  COVER INFORMATION 

 Station:    ONSALA60  (Code O6 ) 
 Experiment: SN2012AU
 Exp. Code:  EL071B  


Schedule Version:       2.00
Processed by SCHED version:  11.60  Release 11.6; April 2020

PI:       Lazda

Address:  University of Toronto
          50 St. George Street
          Toronto
          Canada

Phone:    +15148092418
EMAIL:    mattias.lazda@mail.utoronto.ca
Fax:
Phone during observation:

Observing mode: vlbi

Notes:    # Please, make sure PHASE CAL is OFF #
 
 
 


COVER LETTER:



Schedule for ONSALA60  (Code O6 )                                   Page   2
               SN2012AU
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon  11 Mar 2024   Day  71 ---

 Next scan frequencies:  22139.49  22139.49  22139.49  22139.49  22203.49  22203.49  22203.49  22203.49
                         22267.49  22267.49  22267.49  22267.49  22331.49  22331.49  22331.49  22331.49
 Next BBC frequencies:     659.49    659.49    659.49    659.49    723.49    723.49    723.49    723.49
                           787.49    787.49    787.49    787.49    851.49    851.49    851.49    851.49
 Next scan bandwidths:      32.00     32.00     32.00     32.00     32.00     32.00     32.00     32.00
                            32.00     32.00     32.00     32.00     32.00     32.00     32.00     32.00

19 30 00  J1159+2914   07 37 30  37.1 452.8 -4.4     -38.0     0        0   19 30 00
19 34 00  ---          07 41 31  37.6 453.7 -4.3     -38.0   240       62   19 30 01

20 49 30  J1159+2914   08 57 13  47.5 471.7 -3.1     -35.0  4524       62   20 49 30
20 53 30  ---          09 01 14  48.0 472.8 -3.0     -34.6   240      124   20 49 31

20 55 30  J1254-1053   09 03 14   6.7 482.9 -3.9     -27.5    69      124   20 55 30
20 57 00  ---          09 04 44   6.9 483.2 -3.9     -27.4    90      147   20 55 31

20 57 00  SN2012AU     09 04 44   7.5 482.9 -3.9     -27.4    -7      147   No stop 
20 58 20  ---          09 06 05   7.6 483.2 -3.8     -27.3    73      167   20 57 01

20 58 20  J1254-1053   09 06 05   7.1 483.5 -3.8     -27.3    -7      167   No stop 
20 59 20  ---          09 07 05   7.2 483.7 -3.8     -27.2    53      183   20 58 21

20 59 20  SN2012AU     09 07 05   7.7 483.4 -3.8     -27.2    -7      183   No stop 
21 00 40  ---          09 08 25   7.9 483.7 -3.8     -27.1    73      204   20 59 21

21 01 20  J1254-1053   09 09 05   7.4 484.1 -3.8     -27.0    33      204   21 01 20
21 02 10  ---          09 09 55   7.5 484.3 -3.8     -27.0    50      216   21 01 21

21 02 10  SN2012AU     09 09 55   8.1 484.0 -3.8     -27.0    -7      216   No stop 
21 03 30  ---          09 11 15   8.2 484.3 -3.7     -26.9    73      237   21 02 11

21 03 30  J1254-1053   09 11 15   7.6 484.6 -3.7     -26.9    -7      237   No stop 
21 04 30  ---          09 12 16   7.8 484.8 -3.7     -26.8    53      252   21 03 31

21 04 30  J1303-1051   09 12 16   6.8 483.0 -3.9     -27.4   -10      252   No stop 
21 05 30  ---          09 13 16   7.0 483.2 -3.9     -27.3    50      268   21 04 31

21 06 10  J1254-1053   09 13 56   7.9 485.2 -3.7     -26.7    30      268   21 06 10
21 07 00  ---          09 14 46   8.0 485.4 -3.7     -26.6    50      281   21 06 11

21 07 00  SN2012AU     09 14 46   8.6 485.1 -3.7     -26.6    -7      281   No stop 
21 08 20  ---          09 16 06   8.8 485.4 -3.7     -26.5    73      301   21 07 01

21 08 20  J1254-1053   09 16 06   8.2 485.7 -3.7     -26.5    -7      301   No stop 
21 09 20  ---          09 17 06   8.3 485.9 -3.6     -26.4    53      317   21 08 21
Schedule for ONSALA60  (Code O6 )                                   Page   3
               SN2012AU
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon  11 Mar 2024   Day  71 ---

21 09 20  SN2012AU     09 17 06   8.9 485.6 -3.7     -26.4    -7      317   No stop 
21 10 40  ---          09 18 27   9.0 485.9 -3.6     -26.3    73      338   21 09 21

21 11 20  J1254-1053   09 19 07   8.5 486.4 -3.6     -26.2    33      338   21 11 20
21 12 10  ---          09 19 57   8.6 486.5 -3.6     -26.2    50      350   21 11 21

21 12 10  SN2012AU     09 19 57   9.2 486.2 -3.6     -26.2    -7      350   No stop 
21 13 30  ---          09 21 17   9.3 486.5 -3.6     -26.1    73      371   21 12 11

21 13 30  J1254-1053   09 21 17   8.7 486.8 -3.6     -26.1    -7      371   No stop 
21 14 30  ---          09 22 17   8.8 487.1 -3.6     -26.0    53      386   21 13 31

21 14 30  J1303-1051   09 22 17   8.0 485.2 -3.7     -26.7   -10      386   No stop 
21 15 30  ---          09 23 17   8.1 485.4 -3.7     -26.6    50      402   21 14 31

21 16 10  J1254-1053   09 23 57   9.0 487.4 -3.5     -25.8    30      402   21 16 10
21 17 00  ---          09 24 48   9.1 487.6 -3.5     -25.8    50      415   21 16 11

21 17 00  SN2012AU     09 24 48   9.7 487.3 -3.5     -25.8    -7      415   No stop 
21 18 20  ---          09 26 08   9.8 487.6 -3.5     -25.7    73      435   21 17 01

21 18 20  J1254-1053   09 26 08   9.3 487.9 -3.5     -25.7    -7      435   No stop 
21 19 20  ---          09 27 08   9.4 488.2 -3.5     -25.6    53      451   21 18 21

21 19 20  SN2012AU     09 27 08   9.9 487.8 -3.5     -25.6    -7      451   No stop 
21 20 40  ---          09 28 28  10.1 488.1 -3.5     -25.5    73      471   21 19 21

21 21 20  J1254-1053   09 29 08   9.6 488.6 -3.4     -25.4    33      471   21 21 20
21 22 10  ---          09 29 58   9.7 488.8 -3.4     -25.3    50      484   21 21 21

21 22 10  SN2012AU     09 29 58  10.2 488.5 -3.4     -25.4    -7      484   No stop 
21 23 30  ---          09 31 19  10.4 488.8 -3.4     -25.3    73      505   21 22 11

21 23 30  J1254-1053   09 31 19   9.8 489.1 -3.4     -25.2    -7      505   No stop 
21 24 30  ---          09 32 19   9.9 489.3 -3.4     -25.1    53      520   21 23 31

21 24 30  J1303-1051   09 32 19   9.1 487.4 -3.5     -25.9   -10      520   No stop 
21 25 30  ---          09 33 19   9.2 487.6 -3.5     -25.8    50      536   21 24 31

21 26 10  J1254-1053   09 33 59  10.1 489.7 -3.4     -25.0    30      536   21 26 10
21 27 00  ---          09 34 49  10.2 489.9 -3.4     -24.9    50      549   21 26 11

21 27 00  SN2012AU     09 34 49  10.8 489.6 -3.4     -25.0    -7      549   No stop 
21 28 20  ---          09 36 09  10.9 489.9 -3.3     -24.9    73      569   21 27 01
Schedule for ONSALA60  (Code O6 )                                   Page   4
               SN2012AU
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon  11 Mar 2024   Day  71 ---

21 28 20  J1254-1053   09 36 09  10.3 490.2 -3.3     -24.8    -7      569   No stop 
21 29 20  ---          09 37 10  10.4 490.4 -3.3     -24.7    53      585   21 28 21

21 29 20  SN2012AU     09 37 10  11.0 490.1 -3.3     -24.8    -7      585   No stop 
21 30 40  ---          09 38 30  11.1 490.4 -3.3     -24.6    73      605   21 29 21

21 31 20  J1254-1053   09 39 10  10.6 490.9 -3.3     -24.5    33      605   21 31 20
21 32 10  ---          09 40 00  10.7 491.1 -3.3     -24.5    50      618   21 31 21

21 32 10  SN2012AU     09 40 00  11.3 490.8 -3.3     -24.5    -7      618   No stop 
21 33 30  ---          09 41 20  11.4 491.1 -3.2     -24.4    73      639   21 32 11

21 33 30  J1254-1053   09 41 20  10.8 491.4 -3.2     -24.3    -7      639   No stop 
21 34 30  ---          09 42 20  10.9 491.6 -3.2     -24.2    53      654   21 33 31

21 34 30  J1303-1051   09 42 20  10.1 489.7 -3.4     -25.0   -10      654   No stop 
21 35 30  ---          09 43 21  10.2 489.9 -3.4     -24.9    50      670   21 34 31

21 36 10  J1254-1053   09 44 01  11.1 492.0 -3.2     -24.1    30      670   21 36 10
21 37 00  ---          09 44 51  11.2 492.2 -3.2     -24.0    50      683   21 36 11

21 37 00  SN2012AU     09 44 51  11.8 491.9 -3.2     -24.1    -7      683   No stop 
21 38 20  ---          09 46 11  11.9 492.2 -3.2     -24.0    73      703   21 37 01

21 38 20  J1254-1053   09 46 11  11.3 492.5 -3.2     -23.9    -7      703   No stop 
21 39 20  ---          09 47 11  11.4 492.7 -3.1     -23.8    53      719   21 38 21

21 39 20  SN2012AU     09 47 11  12.0 492.4 -3.1     -23.9    -7      719   No stop 
21 40 40  ---          09 48 32  12.1 492.7 -3.1     -23.7    73      739   21 39 21

21 41 20  J1254-1053   09 49 12  11.6 493.2 -3.1     -23.6    33      739   21 41 20
21 42 10  ---          09 50 02  11.7 493.3 -3.1     -23.5    50      752   21 41 21

21 42 10  SN2012AU     09 50 02  12.3 493.1 -3.1     -23.6    -7      752   No stop 
21 43 30  ---          09 51 22  12.4 493.4 -3.1     -23.5    73      773   21 42 11

21 43 30  J1254-1053   09 51 22  11.8 493.7 -3.1     -23.4    -7      773   No stop 
21 44 30  ---          09 52 22  11.9 493.9 -3.1     -23.3    53      788   21 43 31

21 44 30  J1303-1051   09 52 22  11.1 491.9 -3.2     -24.1   -10      788   No stop 
21 45 30  ---          09 53 22  11.2 492.2 -3.2     -24.0    50      804   21 44 31

21 46 10  J1254-1053   09 54 02  12.1 494.3 -3.0     -23.1    30      804   21 46 10
21 47 00  ---          09 54 53  12.2 494.5 -3.0     -23.1    50      817   21 46 11
Schedule for ONSALA60  (Code O6 )                                   Page   5
               SN2012AU
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon  11 Mar 2024   Day  71 ---

21 47 00  SN2012AU     09 54 53  12.8 494.2 -3.0     -23.1    -7      817   No stop 
21 48 20  ---          09 56 13  12.9 494.5 -3.0     -23.0    73      837   21 47 01

21 48 20  J1254-1053   09 56 13  12.3 494.8 -3.0     -22.9    -7      837   No stop 
21 49 20  ---          09 57 13  12.4 495.0 -3.0     -22.8    53      853   21 48 21

21 49 20  SN2012AU     09 57 13  13.0 494.7 -3.0     -22.9    -7      853   No stop 
21 50 40  ---          09 58 33  13.1 495.0 -3.0     -22.8    73      873   21 49 21

21 51 20  J1254-1053   09 59 13  12.6 495.5 -2.9     -22.6    33      873   21 51 20
21 52 10  ---          10 00 03  12.7 495.7 -2.9     -22.6    50      886   21 51 21

21 52 10  SN2012AU     10 00 03  13.3 495.4 -2.9     -22.6    -7      886   No stop 
21 53 30  ---          10 01 24  13.4 495.7 -2.9     -22.5    73      907   21 52 11

21 53 30  J1254-1053   10 01 24  12.8 496.0 -2.9     -22.4    -7      907   No stop 
21 54 30  ---          10 02 24  12.9 496.2 -2.9     -22.3    53      922   21 53 31

21 54 30  J1303-1051   10 02 24  12.1 494.2 -3.0     -23.2   -10      922   No stop 
21 55 30  ---          10 03 24  12.2 494.5 -3.0     -23.1    50      938   21 54 31

21 56 10  J1254-1053   10 04 04  13.0 496.6 -2.9     -22.2    30      938   21 56 10
21 57 00  ---          10 04 54  13.1 496.8 -2.9     -22.1    50      951   21 56 11

21 57 00  SN2012AU     10 04 54  13.7 496.5 -2.9     -22.1    -7      951   No stop 
21 58 20  ---          10 06 14  13.8 496.8 -2.8     -22.0    73      971   21 57 01

21 58 20  J1254-1053   10 06 14  13.2 497.1 -2.8     -21.9    -7      971   No stop 
21 59 20  ---          10 07 15  13.3 497.3 -2.8     -21.8    53      987   21 58 21

21 59 20  SN2012AU     10 07 15  13.9 497.1 -2.8     -21.9    -7      987   No stop 
22 00 40  ---          10 08 35  14.0 497.4 -2.8     -21.8    73     1007   21 59 21

22 01 20  J1254-1053   10 09 15  13.5 497.8 -2.8     -21.6    33     1007   22 01 20
22 02 10  ---          10 10 05  13.6 498.0 -2.8     -21.5    50     1020   22 01 21

22 02 10  SN2012AU     10 10 05  14.2 497.7 -2.8     -21.6    -7     1020   No stop 
22 03 30  ---          10 11 25  14.3 498.1 -2.7     -21.5    73     1041   22 02 11

22 03 30  J1254-1053   10 11 25  13.7 498.3 -2.7     -21.4    -7     1041   No stop 
22 04 30  ---          10 12 25  13.8 498.6 -2.7     -21.3    53     1056   22 03 31

22 04 30  J1303-1051   10 12 25  13.1 496.6 -2.9     -22.2   -10     1056   No stop 
22 05 30  ---          10 13 26  13.2 496.8 -2.9     -22.1    50     1072   22 04 31
Schedule for ONSALA60  (Code O6 )                                   Page   6
               SN2012AU
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon  11 Mar 2024   Day  71 ---

22 06 10  J1254-1053   10 14 06  13.9 499.0 -2.7     -21.1    30     1072   22 06 10
22 07 00  ---          10 14 56  14.0 499.1 -2.7     -21.0    50     1085   22 06 11

22 07 00  SN2012AU     10 14 56  14.6 498.9 -2.7     -21.1    -7     1085   No stop 
22 08 20  ---          10 16 16  14.7 499.2 -2.7     -21.0    73     1105   22 07 01

22 08 20  J1254-1053   10 16 16  14.1 499.5 -2.7     -20.9    -7     1105   No stop 
22 09 20  ---          10 17 16  14.2 499.7 -2.6     -20.8    53     1121   22 08 21

22 09 20  SN2012AU     10 17 16  14.8 499.4 -2.6     -20.9    -7     1121   No stop 
22 10 40  ---          10 18 36  14.9 499.8 -2.6     -20.7    73     1141   22 09 21

22 11 20  J1254-1053   10 19 17  14.4 500.2 -2.6     -20.6    33     1141   22 11 20
22 12 10  ---          10 20 07  14.5 500.4 -2.6     -20.5    50     1154   22 11 21

22 12 10  SN2012AU     10 20 07  15.1 500.1 -2.6     -20.6    -7     1154   No stop 
22 13 30  ---          10 21 27  15.2 500.4 -2.6     -20.4    73     1175   22 12 11

22 13 30  J1254-1053   10 21 27  14.6 500.7 -2.6     -20.4    -7     1175   No stop 
22 14 30  ---          10 22 27  14.7 500.9 -2.6     -20.2    53     1190   22 13 31

22 14 30  J1303-1051   10 22 27  14.0 498.9 -2.7     -21.1   -10     1190   No stop 
22 15 30  ---          10 23 27  14.1 499.1 -2.7     -21.0    50     1206   22 14 31

22 16 10  J1254-1053   10 24 07  14.8 501.3 -2.5     -20.1    30     1206   22 16 10
22 17 00  ---          10 24 57  14.9 501.5 -2.5     -20.0    50     1219   22 16 11

22 17 00  SN2012AU     10 24 57  15.5 501.3 -2.5     -20.0    -7     1219   No stop 
22 18 20  ---          10 26 18  15.6 501.6 -2.5     -19.9    73     1239   22 17 01

22 18 20  J1254-1053   10 26 18  15.0 501.8 -2.5     -19.8    -7     1239   No stop 
22 19 20  ---          10 27 18  15.1 502.1 -2.5     -19.7    53     1255   22 18 21

22 19 20  SN2012AU     10 27 18  15.7 501.8 -2.5     -19.8    -7     1255   No stop 
22 20 40  ---          10 28 38  15.8 502.2 -2.5     -19.6    73     1275   22 19 21

22 21 20  J1254-1053   10 29 18  15.2 502.6 -2.4     -19.5    33     1275   22 21 20
22 22 10  ---          10 30 08  15.3 502.8 -2.4     -19.4    50     1288   22 21 21

22 22 10  SN2012AU     10 30 08  15.9 502.5 -2.4     -19.5    -7     1288   No stop 
22 23 30  ---          10 31 29  16.0 502.8 -2.4     -19.3    73     1309   22 22 11

22 23 30  J1254-1053   10 31 29  15.4 503.1 -2.4     -19.3    -7     1309   No stop 
22 24 30  ---          10 32 29  15.5 503.3 -2.4     -19.1    53     1324   22 23 31
Schedule for ONSALA60  (Code O6 )                                   Page   7
               SN2012AU
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon  11 Mar 2024   Day  71 ---

22 24 30  J1303-1051   10 32 29  14.8 501.3 -2.5     -20.1   -10     1324   No stop 
22 25 30  ---          10 33 29  14.9 501.5 -2.5     -20.0    50     1340   22 24 31

22 26 10  J1254-1053   10 34 09  15.6 503.7 -2.4     -19.0    30     1340   22 26 10
22 27 00  ---          10 34 59  15.7 503.9 -2.4     -18.9    50     1353   22 26 11

22 27 00  SN2012AU     10 34 59  16.3 503.7 -2.4     -18.9    -7     1353   No stop 
22 28 20  ---          10 36 19  16.4 504.0 -2.3     -18.8    73     1373   22 27 01

22 28 20  J1254-1053   10 36 19  15.8 504.3 -2.3     -18.7    -7     1373   No stop 
22 29 20  ---          10 37 19  15.9 504.5 -2.3     -18.6    53     1389   22 28 21

22 29 20  SN2012AU     10 37 19  16.5 504.3 -2.3     -18.7    -7     1389   No stop 
22 30 40  ---          10 38 40  16.6 504.6 -2.3     -18.5    73     1409   22 29 21

22 31 20  J1254-1053   10 39 20  16.0 505.0 -2.3     -18.4    33     1409   22 31 20
22 32 10  ---          10 40 10  16.1 505.2 -2.3     -18.3    50     1422   22 31 21

22 32 10  SN2012AU     10 40 10  16.7 505.0 -2.3     -18.3    -7     1422   No stop 
22 33 30  ---          10 41 30  16.8 505.3 -2.2     -18.2    73     1443   22 32 11

22 33 30  J1254-1053   10 41 30  16.2 505.5 -2.2     -18.1    -7     1443   No stop 
22 34 30  ---          10 42 30  16.3 505.8 -2.2     -18.0    53     1458   22 33 31

22 34 30  J1303-1051   10 42 30  15.7 503.7 -2.4     -19.0   -10     1458   No stop 
22 35 30  ---          10 43 31  15.7 503.9 -2.4     -18.9    50     1474   22 34 31

22 36 10  J1254-1053   10 44 11  16.4 506.2 -2.2     -17.8    30     1474   22 36 10
22 37 00  ---          10 45 01  16.5 506.4 -2.2     -17.7    50     1487   22 36 11

22 37 00  SN2012AU     10 45 01  17.1 506.1 -2.2     -17.8    -7     1487   No stop 
22 38 20  ---          10 46 21  17.2 506.5 -2.2     -17.6    73     1507   22 37 01

22 38 20  J1254-1053   10 46 21  16.6 506.7 -2.2     -17.5    -7     1507   No stop 
22 39 20  ---          10 47 21  16.6 506.9 -2.1     -17.4    53     1523   22 38 21

22 39 20  SN2012AU     10 47 21  17.3 506.7 -2.1     -17.5    -7     1523   No stop 
22 40 40  ---          10 48 41  17.4 507.0 -2.1     -17.3    73     1543   22 39 21

22 41 20  J1254-1053   10 49 21  16.8 507.4 -2.1     -17.2    33     1543   22 41 20
22 42 10  ---          10 50 12  16.9 507.6 -2.1     -17.1    50     1556   22 41 21

22 42 10  SN2012AU     10 50 12  17.5 507.4 -2.1     -17.2    -7     1556   No stop 
22 43 30  ---          10 51 32  17.6 507.7 -2.1     -17.0    73     1577   22 42 11
Schedule for ONSALA60  (Code O6 )                                   Page   8
               SN2012AU
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon  11 Mar 2024   Day  71 ---

22 43 30  J1254-1053   10 51 32  16.9 508.0 -2.1     -16.9    -7     1577   No stop 
22 44 30  ---          10 52 32  17.0 508.2 -2.1     -16.8    53     1592   22 43 31

22 44 30  J1303-1051   10 52 32  16.4 506.1 -2.2     -17.8   -10     1592   No stop 
22 45 30  ---          10 53 32  16.5 506.4 -2.2     -17.7    50     1608   22 44 31

22 46 10  J1254-1053   10 54 12  17.1 508.6 -2.0     -16.6    30     1608   22 46 10
22 47 00  ---          10 55 02  17.2 508.8 -2.0     -16.5    50     1621   22 46 11

22 47 00  SN2012AU     10 55 02  17.8 508.6 -2.0     -16.6    -7     1621   No stop 
22 48 20  ---          10 56 23  17.9 508.9 -2.0     -16.4    73     1641   22 47 01

22 48 20  J1254-1053   10 56 23  17.3 509.2 -2.0     -16.3    -7     1641   No stop 
22 49 20  ---          10 57 23  17.4 509.4 -2.0     -16.2    53     1657   22 48 21

22 49 20  SN2012AU     10 57 23  18.0 509.2 -2.0     -16.3    -7     1657   No stop 
22 50 40  ---          10 58 43  18.1 509.5 -2.0     -16.1    73     1677   22 49 21

22 51 20  J1254-1053   10 59 23  17.5 509.9 -1.9     -16.0    33     1677   22 51 20
22 52 10  ---          11 00 13  17.6 510.1 -1.9     -15.9    50     1690   22 51 21

22 52 10  SN2012AU     11 00 13  18.2 509.9 -1.9     -15.9    -7     1690   No stop 
22 53 30  ---          11 01 33  18.3 510.2 -1.9     -15.8    73     1711   22 52 11

22 53 30  J1254-1053   11 01 33  17.6 510.4 -1.9     -15.7    -7     1711   No stop 
22 54 30  ---          11 02 34  17.7 510.7 -1.9     -15.6    53     1726   22 53 31

22 54 30  J1303-1051   11 02 34  17.2 508.6 -2.0     -16.6   -10     1726   No stop 
22 55 30  ---          11 03 34  17.2 508.8 -2.0     -16.5    50     1742   22 54 31

22 56 10  J1254-1053   11 04 14  17.8 511.1 -1.9     -15.4    30     1742   22 56 10
22 57 00  ---          11 05 04  17.9 511.3 -1.8     -15.3    50     1755   22 56 11

22 57 00  SN2012AU     11 05 04  18.5 511.1 -1.9     -15.4    -7     1755   No stop 
22 58 20  ---          11 06 24  18.6 511.4 -1.8     -15.2    73     1775   22 57 01

22 58 20  J1254-1053   11 06 24  18.0 511.6 -1.8     -15.1    -7     1775   No stop 
22 59 20  ---          11 07 24  18.0 511.9 -1.8     -15.0    53     1791   22 58 21

22 59 20  SN2012AU     11 07 24  18.6 511.7 -1.8     -15.1    -8     1791   No stop 
23 00 40  ---          11 08 45  18.7 512.0 -1.8     -14.9    72     1811   22 59 21

23 01 20  J1254-1053   11 09 25  18.1 512.4 -1.8     -14.7    33     1811   23 01 20
23 02 10  ---          11 10 15  18.2 512.6 -1.8     -14.6    50     1824   23 01 21
Schedule for ONSALA60  (Code O6 )                                   Page   9
               SN2012AU
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon  11 Mar 2024   Day  71 ---

23 02 10  SN2012AU     11 10 15  18.8 512.4 -1.8     -14.7    -8     1824   No stop 
23 03 30  ---          11 11 35  18.9 512.7 -1.7     -14.5    72     1845   23 02 11

23 03 30  J1254-1053   11 11 35  18.3 512.9 -1.7     -14.5    -7     1845   No stop 
23 04 30  ---          11 12 35  18.3 513.2 -1.7     -14.3    53     1860   23 03 31

23 04 30  J1303-1051   11 12 35  17.9 511.1 -1.9     -15.4   -10     1860   No stop 
23 05 30  ---          11 13 35  17.9 511.3 -1.8     -15.3    50     1876   23 04 31

23 06 10  J1254-1053   11 14 16  18.4 513.6 -1.7     -14.1    30     1876   23 06 10
23 07 00  ---          11 15 06  18.5 513.8 -1.7     -14.0    50     1888   23 06 11

23 07 00  SN2012AU     11 15 06  19.1 513.6 -1.7     -14.1    -8     1888   No stop 
23 08 20  ---          11 16 26  19.2 514.0 -1.7     -13.9    72     1909   23 07 01

23 08 20  J1254-1053   11 16 26  18.6 514.1 -1.7     -13.9    -7     1909   No stop 
23 09 20  ---          11 17 26  18.6 514.4 -1.6     -13.7    53     1925   23 08 21

23 09 20  SN2012AU     11 17 26  19.3 514.2 -1.6     -13.8    -8     1925   No stop 
23 10 40  ---          11 18 46  19.3 514.6 -1.6     -13.6    72     1945   23 09 21

23 11 20  J1254-1053   11 19 26  18.7 514.9 -1.6     -13.5    33     1945   23 11 20
23 12 10  ---          11 20 17  18.8 515.1 -1.6     -13.4    50     1958   23 11 21

23 12 10  SN2012AU     11 20 17  19.4 514.9 -1.6     -13.4    -8     1958   No stop 
23 13 30  ---          11 21 37  19.5 515.3 -1.6     -13.2    72     1979   23 12 11

23 13 30  J1254-1053   11 21 37  18.9 515.4 -1.6     -13.2    -8     1979   No stop 
23 14 30  ---          11 22 37  18.9 515.7 -1.6     -13.1    52     1994   23 13 31

23 14 30  J1303-1051   11 22 37  18.5 513.6 -1.7     -14.1   -10     1994   No stop 
23 15 30  ---          11 23 37  18.5 513.8 -1.7     -14.0    50     2010   23 14 31

23 16 10  J1254-1053   11 24 17  19.0 516.1 -1.5     -12.8    30     2010   23 16 10
23 17 00  ---          11 25 07  19.1 516.3 -1.5     -12.7    50     2022   23 16 11

23 17 00  SN2012AU     11 25 07  19.7 516.2 -1.5     -12.8    -8     2022   No stop 
23 18 20  ---          11 26 28  19.8 516.5 -1.5     -12.6    72     2043   23 17 01

23 18 20  J1254-1053   11 26 28  19.1 516.7 -1.5     -12.6    -8     2043   No stop 
23 19 20  ---          11 27 28  19.2 516.9 -1.5     -12.4    52     2059   23 18 21

23 19 20  SN2012AU     11 27 28  19.8 516.8 -1.5     -12.5    -8     2059   No stop 
23 20 40  ---          11 28 48  19.9 517.1 -1.5     -12.3    72     2079   23 19 21
Schedule for ONSALA60  (Code O6 )                                   Page  10
               SN2012AU
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon  11 Mar 2024   Day  71 ---

23 21 20  J1254-1053   11 29 28  19.3 517.4 -1.4     -12.2    32     2079   23 21 20
23 22 10  ---          11 30 18  19.3 517.7 -1.4     -12.0    50     2092   23 21 21

23 22 10  SN2012AU     11 30 18  20.0 517.5 -1.4     -12.1    -8     2092   No stop 
23 23 30  ---          11 31 38  20.0 517.8 -1.4     -11.9    72     2113   23 22 11

23 23 30  J1254-1053   11 31 38  19.4 518.0 -1.4     -11.9    -8     2113   No stop 
23 24 30  ---          11 32 39  19.5 518.2 -1.4     -11.7    52     2128   23 23 31

23 24 30  J1303-1051   11 32 39  19.1 516.1 -1.5     -12.9   -10     2128   No stop 
23 25 30  ---          11 33 39  19.1 516.3 -1.5     -12.7    50     2144   23 24 31

23 26 10  J1254-1053   11 34 19  19.5 518.7 -1.4     -11.5    30     2144   23 26 10
23 27 00  ---          11 35 09  19.6 518.9 -1.3     -11.4    50     2156   23 26 11

23 27 00  SN2012AU     11 35 09  20.2 518.7 -1.3     -11.5    -8     2156   No stop 
23 28 20  ---          11 36 29  20.3 519.1 -1.3     -11.3    72     2177   23 27 01

23 28 20  J1254-1053   11 36 29  19.6 519.2 -1.3     -11.2    -8     2177   No stop 
23 29 20  ---          11 37 29  19.7 519.5 -1.3     -11.1    52     2193   23 28 21

23 29 20  SN2012AU     11 37 29  20.3 519.3 -1.3     -11.1    -8     2193   No stop 
23 30 40  ---          11 38 50  20.4 519.7 -1.3     -11.0    72     2213   23 29 21

23 31 20  J1254-1053   11 39 30  19.8 520.0 -1.3     -10.8    32     2213   23 31 20
23 32 10  ---          11 40 20  19.8 520.2 -1.3     -10.7    50     2226   23 31 21

23 32 10  SN2012AU     11 40 20  20.5 520.1 -1.3     -10.8    -8     2226   No stop 
23 33 30  ---          11 41 40  20.5 520.4 -1.2     -10.6    72     2247   23 32 11

23 33 30  J1254-1053   11 41 40  19.9 520.6 -1.2     -10.5    -8     2247   No stop 
23 34 30  ---          11 42 40  19.9 520.8 -1.2     -10.4    52     2262   23 33 31

23 34 30  J1303-1051   11 42 40  19.6 518.6 -1.4     -11.5   -10     2262   No stop 
23 35 30  ---          11 43 40  19.6 518.9 -1.3     -11.4    50     2278   23 34 31

23 36 10  J1254-1053   11 44 20  20.0 521.2 -1.2     -10.2    30     2278   23 36 10
23 37 00  ---          11 45 11  20.0 521.5 -1.2     -10.1    50     2290   23 36 11

23 37 00  SN2012AU     11 45 11  20.7 521.3 -1.2     -10.1    -8     2290   No stop 
23 38 20  ---          11 46 31  20.7 521.7 -1.2      -9.9    72     2311   23 37 01

23 38 20  J1254-1053   11 46 31  20.1 521.8 -1.2      -9.9    -8     2311   No stop 
23 39 20  ---          11 47 31  20.1 522.1 -1.1      -9.7    52     2326   23 38 21
Schedule for ONSALA60  (Code O6 )                                   Page  11
               SN2012AU
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon  11 Mar 2024   Day  71 ---

23 39 20  SN2012AU     11 47 31  20.8 521.9 -1.1      -9.8    -8     2326   No stop 
23 40 40  ---          11 48 51  20.8 522.3 -1.1      -9.6    72     2347   23 39 21

23 41 20  J1254-1053   11 49 31  20.2 522.6 -1.1      -9.5    32     2347   23 41 20
23 42 10  ---          11 50 21  20.2 522.8 -1.1      -9.3    50     2360   23 41 21

23 42 10  SN2012AU     11 50 21  20.9 522.7 -1.1      -9.4    -8     2360   No stop 
23 43 30  ---          11 51 42  20.9 523.0 -1.1      -9.2    72     2381   23 42 11

23 43 30  J1254-1053   11 51 42  20.3 523.1 -1.1      -9.2    -8     2381   No stop 
23 44 30  ---          11 52 42  20.3 523.4 -1.1      -9.0    52     2396   23 43 31

23 44 30  J1303-1051   11 52 42  20.0 521.2 -1.2     -10.2   -10     2396   No stop 
23 45 30  ---          11 53 42  20.1 521.5 -1.2     -10.0    50     2411   23 44 31

23 46 10  J1254-1053   11 54 22  20.4 523.8 -1.0      -8.8    30     2411   23 46 10
23 47 00  ---          11 55 12  20.4 524.0 -1.0      -8.7    50     2424   23 46 11

23 47 00  SN2012AU     11 55 12  21.1 523.9 -1.0      -8.7    -8     2424   No stop 
23 48 20  ---          11 56 32  21.1 524.3 -1.0      -8.5    72     2445   23 47 01

23 48 20  J1254-1053   11 56 32  20.5 524.4 -1.0      -8.5    -8     2445   No stop 
23 49 20  ---          11 57 33  20.5 524.6 -1.0      -8.4    52     2460   23 48 21

23 49 20  SN2012AU     11 57 33  21.2 524.5 -1.0      -8.4    -8     2460   No stop 
23 50 40  ---          11 58 53  21.2 524.9 -1.0      -8.2    72     2481   23 49 21

23 51 20  J1254-1053   11 59 33  20.6 525.2 -0.9      -8.1    32     2481   23 51 20
23 52 10  ---          12 00 23  20.6 525.4 -0.9      -8.0    50     2494   23 51 21

23 52 10  SN2012AU     12 00 23  21.3 525.3 -0.9      -8.0    -8     2494   No stop 
23 53 30  ---          12 01 43  21.3 525.6 -0.9      -7.8    72     2515   23 52 11

23 53 30  J1254-1053   12 01 43  20.7 525.7 -0.9      -7.8    -8     2515   No stop 
23 54 30  ---          12 02 43  20.7 526.0 -0.9      -7.6    52     2530   23 53 31

23 54 30  J1303-1051   12 02 43  20.4 523.8 -1.0      -8.8   -10     2530   No stop 
23 55 30  ---          12 03 44  20.5 524.1 -1.0      -8.7    50     2545   23 54 31

23 56 10  J1254-1053   12 04 24  20.8 526.4 -0.9      -7.4    30     2545   23 56 10
23 57 00  ---          12 05 14  20.8 526.6 -0.8      -7.3    50     2558   23 56 11

23 57 00  SN2012AU     12 05 14  21.4 526.5 -0.8      -7.3    -8     2558   No stop 
23 58 20  ---          12 06 34  21.5 526.9 -0.8      -7.1    72     2579   23 57 01
Schedule for ONSALA60  (Code O6 )                                   Page  12
               SN2012AU
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Mon  11 Mar 2024   Day  71 ---

23 58 20  J1254-1053   12 06 34  20.8 527.0 -0.8      -7.1    -8     2579   No stop 
23 59 20  ---          12 07 34  20.8 527.3 -0.8      -7.0    52     2594   23 58 21

 --- Start: Mon  11 Mar 2024   Day  71 -- Stop: Tue  12 Mar 2024   Day  72 ---

23 59 20  SN2012AU     12 07 34  21.5 527.2 -0.8      -7.0    -8     2594   No stop 
00 00 40  ---          12 08 54  21.5 527.5 -0.8      -6.8    72     2615   23 59 21

00 01 20  J1254-1053   12 09 35  20.9 527.8 -0.8      -6.7    32     2615   00 01 20
00 02 10  ---          12 10 25  20.9 528.0 -0.8      -6.6    50     2628   00 01 21

00 02 10  SN2012AU     12 10 25  21.6 527.9 -0.8      -6.6    -8     2628   No stop 
00 03 30  ---          12 11 45  21.6 528.2 -0.7      -6.4    72     2649   00 02 11

00 03 30  J1254-1053   12 11 45  21.0 528.3 -0.7      -6.4    -8     2649   No stop 
00 04 30  ---          12 12 45  21.0 528.6 -0.7      -6.2    52     2664   00 03 31

00 04 30  J1303-1051   12 12 45  20.8 526.4 -0.9      -7.4   -10     2664   No stop 
00 05 30  ---          12 13 45  20.8 526.7 -0.8      -7.3    50     2679   00 04 31

00 06 10  J1254-1053   12 14 25  21.0 529.0 -0.7      -6.0    30     2679   00 06 10
00 07 00  ---          12 15 16  21.1 529.3 -0.7      -5.9    50     2692   00 06 11

00 07 00  SN2012AU     12 15 16  21.7 529.2 -0.7      -5.9    -8     2692   No stop 
00 08 20  ---          12 16 36  21.7 529.5 -0.7      -5.7    72     2713   00 07 01

00 08 20  J1254-1053   12 16 36  21.1 529.6 -0.7      -5.7    -8     2713   No stop 
00 09 20  ---          12 17 36  21.1 529.9 -0.6      -5.5    52     2728   00 08 21

00 09 20  SN2012AU     12 17 36  21.8 529.8 -0.6      -5.6    -8     2728   No stop 
00 10 40  ---          12 18 56  21.8 530.1 -0.6      -5.4    72     2749   00 09 21

00 11 20  J1254-1053   12 19 36  21.2 530.4 -0.6      -5.3    32     2749   00 11 20
00 12 10  ---          12 20 26  21.2 530.6 -0.6      -5.1    50     2762   00 11 21

00 12 10  SN2012AU     12 20 26  21.8 530.5 -0.6      -5.2    -8     2762   No stop 
00 13 30  ---          12 21 47  21.9 530.9 -0.6      -5.0    72     2782   00 12 11

00 13 30  J1254-1053   12 21 47  21.2 531.0 -0.6      -4.9    -8     2782   No stop 
00 14 30  ---          12 22 47  21.2 531.2 -0.6      -4.8    52     2798   00 13 31

00 14 30  J1303-1051   12 22 47  21.1 529.0 -0.7      -6.0   -10     2798   No stop 
00 15 30  ---          12 23 47  21.1 529.3 -0.7      -5.9    50     2813   00 14 31
Schedule for ONSALA60  (Code O6 )                                   Page  13
               SN2012AU
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue  12 Mar 2024   Day  72 ---

00 16 10  J1254-1053   12 24 27  21.3 531.7 -0.5      -4.6    30     2813   00 16 10
00 17 00  ---          12 25 17  21.3 531.9 -0.5      -4.4    50     2826   00 16 11

00 17 00  SN2012AU     12 25 17  21.9 531.8 -0.5      -4.5    -8     2826   No stop 
00 18 20  ---          12 26 37  22.0 532.2 -0.5      -4.3    72     2847   00 17 01

00 18 20  J1254-1053   12 26 37  21.3 532.2 -0.5      -4.2    -8     2847   No stop 
00 19 20  ---          12 27 38  21.3 532.5 -0.5      -4.1    52     2862   00 18 21

00 20 20  J1159+2914   12 28 38  61.3 552.7  0.5       7.8    11     2862   00 20 20
00 24 00  ---          12 32 18  61.2 554.4  0.5       8.8   220     2919   00 20 21

00 26 00  B0950+08     12 34 19  31.6 588.3  2.7      24.0    82     2919   00 26 00
00 30 00  ---          12 38 19  31.2 589.4  2.7      24.4   240     2981   00 26 01


SETUP FILE INFORMATION:
   NOTE: If DOPPLER, FREQ, or BW were used, see the individual scans for the final BBC settings.


 ======== Setup file: sess124.K2048
 --- WARNING ---  This group does not match an entry in the frequency catalog.
                  This might be ok because the catalog is not complete.
                  But be very careful to be sure that the setup is correct.

   Setup group:    3         Station: ONSALA60          Total bit rate:  2048
   Format: VDIF              Bits per sample: 2         Sample rate: 64.000
   Number of channels: 16    DBE type: DBBC_DDC         Speedup factor:   1.00

   Disk used to record data.

   1st LO=  21480.00  21480.00  21480.00  21480.00  21480.00  21480.00  21480.00  21480.00
            21480.00  21480.00  21480.00  21480.00  21480.00  21480.00  21480.00  21480.00
   Net SB=         L         L         U         U         L         L         U         U
                   L         L         U         U         L         L         U         U
   IF SB =         U         U         U         U         U         U         U         U
                   U         U         U         U         U         U         U         U
   Pol.  =      RCP       LCP       RCP       LCP       RCP       LCP       RCP       LCP 
                RCP       LCP       RCP       LCP       RCP       LCP       RCP       LCP 
   BBC   =         1         9         1         9         2        10         2        10
                   3        11         3        11         4        12         4        12
   BBC SB=         L         L         U         U         L         L         U         U
                   L         L         U         U         L         L         U         U
   IF    =        A1        C1        A1        C1        A1        C1        A1        C1
                  A1        C1        A1        C1        A1        C1        A1        C1

  The following frequency sets based on these setups were used.

   Frequency Set:   4  Setup file default.  Used with PCAL = off
   LO sum=   22139.49  22139.49  22139.49  22139.49  22203.49  22203.49  22203.49  22203.49
             22267.49  22267.49  22267.49  22267.49  22331.49  22331.49  22331.49  22331.49
   BBC fr=     659.49    659.49    659.49    659.49    723.49    723.49    723.49    723.49
               787.49    787.49    787.49    787.49    851.49    851.49    851.49    851.49
   Bandwd=      32.00     32.00     32.00     32.00     32.00     32.00     32.00     32.00
                32.00     32.00     32.00     32.00     32.00     32.00     32.00     32.00
    Matching frequency sets:   4  10

   Track assignments are: 
    track1=   1,  2,  3,  4,  5,  6,  7,  8,  9, 10, 11, 12, 13, 14, 15, 16
    barrel=roll_off 

 POSITIONS OF SOURCES USED IN RECORDING SCANS

   Source                         Source position (RA/Dec)                        Error
                        (B1950)             (J2000)             (Date)            (mas)

 * SN2012AU          12 52 15.724408   * 12 54 52.250000     12 56 08.834006       0.00
                    -09 58 35.71619    *-10 14 50.63000     -10 22 48.42988        0.00
                     From catalog imbedded in main SCHED input file.

 * J1254-1053        12 52 10.577414   * 12 54 47.280000     12 56 03.948128       0.00
                    -10 37 36.29701    *-10 53 51.30000     -11 01 49.03620        0.00
                     From catalog imbedded in main SCHED input file.

 * J1303-1051        13 00 36.725007   * 13 03 13.867900     13 04 30.732541       0.00
                    -10 35 11.31897    *-10 51 17.12900     -10 59 10.50589        0.00
                     From catalog imbedded in main SCHED input file.

 * J1159+2914        11 56 57.786199   * 11 59 31.833900     12 00 47.710958       0.00
                     29 31 25.73890    * 29 14 43.82700      29 06 32.05285        0.00
                     From catalog imbedded in main SCHED input file.

 * B0950+08          09 50 30.550681   * 09 53 09.309700     09 54 27.015421       0.00
                     08 09 45.15217    * 07 55 35.75000      07 48 41.92434        0.00
                     From catalog imbedded in main SCHED input file.



SOURCE SCAN SUMMARY FOR SOURCES LISTED ABOVE

     Scan hours are for recording scans only. 
     Baseline hours are only counted for scans above horizon at both ends.
  Source       Setup file             Frequency sets                  Observing hours
                                   (duplicates not shown)              Scan  Baseline
  SN2012AU   sess124.K2048         1 2 3 4 5 6 7 9 12                1.822    74.780
  J1254-1053 sess124.K2048         1 2 3 4 5 6 7 9 12                1.717    72.145
  J1303-1051 sess124.K2048         1 2 3 4 5 6 7 9 12                0.450    14.937
  J1159+2914 sess124.K2048         1 2 3 4 5 6 7 9 12                0.194    13.852
  B0950+08   sess124.K2048         1 2 3 4 7 9                       0.067     2.211


EFFECT OF SOLAR CORONA

  The solar corona can cause unstable phases for sources too close to the Sun.
  SCHED provides warnings at individual scans for distances less than 10 degrees.
  The distance from the Sun to each source in this schedule is:
    Source         Sun distance (deg) 
   SN2012AU           154.6
   J1254-1053         154.3
   J1303-1051         152.5
   J1159+2914         153.1
   B0950+08           155.8

  Barry Clark estimates from predictions by Ketan Desai of IPM scattering sizes 
  that the Sun will cause amplitude reductions on the  longest VLBA baselines 
  at a solar distance of 60deg F^(-0.6) where F is in GHz. 
  For common VLBI bands, this is: 
       327 MHz        117. deg 
       610 MHz         81. deg 
       1.6 GHz         45. deg 
       2.3 GHz         36. deg 
       5.0 GHz         23. deg 
       8.4 GHz         17. deg 
      15.0 GHz         12. deg 
      22.0 GHz          9. deg 
      43.0 GHz          6. deg 

