---------------------------------------------------------------------------------------

  Freq: 1450 MHz (= RF in GWB-II)
        1350 MHz (= RF in GWB-II)
        ABC MHz (in GSB)
        XYZ MHz (in GSB)
  Date: 16 Oct 2014
  Test: To test the polar mode of GWB-II

Note: There are two lta files for GSB (and correspondingly for GWB-II),
      this is because the data is at two frequencies, 1280 and 1390 MHz sub-bands.
      Description of four plot files *.png is given below.

--------------------- Following shows scan-list from the GSB data ---------------------
IMPORTANT: PLEASE ask Navnath re. this ...  he had created these plots

--------------------- Following shows scan-list from the GWB and GSB data ---------------------
[gpuuser@node52 16oct2014]$ ltahdr -i tst1137_16oct2014_1390_sg1_sy2.lta
Checking for zero length scan
         VERSION: GWB-III LTA2.00 DAS2.00 HST04
SCN OBJECT      RA(MEAN)     DEC(MEAN)    DATE        IST       RF(MHz) CW(kHz)   Nrecs
  0 3C286       13h31m49.24 +30d25'59.80" 16/Oct/2014 09:14:58 1450.00   97.656    0 -- IGNORE
  1 3C286       13h31m49.24 +30d25'59.80" 16/Oct/2014 09:15:18 1450.00   97.656  114 -- sig-gen sca (1390 MHz)n
  2 3C286       13h31m49.24 +30d25'59.80" 16/Oct/2014 09:38:07 1450.00   97.656   96 -- synth sca (1390 MHz)n
astro0:/gsbifrdata/16oct> ltahdr -i tst1137_16oct2014_1390_sg1_sy2.lta
         VERSION: COR30x2 LTA1.10 DAS1.10 HST03 
        OBS_MODE: USB_POLAR       CORR_HOST: GSB   BASELINES: 1860  CHANNELS: 256  
SCN OBJECT      RA(MEAN)     DEC(MEAN)    DATE        IST       RF(MHz) CW(kHz)   Nrecs
  0 3C286       13h31m49.24 +30d25'59.80" 16/Oct/2014 09:15:12 1371.00  130.208  152
  1 3C286       13h31m49.24 +30d25'59.80" 16/Oct/2014 09:38:05 1371.00  130.208  130
---------------------------------------------------------------------------------------
[gpuuser@node52 16oct2014]$ ltahdr -i tst1137_16oct2014_1280sy1_sg2.lta
         VERSION: GWB-III LTA2.00 DAS2.00 HST04
SCN OBJECT      RA(MEAN)     DEC(MEAN)    DATE        IST       RF(MHz) CW(kHz)   Nrecs
  0 3C286       13h31m49.24 +30d25'59.80" 16/Oct/2014 10:58:29 1350.00   97.656  104 -- synth scan (1280 MHz)
  1 3C286       13h31m49.24 +30d25'59.80" 16/Oct/2014 11:20:24 1350.00   97.656  114 -- sig-gen scan (1280 MHz)
astro0:/gsbifrdata/16oct> ltahdr -i tst1137_16oct2014_1280_sy1_sg2.lta
         VERSION: COR30x2 LTA1.10 DAS1.10 HST03 
        OBS_MODE: USB_POLAR       CORR_HOST: GSB   BASELINES: 1012  CHANNELS: 256  
SCN OBJECT      RA(MEAN)     DEC(MEAN)    DATE        IST       RF(MHz) CW(kHz)   Nrecs
  0 3C286       13h31m49.24 +30d25'59.80" 16/Oct/2014 10:58:26 1281.00  130.208  138
  1 3C286       13h31m49.24 +30d25'59.80" 16/Oct/2014 11:20:21 1281.00  130.208  152
---------------------------------------------------------------------------------------

1280 MHz:
          plot-file gsb_gwb_amp_vs_time_xpolar_128olo.png (upper-panel)
          plot-file gsb_gwb_phs_vs_time_xpolar_1280lo.png (lower-panel)
	- Amplitude and phase obtained for 3C\,286 at the 1280 MHz sub-bands of
	  L-band as a function of time for two LO-lock schemes.
	- Plot showing ccfs (amplitudes) (upper panel) and phases (lower panel)
	  as a function of time for a channel at the centre of the 1280 MHz
	  frequency band.  Note (i) in both panels, left is GSB and right is
	  GWB data, (ii) the channels (channel-128 in the left panel and
	  channel-638 in the right panel, respectively) are  chosen such that
	  they correspond to the same frequency, and (iii) for the data from
	  GWB-II (right panel), the left-scan correspond to the `synthesiser'
	  and the right-scan correspond to the `signal-generator' mode of LO
          lock schemes.

1390 MHz:
          plot-file gsb_gwb_amp_vs_time_xpolar_1390lo.png (upper-panel)
          plot-file gsb_gwb_phs_vs_time_xpolar_1390lo.png (lower-panel)
	- Amplitude and phase obtained for 3C\,286 at the 1390 MHz sub-bands of
          L-band as a function of time for two LO-lock schemes.
	- Plot showing ccfs (amplitudes) (upper panel) and phases (lower panel)
	  as a function of time for a channel at the centre of the 1390 MHz
	  frequency band.  Note (i) in both panels, left is GSB and right is
	  GWB-II data, (ii) the channels (channel-128 in the left panel and
	  channel-638 in the right panel, respectively) are  chosen such that
	  they correspond to the same frequency, and (iii) for the data from
	  GWB-II (right panel), the left-scan correspond to the
	  `signal-generator' and the right-scan correspond to the `synthesiser'
          mode of LO lock schemes.