  COVER INFORMATION 

 Station:    VLBA_FD   (Code Fd ) 
 Experiment: 5GHz obs of SN/SNR in ARP 220
 Exp. Code:  GC031C  


Schedule Version:       2.00                                              
Processed by SCHED version:   6.05  June 2006                             

PI:       John Conway                                                     

Address:  Onsala Space Observatory                                        
          S-439 92 Onsala                                                 
          Sweden                                                          
                                                                          

Phone:    +46(0)31 772 5503                                               
EMAIL:    john.conway@chalmers.se                                         
Fax:      +46(0)31 772 5590                                               
Phone during observation: +46(0)31 772 5503                               

Observing mode: 5GHz @ 512 Mbps                                           

Notes:                                                                    
                                                                          
                                                                          
                                                                          


COVER LETTER:


! From block schedule. allocated
!
! Eb, Wb, Jb2, On25, Mc, Nt, Tr, Ar, + VLBA
!
! day 58/59   27th February ,   EU  2130 - 1130
!                               Ar  0800 - 1100
!                               US  0230 - 1130


5GHz global network standard 512Mbit/s obs of Arp220.
The correlation position is midway between the two
nuclei. The beam of WSRT is FWHM 3 arc sec or HWHM 1.5 arcsec
and sources 0.4arsec from pointing centre, should be OK.

One correlation pass is sufficient. A dual polarisation mode is used
and cross-correlation products requested. The sources OQ208 and
J1516+1932 (0.4Jy) is used for phasing  up WSRT and also
for polarisation and amplitude calibration. Since the Rotation
measure will be large we do not include a calibrator for pol
position angle. The fringe finder
is J1613+3412 the schedule contains one 5min scan and one 10 min scan.

Schedule starts in Europe at 21:50 UT. Use time before start in allocation
for Bonn pointing etc. Other periods for Bonn pointing are
02:37 - 02:48 UT and 07:38 - 07:57 UT.

VLBA schedule starts at 03:33 UT (one hour after allocation starts, sources
are not visible before then), no VLBA_MK is included.

Ar obs run within allocated  from 08:00 - 11:00O Onsala taken out of
schedule when Ar  is added  so there is always  16 or fewer antennas.

Schedule for VLBA_FD   (Code Fd )                                   Page   2
               5GHz obs of SN/SNR in ARP 220
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Sat  28 Feb 2009   Day  59 ---

 Next scan frequencies:  4958.49  4958.49  4974.49  4974.49  4990.49  4990.49
                         5006.49  5006.49
 Next BBC frequencies:    858.49   858.49   874.49   874.49   890.49   890.49
                          906.49   906.49
 Next scan bandwidths:     16.00    16.00    16.00    16.00    16.00    16.00
                           16.00    16.00

03 33 08  OQ208        07 09 42   3.1  58.5 -7.0  H  -56.6     0   1  1      0  03 33 08
03 34 58  ---          07 11 33   3.4  58.8 -6.9  H  -56.8     0   F  1      7  03 33 09

04 19 25  OQ208        07 56 07  11.8  63.8 -6.2     -61.4  2645   1  1      7  04 19 25
04 21 15  ---          07 57 58  12.2  64.0 -6.2     -61.6   110   F  1     14  04 19 26

05 04 53  OQ208        08 41 42  20.8  68.5 -5.4     -65.5  2594   1  1     14  05 04 53
05 06 43  ---          08 43 33  21.2  68.7 -5.4     -65.7   110   F  1     21  05 04 54

05 09 04  J1532+2344   08 45 55   2.5  63.8 -6.8  H  -57.5    99   1  1     21  05 09 04
05 09 54  ---          08 46 45   2.7  63.9 -6.8  H  -57.5     0   F  1     25  05 09 05

05 10 17  ARP220       08 47 08   2.2  63.9 -6.8  D  -57.4    16   1  1     25  05 10 17
05 12 47  ---          08 49 38   2.7  64.2 -6.8  H  -57.6     0   F  1     34  05 10 18

05 13 13  J1532+2344   08 50 04   3.3  64.3 -6.7  H  -57.8    18   1  1     34  05 13 13
05 14 13  ---          08 51 04   3.5  64.4 -6.7  H  -57.9     0   F  1     38  05 13 14

05 14 35  ARP220       08 51 27   3.0  64.4 -6.7  H  -57.8    16   1  1     38  05 14 35
05 17 05  ---          08 53 57   3.5  64.7 -6.7  H  -58.0     0   F  1     48  05 14 36

05 17 31  J1532+2344   08 54 23   4.1  64.8 -6.6  H  -58.2    18   1  1     48  05 17 31
05 18 31  ---          08 55 23   4.3  64.9 -6.6  H  -58.3     0   F  1     52  05 17 32

05 18 54  ARP220       08 55 46   3.9  64.9 -6.7  H  -58.2    16   1  1     52  05 18 54
05 21 24  ---          08 58 16   4.3  65.2 -6.6  H  -58.4     0   F  1     61  05 18 55

05 21 49  J1532+2344   08 58 42   5.0  65.3 -6.6  H  -58.6    18   1  1     61  05 21 49
05 22 49  ---          08 59 42   5.2  65.5 -6.6  H  -58.7     0   F  1     65  05 21 50

05 23 12  ARP220       09 00 05   4.7  65.4 -6.6  H  -58.6    16   1  1     65  05 23 12
05 25 42  ---          09 02 35   5.2  65.7 -6.5  H  -58.8     0   F  1     75  05 23 13

05 26 07  J1532+2344   09 03 00   5.8  65.8 -6.5  H  -59.0    18   1  1     75  05 26 07
05 27 07  ---          09 04 01   6.0  66.0 -6.5  H  -59.1     0   F  1     79  05 26 08
Schedule for VLBA_FD   (Code Fd )                                   Page   3
               5GHz obs of SN/SNR in ARP 220
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Sat  28 Feb 2009   Day  59 ---

05 29 30  OQ208        09 06 24  25.8  70.9 -5.0     -67.5    97   1  1     79  05 29 30
05 31 20  ---          09 08 14  26.2  71.0 -5.0     -67.7   110   F  1     86  05 29 31

05 33 36  J1532+2344   09 10 31   7.3  66.7 -6.4     -59.7    92   1  1     86  05 33 36
05 34 26  ---          09 11 21   7.5  66.8 -6.4     -59.7    50   F  1     89  05 33 37

05 34 49  ARP220       09 11 43   7.0  66.8 -6.4     -59.6    16   1  1     89  05 34 49
05 37 19  ---          09 14 14   7.5  67.1 -6.4     -59.8   150   F  1     99  05 34 50

05 37 44  J1532+2344   09 14 39   8.1  67.2 -6.3     -60.0    18   1  1     99  05 37 44
05 38 44  ---          09 15 39   8.3  67.3 -6.3     -60.1    60   F  1    103  05 37 45

05 39 06  ARP220       09 16 02   7.8  67.3 -6.3     -59.9    16   1  1    103  05 39 06
05 41 36  ---          09 18 32   8.3  67.6 -6.3     -60.1   150   F  1    112  05 39 07

05 42 01  J1532+2344   09 18 57   9.0  67.7 -6.2     -60.4    18   1  1    112  05 42 01
05 43 01  ---          09 19 57   9.2  67.8 -6.2     -60.5    60   F  1    116  05 42 02

05 43 24  ARP220       09 20 20   8.7  67.8 -6.3     -60.3    16   1  1    116  05 43 24
05 45 54  ---          09 22 51   9.2  68.1 -6.2     -60.5   150   F  1    126  05 43 25

05 46 19  J1532+2344   09 23 15   9.8  68.2 -6.2     -60.7    18   1  1    126  05 46 19
05 47 19  ---          09 24 16  10.0  68.3 -6.1     -60.8    60   F  1    130  05 46 20

05 47 41  ARP220       09 24 38   9.6  68.3 -6.2     -60.6    16   1  1    130  05 47 41
05 50 11  ---          09 27 09  10.1  68.6 -6.1     -60.8   150   F  1    139  05 47 42

05 50 36  J1532+2344   09 27 33  10.7  68.7 -6.1     -61.1    18   1  1    139  05 50 36
05 51 36  ---          09 28 34  10.9  68.8 -6.1     -61.2    60   F  1    143  05 50 37

05 52 29  J1516+1932   09 29 27  12.3  74.5 -5.8     -61.6    43   1  1    143  05 52 29
05 53 19  =1514+197    09 30 17  12.5  74.5 -5.8     -61.6    50   F  1    146  05 52 30

05 54 12  J1532+2344   09 31 10  11.4  69.1 -6.0     -61.4    43   1  1    146  05 54 12
05 55 02  ---          09 32 00  11.6  69.2 -6.0     -61.4    50   F  1    150  05 54 13

05 55 24  ARP220       09 32 23  11.1  69.2 -6.0     -61.3    16   1  1    150  05 55 24
05 57 54  ---          09 34 53  11.6  69.5 -6.0     -61.4   150   F  1    159  05 55 25

05 58 19  J1532+2344   09 35 18  12.2  69.5 -6.0     -61.7    17   1  1    159  05 58 19
05 59 19  ---          09 36 18  12.4  69.7 -5.9     -61.8    60   F  1    163  05 58 20

05 59 41  ARP220       09 36 40  12.0  69.7 -6.0     -61.6    16   1  1    163  05 59 41
06 02 11  ---          09 39 11  12.5  69.9 -5.9     -61.8   150   F  1    173  05 59 42
Schedule for VLBA_FD   (Code Fd )                                   Page   4
               5GHz obs of SN/SNR in ARP 220
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Sat  28 Feb 2009   Day  59 ---

06 02 36  J1532+2344   09 39 35  13.1  70.0 -5.9     -62.0    17   1  1    173  06 02 36
06 03 36  ---          09 40 35  13.3  70.1 -5.9     -62.1    60   F  1    177  06 02 37

06 03 58  ARP220       09 40 58  12.8  70.1 -5.9     -61.9    16   1  1    177  06 03 58
06 06 28  ---          09 43 28  13.3  70.4 -5.9     -62.1   150   F  1    186  06 03 59

06 06 52  J1532+2344   09 43 53  14.0  70.5 -5.8     -62.3    17   1  1    186  06 06 52
06 07 52  ---          09 44 53  14.2  70.6 -5.8     -62.4    60   F  1    190  06 06 53

06 08 15  ARP220       09 45 15  13.7  70.6 -5.8     -62.2    15   1  1    190  06 08 15
06 10 45  ---          09 47 45  14.2  70.9 -5.8     -62.4   150   F  1    200  06 08 16

06 11 09  J1532+2344   09 48 10  14.8  71.0 -5.8     -62.7    17   1  1    200  06 11 09
06 12 09  ---          09 49 10  15.1  71.1 -5.7     -62.7    60   F  1    204  06 11 10

06 14 16  OQ208        09 51 17  35.0  74.9 -4.3     -70.8    81   1  1    204  06 14 16
06 16 06  ---          09 53 07  35.4  75.1 -4.2     -70.9   110   F  1    211  06 14 17

06 18 07  J1532+2344   09 55 09  16.3  71.7 -5.6     -63.2    77   1  1    211  06 18 07
06 18 57  ---          09 55 59  16.4  71.8 -5.6     -63.2    50   F  1    214  06 18 08

06 19 19  ARP220       09 56 21  16.0  71.8 -5.7     -63.0    15   1  1    214  06 19 19
06 21 49  ---          09 58 52  16.5  72.1 -5.6     -63.2   150   F  1    224  06 19 20

06 22 13  J1532+2344   09 59 16  17.1  72.2 -5.6     -63.4    17   1  1    224  06 22 13
06 23 13  ---          10 00 16  17.3  72.3 -5.5     -63.5    60   F  1    228  06 22 14

06 23 35  ARP220       10 00 38  16.8  72.3 -5.6     -63.3    15   1  1    228  06 23 35
06 26 05  ---          10 03 08  17.4  72.6 -5.5     -63.5   150   F  1    237  06 23 36

06 26 29  J1532+2344   10 03 32  18.0  72.6 -5.5     -63.7    17   1  1    237  06 26 29
06 27 29  ---          10 04 32  18.2  72.7 -5.5     -63.8    60   F  1    241  06 26 30

06 27 51  ARP220       10 04 54  17.7  72.7 -5.5     -63.6    15   1  1    241  06 27 51
06 30 21  ---          10 07 25  18.2  73.0 -5.5     -63.8   150   F  1    251  06 27 52

06 30 44  J1532+2344   10 07 48  18.9  73.1 -5.4     -64.0    16   1  1    251  06 30 44
06 31 44  ---          10 08 49  19.1  73.2 -5.4     -64.1    60   F  1    255  06 30 45

06 32 06  ARP220       10 09 10  18.6  73.2 -5.4     -63.9    15   1  1    255  06 32 06
06 34 36  ---          10 11 41  19.1  73.5 -5.4     -64.1   150   F  1    264  06 32 07

06 35 00  J1532+2344   10 12 04  19.7  73.5 -5.4     -64.3    16   1  1    264  06 35 00
06 36 00  ---          10 13 05  20.0  73.6 -5.3     -64.4    60   F  1    268  06 35 01
Schedule for VLBA_FD   (Code Fd )                                   Page   5
               5GHz obs of SN/SNR in ARP 220
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Sat  28 Feb 2009   Day  59 ---

06 36 54  J1516+1932   10 13 59  21.6  79.5 -5.1     -63.8    44   1  1    268  06 36 54
06 37 44  =1514+197    10 14 49  21.8  79.6 -5.0     -63.9    50   F  1    272  06 36 55

06 38 37  J1532+2344   10 15 42  20.5  73.9 -5.3     -64.5    43   1  1    272  06 38 37
06 39 27  ---          10 16 32  20.7  74.0 -5.3     -64.6    50   F  1    275  06 38 38

06 39 49  ARP220       10 16 54  20.2  74.0 -5.3     -64.4    15   1  1    275  06 39 49
06 42 19  ---          10 19 25  20.7  74.3 -5.3     -64.5   150   F  1    284  06 39 50

06 42 42  J1532+2344   10 19 48  21.3  74.3 -5.2     -64.8    16   1  1    284  06 42 42
06 43 42  ---          10 20 48  21.5  74.4 -5.2     -64.9    60   F  1    288  06 42 43

06 44 04  ARP220       10 21 10  21.1  74.5 -5.2     -64.7    15   1  1    288  06 44 04
06 46 34  ---          10 23 40  21.6  74.7 -5.2     -64.8   150   F  1    298  06 44 05

06 46 57  J1532+2344   10 24 03  22.2  74.8 -5.2     -65.1    16   1  1    298  06 46 57
06 47 57  ---          10 25 04  22.4  74.9 -5.1     -65.1    60   F  1    302  06 46 58

06 49 51  OQ208        10 26 58  42.5  78.0 -3.7     -73.1    68   1  1    302  06 49 51
06 51 41  ---          10 28 48  42.9  78.2 -3.6     -73.2   110   F  1    309  06 49 52

06 53 30  J1532+2344   10 30 38  23.6  75.5 -5.0     -65.4    65   1  1    309  06 53 30
06 54 20  ---          10 31 28  23.8  75.5 -5.0     -65.5    50   F  1    312  06 53 31

06 54 42  ARP220       10 31 50  23.3  75.6 -5.1     -65.3    15   1  1    312  06 54 42
06 57 12  ---          10 34 20  23.8  75.8 -5.0     -65.4   150   F  1    322  06 54 43

06 57 35  J1532+2344   10 34 43  24.4  75.9 -5.0     -65.7    16   1  1    322  06 57 35
06 58 35  ---          10 35 43  24.7  76.0 -5.0     -65.7    60   F  1    326  06 57 36

06 58 56  ARP220       10 36 05  24.2  76.0 -5.0     -65.5    14   1  1    326  06 58 56
07 01 26  ---          10 38 35  24.7  76.3 -4.9     -65.7   150   F  1    335  06 58 57

07 01 49  J1532+2344   10 38 58  25.3  76.3 -4.9     -65.9    16   1  1    335  07 01 49
07 02 49  ---          10 39 58  25.5  76.4 -4.9     -66.0    60   F  1    339  07 01 50

07 03 10  ARP220       10 40 19  25.1  76.5 -4.9     -65.8    14   1  1    339  07 03 10
07 05 40  ---          10 42 50  25.6  76.7 -4.9     -65.9   150   F  1    349  07 03 11

07 06 03  J1532+2344   10 43 13  26.2  76.8 -4.8     -66.2    16   1  1    349  07 06 03
07 07 03  ---          10 44 13  26.4  76.9 -4.8     -66.2    60   F  1    353  07 06 04

07 07 24  ARP220       10 44 34  26.0  76.9 -4.8     -66.0    14   1  1    353  07 07 24
07 09 54  ---          10 47 04  26.5  77.2 -4.8     -66.1   150   F  1    363  07 07 25
Schedule for VLBA_FD   (Code Fd )                                   Page   6
               5GHz obs of SN/SNR in ARP 220
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Sat  28 Feb 2009   Day  59 ---

07 10 16  J1532+2344   10 47 27  27.1  77.2 -4.8     -66.4    15   1  1    363  07 10 16
07 11 16  ---          10 48 27  27.3  77.3 -4.7     -66.4    60   F  1    366  07 10 17

07 12 11  J1516+1932   10 49 21  29.1  83.5 -4.5     -65.1    44   1  1    366  07 12 11
07 13 01  =1514+197    10 50 12  29.3  83.6 -4.5     -65.1    50   F  1    370  07 12 12

07 13 54  J1532+2344   10 51 05  27.9  77.6 -4.7     -66.6    43   1  1    370  07 13 54
07 14 44  ---          10 51 55  28.0  77.7 -4.7     -66.6    50   F  1    373  07 13 55

07 15 05  ARP220       10 52 16  27.6  77.7 -4.7     -66.4    14   1  1    373  07 15 05
07 17 35  ---          10 54 47  28.1  78.0 -4.7     -66.5   150   F  1    383  07 15 06

07 17 57  J1532+2344   10 55 09  28.7  78.0 -4.6     -66.8    15   1  1    383  07 17 57
07 18 57  ---          10 56 09  28.9  78.1 -4.6     -66.8    60   F  1    386  07 17 58

07 19 18  ARP220       10 56 30  28.5  78.1 -4.6     -66.6    14   1  1    386  07 19 18
07 21 48  ---          10 59 01  29.0  78.4 -4.6     -66.8   150   F  1    396  07 19 19

07 22 11  J1532+2344   10 59 23  29.6  78.4 -4.6     -67.0    15   1  1    396  07 22 11
07 23 11  ---          11 00 23  29.8  78.5 -4.5     -67.1    60   F  1    400  07 22 12

07 23 31  ARP220       11 00 44  29.4  78.6 -4.6     -66.8    14   1  1    400  07 23 31
07 26 01  ---          11 03 14  29.9  78.8 -4.5     -67.0   150   F  1    410  07 23 32

07 26 24  J1532+2344   11 03 37  30.5  78.9 -4.5     -67.2    15   1  1    410  07 26 24
07 27 24  ---          11 04 37  30.7  79.0 -4.5     -67.3    60   F  1    414  07 26 25

07 27 44  ARP220       11 04 58  30.2  79.0 -4.5     -67.0    14   1  1    414  07 27 44
07 30 14  ---          11 07 28  30.8  79.3 -4.5     -67.2   150   F  1    423  07 27 45

07 30 37  J1532+2344   11 07 50  31.4  79.3 -4.4     -67.4    15   1  1    423  07 30 37
07 31 37  ---          11 08 51  31.6  79.4 -4.4     -67.5    60   F  1    427  07 30 38

07 32 52  J1613+3412   11 10 06  27.3  64.6 -5.1     -70.0    60   1  1    427  07 32 52
07 37 52  =1611+343    11 15 07  28.3  65.0 -5.0     -70.5   300   F  1    446  07 32 53

07 38 58  J1532+2344   11 16 14  33.2  80.2 -4.3     -67.8    50   1  1    446  07 38 58
07 39 58  ---          11 17 14  33.4  80.3 -4.3     -67.8    60   F  1    450  07 38 59

07 40 13  ARP220       11 17 28  32.9  80.3 -4.3     -67.6     8   1  1    450  07 40 13
07 42 43  ---          11 19 59  33.4  80.6 -4.3     -67.7   150   F  1    460  07 40 14

07 42 58  J1532+2344   11 20 13  34.0  80.6 -4.2     -68.0     8   1  1    460  07 42 58
07 43 58  ---          11 21 14  34.2  80.7 -4.2     -68.0    60   F  1    464  07 42 59
Schedule for VLBA_FD   (Code Fd )                                   Page   7
               5GHz obs of SN/SNR in ARP 220
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Sat  28 Feb 2009   Day  59 ---

07 44 12  ARP220       11 21 28  33.7  80.7 -4.2     -67.8     8   1  1    464  07 44 12
07 46 42  ---          11 23 59  34.3  81.0 -4.2     -67.9   150   F  1    474  07 44 13

07 46 57  J1532+2344   11 24 13  34.9  81.0 -4.1     -68.1     8   1  1    474  07 46 57
07 47 57  ---          11 25 14  35.1  81.1 -4.1     -68.2    60   F  1    477  07 46 58

07 48 18  J1532+2344   11 25 35  35.2  81.1 -4.1     -68.2    16   1  1    477  07 48 18
07 49 08  ---          11 26 25  35.3  81.2 -4.1     -68.2    50   F  1    481  07 48 19

07 49 23  ARP220       11 26 40  34.8  81.3 -4.1     -68.0     8   1  1    481  07 49 23
07 51 53  ---          11 29 10  35.4  81.5 -4.1     -68.1   150   F  1    490  07 49 24

07 52 08  J1532+2344   11 29 25  36.0  81.5 -4.1     -68.3     8   1  1    490  07 52 08
07 53 08  ---          11 30 25  36.2  81.6 -4.0     -68.4    60   F  1    494  07 52 09

07 53 22  ARP220       11 30 40  35.7  81.7 -4.1     -68.2     8   1  1    494  07 53 22
07 55 52  ---          11 33 10  36.2  82.0 -4.0     -68.2   150   F  1    504  07 53 23

07 56 07  J1532+2344   11 33 25  36.8  81.9 -4.0     -68.5     8   1  1    504  07 56 07
07 57 07  ---          11 34 25  37.0  82.1 -4.0     -68.5    60   F  1    508  07 56 08

07 57 21  ARP220       11 34 40  36.5  82.1 -4.0     -68.3     8   1  1    508  07 57 21
07 59 51  ---          11 37 10  37.1  82.4 -4.0     -68.4   150   F  1    517  07 57 22

08 01 29  OQ208        11 38 48  57.7  84.4 -2.5     -76.8    50   1  1    517  08 01 29
08 03 19  ---          11 40 38  58.1  84.6 -2.4     -76.9   110   F  1    524  08 01 30

08 04 52  J1532+2344   11 42 12  38.7  82.9 -3.8     -68.8    48   1  1    524  08 04 52
08 05 42  ---          11 43 02  38.9  83.0 -3.8     -68.8    50   F  1    528  08 04 53

08 06 12  ARP220       11 43 32  38.4  83.1 -3.9     -68.6    23   1  1    528  08 06 12
08 08 32  ---          11 45 52  38.9  83.3 -3.8     -68.7   140   F  1    537  08 06 13

08 09 04  J1532+2344   11 46 24  39.6  83.3 -3.8     -69.0    24   1  1    537  08 09 04
08 09 54  ---          11 47 14  39.8  83.4 -3.8     -69.0    50   F  1    540  08 09 05

08 12 04  J1516+1932   11 49 24  42.0  90.7 -3.5     -65.9   119   1  1    540  08 12 04
08 12 54  =1514+197    11 50 15  42.2  90.8 -3.5     -65.9    50   F  1    543  08 12 05

08 14 45  J1532+2344   11 52 06  40.8  83.9 -3.7     -69.1   100   1  1    543  08 14 45
08 15 35  ---          11 52 56  41.0  84.0 -3.7     -69.2    50   F  1    546  08 14 46

08 15 55  ARP220       11 53 16  40.5  84.1 -3.7     -68.9    13   1  1    546  08 15 55
08 18 25  ---          11 55 46  41.1  84.4 -3.7     -69.0   150   F  1    556  08 15 56
Schedule for VLBA_FD   (Code Fd )                                   Page   8
               5GHz obs of SN/SNR in ARP 220
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Sat  28 Feb 2009   Day  59 ---

08 18 46  J1532+2344   11 56 08  41.7  84.4 -3.6     -69.2    14   1  1    556  08 18 46
08 19 46  ---          11 57 08  41.9  84.5 -3.6     -69.3    60   F  1    560  08 18 47

08 20 06  ARP220       11 57 28  41.4  84.6 -3.6     -69.0    13   1  1    560  08 20 06
08 22 36  ---          11 59 58  42.0  84.8 -3.6     -69.1   150   F  1    570  08 20 07

08 22 57  J1532+2344   12 00 19  42.6  84.8 -3.5     -69.4    14   1  1    570  08 22 57
08 23 57  ---          12 01 20  42.8  84.9 -3.5     -69.4    60   F  1    574  08 22 58

08 24 17  ARP220       12 01 40  42.3  85.0 -3.6     -69.1    13   1  1    574  08 24 17
08 26 47  ---          12 04 10  42.9  85.3 -3.5     -69.2   150   F  1    583  08 24 18

08 27 08  J1532+2344   12 04 31  43.5  85.3 -3.5     -69.5    14   1  1    583  08 27 08
08 28 08  ---          12 05 31  43.7  85.4 -3.5     -69.5    60   F  1    587  08 27 09

08 28 28  ARP220       12 05 51  43.2  85.5 -3.5     -69.2    13   1  1    587  08 28 28
08 30 58  ---          12 08 22  43.8  85.8 -3.5     -69.3   150   F  1    597  08 28 29

08 31 19  J1532+2344   12 08 43  44.4  85.8 -3.4     -69.6    14   1  1    597  08 31 19
08 32 19  ---          12 09 43  44.6  85.9 -3.4     -69.6    60   F  1    601  08 31 20

08 36 45  OQ208        12 14 10  65.3  88.0 -1.9     -77.8   218   1  1    601  08 36 45
08 38 35  ---          12 16 00  65.7  88.2 -1.9     -77.9   110   F  1    608  08 36 46

08 42 54  J1532+2344   12 20 20  46.9  87.1 -3.2     -69.8   216   1  1    608  08 42 54
08 43 44  ---          12 21 10  47.0  87.2 -3.2     -69.8    50   F  1    611  08 42 55

08 44 04  ARP220       12 21 30  46.6  87.3 -3.2     -69.5    13   1  1    611  08 44 04
08 46 34  ---          12 24 00  47.1  87.6 -3.2     -69.6   150   F  1    621  08 44 05

08 46 55  J1532+2344   12 24 21  47.7  87.5 -3.1     -69.9    14   1  1    621  08 46 55
08 47 55  ---          12 25 21  47.9  87.7 -3.1     -69.9    60   F  1    624  08 46 56

08 48 15  ARP220       12 25 41  47.5  87.8 -3.2     -69.6    13   1  1    624  08 48 15
08 50 45  ---          12 28 11  48.0  88.1 -3.1     -69.6   150   F  1    634  08 48 16

08 51 05  J1532+2344   12 28 32  48.6  88.0 -3.1     -69.9    14   1  1    634  08 51 05
08 52 05  ---          12 29 33  48.8  88.2 -3.1     -69.9    60   F  1    638  08 51 06

08 52 25  ARP220       12 29 52  48.4  88.3 -3.1     -69.6    13   1  1    638  08 52 25
08 54 55  ---          12 32 23  48.9  88.6 -3.0     -69.7   150   F  1    648  08 52 26

08 55 16  J1532+2344   12 32 43  49.5  88.5 -3.0     -69.9    14   1  1    648  08 55 16
08 56 16  ---          12 33 44  49.7  88.7 -3.0     -70.0    60   F  1    652  08 55 17
Schedule for VLBA_FD   (Code Fd )                                   Page   9
               5GHz obs of SN/SNR in ARP 220
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Sat  28 Feb 2009   Day  59 ---

08 56 35  ARP220       12 34 03  49.3  88.8 -3.0     -69.7    13   1  1    652  08 56 35
08 59 05  ---          12 36 34  49.8  89.1 -3.0     -69.7   150   F  1    661  08 56 36

08 59 26  J1532+2344   12 36 54  50.4  89.0 -2.9     -70.0    14   1  1    661  08 59 26
09 00 26  ---          12 37 54  50.6  89.2 -2.9     -70.0    60   F  1    665  08 59 27

09 03 06  J1516+1932   12 40 35  53.0  98.1 -2.6     -64.6   148   1  1    665  09 03 06
09 03 56  =1514+197    12 41 25  53.2  98.3 -2.6     -64.6    50   F  1    668  09 03 07

09 06 18  J1532+2344   12 43 47  51.9  89.9 -2.8     -70.0   131   1  1    668  09 06 18
09 07 08  ---          12 44 38  52.1  90.0 -2.8     -70.0    50   F  1    672  09 06 19

09 07 28  ARP220       12 44 58  51.6  90.1 -2.8     -69.7    13   1  1    672  09 07 28
09 09 58  ---          12 47 28  52.2  90.5 -2.8     -69.7   150   F  1    681  09 07 29

09 10 22  J1532+2344   12 47 52  52.8  90.4 -2.8     -70.0    16   1  1    681  09 10 22
09 11 22  ---          12 48 52  53.0  90.6 -2.7     -70.0    60   F  1    685  09 10 23

09 11 43  ARP220       12 49 13  52.5  90.7 -2.8     -69.7    14   1  1    685  09 11 43
09 14 13  ---          12 51 43  53.1  91.0 -2.7     -69.7   150   F  1    695  09 11 44

09 14 38  J1532+2344   12 52 09  53.7  91.0 -2.7     -70.0    18   1  1    695  09 14 38
09 15 38  ---          12 53 09  53.9  91.1 -2.7     -70.0    60   F  1    699  09 14 39

09 16 00  ARP220       12 53 31  53.5  91.2 -2.7     -69.7    15   1  1    699  09 16 00
09 18 30  ---          12 56 01  54.0  91.6 -2.7     -69.7   150   F  1    708  09 16 01

09 18 56  J1532+2344   12 56 28  54.6  91.6 -2.6     -69.9    19   1  1    708  09 18 56
09 19 56  ---          12 57 28  54.9  91.7 -2.6     -69.9    60   F  1    712  09 18 57

09 20 19  ARP220       12 57 51  54.4  91.8 -2.6     -69.6    16   1  1    712  09 20 19
09 22 49  ---          13 00 21  54.9  92.2 -2.6     -69.6   150   F  1    722  09 20 20

09 23 16  J1532+2344   13 00 49  55.6  92.2 -2.5     -69.9    20   1  1    722  09 23 16
09 24 16  ---          13 01 49  55.8  92.3 -2.5     -69.9    60   F  1    726  09 23 17

09 25 42  OQ208        13 03 15  75.9  95.0 -1.1     -77.0    39   1  1    726  09 25 42
09 27 32  ---          13 05 05  76.3  95.4 -1.0     -76.9   110   F  1    733  09 25 43

09 28 56  J1532+2344   13 06 30  56.8  93.0 -2.4     -69.8    39   1  1    733  09 28 56
09 29 46  ---          13 07 20  57.0  93.1 -2.4     -69.8    50   F  1    736  09 28 57

09 30 08  ARP220       13 07 41  56.5  93.2 -2.5     -69.5    15   1  1    736  09 30 08
09 32 38  ---          13 10 11  57.0  93.6 -2.4     -69.4   150   F  1    746  09 30 09
Schedule for VLBA_FD   (Code Fd )                                   Page  10
               5GHz obs of SN/SNR in ARP 220
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Sat  28 Feb 2009   Day  59 ---

09 33 02  J1532+2344   13 10 36  57.7  93.6 -2.4     -69.7    17   1  1    746  09 33 02
09 34 02  ---          13 11 36  57.9  93.7 -2.4     -69.7    60   F  1    750  09 33 03

09 34 22  ARP220       13 11 56  57.4  93.9 -2.4     -69.4    13   1  1    750  09 34 22
09 36 52  ---          13 14 26  58.0  94.2 -2.3     -69.3   150   F  1    759  09 34 23

09 37 14  J1532+2344   13 14 49  58.6  94.2 -2.3     -69.6    15   1  1    759  09 37 14
09 38 14  ---          13 15 49  58.8  94.4 -2.3     -69.5    60   F  1    763  09 37 15

09 38 33  ARP220       13 16 08  58.3  94.5 -2.3     -69.2    12   1  1    763  09 38 33
09 41 03  ---          13 18 38  58.9  94.9 -2.3     -69.2   150   F  1    773  09 38 34

09 41 24  J1532+2344   13 18 59  59.5  94.9 -2.2     -69.4    13   1  1    773  09 41 24
09 42 24  ---          13 19 59  59.7  95.0 -2.2     -69.4    60   F  1    777  09 41 25

09 42 43  ARP220       13 20 18  59.2  95.1 -2.3     -69.1    12   1  1    777  09 42 43
09 45 13  ---          13 22 49  59.7  95.6 -2.2     -69.0   150   F  1    786  09 42 44

09 45 35  J1532+2344   13 23 11  60.4  95.5 -2.2     -69.3    15   1  1    786  09 45 35
09 46 35  ---          13 24 11  60.6  95.7 -2.2     -69.2    60   F  1    790  09 45 36

09 50 25  J1613+3412   13 28 02  55.0  73.0 -2.8     -84.0   209   1  1    790  09 50 25
09 58 25  =1611+343    13 36 03  56.7  73.3 -2.6     -84.9   480   F  1    821  09 50 26

10 02 21  J1516+1932   13 39 59  65.4 111.2 -1.6     -58.3   205   1  1    821  10 02 21
10 03 11  =1514+197    13 40 49  65.5 111.4 -1.6     -58.2    50   F  1    824  10 02 22

10 04 33  J1532+2344   13 42 12  64.4  98.9 -1.8     -68.2    68   1  1    824  10 04 33
10 05 23  ---          13 43 02  64.6  99.1 -1.8     -68.1    50   F  1    828  10 04 34

10 05 43  ARP220       13 43 22  64.1  99.2 -1.9     -67.8    13   1  1    828  10 05 43
10 08 13  ---          13 45 53  64.7  99.7 -1.8     -67.6   150   F  1    837  10 05 44

10 08 37  J1532+2344   13 46 17  65.3  99.8 -1.8     -67.8    16   1  1    837  10 08 37
10 09 37  ---          13 47 17  65.5 100.0 -1.8     -67.7    60   F  1    841  10 08 38

10 09 57  ARP220       13 47 37  65.0 100.1 -1.8     -67.4    13   1  1    841  10 09 57
10 12 27  ---          13 50 07  65.6 100.6 -1.8     -67.2   150   F  1    851  10 09 58

10 12 51  J1532+2344   13 50 31  66.2 100.7 -1.7     -67.4    17   1  1    851  10 12 51
10 13 51  ---          13 51 31  66.4 100.9 -1.7     -67.3    60   F  1    855  10 12 52

10 14 11  ARP220       13 51 51  65.9 101.0 -1.7     -67.0    13   1  1    855  10 14 11
10 16 41  ---          13 54 22  66.5 101.6 -1.7     -66.8   150   F  1    864  10 14 12
Schedule for VLBA_FD   (Code Fd )                                   Page  11
               5GHz obs of SN/SNR in ARP 220
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Sat  28 Feb 2009   Day  59 ---

10 17 04  J1532+2344   13 54 46  67.1 101.6 -1.6     -67.0    17   1  1    864  10 17 04
10 18 04  ---          13 55 46  67.3 101.9 -1.6     -66.9    60   F  1    868  10 17 05

10 18 24  ARP220       13 56 06  66.8 102.0 -1.7     -66.6    13   1  1    868  10 18 24
10 20 54  ---          13 58 36  67.3 102.6 -1.6     -66.3   150   F  1    878  10 18 25

10 21 18  J1532+2344   13 59 00  68.0 102.6 -1.6     -66.5    17   1  1    878  10 21 18
10 22 18  ---          14 00 00  68.2 102.9 -1.6     -66.4    60   F  1    882  10 21 19

10 23 38  OQ208        14 01 20  87.4 148.8 -0.1     -30.4    35   1  1    882  10 23 38
10 25 28  ---          14 03 10  87.6 157.1 -0.1     -22.4   110   F  1    889  10 23 39

10 26 51  J1532+2344   14 04 34  69.1 104.0 -1.5     -65.7    40   1  1    889  10 26 51
10 27 41  ---          14 05 24  69.3 104.3 -1.5     -65.6    50   F  1    892  10 26 52

10 28 01  ARP220       14 05 44  68.8 104.4 -1.5     -65.3    13   1  1    892  10 28 01
10 30 31  ---          14 08 15  69.4 105.0 -1.5     -64.9   150   F  1    902  10 28 02

10 30 55  J1532+2344   14 08 38  70.0 105.1 -1.4     -65.1    16   1  1    902  10 30 55
10 31 55  ---          14 09 38  70.2 105.4 -1.4     -64.9    60   F  1    906  10 30 56

10 32 15  ARP220       14 09 58  69.7 105.5 -1.4     -64.7    13   1  1    906  10 32 15
10 34 45  ---          14 12 29  70.2 106.2 -1.4     -64.2   150   F  1    915  10 32 16

10 35 08  J1532+2344   14 12 52  70.9 106.4 -1.3     -64.4    16   1  1    915  10 35 08
10 36 08  ---          14 13 53  71.1 106.7 -1.3     -64.2    60   F  1    919  10 35 09

10 36 28  ARP220       14 14 12  70.6 106.8 -1.4     -63.9    13   1  1    919  10 36 28
10 38 58  ---          14 16 43  71.1 107.5 -1.3     -63.4   150   F  1    929  10 36 29

10 39 22  J1532+2344   14 17 06  71.7 107.7 -1.3     -63.5    16   1  1    929  10 39 22
10 40 22  ---          14 18 07  71.9 108.0 -1.3     -63.3    60   F  1    933  10 39 23

10 40 41  ARP220       14 18 26  71.5 108.1 -1.3     -63.1    13   1  1    933  10 40 41
10 43 11  ---          14 20 57  72.0 108.9 -1.2     -62.5   150   F  1    943  10 40 42

10 43 35  J1532+2344   14 21 20  72.6 109.1 -1.2     -62.6    16   1  1    943  10 43 35
10 44 35  ---          14 22 21  72.8 109.5 -1.2     -62.3    60   F  1    946  10 43 36

10 45 20  J1516+1932   14 23 06  73.4 129.1 -0.9     -45.1    26   1  1    946  10 45 20
10 46 10  =1514+197    14 23 56  73.6 129.6 -0.9     -44.7    50   F  1    950  10 45 21

10 47 03  J1532+2344   14 24 49  73.3 110.4 -1.1     -61.7    35   1  1    950  10 47 03
10 47 53  ---          14 25 39  73.5 110.7 -1.1     -61.5    50   F  1    953  10 47 04
Schedule for VLBA_FD   (Code Fd )                                   Page  12
               5GHz obs of SN/SNR in ARP 220
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Sat  28 Feb 2009   Day  59 ---

10 48 12  ARP220       14 25 58  73.0 110.7 -1.2     -61.3    12   1  1    953  10 48 12
10 50 42  ---          14 28 29  73.5 111.7 -1.1     -60.6   150   F  1    963  10 48 13

10 51 02  J1532+2344   14 28 49  74.1 112.0 -1.1     -60.6    13   1  1    963  10 51 02
10 52 02  ---          14 29 49  74.3 112.4 -1.1     -60.3    60   F  1    966  10 51 03

10 52 21  ARP220       14 30 08  73.8 112.4 -1.1     -60.2    12   1  1    966  10 52 21
10 54 51  ---          14 32 38  74.3 113.4 -1.0     -59.4   150   F  1    976  10 52 22

10 55 11  J1532+2344   14 32 58  74.9 113.8 -1.0     -59.3    13   1  1    976  10 55 11
10 56 11  ---          14 33 59  75.1 114.2 -1.0     -59.0    60   F  1    980  10 55 12

10 56 30  ARP220       14 34 18  74.6 114.1 -1.0     -58.9    12   1  1    980  10 56 30
10 59 00  ---          14 36 48  75.1 115.3 -1.0     -58.0   150   F  1    990  10 56 31

10 59 20  J1532+2344   14 37 08  75.7 115.7 -0.9     -57.8    13   1  1    990  10 59 20
11 00 20  ---          14 38 08  75.9 116.2 -0.9     -57.4    60   F  1    993  10 59 21

11 00 39  ARP220       14 38 27  75.5 116.1 -0.9     -57.4    12   1  1    993  11 00 39
11 03 09  ---          14 40 58  75.9 117.4 -0.9     -56.4   150   F  1   1003  11 00 40

11 03 29  J1532+2344   14 41 18  76.5 117.9 -0.9     -56.1    13   1  1   1003  11 03 29
11 04 29  ---          14 42 18  76.7 118.5 -0.8     -55.7    60   F  1   1007  11 03 30

11 06 17  OQ208        14 44 06  81.7 256.7  0.6      72.1    10   1  1   1007  11 06 17
11 07 07  ---          14 44 56  81.5 257.1  0.6      72.4    50   F  1   1010  11 06 18

11 08 54  J1532+2344   14 46 43  77.6 121.1 -0.8     -53.6    10   1  1   1010  11 08 54
11 09 44  ---          14 47 33  77.7 121.6 -0.8     -53.1    50   F  1   1013  11 08 55

11 09 55  ARP220       14 47 45  77.2 121.2 -0.8     -53.3     5   1  1   1013  11 09 55
11 12 25  ---          14 50 15  77.7 122.8 -0.8     -52.0   150   F  1   1023  11 09 56

11 12 37  J1532+2344   14 50 27  78.2 123.6 -0.7     -51.5     5   1  1   1023  11 12 37
11 13 37  ---          14 51 27  78.4 124.3 -0.7     -50.9    60   F  1   1027  11 12 38

11 13 48  ARP220       14 51 39  77.9 123.8 -0.7     -51.2     5   1  1   1027  11 13 48
11 16 18  ---          14 54 09  78.4 125.5 -0.7     -49.7   150   F  1   1037  11 13 49

11 16 30  J1532+2344   14 54 21  78.9 126.5 -0.6     -49.1     5   1  1   1037  11 16 30
11 17 30  ---          14 55 21  79.1 127.2 -0.6     -48.4    60   F  1   1041  11 16 31

11 17 41  ARP220       14 55 33  78.6 126.6 -0.7     -48.9     5   1  1   1041  11 17 41
11 20 11  ---          14 58 03  79.0 128.6 -0.6     -47.2   150   F  1   1050  11 17 42
Schedule for VLBA_FD   (Code Fd )                                   Page  13
               5GHz obs of SN/SNR in ARP 220
  UP:  D => Below limits;  H => Below horizon mask.  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Tapes: Drive, Index, Start footage / Direction, Head Group, End footage.
         For disks, the footages are really the GBytes
  TPStart:  Tape motion start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Tapes      TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell  (see above)   SYNC
----------------------------------------------------------------------------------------

 --- Sat  28 Feb 2009   Day  59 ---

11 20 23  J1532+2344   14 58 15  79.6 129.7 -0.6     -46.3     5   1  1   1050  11 20 23
11 21 23  ---          14 59 15  79.8 130.6 -0.6     -45.5    60   F  1   1054  11 20 24

11 21 35  ARP220       14 59 26  79.3 129.7 -0.6     -46.2     5   1  1   1054  11 21 35
11 24 05  ---          15 01 57  79.7 132.0 -0.6     -44.2   150   F  1   1064  11 21 36

11 24 16  J1532+2344   15 02 09  80.2 133.3 -0.5     -43.2     5   1  1   1064  11 24 16
11 25 16  ---          15 03 09  80.4 134.3 -0.5     -42.3    60   F  1   1068  11 24 17

11 25 28  ARP220       15 03 20  79.9 133.3 -0.5     -43.1     5   1  1   1068  11 25 28
11 27 58  ---          15 05 51  80.3 135.7 -0.5     -40.9   150   F  1   1077  11 25 29

11 28 10  J1532+2344   15 06 03  80.8 137.4 -0.5     -39.5     5   1  1   1077  11 28 10
11 29 10  ---          15 07 03  81.0 138.5 -0.4     -38.5    60   F  1   1081  11 28 11


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


 Setup file: /home/jconway/SCHED/setups/v6cm-512-8-2.set
   Matches group v6cm_2 in /home/jconway/SCHED/catalogs/freq.dat

   Setup group:   11         Station: VLBA_FD           Total bit rate:  512
   Format: VLBA1:4           Bits per sample: 2         Sample rate: 32.000
   Number of channels:  8                               Speedup factor:   1.00

   Disk used to record data.

   1st LO=   4100.00   4100.00   4100.00   4100.00   4100.00   4100.00   4100.00   4100.00
   Net SB=         U         U         U         U         U         U         U         U
   Pol.  =      RCP       LCP       RCP       LCP       RCP       LCP       RCP       LCP 
   BBC   =         1         2         3         4         5         6         7         8
   BBC SB=         U         U         U         U         U         U         U         U
   IF    =        A         C         A         C         A         C         A         C 

   VLBA FE=     6cm      omit     6cm      omit
   VLBA Synth=  15.4      4.1     15.4

  The following frequency sets based on this setup were used.

   Frequency Set:  11  Setup file default.  Used pcal sets:   1
   LO sum=    4958.49   4958.49   4974.49   4974.49   4990.49   4990.49   5006.49   5006.49
   BBC fr=     858.49    858.49    874.49    874.49    890.49    890.49    906.49    906.49
   Bandwd=     16.000    16.000    16.000    16.000    16.000    16.000    16.000    16.000

  The following pulse cal sets were used with this setup:

   Pulse cal detection set:   1  PCAL = 1MHZ
    PCALXB1=   S1    S3    S5    S7    S1    S3    S5    S7 
    PCALXB2=   S2    S4    S6    S8    S2    S4    S6    S8 
    PCALFR1=   510   510   510   510 13510 13510 13510 13510
    PCALFR2=   510   510   510   510 13510 13510 13510 13510

   Track assignments are: 
    track1=   2, 18,  3, 19, 66, 82, 67, 83
    barrel=roll_off 
 SOURCE LIST -- 5GHz obs of SN/SNR in ARP 220
     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)

 * ARP220            15 32 46.905485   * 15 34 57.250000     15 35 22.281382       0.00
                     23 40 07.75728    * 23 30 11.33000      23 28 00.05198        0.00
                     From catalog imbedded in main SCHED input file.
                        6.039 scan hours,    363.021 baseline hours above horizon.

 * J1516+1932        15 14 40.985837   * 15 16 56.796160     15 17 22.944526       0.32
   1514+197          19 43 10.94235    * 19 32 12.99192      19 29 51.52889        0.23
   J1516+19          From catalog imbedded in main SCHED input file.
                     VLBA Calib Srcs - GSFC sols. - catalog 2004f_astro
                        0.253 scan hours,     14.931 baseline hours above horizon.

 * J1532+2344        15 30 36.092761   * 15 32 46.345216     15 33 11.375095       0.27
                     23 54 09.32935    * 23 44 05.26818      23 41 52.53696        0.48
                     From catalog imbedded in main SCHED input file.
                     VLBA Calib Srcs - GSFC sols. - catalog 2004f_astro
                        2.944 scan hours,    178.603 baseline hours above horizon.

 * J1613+3412        16 11 47.914253   * 16 13 41.064244     16 14 02.643654       0.24
   1611+343          34 20 19.83395    * 34 12 47.90897      34 11 00.70199        0.40
   J1613+34          From catalog imbedded in main SCHED input file.
                     VLBA Calib Srcs - GSFC sols. - catalog 2004f_astro
                        0.217 scan hours,     25.999 baseline hours above horizon.

   J1407+2827        14 04 45.615151   * 14 07 00.394410     14 07 26.854255       0.00
   1404+286          28 41 29.23495    * 28 27 14.68998      28 24 16.38086        0.00
   J1407+28          /home/jconway/SCHED/catalogs/sources.vlba
 * OQ208             ICRF - Ext.1 Source - 1998 IERS Annual Report
                        0.564 scan hours,     36.178 baseline hours above horizon.



  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) 
   ARP220             109.1
   J1516+1932         113.3
   J1532+2344         109.6
   J1613+3412         100.8
   OQ208              128.2

  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 

