! file bc044-22cm.set
! 17aug95 - received from jconway (4MHz shift, flukeb fixed)
!              
!   Center Frequency of VLA HI absorption is at 1344.44 MHz
!   consistent with the  optical redshift pf 0.0565 
!   So lower band edge as at a frequency 4MHz lower, assuming
!   a 8HMz channel. 
!
!   Ignore seasonal shifts in center frequency, maximum 
!   effect is 60km/s out of total BW coverage of 1800km/s. 
!
nchan = 2  samprate = 16.0  bits = 2  bbfilter = 8.0   ! 64 Mbps
tpmode = 2  format = VLBA1:4  tpspeed = 133.33
!
pcal = 'off'
bbc      = 1,    2
netside  = U,    U
ifchan   = R,    L
freqoff  = -4.00,-4.00
freqref  = 1344.44  !
firstlo  = 2100.00  fe(1) = '20cm'   fe(3) = '20cm'   synth(2) = 2.1
station  = VLBA   rchan = A  lchan = C   /
!
!  VLA tweaking
!
!   Place lower edge of 12.5MHz filter at DC input to 600MHz
!   upconverter, i.e. want DC to upconverter to correspond to
!   sky frequency of 1344.440 -  6.250 = 1338.190 MHz, round 
!   up ( so  both flukea and flukeb can be multiples of 10kHz)
!   make F_{VLA} = 1338.200
!
flukeset = 0 ! Let operators decide
!
vlafeab  = -3.2    ! F1 
vlafecd  = -3.2
vlasyna  = 3510.1  ! F6
vlasynb  = 3510.1 
flukea   = 128.10  ! Flukes
flukeb   = 228.10
!
vlaif    = 'SYSLIF'
vlarot   = 'VLBLROT'
!
!  Firstlo is just F_{VLA} -600
!
firstlo  = 738.200
!
station  = VLA1   rchan = B  lchan = D   /
station  = VLA27  rchan = A  lchan = C   /