dB) SNR= 2.95 ( rcv= 3 ref= 2 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.791363 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.064419 dif = 3.273056 # iter[3] # SAMPLING offset= 0 # diff_sigma= 17.811184 dif = 13.253235 # dif_max = 13.253235 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 1, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 32459 [ 1.273865e+09, 2.219471e+09, 1.485035e+09 ] S= 93.46 (dB), N= 90.40 (dB) SNR= 3.06 ( rcv= 12 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.832539 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.773016 dif = 1.059523 # iter[3] # SAMPLING offset= 0 # diff_sigma= 22.517935 dif = 8.255081 # dif_max = 8.255081 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 14302 [ 1.596414e+09, 2.244222e+09, 1.186553e+09 ] S= 93.51 (dB), N= 90.37 (dB) SNR= 3.14 ( rcv= 12 ref= 5 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.181362 # iter[2] # SAMPLING offset= 0 # diff_sigma= 39.132084 dif = 2.950722 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.814625 dif = 6.317459 # dif_max = 6.317459 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 3, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 14187 [ 1.625065e+09, 2.162896e+09, 1.403084e+09 ] S= 93.35 (dB), N= 90.41 (dB) SNR= 2.94 ( rcv= 12 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 24.577141 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.609535 dif = 5.032394 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.991932 dif = 3.382397 # dif_max = 5.032394 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 2 , Step: 4, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 33950 [ 7.948042e+08, 2.203245e+09, 1.622487e+09 ] S= 93.43 (dB), N= 90.39 (dB) SNR= 3.04 ( rcv= 12 ref= 5 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.835005 # iter[2] # SAMPLING offset= 0 # diff_sigma= 26.692640 dif = 2.142365 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.066116 dif = 2.626524 # dif_max = 2.626524 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 002, freq= 70001800.0, level= 2.244222e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 2 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001787.5 # stop freq= 70001812.5 # step freq= 6.2 # prelim. freq= 70001800.0 # Ch: 2, SEQ: 3 , Step: 0, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10206 [ 1.844009e+09, 2.219600e+09, 9.236604e+08 ] S= 93.46 (dB), N= 90.40 (dB) SNR= 3.07 ( rcv= 1 ref= 10 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.244167 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.239651 dif = 2.995483 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.934429 dif = 0.305222 # dif_max = 2.995483 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 1, Freq. 70001793.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 31953 [ 1.711132e+09, 2.387795e+09, 9.619471e+08 ] S= 93.78 (dB), N= 90.35 (dB) SNR= 3.43 ( rcv= 1 ref= 10 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.495663 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.497684 dif = 2.002022 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.639668 dif = 2.141983 # dif_max = 2.141983 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 12073 [ 7.173147e+08, 2.186294e+09, 1.265384e+09 ] S= 93.40 (dB), N= 90.45 (dB) SNR= 2.95 ( rcv= 5 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.923815 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.967686 dif = 4.043871 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.458912 dif = 6.508774 # dif_max = 6.508774 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 3, Freq. 70001806.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 15853 [ 1.177890e+09, 2.043812e+09, 1.406319e+09 ] S= 93.10 (dB), N= 90.24 (dB) SNR= 2.87 ( rcv= 8 ref= 17 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.370960 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.560612 dif = 2.189651 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.491081 dif = 1.069530 # dif_max = 2.189651 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 2, SEQ: 3 , Step: 4, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 38056 [ 1.159832e+09, 2.225627e+09, 1.663723e+09 ] S= 93.47 (dB), N= 90.33 (dB) SNR= 3.14 ( rcv= 8 ref= 17 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.695162 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.982018 dif = 1.286856 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.754820 dif = 5.227198 # dif_max = 5.227198 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001793.8, level= 2.387795e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001800.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.711132e+09, 2.387795e+09, 9.619471e+08 # est_pos = -8.9 # DC= 20002 DS= 10 # ACQ Finished. # ACQFREQ 2 70001800.0 # DS 2 10 # DC 2 20002 #ACQ 2 0 #TRACK 2 1 # Tracking started. (auto) Ok #ACQ 3 1 Ok #TRACK 3 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 3, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11841 [ 1.422968e+09, 2.310643e+09, 1.817043e+09 ] S= 93.64 (dB), N= 90.54 (dB) SNR= 3.10 ( rcv= 2 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.284521 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.144783 dif = 2.860262 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.494843 dif = 0.649940 # dif_max = 2.860262 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37790 [ 1.377320e+09, 2.275074e+09, 1.276669e+09 ] S= 93.57 (dB), N= 90.58 (dB) SNR= 2.99 ( rcv= 10 ref= 7 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.533768 # iter[2] # SAMPLING offset= 0 # diff_sigma= 38.458111 dif = 10.924343 # iter[3] # SAMPLING offset= 0 # diff_sigma= 21.556828 dif = 16.901283 # dif_max = 16.901283 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 30100 [ 1.055616e+09, 2.235437e+09, 1.172230e+09 ] S= 93.49 (dB), N= 90.53 (dB) SNR= 2.96 ( rcv= 2 ref= 3 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.248466 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.340693 dif = 0.092226 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.204144 dif = 4.863451 # dif_max = 4.863451 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 18138 [ 1.232276e+09, 2.251854e+09, 1.696181e+09 ] S= 93.53 (dB), N= 90.56 (dB) SNR= 2.97 ( rcv= 9 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.717262 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.659094 dif = 8.058168 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.722185 dif = 2.063091 # dif_max = 8.058168 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37999 [ 2.014465e+09, 2.380574e+09, 1.227820e+09 ] S= 93.77 (dB), N= 90.58 (dB) SNR= 3.19 ( rcv= 9 ref= 4 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 30.022123 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.813305 dif = 1.791182 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.163801 dif = 6.649504 # dif_max = 6.649504 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001900.0, level= 2.380574e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001750.0 # stop freq= 70001850.0 # step freq= 25.0 # prelim. freq= 70001800.0 # Ch: 3, SEQ: 1 , Step: 0, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 35669 [ 1.210829e+09, 2.205458e+09, 1.153300e+09 ] S= 93.43 (dB), N= 90.57 (dB) SNR= 2.86 ( rcv= 6 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.620550 # iter[2] # SAMPLING offset= 0 # diff_sigma= 22.307079 dif = 6.313471 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.421293 dif = 8.114214 # dif_max = 8.114214 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 1, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 2287 [ 1.576103e+09, 2.403575e+09, 1.201077e+09 ] S= 93.81 (dB), N= 90.61 (dB) SNR= 3.20 ( rcv= 6 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.107374 # iter[2] # SAMPLING offset= 0 # diff_sigma= 33.258671 dif = 4.151297 # iter[3] # SAMPLING offset= 0 # diff_sigma= 37.788857 dif = 4.530186 # dif_max = 4.530186 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 22013 [ 1.244377e+09, 2.424307e+09, 1.563241e+09 ] S= 93.85 (dB), N= 90.57 (dB) SNR= 3.28 ( rcv= 6 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.849054 # iter[2] # SAMPLING offset= 0 # diff_sigma= 39.231186 dif = 10.382132 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.106644 dif = 7.124542 # dif_max = 10.382132 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 3, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7890 [ 1.472782e+09, 2.427719e+09, 1.420352e+09 ] S= 93.85 (dB), N= 90.61 (dB) SNR= 3.24 ( rcv= 6 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.949360 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.969044 dif = 3.980316 # iter[3] # SAMPLING offset= 0 # diff_sigma= 36.273342 dif = 6.304298 # dif_max = 6.304298 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 1 , Step: 4, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 3870 [ 1.824608e+09, 2.305628e+09, 1.448032e+09 ] S= 93.63 (dB), N= 90.61 (dB) SNR= 3.02 ( rcv= 6 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 22.683916 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.289906 dif = 8.605989 # iter[3] # SAMPLING offset= 0 # diff_sigma= 35.748764 dif = 4.458858 # dif_max = 8.605989 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70001825.0, level= 2.427719e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001775.0 # stop freq= 70001825.0 # step freq= 12.5 # prelim. freq= 70001800.0 # Ch: 3, SEQ: 2 , Step: 0, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 17666 [ 9.671859e+08, 2.324349e+09, 1.932134e+09 ] S= 93.66 (dB), N= 90.51 (dB) SNR= 3.16 ( rcv= 14 ref= 3 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.045441 # iter[2] # SAMPLING offset= 0 # diff_sigma= 23.911053 dif = 10.134388 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.778309 dif = 4.867256 # dif_max = 10.134388 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 1, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 38040 [ 1.437352e+09, 2.431125e+09, 1.713922e+09 ] S= 93.86 (dB), N= 90.58 (dB) SNR= 3.28 ( rcv= 12 ref= 13 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 35.429352 # iter[2] # SAMPLING offset= 0 # diff_sigma= 25.997787 dif = 9.431564 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.945480 dif = 7.947693 # dif_max = 9.431564 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7948 [ 1.476414e+09, 2.305356e+09, 1.534786e+09 ] S= 93.63 (dB), N= 90.56 (dB) SNR= 3.07 ( rcv= 12 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.243614 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.818481 dif = 3.574867 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.452900 dif = 0.365582 # dif_max = 3.574867 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 3, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 34145 [ 9.301126e+08, 2.543358e+09, 1.142144e+09 ] S= 94.05 (dB), N= 90.57 (dB) SNR= 3.48 ( rcv= 12 ref= 13 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 21.130608 # iter[2] # SAMPLING offset= 0 # diff_sigma= 19.979446 dif = 1.151161 # iter[3] # SAMPLING offset= 0 # diff_sigma= 23.653347 dif = 3.673901 # dif_max = 3.673901 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 2 , Step: 4, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4056 [ 1.453960e+09, 2.233687e+09, 1.636973e+09 ] S= 93.49 (dB), N= 90.57 (dB) SNR= 2.92 ( rcv= 12 ref= 13 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.195282 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.859146 dif = 2.663864 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.775379 dif = 8.083767 # dif_max = 8.083767 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70001812.5, level= 2.543358e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 3 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001787.5 # stop freq= 70001812.5 # step freq= 6.2 # prelim. freq= 70001800.0 # Ch: 3, SEQ: 3 , Step: 0, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 5580 [ 1.311847e+09, 2.267330e+09, 1.557218e+09 ] S= 93.56 (dB), N= 90.60 (dB) SNR= 2.96 ( rcv= 4 ref= 10 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.774216 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.804585 dif = 1.969631 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.040361 dif = 0.764223 # dif_max = 1.969631 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 1, Freq. 70001793.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 7948 [ 2.071623e+09, 2.379705e+09, 1.366763e+09 ] S= 93.77 (dB), N= 90.55 (dB) SNR= 3.22 ( rcv= 4 ref= 10 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.577579 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.559240 dif = 4.018339 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.832619 dif = 0.726622 # dif_max = 4.018339 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 15851 [ 1.670264e+09, 2.191496e+09, 1.072968e+09 ] S= 93.41 (dB), N= 90.50 (dB) SNR= 2.91 ( rcv= 4 ref= 10 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 20.580101 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.642794 dif = 7.062693 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.226545 dif = 1.416248 # dif_max = 7.062693 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 3, Freq. 70001806.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10078 [ 1.336955e+09, 2.289302e+09, 1.567675e+09 ] S= 93.60 (dB), N= 90.62 (dB) SNR= 2.98 ( rcv= 0 ref= 9 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.332630 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.831417 dif = 6.501213 # iter[3] # SAMPLING offset= 0 # diff_sigma= 34.692829 dif = 6.861412 # dif_max = 6.861412 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 3, SEQ: 3 , Step: 4, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37819 [ 1.110638e+09, 2.354118e+09, 1.967582e+09 ] S= 93.72 (dB), N= 90.61 (dB) SNR= 3.10 ( rcv= 0 ref= 9 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 38.869640 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.525673 dif = 8.343967 # iter[3] # SAMPLING offset= 0 # diff_sigma= 25.774649 dif = 4.751024 # dif_max = 8.343967 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 001, freq= 70001793.8, level= 2.379705e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001800.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 2.071623e+09, 2.379705e+09, 1.366763e+09 # est_pos = -13.3 # DC= 20002 DS= 5 # ACQ Finished. # ACQFREQ 3 70001800.0 # DS 3 5 # DC 3 20002 #ACQ 3 0 #TRACK 3 1 # Tracking started. (auto) Ok #ACQ 4 1 Ok #TRACK 4 0 ;Tracking STOPped. (auto) # Sequence start. # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 200 # start freq= 70001700.0 # stop freq= 70001900.0 # step freq= 50.0 # Ch: 4, SEQ: 0 , Step: 0, Freq. 70001700.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4007 [ 1.127950e+09, 2.137393e+09, 1.607882e+09 ] S= 93.30 (dB), N= 90.40 (dB) SNR= 2.89 ( rcv= 13 ref= 7 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 25.725351 # iter[2] # SAMPLING offset= 0 # diff_sigma= 35.596466 dif = 9.871115 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.776352 dif = 6.820114 # dif_max = 9.871115 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 1, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37902 [ 1.110342e+09, 2.187635e+09, 9.187136e+08 ] S= 93.40 (dB), N= 90.47 (dB) SNR= 2.93 ( rcv= 18 ref= 18 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.034689 # iter[2] # SAMPLING offset= 0 # diff_sigma= 21.948883 dif = 9.085806 # iter[3] # SAMPLING offset= 0 # diff_sigma= 27.137665 dif = 5.188782 # dif_max = 9.085806 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11915 [ 1.196881e+09, 2.324917e+09, 1.368805e+09 ] S= 93.66 (dB), N= 90.49 (dB) SNR= 3.17 ( rcv= 16 ref= 4 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 33.018219 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.390427 dif = 1.372208 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.569983 dif = 4.820444 # dif_max = 4.820444 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 3, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 11977 [ 1.279388e+09, 2.326736e+09, 1.248197e+09 ] S= 93.67 (dB), N= 90.57 (dB) SNR= 3.09 ( rcv= 1 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 37.258751 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.398174 dif = 4.860577 # iter[3] # SAMPLING offset= 0 # diff_sigma= 37.756096 dif = 5.357922 # dif_max = 5.357922 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 0 , Step: 4, Freq. 70001900.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 15995 [ 1.532551e+09, 2.229063e+09, 1.113284e+09 ] S= 93.48 (dB), N= 90.50 (dB) SNR= 2.98 ( rcv= 14 ref= 4 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.563337 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.293228 dif = 2.729891 # iter[3] # SAMPLING offset= 0 # diff_sigma= 37.020489 dif = 4.727261 # dif_max = 4.727261 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 003, freq= 70001850.0, level= 2.326736e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 100 # start freq= 70001750.0 # stop freq= 70001850.0 # step freq= 25.0 # prelim. freq= 70001800.0 # Ch: 4, SEQ: 1 , Step: 0, Freq. 70001750.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 8303 [ 1.416834e+09, 2.446166e+09, 1.501273e+09 ] S= 93.88 (dB), N= 90.65 (dB) SNR= 3.24 ( rcv= 7 ref= 11 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 36.821991 # iter[2] # SAMPLING offset= 0 # diff_sigma= 31.823181 dif = 4.998810 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.687098 dif = 1.136084 # dif_max = 4.998810 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 1, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 25962 [ 1.481319e+09, 2.334571e+09, 1.516039e+09 ] S= 93.68 (dB), N= 90.56 (dB) SNR= 3.12 ( rcv= 7 ref= 11 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.802158 # iter[2] # SAMPLING offset= 0 # diff_sigma= 28.728170 dif = 4.073988 # iter[3] # SAMPLING offset= 0 # diff_sigma= 30.387928 dif = 1.659758 # dif_max = 4.073988 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 33904 [ 1.106734e+09, 2.314737e+09, 1.425476e+09 ] S= 93.65 (dB), N= 90.58 (dB) SNR= 3.07 ( rcv= 12 ref= 2 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 31.057159 # iter[2] # SAMPLING offset= 0 # diff_sigma= 37.306267 dif = 6.249107 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.962811 dif = 8.343456 # dif_max = 8.343456 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 3, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 37853 [ 1.223453e+09, 2.452527e+09, 1.693202e+09 ] S= 93.90 (dB), N= 90.56 (dB) SNR= 3.33 ( rcv= 7 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 23.054003 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.196278 dif = 9.142275 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.184032 dif = 0.012245 # dif_max = 9.142275 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 1 , Step: 4, Freq. 70001850.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 33994 [ 1.654441e+09, 2.667109e+09, 1.733260e+09 ] S= 94.26 (dB), N= 90.65 (dB) SNR= 3.61 ( rcv= 9 ref= 8 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 29.786537 # iter[2] # SAMPLING offset= 0 # diff_sigma= 27.208155 dif = 2.578382 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.507816 dif = 4.299662 # dif_max = 4.299662 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001850.0, level= 2.667109e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 50 # start freq= 70001775.0 # stop freq= 70001825.0 # step freq= 12.5 # prelim. freq= 70001800.0 # Ch: 4, SEQ: 2 , Step: 0, Freq. 70001775.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 10295 [ 1.193810e+09, 2.258280e+09, 1.438622e+09 ] S= 93.54 (dB), N= 90.59 (dB) SNR= 2.94 ( rcv= 5 ref= 8 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.330305 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.414406 dif = 8.084101 # iter[3] # SAMPLING offset= 0 # diff_sigma= 28.899918 dif = 7.514488 # dif_max = 8.084101 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 1, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 3968 [ 1.755006e+09, 2.434257e+09, 1.909491e+09 ] S= 93.86 (dB), N= 90.66 (dB) SNR= 3.21 ( rcv= 16 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 21.716028 # iter[2] # SAMPLING offset= 0 # diff_sigma= 30.632847 dif = 8.916819 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.462049 dif = 6.170797 # dif_max = 8.916819 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 14056 [ 1.396362e+09, 2.315945e+09, 1.164655e+09 ] S= 93.65 (dB), N= 90.46 (dB) SNR= 3.18 ( rcv= 16 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.047688 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.834301 dif = 2.786613 # iter[3] # SAMPLING offset= 0 # diff_sigma= 26.957726 dif = 7.876575 # dif_max = 7.876575 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 3, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 28773 [ 1.374338e+09, 2.212695e+09, 1.292797e+09 ] S= 93.45 (dB), N= 90.59 (dB) SNR= 2.86 ( rcv= 16 ref= 0 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 23.746971 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.682232 dif = 8.935261 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.289953 dif = 1.392279 # dif_max = 8.935261 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 2 , Step: 4, Freq. 70001825.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4013 [ 1.894143e+09, 2.501806e+09, 1.659976e+09 ] S= 93.98 (dB), N= 90.68 (dB) SNR= 3.30 ( rcv= 16 ref= 0 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 34.476032 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.533258 dif = 4.942774 # iter[3] # SAMPLING offset= 0 # diff_sigma= 33.680248 dif = 4.146990 # dif_max = 4.942774 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001825.0, level= 2.501806e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: coarse freq. estimating... # Rxch 4 # orig (cmd) freq= 70001800.0 # seek width freq= 25 # start freq= 70001787.5 # stop freq= 70001812.5 # step freq= 6.2 # prelim. freq= 70001800.0 # Ch: 4, SEQ: 3 , Step: 0, Freq. 70001787.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 4011 [ 1.073037e+09, 2.195200e+09, 1.592563e+09 ] S= 93.41 (dB), N= 90.57 (dB) SNR= 2.84 ( rcv= 0 ref= 16 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 27.951036 # iter[2] # SAMPLING offset= 0 # diff_sigma= 36.711956 dif = 8.760920 # iter[3] # SAMPLING offset= 0 # diff_sigma= 24.023396 dif = 12.688560 # dif_max = 12.688560 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 1, Freq. 70001793.8 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 22277 [ 1.088617e+09, 2.372079e+09, 1.335786e+09 ] S= 93.75 (dB), N= 90.58 (dB) SNR= 3.17 ( rcv= 0 ref= 16 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 23.688305 # iter[2] # SAMPLING offset= 0 # diff_sigma= 29.093512 dif = 5.405207 # iter[3] # SAMPLING offset= 0 # diff_sigma= 29.603582 dif = 0.510071 # dif_max = 5.405207 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 2, Freq. 70001800.0 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 17939 [ 1.305515e+09, 2.366656e+09, 1.538459e+09 ] S= 93.74 (dB), N= 90.53 (dB) SNR= 3.21 ( rcv= 0 ref= 16 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 32.092377 # iter[2] # SAMPLING offset= 0 # diff_sigma= 34.410767 dif = 2.318390 # iter[3] # SAMPLING offset= 0 # diff_sigma= 31.258335 dif = 3.152431 # dif_max = 3.152431 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 3, Freq. 70001806.2 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 33877 [ 1.466653e+09, 2.221789e+09, 1.387922e+09 ] S= 93.47 (dB), N= 90.55 (dB) SNR= 2.91 ( rcv= 0 ref= 16 ) # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.435629 # iter[2] # SAMPLING offset= 0 # diff_sigma= 20.850266 dif = 7.585363 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.125332 dif = 11.275066 # dif_max = 11.275066 # !!! sigma_diff not valid , dif_max > 1.000000 # Ch: 4, SEQ: 3 , Step: 4, Freq. 70001812.5 Hz # iter[0] SAMPLING offset= 0 .................... DET, pos= 2016 [ 1.813697e+09, 2.412427e+09, 1.561133e+09 ] S= 93.82 (dB), N= 90.61 (dB) SNR= 3.21 ( rcv= 15 ref= 10 )*** # iter[1] # SAMPLING offset= 0 # diff_sigma= 28.555563 # iter[2] # SAMPLING offset= 0 # diff_sigma= 32.034107 dif = 3.478544 # iter[3] # SAMPLING offset= 0 # diff_sigma= 32.922092 dif = 0.887985 # dif_max = 3.478544 # !!! sigma_diff not valid , dif_max > 1.000000 # ACQ: result # Step= 004, freq= 70001812.5, level= 2.412427e+09, peakoffset= 0 # Min. phase diff_sigma freq= 70001800.0 , diff_sigma = 1000.000000 , seq = 99 , step = 99 # iter. fin... # ACQ: Closed. # ACQ: result new freq= 70001800.0 # sample pos: # pos = -50.0, 0.0, 50.0 # val = 1.813697e+09, 2.412427e+09, 1.561133e+09 # est_pos = -4.4 # DC= 20002 DS= 14 # ACQ Finished. # ACQFREQ 4 70001800.0 # DS 4 14 # DC 4 20002 #ACQ 4 0 #TRACK 4 1 # Tracking started. (auto) Ok #MEAS 1 1 # MEAS start rxch: 1 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 2 1 # MEAS start rxch: 2 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 3 1 # MEAS start rxch: 3 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn #MEAS 4 1 # MEAS start rxch: 4 # rxch, date, time, cycle-int, cycle, code-delay, s-lvl, cn0, dc, ds, pos, sym-sym_phase, rxfreq, evm, rxprn