Antennas | Mp-At-Cd-Ho-Pa |
---|---|
Start | 72 10:00:00 |
Stop | 72 21:48:00 |
Channel 1 | 4800 - 4816 MHz USB RCP |
Channel 2 | 4816 - 4832 MHz USB RCP |
Bandwidth | 16 MHz |
Recorder | S2 |
S2 Mode | 32×4-2 |
DAS Mode | vsop.pro |
Buggary Cable | out |
Tape Change | 72 15:59:00 |
---|
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NOTE: Setup has changed. Now Rcp only and frequency shift
Please observe 0537-441 starting 1hr before the start of experiment (09:00UT). Record to disk using: > vsib_record -t v156g1-XX -t 46800s -c ooxx where XX is your antenna ID (Pa,Cd etc)
I suggest you also run from the data directory diskclean.pl > cd /my/data/dir > diskclean.pl -age 4h
Dodson:
1302-638 has recently gone through it's eclipse, and it is known that there are frequency jumps when this occurs. Therefore timing observations of 1302-638 are worthwhile.
Emailed comments (repeating comments):
Files at ftp://ftp.atnf.csiro.au/pub/people/vlbi/v156/v156g1 (NOT INCOMING!!!!)
Exp. Code: v156g1
Notes: PSR B1259-63 observation No 7. Part 1 @ 4816MHz
Full pol. obs, i.e. both L&RCP. i.e buggery cable in Pulsar binned at AT (unless a problem). All in CATIE. CA CCC mode psr16_128-64. 12 hrs & 2 tape sets.
Both polarisations centred at 4816.
The experiment is ~ 12 hours so two sets of tapes are needed Tape change is at ~16UT
ATCA has a pulsar polyco but it maybe out of date.
So Parkes will have to collect the filter bank so we can find the
solution.
Schedule at ATCA has been prepared, but nowhere else. Pulsar observations at ATCA require three things:
The CONFIG to be a pulsar one (psr16_128-64 in this case), MODE of the pulsar TARGET_NAME to be set to PSR and the polyco timing solution to be in caccc as ~corr/cor/pulsar/TARGET_NAME.polyco
These are setup