!STATION, FREQREF, POL, BBFILTER, BITS, and NCHAN
!
! VLBA
!
VLABAND = 'VL'	!VLAMODE  'VA' 
nchan = 8  samprate =  2.0  bits = 2  bbfilter = 0.5
tpmode = 2  format = VLBA1:1  
netside  = U,   U,	U,	U,	U, 	U,	U,	U
bbc      = 1,   2,	3,	4,	5,	6, 	7, 	8
ifchan   = R,  	L,	R,	L, 	R,	L,	R,	L
!
pcal 'off'
pol = dual
freqref = 1421.0, 1421.0, 1420.0, 1420.0, 1419.0, 1419.0, 1418.0, 1418.0
firstlo  = 2400.00  fe(1) = '20cm'   fe(3) = '20cm'   synth(2) = 2.4
station  = VLBA   rchan = A  lchan = C   /
!
! Phased VLA
!
vlaif    = 'SYSLIF'
vlarot   = 'VLBLROT'
firstlo  = 810.10, 810.10
vlafeab  = -3.2
vlafecd  = -3.2
vlasyna  = 3610.1
vlasynb  = 3610.1
flukea   = 100.0
flukeb   = 200.0
station  = VLA27   rchan = A  lchan = D    /
!
! GBT
! Based on the VLBA setup.  Changes:
!  1. Set FIRSTLO=2170 to agree with output of gbt21cm.
!  2. Set SYNTH(2)=0.0 to agree with output of gbt21cm.
!  3. Set FORMAT to be juset VLBA in hopes that SCHED knows 
!     what it is doing.
! TJWL
!
nchan = 8  samprate =  2.0  bits = 2  bbfilter = 0.5
tpmode = 2  format = VLBA
netside  = U,   U,	U,	U,	U, 	U,	U,	U
bbc      = 1,   2,	3,	4,	5,	6, 	7, 	8
ifchan   = R,  	L,	R,	L, 	R,	L,	R,	L
!
pcal 'off'
pol = dual
freqref = 1421.0, 1421.0, 1420.0, 1420.0, 1419.0, 1419.0, 1418.0, 1418.0
firstlo  = 2170.00,2170.00  fe(1) = '20cm'   fe(3) = '20cm'   synth(2) = 0.0
station  = GBT_VLBA   rchan = A  lchan = C   /
!