  COVER INFORMATION 

 Station:    HART      (Code Hh ) 
 Experiment: Experiment that exercises 1024 Mbps
 Exp. Code:  em095b  


Schedule Version:       2.10
Processed by SCHED version:  10.00  Release Sept. 15, 2011

PI:       Mezcua, Mar

Address:  Max-Planck Institut fuer Radioastronomie
          Auf dem Huegel 69, 53121 Bonn
          Germany
 

Phone:    +49 228 525 365
EMAIL:    mmezcua@mpifr.de
Fax:
Phone during observation:

Observing mode: eVLBI at 18 cm

Notes:
 
 
 

Schedule for HART      (Code Hh )                                   Page   2
               Experiment that exercises 1024 Mbps
  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
----------------------------------------------------------------------------------------

 --- Fri   8 Jun 2012   Day 160 ---

 Next scan frequencies:  1616.49  1616.49  1616.49  1616.49  1648.49  1648.49
                         1648.49  1648.49  1680.49  1680.49  1680.49  1680.49
                         1712.49  1712.49  1712.49  1712.49
 Next BBC frequencies:    106.49   106.49   106.49   106.49   138.49   138.49
                          138.49   138.49   170.49   170.49   170.49   170.49
                          202.49   202.49   202.49   202.49
 Next scan bandwidths:     16.00    16.00    16.00    16.00    16.00    16.00
                           16.00    16.00    16.00    16.00    16.00    16.00
                           16.00    16.00    16.00    16.00

11 00 00  4C39.25      05 59 40   8.9  38.3 -3.5       0.0     0        0   10 59 55
11 14 20  ---          06 14 02  10.9  36.3 -3.2       0.0   860      112   10 59 59

11 15 00  4C39.25      06 14 42  11.0  36.2 -3.2       0.0    19      112   11 14 55
11 29 20  ---          06 29 04  12.9  34.1 -3.0       0.0   860      223   11 14 59

11 30 00  4C39.25      06 29 45  12.9  34.0 -3.0       0.0    19      223   11 29 55
11 44 20  ---          06 44 07  14.7  31.8 -2.7       0.0   860      335   11 29 59

11 45 00  4C39.25      06 44 47  14.8  31.7 -2.7       0.0    19      335   11 44 55
11 59 20  ---          06 59 09  16.4  29.3 -2.5       0.0   860      446   11 44 59

12 00 00  4C39.25      06 59 50  16.5  29.2 -2.5       0.0    19      446   11 59 55
12 14 20  ---          07 14 12  18.0  26.7 -2.2       0.0   860      558   11 59 59

12 15 00  4C39.25      07 14 52  18.1  26.6 -2.2       0.0    19      558   12 14 55
12 29 20  ---          07 29 14  19.5  24.1 -2.0       0.0   860      670   12 14 59

12 30 00  4C39.25      07 29 54  19.5  23.9 -2.0       0.0    19      670   12 29 55
12 44 20  ---          07 44 17  20.8  21.3 -1.7       0.0   860      781   12 29 59

12 45 00  4C39.25      07 44 57  20.8  21.2 -1.7       0.0    19      781   12 44 55
12 59 20  ---          07 59 19  21.9  18.4 -1.5       0.0   860      893   12 44 59

13 00 00  4C39.25      07 59 59  22.0  18.3 -1.5       0.0    19      893   12 59 55
13 11 00  ---          08 11 01  22.7  16.1 -1.3       0.0   660      979   12 59 59

14 21 40  N4490-X1     09 21 53   9.6  33.9 -3.2       0.0  4122      979   14 21 35
14 25 00  ---          09 25 13  10.0  33.4 -3.1       0.0   200     1005   14 21 39

14 25 40  J1224+4335   09 25 53   9.3  31.2 -3.0       0.0    10     1005   14 25 35
14 27 00  =1222+438    09 27 14   9.4  31.1 -3.0       0.0    80     1016   14 25 39
Schedule for HART      (Code Hh )                                   Page   3
               Experiment that exercises 1024 Mbps
  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
----------------------------------------------------------------------------------------

 --- Fri   8 Jun 2012   Day 160 ---

14 27 40  N4490-X1     09 27 54  10.3  33.0 -3.1       0.0    10     1016   14 27 35
14 31 00  ---          09 31 14  10.7  32.5 -3.0       0.0   200     1043   14 27 39

14 31 40  J1224+4335   09 31 54  10.0  30.4 -2.9       0.0    10     1043   14 31 35
14 33 00  =1222+438    09 33 15  10.1  30.2 -2.9       0.0    80     1053   14 31 39

14 33 40  N4490-X1     09 33 55  11.1  32.2 -3.0       0.0    10     1053   14 33 35
14 37 00  ---          09 37 15  11.4  31.7 -2.9       0.0   200     1080   14 33 39

14 37 40  J1224+4335   09 37 55  10.7  29.5 -2.8       0.0    10     1080   14 37 35
14 39 00  =1222+438    09 39 16  10.8  29.3 -2.8       0.0    80     1091   14 37 39

14 39 40  N4490-X1     09 39 56  11.8  31.3 -2.9       0.0    10     1091   14 39 35
14 43 00  ---          09 43 16  12.2  30.8 -2.8       0.0   200     1117   14 39 39

14 43 40  J1224+4335   09 43 56  11.3  28.6 -2.7       0.0    10     1117   14 43 35
14 45 00  =1222+438    09 45 17  11.5  28.4 -2.7       0.0    80     1128   14 43 39

14 45 40  N4490-X1     09 45 57  12.5  30.4 -2.8       0.0    10     1128   14 45 35
14 49 00  ---          09 49 17  12.8  29.9 -2.7       0.0   200     1155   14 45 39

14 49 40  J1224+4335   09 49 57  12.0  27.7 -2.6       0.0    10     1155   14 49 35
14 51 00  =1222+438    09 51 18  12.1  27.5 -2.6       0.0    80     1166   14 49 39

14 51 40  N4490-X1     09 51 58  13.1  29.4 -2.7       0.0    10     1166   14 51 35
14 55 00  ---          09 55 18  13.5  28.9 -2.6       0.0   200     1192   14 51 39

14 55 40  J1224+4335   09 55 58  12.6  26.8 -2.5       0.0    10     1192   14 55 35
14 57 00  =1222+438    09 57 19  12.7  26.6 -2.5       0.0    80     1203   14 55 39

14 57 40  N4490-X1     09 57 59  13.8  28.5 -2.6       0.0    10     1203   14 57 35
15 01 00  ---          10 01 19  14.1  28.0 -2.5       0.0   200     1230   14 57 39

15 01 40  J1224+4335   10 01 59  13.2  25.9 -2.4       0.0    10     1230   15 01 35
15 03 00  =1222+438    10 03 20  13.3  25.7 -2.4       0.0    80     1241   15 01 39

15 03 40  N4490-X1     10 04 00  14.4  27.5 -2.5       0.0    10     1241   15 03 35
15 07 00  ---          10 07 20  14.8  27.0 -2.4       0.0   200     1267   15 03 39

15 07 40  J1224+4335   10 08 00  13.8  24.9 -2.3       0.0    10     1267   15 07 35
15 09 00  =1222+438    10 09 21  13.9  24.7 -2.3       0.0    80     1278   15 07 39

15 09 40  N4490-X1     10 10 01  15.0  26.6 -2.4       0.0    10     1278   15 09 35
15 13 00  ---          10 13 21  15.4  26.0 -2.3       0.0   200     1304   15 09 39
Schedule for HART      (Code Hh )                                   Page   4
               Experiment that exercises 1024 Mbps
  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
----------------------------------------------------------------------------------------

 --- Fri   8 Jun 2012   Day 160 ---

15 13 40  J1224+4335   10 14 01  14.3  24.0 -2.2       0.0    10     1304   15 13 35
15 15 00  =1222+438    10 15 22  14.4  23.7 -2.2       0.0    80     1315   15 13 39

15 15 40  N4490-X1     10 16 02  15.6  25.6 -2.3       0.0    10     1315   15 15 35
15 19 00  ---          10 19 22  16.0  25.0 -2.2       0.0   200     1342   15 15 39

15 19 40  J1224+4335   10 20 02  14.9  23.0 -2.1       0.0    10     1342   15 19 35
15 21 00  =1222+438    10 21 23  15.0  22.8 -2.1       0.0    80     1353   15 19 39

15 21 40  N4490-X1     10 22 03  16.2  24.6 -2.2       0.0    10     1353   15 21 35
15 25 00  ---          10 25 23  16.5  24.0 -2.1       0.0   200     1379   15 21 39

15 25 40  J1224+4335   10 26 03  15.4  22.0 -2.0       0.0    10     1379   15 25 35
15 27 00  =1222+438    10 27 24  15.5  21.8 -2.0       0.0    80     1390   15 25 39

15 27 40  N4490-X1     10 28 04  16.8  23.5 -2.1       0.0    10     1390   15 27 35
15 31 00  ---          10 31 24  17.1  23.0 -2.0       0.0   200     1417   15 27 39

15 31 40  J1224+4335   10 32 04  15.9  21.0 -1.9       0.0    10     1417   15 31 35
15 33 00  =1222+438    10 33 25  16.0  20.8 -1.9       0.0    80     1428   15 31 39

15 33 40  N4490-X1     10 34 05  17.3  22.5 -2.0       0.0    10     1428   15 33 35
15 37 00  ---          10 37 25  17.6  21.9 -1.9       0.0   200     1454   15 33 39

15 37 40  J1224+4335   10 38 05  16.3  20.0 -1.8       0.0    10     1454   15 37 35
15 39 00  =1222+438    10 39 26  16.4  19.7 -1.8       0.0    80     1465   15 37 39

15 39 40  N4490-X1     10 40 06  17.8  21.5 -1.9       0.0    10     1465   15 39 35
15 43 00  ---          10 43 26  18.1  20.9 -1.8       0.0   200     1492   15 39 39

15 43 40  J1224+4335   10 44 06  16.8  18.9 -1.7       0.0    10     1492   15 43 35
15 45 00  =1222+438    10 45 26  16.9  18.7 -1.7       0.0    80     1502   15 43 39

15 45 40  N4490-X1     10 46 07  18.3  20.4 -1.8       0.0    10     1502   15 45 35
15 49 00  ---          10 49 27  18.5  19.8 -1.7       0.0   200     1529   15 45 39

15 49 40  J1224+4335   10 50 07  17.2  17.9 -1.6       0.0    10     1529   15 49 35
15 51 00  =1222+438    10 51 27  17.3  17.6 -1.6       0.0    80     1540   15 49 39

15 51 40  N4490-X1     10 52 08  18.7  19.3 -1.6       0.0    10     1540   15 51 35
15 55 00  ---          10 55 28  19.0  18.7 -1.6       0.0   200     1566   15 51 39

15 55 40  J1224+4335   10 56 08  17.6  16.8 -1.5       0.0    10     1566   15 55 35
15 57 00  =1222+438    10 57 28  17.7  16.6 -1.5       0.0    80     1577   15 55 39
Schedule for HART      (Code Hh )                                   Page   5
               Experiment that exercises 1024 Mbps
  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
----------------------------------------------------------------------------------------

 --- Fri   8 Jun 2012   Day 160 ---

15 57 40  N4490-X1     10 58 09  19.2  18.2 -1.5       0.0    10     1577   15 57 35
16 01 00  ---          11 01 29  19.4  17.6 -1.5       0.0   200     1604   15 57 39

16 01 40  J1224+4335   11 02 09  18.0  15.7 -1.4       0.0    10     1604   16 01 35
16 03 00  =1222+438    11 03 29  18.1  15.5 -1.4       0.0    80     1615   16 01 39

16 03 40  N4490-X1     11 04 10  19.6  17.1 -1.4       0.0    10     1615   16 03 35
16 07 00  ---          11 07 30  19.8  16.5 -1.4       0.0   200     1641   16 03 39

16 07 40  J1224+4335   11 08 10  18.4  14.6 -1.3       0.0    10     1641   16 07 35
16 09 00  =1222+438    11 09 30  18.4  14.4 -1.3       0.0    80     1652   16 07 39

16 09 40  N4490-X1     11 10 11  20.0  16.0 -1.3       0.0    10     1652   16 09 35
16 13 00  ---          11 13 31  20.2  15.3 -1.3       0.0   200     1679   16 09 39

16 13 40  J1224+4335   11 14 11  18.7  13.6 -1.2       0.0    10     1679   16 13 35
16 15 00  =1222+438    11 15 31  18.8  13.3 -1.2       0.0    80     1690   16 13 39

16 15 40  N4490-X1     11 16 12  20.3  14.8 -1.2       0.0    10     1690   16 15 35
16 19 00  ---          11 19 32  20.5  14.2 -1.2       0.0   200     1716   16 15 39

16 19 40  J1224+4335   11 20 12  19.0  12.4 -1.1       0.0    10     1716   16 19 35
16 21 00  =1222+438    11 21 32  19.1  12.2 -1.1       0.0    80     1727   16 19 39

16 21 40  N4490-X1     11 22 13  20.7  13.7 -1.1       0.0    10     1727   16 21 35
16 25 00  ---          11 25 33  20.8  13.1 -1.1       0.0   200     1753   16 21 39

16 25 40  J1224+4335   11 26 13  19.3  11.3 -1.0       0.0    10     1753   16 25 35
16 27 00  =1222+438    11 27 33  19.3  11.1 -1.0       0.0    80     1764   16 25 39

16 27 40  N4490-X1     11 28 13  21.0  12.5 -1.0       0.0    10     1764   16 27 35
16 31 00  ---          11 31 34  21.1  11.9 -1.0       0.0   200     1791   16 27 39

16 31 40  J1224+4335   11 32 14  19.5  10.2 -0.9       0.0    10     1791   16 31 35
16 33 00  =1222+438    11 33 34  19.6  10.0 -0.9       0.0    80     1802   16 31 39

16 38 30  4C39.25      11 39 05  18.2 333.7  2.2       0.0   213     1802   16 38 25
16 49 30  ---          11 50 07  17.1 331.8  2.4       0.0   660     1888   16 38 29

16 55 00  J1229+2711   11 55 38  36.3   9.6 -0.6       0.0   213     1888   16 54 55
16 56 30  =1227+274    11 57 08  36.4   9.1 -0.6       0.0    90     1900   16 54 59

16 57 10  N4559-X4     11 57 48  35.4  10.5 -0.6       0.0    11     1900   16 57 05
17 00 30  ---          12 01 09  35.5   9.6 -0.6       0.0   200     1926   16 57 09
Schedule for HART      (Code Hh )                                   Page   6
               Experiment that exercises 1024 Mbps
  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
----------------------------------------------------------------------------------------

 --- Fri   8 Jun 2012   Day 160 ---

17 01 10  J1229+2711   12 01 49  36.5   7.9 -0.5       0.0    10     1926   17 01 05
17 02 30  =1227+274    12 03 09  36.6   7.5 -0.5       0.0    80     1937   17 01 09

17 03 10  N4559-X4     12 03 49  35.6   8.9 -0.5       0.0    11     1937   17 03 05
17 06 30  ---          12 07 10  35.7   8.0 -0.5       0.0   200     1964   17 03 09

17 07 10  J1229+2711   12 07 50  36.7   6.2 -0.4       0.0    10     1964   17 07 05
17 08 30  =1227+274    12 09 10  36.7   5.8 -0.4       0.0    80     1975   17 07 09

17 09 10  N4559-X4     12 09 50  35.8   7.3 -0.4       0.0    11     1975   17 09 05
17 12 30  ---          12 13 11  35.9   6.4 -0.4       0.0   200     2001   17 09 09

17 13 10  J1229+2711   12 13 51  36.8   4.5 -0.3       0.0    10     2001   17 13 05
17 14 30  =1227+274    12 15 11  36.9   4.2 -0.3       0.0    80     2012   17 13 09

17 15 10  N4559-X4     12 15 51  36.0   5.7 -0.3       0.0    11     2012   17 15 05
17 18 30  ---          12 19 12  36.0   4.7 -0.3       0.0   200     2039   17 15 09

17 19 10  J1229+2711   12 19 52  36.9   2.9 -0.2       0.0    10     2039   17 19 05
17 20 30  =1227+274    12 21 12  36.9   2.5 -0.2       0.0    80     2050   17 19 09

17 21 10  N4559-X4     12 21 52  36.1   4.0 -0.2       0.0    11     2050   17 21 05
17 24 30  ---          12 25 13  36.1   3.1 -0.2       0.0   200     2076   17 21 09

17 25 10  J1229+2711   12 25 53  37.0   1.2 -0.1       0.0    10     2076   17 25 05
17 26 30  =1227+274    12 27 13  37.0   0.8  0.0       0.0    80     2087   17 25 09

17 27 10  N4559-X4     12 27 53  36.1   2.4 -0.1       0.0    11     2087   17 27 05
17 30 30  ---          12 31 14  36.2   1.5 -0.1       0.0   200     2113   17 27 09

17 31 10  J1229+2711   12 31 54  37.0 359.5  0.0       0.0    10     2113   17 31 05
17 32 30  =1227+274    12 33 14  37.0 359.2  0.1       0.0    80     2124   17 31 09

17 33 10  N4559-X4     12 33 54  36.2   0.7  0.0       0.0    11     2124   17 33 05
17 36 30  ---          12 37 15  36.2 359.8  0.0       0.0   200     2151   17 33 09

17 37 10  J1229+2711   12 37 55  36.9 357.9  0.1       0.0    10     2151   17 37 05
17 38 30  =1227+274    12 39 15  36.9 357.5  0.2       0.0    80     2162   17 37 09

17 39 10  N4559-X4     12 39 55  36.2 359.1  0.1       0.0    11     2162   17 39 05
17 42 30  ---          12 43 16  36.2 358.2  0.1       0.0   200     2188   17 39 09

17 43 10  J1229+2711   12 43 56  36.9 356.2  0.2       0.0    10     2188   17 43 05
17 44 30  =1227+274    12 45 16  36.9 355.8  0.3       0.0    80     2199   17 43 09
Schedule for HART      (Code Hh )                                   Page   7
               Experiment that exercises 1024 Mbps
  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
----------------------------------------------------------------------------------------

 --- Fri   8 Jun 2012   Day 160 ---

17 45 10  N4559-X4     12 45 56  36.1 357.4  0.2       0.0    11     2199   17 45 05
17 48 30  ---          12 49 17  36.1 356.5  0.2       0.0   200     2226   17 45 09

17 49 10  J1229+2711   12 49 57  36.8 354.5  0.3       0.0    10     2226   17 49 05
17 50 30  =1227+274    12 51 17  36.7 354.1  0.4       0.0    80     2237   17 49 09

17 51 10  N4559-X4     12 51 57  36.1 355.8  0.3       0.0    11     2237   17 51 05
17 54 30  ---          12 55 18  36.0 354.9  0.3       0.0   200     2263   17 51 09

17 55 10  J1229+2711   12 55 58  36.6 352.9  0.4       0.0    10     2263   17 55 05
17 56 30  =1227+274    12 57 18  36.6 352.5  0.5       0.0    80     2274   17 55 09

17 57 10  N4559-X4     12 57 58  35.9 354.2  0.4       0.0    11     2274   17 57 05
18 00 30  ---          13 01 19  35.9 353.3  0.4       0.0   200     2300   17 57 09

18 01 10  J1229+2711   13 01 59  36.4 351.2  0.5       0.0    10     2300   18 01 05
18 02 30  =1227+274    13 03 19  36.4 350.8  0.6       0.0    80     2311   18 01 09

18 03 10  N4559-X4     13 03 59  35.8 352.5  0.5       0.0    11     2311   18 03 05
18 06 30  ---          13 07 20  35.7 351.6  0.5       0.0   200     2338   18 03 09

18 07 10  J1229+2711   13 08 00  36.2 349.6  0.6       0.0    10     2338   18 07 05
18 08 30  =1227+274    13 09 20  36.1 349.2  0.7       0.0    80     2349   18 07 09

18 09 10  N4559-X4     13 10 00  35.6 350.9  0.6       0.0    11     2349   18 09 05
18 12 30  ---          13 13 21  35.5 350.0  0.6       0.0   200     2375   18 09 09

18 13 10  J1229+2711   13 14 01  35.9 347.9  0.7       0.0    10     2375   18 13 05
18 14 30  =1227+274    13 15 21  35.9 347.6  0.8       0.0    80     2386   18 13 09

18 15 10  N4559-X4     13 16 01  35.4 349.3  0.7       0.0    11     2386   18 15 05
18 18 30  ---          13 19 22  35.2 348.4  0.7       0.0   200     2413   18 15 09

18 19 10  J1229+2711   13 20 02  35.6 346.3  0.8       0.0    10     2413   18 19 05
18 20 30  =1227+274    13 21 22  35.6 346.0  0.9       0.0    80     2424   18 19 09

18 21 10  N4559-X4     13 22 02  35.1 347.7  0.8       0.0    11     2424   18 21 05
18 24 30  ---          13 25 23  34.9 346.8  0.8       0.0   200     2450   18 21 09

18 25 10  J1229+2711   13 26 03  35.3 344.7  0.9       0.0    10     2450   18 25 05
18 26 30  =1227+274    13 27 23  35.2 344.4  1.0       0.0    80     2461   18 25 09

18 27 10  N4559-X4     13 28 03  34.8 346.1  0.9       0.0    11     2461   18 27 05
18 30 30  ---          13 31 24  34.6 345.3  0.9       0.0   200     2488   18 27 09
Schedule for HART      (Code Hh )                                   Page   8
               Experiment that exercises 1024 Mbps
  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
----------------------------------------------------------------------------------------

 --- Fri   8 Jun 2012   Day 160 ---

18 31 10  J1229+2711   13 32 04  34.9 343.2  1.0       0.0    10     2488   18 31 05
18 32 30  =1227+274    13 33 24  34.8 342.8  1.1       0.0    80     2499   18 31 09

18 33 10  N4559-X4     13 34 04  34.4 344.6  1.0       0.0    11     2499   18 33 05
18 36 30  ---          13 37 25  34.2 343.7  1.0       0.0   200     2525   18 33 09

18 37 10  J1229+2711   13 38 05  34.5 341.6  1.1       0.0    10     2525   18 37 05
18 38 30  =1227+274    13 39 25  34.4 341.3  1.2       0.0    80     2536   18 37 09

18 39 10  N4559-X4     13 40 05  34.1 343.0  1.1       0.0    11     2536   18 39 05
18 42 30  ---          13 43 26  33.8 342.2  1.1       0.0   200     2562   18 39 09

18 43 10  J1229+2711   13 44 06  34.1 340.1  1.2       0.0    10     2562   18 43 05
18 44 30  =1227+274    13 45 26  34.0 339.8  1.3       0.0    80     2573   18 43 09

18 45 10  N4559-X4     13 46 06  33.7 341.5  1.2       0.0    11     2573   18 45 05
18 48 30  ---          13 49 27  33.4 340.7  1.2       0.0   200     2600   18 45 09

18 49 10  J1229+2711   13 50 07  33.6 338.6  1.3       0.0    10     2600   18 49 05
18 50 30  =1227+274    13 51 27  33.5 338.3  1.4       0.0    80     2611   18 49 09

18 51 10  N4559-X4     13 52 07  33.2 340.0  1.3       0.0    11     2611   18 51 05
18 54 30  ---          13 55 28  32.9 339.2  1.3       0.0   200     2637   18 51 09

18 55 10  J1229+2711   13 56 08  33.1 337.1  1.4       0.0    10     2637   18 55 05
18 56 30  =1227+274    13 57 28  33.0 336.8  1.5       0.0    80     2648   18 55 09

18 57 10  N4559-X4     13 58 08  32.7 338.5  1.4       0.0    11     2648   18 57 05
19 00 30  ---          14 01 29  32.4 337.7  1.4       0.0   200     2675   18 57 09

19 01 10  J1229+2711   14 02 09  32.5 335.7  1.5       0.0    10     2675   19 01 05
19 02 30  =1227+274    14 03 29  32.4 335.3  1.6       0.0    80     2686   19 01 09

19 03 10  N4559-X4     14 04 09  32.2 337.1  1.5       0.0    11     2686   19 03 05
19 06 30  ---          14 07 30  31.9 336.3  1.5       0.0   200     2712   19 03 09

19 07 10  J1229+2711   14 08 10  32.0 334.2  1.6       0.0    10     2712   19 07 05
19 08 30  =1227+274    14 09 30  31.8 333.9  1.7       0.0    80     2723   19 07 09

19 09 10  N4559-X4     14 10 10  31.7 335.7  1.6       0.0    11     2723   19 09 05
19 12 30  ---          14 13 31  31.4 334.9  1.6       0.0   200     2750   19 09 09

19 13 10  J1229+2711   14 14 11  31.4 332.8  1.7       0.0    10     2750   19 13 05
19 14 30  =1227+274    14 15 31  31.2 332.5  1.8       0.0    80     2760   19 13 09
Schedule for HART      (Code Hh )                                   Page   9
               Experiment that exercises 1024 Mbps
  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
----------------------------------------------------------------------------------------

 --- Fri   8 Jun 2012   Day 160 ---

19 15 10  N4559-X4     14 16 11  31.1 334.2  1.7       0.0    11     2760   19 15 05
19 18 30  ---          14 19 32  30.8 333.5  1.7       0.0   200     2787   19 15 09

19 19 10  J1229+2711   14 20 12  30.7 331.4  1.8       0.0    10     2787   19 19 05
19 20 30  =1227+274    14 21 32  30.6 331.1  1.9       0.0    80     2798   19 19 09

19 21 10  N4559-X4     14 22 12  30.5 332.9  1.8       0.0    11     2798   19 21 05
19 24 30  ---          14 25 33  30.1 332.1  1.8       0.0   200     2824   19 21 09

19 25 10  J1229+2711   14 26 13  30.1 330.1  1.9       0.0    10     2824   19 25 05
19 26 30  =1227+274    14 27 33  29.9 329.8  2.0       0.0    80     2835   19 25 09

19 27 10  N4559-X4     14 28 13  29.9 331.5  1.9       0.0    11     2835   19 27 05
19 30 30  ---          14 31 34  29.5 330.8  1.9       0.0   200     2862   19 27 09

19 31 10  J1229+2711   14 32 14  29.4 328.8  2.0       0.0    10     2862   19 31 05
19 32 30  =1227+274    14 33 34  29.2 328.5  2.1       0.0    80     2873   19 31 09

19 33 10  N4559-X4     14 34 14  29.2 330.2  2.0       0.0    11     2873   19 33 05
19 36 30  ---          14 37 35  28.8 329.5  2.0       0.0   200     2899   19 33 09

19 37 10  J1229+2711   14 38 15  28.7 327.5  2.1       0.0    10     2899   19 37 05
19 38 30  =1227+274    14 39 35  28.5 327.2  2.2       0.0    80     2910   19 37 09

19 39 10  N4559-X4     14 40 15  28.5 328.9  2.1       0.0    11     2910   19 39 05
19 42 30  ---          14 43 36  28.1 328.2  2.1       0.0   200     2937   19 39 09

19 43 10  J1229+2711   14 44 16  27.9 326.2  2.2       0.0    10     2937   19 43 05
19 44 30  =1227+274    14 45 36  27.8 325.9  2.3       0.0    80     2948   19 43 09

19 45 10  N4559-X4     14 46 16  27.8 327.6  2.2       0.0    11     2948   19 45 05
19 48 30  ---          14 49 36  27.4 326.9  2.2       0.0   200     2974   19 45 09

19 49 10  J1229+2711   14 50 17  27.2 325.0  2.3       0.0    10     2974   19 49 05
19 50 30  =1227+274    14 51 37  27.0 324.7  2.4       0.0    80     2985   19 49 09

20 09 30  J1224+4335   15 10 40  10.9 330.8  2.8       0.0  1080     2985   20 09 25
20 11 00  =1222+438    15 12 10  10.8 330.6  2.8       0.0    90     2997   20 09 29

20 11 40  N4490-X1     15 12 50  12.8 330.2  2.7       0.0    10     2997   20 11 35
20 15 00  ---          15 16 11  12.5 329.7  2.8       0.0   200     3024   20 11 39

20 15 40  J1224+4335   15 16 51  10.2 329.9  2.9       0.0    10     3024   20 15 35
20 17 00  =1222+438    15 18 11  10.1 329.7  2.9       0.0    80     3035   20 15 39
Schedule for HART      (Code Hh )                                   Page  10
               Experiment that exercises 1024 Mbps
  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
----------------------------------------------------------------------------------------

 --- Fri   8 Jun 2012   Day 160 ---

20 17 40  N4490-X1     15 18 51  12.2 329.3  2.8       0.0    10     3035   20 17 35
20 21 00  ---          15 22 12  11.8 328.7  2.9       0.0   200     3061   20 17 39

20 21 40  J1224+4335   15 22 52   9.5 329.1  3.0       0.0    10     3061   20 21 35
20 23 00  =1222+438    15 24 12   9.4 328.9  3.0       0.0    80     3072   20 21 39

20 23 40  N4490-X1     15 24 52  11.5 328.4  2.9       0.0    10     3072   20 23 35
20 27 00  ---          15 28 13  11.1 327.9  3.0       0.0   200     3099   20 23 39

20 27 40  J1224+4335   15 28 53   8.8 328.2  3.1       0.0    10     3099   20 27 35
20 29 00  =1222+438    15 30 13   8.7 328.0  3.1       0.0    80     3109   20 27 39


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


 Setup file: sess212.L1024e
   Matching groups in /aps3/sched10.0/catalogs/freq.dat:
     hh18cm          Values confirmed by E-mail Jonathan Quick 291100 (CR)

   Setup group:    6         Station: HART              Total bit rate: 1024
   Format: MARK5B            Bits per sample: 2         Sample rate: 32.000
   Number of channels: 16    DBE type:                  Speedup factor:   1.00

   Disk used to record data.

   1st LO=   1510.00   1510.00   1510.00   1510.00   1510.00   1510.00   1510.00   1510.00
             1510.00   1510.00   1510.00   1510.00   1510.00   1510.00   1510.00   1510.00
   Net SB=         L         L         U         U         L         L         U         U
                   L         L         U         U         L         L         U         U
   Pol.  =      RCP       LCP       RCP       LCP       RCP       LCP       RCP       LCP 
                RCP       LCP       RCP       LCP       RCP       LCP       RCP       LCP 
   BBC   =         2         1         2         1         4         3         4         3
                   6         5         6         5         8         7         8         7
   BBC SB=         L         L         U         U         L         L         U         U
                   L         L         U         U         L         L         U         U
   IF    =        2N        1N        2N        1N        2N        1N        2N        1N
                  2N        1N        2N        1N        2N        1N        2N        1N

  The following frequency sets based on these setups were used.

   Frequency Set:   2  Setup file default.
   LO sum=    1616.49   1616.49   1616.49   1616.49   1648.49   1648.49   1648.49   1648.49
              1680.49   1680.49   1680.49   1680.49   1712.49   1712.49   1712.49   1712.49
   BBC fr=     106.49    106.49    106.49    106.49    138.49    138.49    138.49    138.49
               170.49    170.49    170.49    170.49    202.49    202.49    202.49    202.49
   Bandwd=     16.000    16.000    16.000    16.000    16.000    16.000    16.000    16.000
               16.000    16.000    16.000    16.000    16.000    16.000    16.000    16.000
    Matching frequency sets:   2   8

   Track assignments are: 
    track1=   2,  4,  6,  8, 10, 12, 14, 16, 18, 20, 22, 24, 26, 28, 30, 32
    barrel=roll_off 
 SOURCES USED IN RECORDING SCANS --                         Experiment that exercises 1024 Mbps
     Catalog positions marked with *. 
     Precession of date coordinates is based on stop time of first scan.
     Names used in schedule marked with *. 
     Short names used in VLA and SNAP files marked with +. 
     Observation date used in B1950/J2000 coordinate conversion (PRECDATE):  1979.900
     No adjustments are made for rates (DRA, DDEC).
     Scan hours are for recording scans only. 
     Baseline hours are only counted for scans above horizon at both ends.

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

 * N4490-X1          12 28 03.304683   * 12 30 29.460000     12 31 06.950762       0.00
                     41 56 01.11864    * 41 39 27.40000      41 35 26.21849        0.00
                     From catalog imbedded in main SCHED input file.
                        2.667 scan and     65.607 baseline hours in setup: sess212.L1024e
                     Frequency sets (dups not shown):   1  2  3  4  5  6  7

 * N4559-X4          12 33 27.923107   * 12 35 56.300000     12 36 34.442746       0.00
                     28 15 56.87843    * 27 59 26.40000      27 55 22.18408        0.00
                     From catalog imbedded in main SCHED input file.
                        3.222 scan and     78.944 baseline hours in setup: sess212.L1024e
                     Frequency sets (dups not shown):   1  2  3  4  5  6  7

   J0927+3902        09 23 55.319213   * 09 27 03.013934     09 27 49.759094       0.29
   0923+392          39 15 23.56646    * 39 02 20.85186      38 59 07.22078        0.16
 * 4C39.25           /aps3/sched10.0/catalogs/sources.vlba
   J0927+39          GSFC 2010a astro solution    231732 Observations
                        3.600 scan and     90.418 baseline hours in setup: sess212.L1024e
                     Frequency sets (dups not shown):   1  2  3  4  5  6  7

 * J1224+4335        12 22 24.320807   * 12 24 51.505337     12 25 29.205427       0.33
   1222+438          43 51 55.83907    * 43 35 19.28708      43 31 17.85238        0.51
                     /aps3/sched10.0/catalogs/sources.vlba
                     GSFC 2010a astro solution        69 Observations
                        1.117 scan and     23.701 baseline hours in setup: sess212.L1024e
                     Frequency sets (dups not shown):   1  2  3  4  5  6  7

 * J1229+2711        12 27 04.742242   * 12 29 34.247935     12 30 12.639282       3.86
   1227+274          27 28 30.69513    * 27 11 56.39056      27 07 50.87754       17.57
                     /aps3/sched10.0/catalogs/sources.vlba
                     GSFC 2010a astro solution         3 Observations
                        1.339 scan and     28.340 baseline hours in setup: sess212.L1024e
                     Frequency sets (dups not shown):   1  2  3  4  5  6  7



  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) 
   N4490-X1            89.0
   N4559-X4            96.9
   4C39.25             56.5
   J1224+4335          87.1
   J1229+2711          96.1

  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 

