! FREQUENCY CATALOG for SCHED. ! ! This file gives a selection of possible frequency setups for ! many active VLBI stations. For the VLBA, the selection is ! basicaly complete - nearly all valid setups are included. For ! other stations, many of the frequently used setups are included. ! SCHED can use this file to find the appropriate LO and IF settings ! given the desired observing frequencies. The user should not ! need to know the hardware setups at the various stations. In ! fact, users should avoid making their own frequency setups if ! possible. If the desired frequency is in this file, it won't ! be necessary to bother the station friends for information. And ! this file is kept reasonably up to date so it should be trusted ! more than information in old schedules. ! ! SCHED will also use this file to check against any user generated ! setups. If the user setup does not match one here, warnings will ! be issued as a flag that the user should make doubly sure that ! the setup is ok. ! ! The input parameters are: ! STATION Stations covered by this group. ! PRIOrity Lower values are favored groups. ! RF1 Lower limit of RF frequencies covered by this group. ! RF2 Upper RF limit. ! POL Polarization of this IF. ! LO1 The sum of all LOs other than the BBC. ! IFNAME The name of the IF as used by control software. ! FE The front end name (mainly VLBA). ! SYN The 3 VLBA front end synthesizer settings. ! DUALX Use the wide band X band system on the VLBA. ! CH1RF1 Lower hard RF limit for channel 1. Mainly for 2cm VLBA. ! CH1RF2 Upper hard RF limit for channel 1. These select filter. ! RCP50CM, LCP50CM 50 cm VLBA filter (NARROW or BROAD) ! ! VLA specific items. For the meaning of most, see the SCHED manual. ! CHNSTA Used to show if IF is phased array or single dish. (obsolete) ! VLABAND, VLABW, VLAFEAB, VLAFECD, VLASYNA, VLASYNB, FLUKEA, FLUKEB ! ! ! For each of the VLBA bands, a summary of significant filters and ! LO's is given in the comments. ! Receiver and filter ranges are to nominal 1/2 power points. ! The "maximum range" and "good range" are taken from examination of ! plots of measured data in VLBA Test Memo 51. These are subjective, ! eyeball estimates. Anyone attempting to schedule near the limits ! should look at Memo 51. ! The protected bands in the U.S., that are within VLA or VLBA ! bands, are (from VLA-VLBA Interference Memo No 3): ! 73.00 - 74.60 MHz Primary ! 322.00 - 328.60 Footnote (Primary is fixed and mobile) ! 608.00 - 614.00 Primary ! 1330.00 - 1350.00 Footnote (Primary is Aero navigation) ! 1350.00 - 1400.00 Footnotes for redshifted HI. ! 1400.00 - 1427.00 Primary ! 1610.60 - 1613.80 Secondary for OH. ! 1660.00 - 1670.00 Primary ! 1718.80 - 1722.20 Footnote ! 2290 - 2300 Space Research (DSN) ! 2640.00 - 2655.00 Space Research secondary ! 2655.00 - 2690.00 Secondary (Primary is broadcast satellite!) ! 2690.00 - 2700.00 Primary ! 4825.00 - 4835.00 Footnote ! 4950.00 - 4990.00 Footnote ! 4990.00 - 5000.00 Primary ! 8400 - 8450 Space Research (DSN) ! 14.47 - 14.50 GHz Footnotes ! 15.20 - 15.35 EES, Space Research secondary ! 15.35 - 15.40 Primary ! 21.20 - 21.40 EES, SR primary ! 22.01 - 22.21 Footnote ! 22.21 - 22.50 Primary ! 22.81 - 22.86 Footnote ! 23.07 - 23.12 Footnote ! 23.60 - 24.00 Primary ! 42.50 - 43.50 Primary ! 48.94 - 49.04 Primary ! 86.00 - 92.00 Primary ! ! The full frequency catalog (freq.dat) is maintained in subset files. ! All changes should be made in those files, not in freq.dat itself. ! Any changes made directly to freq.dat will be lost at the next update. ! ! This top information is contained in a file called ! Master_NRAO/freq_top.dat. ! ! ! Before 25mar97 - merge the NRAO and EVN versions Huib-03/97 ! 25mar97 split freq.dat into rcwfreq.dat and huibfreq.dat. ! 28Jul97 Various changes including VLA digital patch panel. ! 08Aug97 Some changes to EVN stations and GB 6cm. ! 09Oct97 Split rcwfreq.dat and huibfreq.dat into freq_VLBA.dat etc. ! .... History not maintained for a long time. ! 2004mar01 Rewrite some of above. Add 86 GHz VLBA frequencies. RCW. ! ! ---------------------------------------------------------------------- ! VERSION is the date and time when this catalog was ! assembled from the master subcatalogs. VERSION = "2010Mar25-17:53:38" ! ! ===================================================================== ! The following entries in the SCHED frequency catalog are for VLBA ! stations only. ! These stations are maintained in file freq_VLBA.dat. ! ===================================================================== ! ! VLBA 50/90 cm 90 cm has fixed upconverting LO at 500 MHz. ! 50 cm has no first LO. ! 50 cm has optional filter 608.2-613.8 MHz. ! 90 cm: Receiver: 312-342 MHz. ! IF filter: 802-852 ! Maximum range: 302-352 ! Good range: 310-346 ! 50 cm: Receiver: 596-626 ! Narrow: Filter: 608.2-613.8 ! Max range: 608.4-613.4 ! Good range: 608.8-613.2 ! Wide: No filter ! Max range: 588-633 ! Good range: 595-628 ! Some sites, especially LA, have RFI that saturates the ! receiver if 50cm wide is used. This also ruins 90cm. ! ! Using extra IF's because the receiver can be called ! by either name. ! Name = v5090n Station = VLBA Priority = 0 rf1 = 302, 302, 608.4, 608.4, 302, 302, 608.4, 608.4 rf2 = 352, 352, 613.4, 613.4, 352, 352, 613.4, 613.4 pol = RCP, LCP, RCP, LCP, RCP, LCP, RCP, LCP ifname = B, D, B, D, B, D, B, D fe ='90cm','90cm','90cm','90cm','50cm','50cm','50cm','50cm' lo1 = -500, -500, 0, 0, -500, -500, 0, 0 rcp50cm = 'narrow' lcp50cm = 'narrow' / Name = v5090w Station = VLBA Priority = 1 rf1 = 302, 302, 588, 588, 302, 302, 588, 588 rf2 = 352, 352, 633, 633, 352, 352, 633, 633 pol = RCP, LCP, RCP, LCP, RCP, LCP, RCP, LCP ifname = B, D, B, D, B, D, B, D fe ='90cm','90cm','90cm','90cm','50cm','50cm','50cm','50cm' lo1 = -500, -500, 0, 0, -500, -500, 0, 0 rcp50cm = 'broad' lcp50cm = 'broad' note = 'Wide 50 cm filter. Beware RFI. Some stations will saturate.' / ! VLBA 20 cm Some sites require special RFI filters. ! Receiver (most) 1265 - 1835 MHz ! Receiver (FD) 1339 - 1756 ! Receiver (KP) 1333 - 1885 ! IF Filter (most) 475 - 1025 ! IF Filter (SC) 665 - 1027 ! The performance at the low end is quite variable - See Memo 51. ! Max range (most): 1180 - 1850 ! Good range (most): 1300 - 1760 ! Max range (FD): 1330 - 1760 ! Good range (FD): 1350 - 1750 ! Max range (KP): 1330 - 1850 ! Good range (KP): 1350 - 1760 ! Max range (SC); 1240 - 1740 ! Good range (SC): 1400 - 1730 (2.4 GHz firstlo only). ! SC might be extended upward with other LOs, but the ! RFI everywhere is so bad up there that it's not ! worth it. ! Note that this band has lots of RFI problems. There is ! elsewhere on this. See the NRAO home page for VLA and VLBA. Name = v20cm_1 Station = VLBA Priority = 1 rf1 = 1180, 1180 ifname = A, C rf2 = 1600, 1600 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 2100, 2100 syn(2) = 2.1 note='FD and KP filtered below 1330. SC filtered above 1440' / Name = v20cm_2 Station = VLBA Priority = 0 rf1 = 1400, 1400 ifname = A, C rf2 = 1850, 1850 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 2400, 2400 syn(2) = 2.4 note='FD filtered above 1760. SC filtered above 1740.' / ! VLBA 13 cm The nominal band is 2150 - 2350 Mhz, but the system ! is much wider than that. For observations well above ! the nominal band, users should consult Memo 51. ! Receiver: 2000 - 2800 MHz ! LO Filter: 2700 - 3300 ! Maximum range: 1920 - 2840 ! Good range: 2000 - 2440 ! Another OK range: 2490 - 2650 ! S band filters: 2200 - 2400 -1db, 2150 - 2450 -60db ! The S band filters were necessitated by RFI outside that ! range. As of October 2006, filters are at HN, NL, LA, OV, and ! BR. Status is tracked among the VLBA Modifications and ! Retrofits for the Monday morning meetings. ! Note that Tcals are poor outside of nominal range so be ! careful with calibration. ! ! Some of the most serious RFI in this band that affects all ! North American stations is from: ! Srius Satellite Radio 2320.0 to 2332.5 MHz ! XM Satellite Radio 2332.5 to 2345.0 MHz Name = v13cm_1 Station = VLBA Priority = 0 rf1 = 1920, 1920 ifname = A, C rf2 = 2400, 2400 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 2900, 2900 syn(2) = 2.9 note='LA,NL only 2200-2400' / Name = v13cm_2 Station = VLBA Priority = 0 rf1 = 2100, 2100 ifname = A, C rf2 = 2600, 2600 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 3100, 3100 syn(2) = 3.1 note='LA,NL only 2200-2400' / ! The LO is a bit high for the IF filter. Name = v13cm_3 Station = VLBA Priority = 1 rf1 = 2400, 2400 ifname = A, C rf2 = 2840, 2840 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 3400, 3400 syn(2) = 3.4 note='LA,NL only 2200-2400' / ! VLBA 6 cm This one is fairly simple. ! Receiver: 4500 - 5200 MHz ! LO Filter: 3450 - 4750 ! Maximum range: 4440 - 5240 ! Good range: 4480 - 5200 Name = v6cm_1 Station = VLBA Priority = 0 rf1 = 4440, 4440 ifname = A, C rf2 = 4900, 4900 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 3900, 3900 syn(2) = 3.9 / Name = v6cm_2 Station = VLBA Priority = 0 rf1 = 4600, 4600 ifname = A, C rf2 = 5100, 5100 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4100, 4100 syn(2) = 4.1 / Name = v6cm_3 Station = VLBA Priority = 1 rf1 = 4900, 4900 ifname = A, C rf2 = 5240, 5240 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4400, 4400 syn(2) = 4.4 / ! 4cm This receiver can split RCP and route a second version ! through the LCP electronics with a separate LO. This ! option is given with the S/X groups below. It is for ! very wide spanned bandwidths. ! If both 13 and 4 cm channels are present, the ellipsoid ! and dichroic will be used. If only 4 cm is present, the ! ellipsoid will be swung out of the way for improved ! performance. ! Receiver: 7920 - 8880 MHz ! LO Filters: 7150 - 9650 ! Maximum range: 7700 - 9050 ! Good range: 7900 - 8900 ! Both upper and lower first LO sidebands can be used. ! The groups below use upper except where the LO would ! be in the receiver passband. ! The pure 4 cm groups below are probably not needed (the S/X ! groups cover most of the same ground), but are here for ! clarity. Also, the extreme frequency ranges are not covered ! under the S/X options. Name = v4cm_1 Station = VLBA Priority = 1 rf1 = 7700, 7700 ifname = B, D rf2 = 8100, 8100 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 7100, 7100 syn(1) = 7.1 / Name = v4cm_2 Station = VLBA Priority = 0 rf1 = 7900, 7900 ifname = B, D rf2 = 8400, 8400 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 7400, 7400 syn(1) = 7.4 / Name = v4cm_3 Station = VLBA Priority = 0 rf1 = 8100, 8100 ifname = B, D rf2 = 8600, 8600 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 7600, 7600 syn(1) = 7.6 / Name = v4cm_4 Station = VLBA Priority = 0 rf1 = 8400, 8400 ifname = B, D rf2 = 8900, 8900 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 9400, 9400 syn(1) = 9.4 / Name = v4cm_5 Station = VLBA Priority = 0 rf1 = 8600, 8600 ifname = B, D rf2 = 9050, 9050 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 9600, 9600 syn(1) = 9.6 / ! S/X - Not quite an exhaustive set. ! Give all S/X modes slightly worse priority so that ! they will not be used for single frequency obs. Name = vsx_11 Station = VLBA Priority = 2 rf1 = 1900, 1900, 7900, 7900 ifname = A, C, B, D rf2 = 2400, 2400, 8400, 8400 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, LCP, RCP, LCP lo1 = 2900, 2900, 7400, 7400 syn(1) = 7.4, 2.9 / Name = vsx_12 Station = VLBA Priority = 2 rf1 = 1900, 1900, 8100, 8100 ifname = A, C , B , D rf2 = 2400, 2400, 8600, 8600 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, LCP, RCP, LCP lo1 = 2900, 2900, 7600, 7600 syn(1) = 7.6, 2.9 / Name = vsx_13 Station = VLBA Priority = 2 rf1 = 1900, 1900, 8400, 8400 ifname = A, C, B, D rf2 = 2400, 2400, 8900, 8900 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, LCP, RCP, LCP lo1 = 2900, 2900, 9400, 9400 syn(1) = 9.4, 2.9 / Name = vsx_14 Station = VLBA Priority = 2 rf1 = 1900, 1900, 8600, 8600 ifname = A, C, B, D rf2 = 2400, 2400, 9050, 9050 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, LCP, RCP, LCP lo1 = 2900, 2900, 9600, 9600 syn(1) = 9.6, 2.9 / Name = vsx_21 Station = VLBA Priority = 2 rf1 = 2100, 2100, 7900, 7900 ifname = A, C, B, D rf2 = 2600, 2600, 8400, 8400 fe = '13cm', '13cm','4cm', '4cm' pol = RCP, LCP, RCP, LCP lo1 = 3100, 3100, 7400, 7400 syn(1) = 7.4, 3.1 / Name = vsx_22 Station = VLBA Priority = 2 rf1 = 2100, 2100, 8100, 8100 ifname = A, C, B, D rf2 = 2600, 2600, 8600, 8600 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, LCP, RCP, LCP lo1 = 3100, 3100, 7600, 7600 syn(1) = 7.6, 3.1 / Name = vsx_23 Station = VLBA Priority = 2 rf1 = 2100, 2100, 8400, 8400 ifname = A, C, B, D rf2 = 2600, 2600, 8900, 8900 fe = '13cm', '13cm','4cm', '4cm' pol = RCP, LCP, RCP, LCP lo1 = 3100, 3100, 9400, 9400 syn(1) = 9.4, 3.1 / Name = vsx_24 Station = VLBA Priority = 2 rf1 = 2100, 2100, 8600, 8600 ifname = A, C, B, D rf2 = 2600, 2600, 9050, 9050 fe = '13cm', '13cm','4cm', '4cm' pol = RCP, LCP, RCP, LCP lo1 = 3100, 3100, 9600, 9600 syn(1) = 9.6, 3.1 / ! S/X With wide X - Not quite exhaustive. Includes only ! combinations with IF B in the lower part of X band and IF D in the ! upper. A full set would be very large. ! Give these even worse priority so they won't be used unless ! necessary. Name = vsx_1w Station = VLBA Priority = 3 rf1 = 1900, 1900, 7900, 8400 ifname = A, C, B, D rf2 = 2400, 2400, 8400, 8900 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, LCP, RCP, RCP lo1 = 2900, 2900, 7400, 9400 syn(1) = 7.4, 2.9, 9.4 dualx / Name = vsx_2w Station = VLBA Priority = 3 rf1 = 1900, 1900, 8100, 8400 ifname = A, C , B , D rf2 = 2400, 2400, 8600, 8900 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, LCP, RCP, RCP lo1 = 2900, 2900, 7600, 9400 syn(1) = 7.6, 2.9, 9.4 dualx / Name = vsx_3w Station = VLBA Priority = 3 rf1 = 2100, 2100, 7900, 8400 ifname = A, C, B, D rf2 = 2600, 2600, 8400, 8900 fe = '13cm', '13cm','4cm', '4cm' pol = RCP, LCP, RCP, RCP lo1 = 3100, 3100, 7400, 9400 syn(1) = 7.4, 3.1, 9.4 dualx / Name = vsx_4w Station = VLBA Priority = 3 rf1 = 2100, 2100, 8100, 8400 ifname = A, C, B, D rf2 = 2600, 2600, 8600, 8900 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, LCP, RCP, RCP lo1 = 3100, 3100, 7600, 9400 syn(1) = 7.6, 3.1, 9.4 dualx / Name = vsx_5w Station = VLBA Priority = 3 rf1 = 1900, 1900, 7900, 8600 ifname = A, C, B, D rf2 = 2400, 2400, 8400, 9050 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, LCP, RCP, RCP lo1 = 2900, 2900, 7400, 9600 syn(1) = 7.4, 2.9, 9.6 dualx / Name = vsx_6w Station = VLBA Priority = 3 rf1 = 1900, 1900, 8100, 8600 ifname = A, C , B , D rf2 = 2400, 2400, 8600, 9050 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, LCP, RCP, RCP lo1 = 2900, 2900, 7600, 9600 syn(1) = 7.6, 2.9, 9.6 dualx / Name = vsx_7w Station = VLBA Priority = 3 rf1 = 2100, 2100, 7900, 8600 ifname = A, C, B, D rf2 = 2600, 2600, 8400, 9050 fe = '13cm', '13cm','4cm', '4cm' pol = RCP, LCP, RCP, RCP lo1 = 3100, 3100, 7400, 9600 syn(1) = 7.4, 3.1, 9.6 dualx / Name = vsx_8w Station = VLBA Priority = 3 rf1 = 2100, 2100, 8100, 8600 ifname = A, C, B, D rf2 = 2600, 2600, 8600, 9050 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, LCP, RCP, RCP lo1 = 3100, 3100, 7600, 9600 syn(1) = 7.6, 3.1, 9.6 dualx / ! 2 cm This receiver has 4 RF filters. The on-line system ! chooses which to use based on the frequency of channel 1. ! ch1rf1 and ch1rf2 are the required frequency ranges for ! channel one for the given filter. ! The on-line system always assumes an upper sideband first ! mix ! ! There is a Radio Astronomy band from 15.35 to 15.4 GHz ! that is shared with other passive services. ! ! Receiver Nominal Channel 1 Max range Good range ! filter filter range range ! 1: 11820 - 12980 0 - 12900 11800 - 13000 12100 - 12950 ! 2: 12820 - 13980 12900 - 13900 12800 - 14000 12850 - 13950 ! 3: 13820 - 14980 13900 - 14900 13800 - 15000 13850 - 14950 ! 4: 14770 - 15630 14900 - inf 14700 - 15700 14800 - 15500 ! LO filter: 11000 - 16000 MHz ! Filter 1: Name = v2cm_a1 Station = VLBA Priority = 1 rf1 = 11800, 11800 ifname = B, D rf2 = 12100, 12100 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 11100, 11100 syn(1) = 11.1 ch1rf1 = 11000, 11000 ch1rf2 = 12900, 12900 note = 'First 2cm filter' / Name = v2cm_a2 Name = v2cm_a1 Station = VLBA Priority = 0 rf1 = 11900, 11900 ifname = B, D rf2 = 12400, 12400 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 11400, 11400 syn(1) = 11.4 ch1rf1 = 11000, 11000 ch1rf2 = 12900, 12900 note = 'First 2cm filter' / Name = v2cm_a3 Station = VLBA Priority = 0 rf1 = 12100, 12100 ifname = B, D rf2 = 12600, 12600 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 11600, 11600 syn(1) = 11.6 ch1rf1 = 11900, 11900 ch1rf2 = 12900, 12900 note = 'First 2cm filter' / Name = v2cm_a4 Station = VLBA Priority = 0 rf1 = 12400, 12400 ifname = B, D rf2 = 12900, 12900 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 11900, 11900 syn(1) = 11.9 ch1rf1 = 11900, 11900 ch1rf2 = 12900, 12900 note = 'First 2cm filter' / Name = v2cm_a5 Station = VLBA Priority = 1 rf1 = 12600, 12600 ifname = B, D rf2 = 13000, 13000 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 12100, 12100 syn(1) = 12.1 ch1rf1 = 11900, 11900 ch1rf2 = 12900, 12900 note = 'First 2cm filter' / ! Filter 2: Name = v2cm_b1 Station = VLBA Priority = 1 rf1 = 12800, 12800 ifname = B, D rf2 = 13100, 13100 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 12100, 12100 syn(1) = 12.1 ch1rf1 = 12900, 12900 ch1rf2 = 13900, 13900 note = 'Second 2cm filter' / Name = v2cm_b2 Station = VLBA Priority = 0 rf1 = 12900, 12900 ifname = B, D rf2 = 13400, 13400 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 12400, 12400 syn(1) = 12.4 ch1rf1 = 12900, 12900 ch1rf2 = 13900, 13900 note = 'Second 2cm filter' / Name = v2cm_b3 Station = VLBA Priority = 0 rf1 = 13100, 13100 ifname = B, D rf2 = 13600, 13600 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 12600, 12600 syn(1) = 12.6 ch1rf1 = 12900, 12900 ch1rf2 = 13900, 13900 note = 'Second 2cm filter' / Name = v2cm_b4 Station = VLBA Priority = 0 rf1 = 13400, 13400 ifname = B, D rf2 = 13900, 13900 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 12900, 12900 syn(1) = 12.9 ch1rf1 = 12900, 12900 ch1rf2 = 13900, 13900 note = 'Second 2cm filter' / Name = v2cm_b5 Station = VLBA Priority = 1 rf1 = 13600, 13600 ifname = B, D rf2 = 14000, 14000 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 13100, 13100 syn(1) = 13.1 ch1rf1 = 12900, 12900 ch1rf2 = 13900, 13900 note = 'Second 2cm filter' / ! Third filter Name = v2cm_c1 Station = VLBA Priority = 1 rf1 = 13800, 13800 ifname = B, D rf2 = 14100, 14100 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 13100, 13100 syn(1) = 13.1 ch1rf1 = 13900, 13900 ch1rf2 = 14900, 14900 note = 'Third 2cm filter' / Name = v2cm_c2 Station = VLBA Priority = 0 rf1 = 13900, 13900 ifname = B, D rf2 = 14400, 14400 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 13400, 13400 syn(1) = 13.4 ch1rf1 = 13900, 13900 ch1rf2 = 14900, 14900 note = 'Third 2cm filter' / Name = v2cm_c3 Station = VLBA Priority = 0 rf1 = 14100, 14100 ifname = B, D rf2 = 14600, 14600 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 13600, 13600 syn(1) = 13.6 ch1rf1 = 13900, 13900 ch1rf2 = 14900, 14900 note = 'Third 2cm filter' / Name = v2cm_c4 Station = VLBA Priority = 0 rf1 = 14400, 14400 ifname = B, D rf2 = 14900, 14900 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 13900, 13900 syn(1) = 13.9 ch1rf1 = 13900, 13900 ch1rf2 = 14900, 14900 note = 'Third 2cm filter' / Name = v2cm_c5 Station = VLBA Priority = 1 rf1 = 14600, 14600 ifname = B, D rf2 = 15000, 15000 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 14100, 14100 syn(1) = 14.1 ch1rf1 = 13900, 13900 ch1rf2 = 14900, 14900 note = 'Third 2cm filter' / ! Fourth filter. Name = v2cm_d1 Station = VLBA Priority = 1 rf1 = 14700, 14700 ifname = B, D rf2 = 15100, 15100 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 14100, 14100 syn(1) = 14.1 ch1rf1 = 14900, 14900 ch1rf2 = 15900, 15900 note = 'Fourth 2cm filter' / Name = v2cm_d2 Station = VLBA Priority = 0 rf1 = 14900, 14900 ifname = B, D rf2 = 15400, 15400 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 14400, 14400 syn(1) = 14.4 ch1rf1 = 14900, 14900 ch1rf2 = 15900, 15900 note = 'Fourth 2cm filter' / Name = v2cm_d3 Station = VLBA Priority = 0 rf1 = 15100, 15100 ifname = B, D rf2 = 15600, 15600 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 14600, 14600 syn(1) = 14.6 ch1rf1 = 14900, 14900 ch1rf2 = 15900, 15900 note = 'Fourth 2cm filter' / Name = v2cm_d4 Station = VLBA Priority = 1 rf1 = 15400, 15400 ifname = B, D rf2 = 15900, 15900 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 14900, 14900 syn(1) = 14.9 ch1rf1 = 14900, 14900 ch1rf2 = 15900, 15900 note = 'Fourth 2cm filter. High IF freqs will be bad.' / ! 1 cm - At 1 cm, are two synthesizers and many combinations, ! some of which give the same frequency. ! First LO filter: 12000 - 14500 ! First IF filter: 9300 - 10200 ! Second LO filter: 7150 - 9650 ! Maximum range: 20500 - 25300 ! Good range: 21400 - 24300 ! Maximum 2-16 GHz synthesizer setting is 15.9 (16.1?) GHz. ! Reasonable second LO's that pass full 500 MHz bands of the ! right sideband are: 8.9 and 9.1 GHz. Anything else has ! the potential to loose signal at the first IF filter. ! However, a lower LO might be needed to reach extreme ! frequencies. ! ! Naming convention. ! eg v1cm_a3 The last 2 letters according to: ! Syn(1) = 8.6 (x), 8.9 (a), 9.1 (b), 9.4 (c) ! Syn(3) = 11.4 (-1), 11.6 (0), 11.9 (1), 12.1 (2), 12.4 (3), ! 12.6 (4), 12.9 (5), 13.1 (6), 13.4 (7), 13.6 (8), ! 13.9 (9), 14.1 (10), 14.4 (11), 14.6 (12), 14.9 (13) Name = v1cm_x-1 Station = VLBA Priority = 5 rf1 = 20500, 20500 ifname = B, D rf2 = 21000, 21000 fe = '1cm', '1cm' syn(1) = 8.6 pol = RCP, LCP lo1 = 20000, 20000 syn(3) = 11.4 note='Nominal IF cutoff at 20700 MHz. Syn3 600 MHz below LO filter' / Name = v1cm_x0 Station = VLBA Priority = 5 rf1 = 20700, 20700 ifname = B, D rf2 = 21200, 21200 fe = '1cm', '1cm' syn(1) = 8.6 pol = RCP, LCP lo1 = 20200, 20200 syn(3) = 11.6 note='Nominal IF cutoff at 20900 MHz. Syn3 400 MHz below LO filter' / Name = v1cm_x1 Station = VLBA Priority = 4 rf1 = 21000, 21000 ifname = B, D rf2 = 21500, 21500 fe = '1cm', '1cm' syn(1) = 8.6 pol = RCP, LCP lo1 = 20500, 20500 syn(3) = 11.9 note='Nominal IF cutoff at 21200 MHz Syn3 100 MHz below LO filter' / Name = v1cm_b0 Station = VLBA Priority = 4 rf1 = 21200, 21200 ifname = B, D rf2 = 21700, 21700 fe = '1cm', '1cm' syn(1) = 9.1 pol = RCP, LCP lo1 = 20700, 20700 syn(3) = 11.6 note='Syn3 is 400 MHz below first LO filter.' / Name = v1cm_a1 Station = VLBA Priority = 1 rf1 = 21300, 21300 ifname = B, D rf2 = 21800, 21800 fe = '1cm', '1cm' syn(1) = 8.9 pol = RCP, LCP lo1 = 20800, 20800 syn(3) = 11.9 note='Syn3 is 100 MHz below first LO filter.' / ! Can get with 9.1, 11.9, but poor on first LO filter. Name = v1cm_a2 Station = VLBA Priority = 0 rf1 = 21500, 21500 ifname = B, D rf2 = 22000, 22000 fe = '1cm', '1cm' syn(1) = 8.9 pol = RCP, LCP lo1 = 21000, 21000 syn(3) = 12.1 / Name = v1cm_b2 Station = VLBA Priority = 0 rf1 = 21700, 21700 ifname = B, D rf2 = 22200, 22200 fe = '1cm', '1cm' syn(1) = 9.1 pol = RCP, LCP lo1 = 21200, 21200 syn(3) = 12.1 / Name = v1cm_a3 Station = VLBA Priority = 0 rf1 = 21800, 21800 ifname = B, D rf2 = 22300, 22300 fe = '1cm', '1cm' syn(1) = 8.9 pol = RCP, LCP lo1 = 21300, 21300 syn(3) = 12.4 / Name = v1cm_b3 Station = VLBA Priority = 0 rf1 = 22000, 22000 ifname = B, D rf2 = 22500, 22500 fe = '1cm', '1cm' syn(1) = 9.1 pol = RCP, LCP lo1 = 21500, 21500 syn(3) = 12.4 / Name = v1cm_a4 Station = VLBA Priority = 0 rf1 = 22000, 22000 ifname = B, D rf2 = 22500, 22500 fe = '1cm', '1cm' syn(1) = 8.9 pol = RCP, LCP lo1 = 21500, 21500 syn(3) = 12.6 / Name = v1cm_b4 Station = VLBA Priority = 0 rf1 = 22200, 22200 ifname = B, D rf2 = 22700, 22700 fe = '1cm', '1cm' syn(1) = 9.1 pol = RCP, LCP lo1 = 21700, 21700 syn(3) = 12.6 / Name = v1cm_a5 Station = VLBA Priority = 0 rf1 = 22300, 22300 ifname = B, D rf2 = 22800, 22800 fe = '1cm', '1cm' syn(1) = 8.9 pol = RCP, LCP lo1 = 21800, 21800 syn(3) = 12.9 / Name = v1cm_a6 Station = VLBA Priority = 0 rf1 = 22500, 22500 ifname = B, D rf2 = 23000, 23000 fe = '1cm', '1cm' syn(1) = 8.9 pol = RCP, LCP lo1 = 22000, 22000 syn(3) = 13.1 / Name = v1cm_b5 Station = VLBA Priority = 0 rf1 = 22500, 22500 ifname = B, D rf2 = 23000, 23000 fe = '1cm', '1cm' syn(1) = 9.1 pol = RCP, LCP lo1 = 22000, 22000 syn(3) = 12.9 / Name = v1cm_b6 Station = VLBA Priority = 0 rf1 = 22700, 22700 ifname = B, D rf2 = 23200, 23200 fe = '1cm', '1cm' syn(1) = 9.1 pol = RCP, LCP lo1 = 22200, 22200 syn(3) = 13.1 / Name = v1cm_a7 Station = VLBA Priority = 0 rf1 = 22800, 22800 ifname = B, D rf2 = 23300, 23300 fe = '1cm', '1cm' syn(1) = 8.9 pol = RCP, LCP lo1 = 22300, 22300 syn(3) = 13.4 / Name = v1cm_b7 Station = VLBA Priority = 0 rf1 = 23000, 23000 ifname = B, D rf2 = 23500, 23500 fe = '1cm', '1cm' syn(1) = 9.1 pol = RCP, LCP lo1 = 22500, 22500 syn(3) = 13.4 / Name = v1cm_a8 Station = VLBA Priority = 0 rf1 = 23000, 23000 ifname = B, D rf2 = 23500, 23500 fe = '1cm', '1cm' syn(1) = 8.9 pol = RCP, LCP lo1 = 22500, 22500 syn(3) = 13.6 / Name = v1cm_b8 Station = VLBA Priority = 0 rf1 = 23200, 23200 ifname = B, D rf2 = 23700, 23700 fe = '1cm', '1cm' syn(1) = 9.1 pol = RCP, LCP lo1 = 22700, 22700 syn(3) = 13.6 / Name = v1cm_a9 Station = VLBA Priority = 0 rf1 = 23300, 23300 ifname = B, D rf2 = 23800, 23800 fe = '1cm', '1cm' syn(1) = 8.9 pol = RCP, LCP lo1 = 22800, 22800 syn(3) = 13.9 / Name = v1cm_a10 Station = VLBA Priority = 0 rf1 = 23500, 23500 ifname = B, D rf2 = 24000, 24000 fe = '1cm', '1cm' syn(1) = 8.9 pol = RCP, LCP lo1 = 23000, 23000 syn(3) = 14.1 / Name = v1cm_b9 Station = VLBA Priority = 0 rf1 = 23500, 23500 ifname = B, D rf2 = 24000, 24000 fe = '1cm', '1cm' syn(1) = 9.1 pol = RCP, LCP lo1 = 23000, 23000 syn(3) = 13.9 / Name = v1cm_b10 Station = VLBA Priority = 0 rf1 = 23700, 23700 ifname = B, D rf2 = 24200, 24200 fe = '1cm', '1cm' syn(1) = 9.1 pol = RCP, LCP lo1 = 23200, 23200 syn(3) = 14.1 / Name = v1cm_a11 Station = VLBA Priority = 0 rf1 = 23800, 23800 ifname = B, D rf2 = 24300, 24300 fe = '1cm', '1cm' syn(1) = 8.9 pol = RCP, LCP lo1 = 23300, 23300 syn(3) = 14.4 / Name = v1cm_b11 Station = VLBA Priority = 0 rf1 = 24000, 24000 ifname = B, D rf2 = 24500, 24500 fe = '1cm', '1cm' syn(1) = 9.1 pol = RCP, LCP lo1 = 23500, 23500 syn(3) = 14.4 / Name = v1cm_a12 Station = VLBA Priority = 0 rf1 = 24000, 24000 ifname = B, D rf2 = 24500, 24500 fe = '1cm', '1cm' syn(1) = 8.9 pol = RCP, LCP lo1 = 23500, 23500 syn(3) = 14.6 / Name = v1cm_b12 Station = VLBA Priority = 0 rf1 = 24200, 24200 ifname = B, D rf2 = 24700, 24700 fe = '1cm', '1cm' syn(1) = 9.1 pol = RCP, LCP lo1 = 23700, 23700 syn(3) = 14.6 / ! Below here, the first LO is a ways outside the filter. Name = v1cm_a13 Station = VLBA Priority = 1 rf1 = 24300, 24300 ifname = B, D rf2 = 24800, 24800 fe = '1cm', '1cm' syn(1) = 8.9 pol = RCP, LCP lo1 = 23800, 23800 syn(3) = 14.9 / Name = v1cm_b13 Station = VLBA Priority = 1 rf1 = 24500, 24500 ifname = B, D rf2 = 25000, 25000 fe = '1cm', '1cm' syn(1) = 9.1 pol = RCP, LCP lo1 = 24000, 24000 syn(3) = 14.9 / ! Memo 51 data look a bit like the one below is getting a wrong ! sideband or something, but I don't think it should. Name = v1cm_c13 Station = VLBA Priority = 2 rf1 = 24800, 24800 ifname = B, D rf2 = 25300, 25300 fe = '1cm', '1cm' syn(1) = 9.4 pol = RCP, LCP lo1 = 24300, 24300 syn(3) = 14.9 / ! VLBA 7mm The first LO is Syn(3) * 3. The second is Syn(2) ! Receiver nominal: 40.0 - 45.0 GHz ! LO filter before 3X multiply: 10.75 - 12.25 ! First IF filter: 7.70 - 9.10 ! First IF filter: 7.90 - 8.90 (KP, FD) ! Second LO filter: 7.15 - 9.65 ! Maximum range: 37.6 - 46.2 ! Good range: 39.2 - 45.2 ! Upper and lower sidebands at the second mix could be used. ! The on-line system did not originally support lower sidebands, ! but supposedly it does now. ! Possible second synthesizer settings: ! 7.4, 7.6 Good. ! 9.4, 9.6 Good. ! ! The following are possible, but are not used in the setups. ! 7.1 GHz IF will cut off below 600 MHz. Is used ! in some projects. ! 7.9 Probably good. LO in IF band. ! 8.1 Risk getting some lower sideband. ! ! Give the 9.4 and 9.6 second LO options lower priority ! because they give lower sideband mixes. This should be ok ! now (wasn't for a while), but is not all that well tested. ! ! Naming conventions: eg v7mm_b3 ! syn(2) = 7.1 (a), 7.4 (b), 7.6 (c), 7.9 (d), 8.1 (e), ! 9.1 (f), 9.4 (g), 9.6 (h), 9.9 (i) ! syn(3) = 9.9 (1), 10.1 (2), 10.4 (3), 10.6 (4), 10.9 (5), ! 11.1 (6), 11.4 (7), 11.6 (8), 11.9 (9), 12.1 (10), ! 12.4 (11), 12.6 (12) Name = v7mm_b1 Station = VLBA Priority = 1 rf1 = 37600, 37600 ifname = A, C rf2 = 38100, 38100 fe = '7mm', '7mm' syn(2) = 7.4 pol = RCP, LCP lo1 = 37100, 37100 syn(3) = 9.9 / Name = v7mm_c1 Station = VLBA Priority = 1 rf1 = 37800, 37800 ifname = A, C rf2 = 38300, 38300 fe = '7mm', '7mm' syn(2) = 7.6 pol = RCP, LCP lo1 = 37300, 37300 syn(3) = 9.9 / Name = v7mm_b2 Station = VLBA Priority = 1 rf1 = 38200, 38200 ifname = A, C rf2 = 38700, 38700 fe = '7mm', '7mm' syn(2) = 7.4 pol = RCP, LCP lo1 = 37700, 37700 syn(3) = 10.1 / Name = v7mm_c2 Station = VLBA Priority = 1 rf1 = 38400, 38400 ifname = A, C rf2 = 38900, 38900 fe = '7mm', '7mm' syn(2) = 7.6 pol = RCP, LCP lo1 = 37900, 37900 syn(3) = 10.1 / Name = v7mm_g2 Station = VLBA Priority = 2 rf1 = 38700, 38700 ifname = A, C rf2 = 39200, 39200 fe = '7mm', '7mm' syn(2) = 9.4 pol = RCP, LCP lo1 = 39700, 39700 syn(3) = 10.1 / Name = v7mm_h2 Station = VLBA Priority = 2 rf1 = 38900, 38900 ifname = A, C rf2 = 39400, 39400 fe = '7mm', '7mm' syn(2) = 9.6 pol = RCP, LCP lo1 = 39900, 39900 syn(3) = 10.1 / Name = v7mm_b3 Station = VLBA Priority = 1 rf1 = 39100, 39100 ifname = A, C rf2 = 39600, 39600 fe = '7mm', '7mm' syn(2) = 7.4 pol = RCP, LCP lo1 = 38600, 38600 syn(3) = 10.4 / Name = v7mm_c3 Station = VLBA Priority = 1 rf1 = 39300, 39300 ifname = A, C rf2 = 39800, 39800 fe = '7mm', '7mm' syn(2) = 7.6 pol = RCP, LCP lo1 = 38800, 38800 syn(3) = 10.4 / Name = v7mm_g3 Station = VLBA Priority = 2 rf1 = 39600, 39600 ifname = A, C rf2 = 40100, 40100 fe = '7mm', '7mm' syn(2) = 9.4 pol = RCP, LCP lo1 = 40600, 40600 syn(3) = 10.4 / Name = v7mm_b4 Station = VLBA Priority = 0 rf1 = 39700, 39700 ifname = A, C rf2 = 40200, 40200 fe = '7mm', '7mm' syn(2) = 7.4 pol = RCP, LCP lo1 = 39200, 39200 syn(3) = 10.6 / Name = v7mm_h3 Station = VLBA Priority = 2 rf1 = 39800, 39800 ifname = A, C rf2 = 40300, 40300 fe = '7mm', '7mm' syn(2) = 9.6 pol = RCP, LCP lo1 = 40800, 40800 syn(3) = 10.4 / Name = v7mm_c4 Station = VLBA Priority = 0 rf1 = 39900, 39900 ifname = A, C rf2 = 40400, 40400 fe = '7mm', '7mm' syn(2) = 7.6 pol = RCP, LCP lo1 = 39400, 39400 syn(3) = 10.6 / Name = v7mm_g4 Station = VLBA Priority = 2 rf1 = 40200, 40200 ifname = A, C rf2 = 40700, 40700 fe = '7mm', '7mm' syn(2) = 9.4 pol = RCP, LCP lo1 = 41200, 41200 syn(3) = 10.6 / Name = v7mm_h4 Station = VLBA Priority = 2 rf1 = 40400, 40400 ifname = A, C rf2 = 40900, 40900 fe = '7mm', '7mm' syn(2) = 9.6 pol = RCP, LCP lo1 = 41400, 41400 syn(3) = 10.6 / Name = v7mm_b5 Station = VLBA Priority = 0 rf1 = 40600, 40600 ifname = A, C rf2 = 41100, 41100 fe = '7mm', '7mm' syn(2) = 7.4 pol = RCP, LCP lo1 = 40100, 40100 syn(3) = 10.9 / Name = v7mm_c5 Station = VLBA Priority = 0 rf1 = 40800, 40800 ifname = A, C rf2 = 41300, 41300 fe = '7mm', '7mm' syn(2) = 7.6 pol = RCP, LCP lo1 = 40300, 40300 syn(3) = 10.9 / Name = v7mm_g5 Station = VLBA Priority = 2 rf1 = 41100, 41100 ifname = A, C rf2 = 41600, 41600 fe = '7mm', '7mm' syn(2) = 9.4 pol = RCP, LCP lo1 = 42100, 42100 syn(3) = 10.9 / Name = v7mm_b6 Station = VLBA Priority = 0 rf1 = 41200, 41200 ifname = A, C rf2 = 41700, 41700 fe = '7mm', '7mm' syn(2) = 7.4 pol = RCP, LCP lo1 = 40700, 40700 syn(3) = 11.1 / Name = v7mm_h5 Station = VLBA Priority = 2 rf1 = 41300, 41300 ifname = A, C rf2 = 41800, 41800 fe = '7mm', '7mm' syn(2) = 9.6 pol = RCP, LCP lo1 = 42300, 42300 syn(3) = 10.9 / Name = v7mm_c6 Station = VLBA Priority = 0 rf1 = 41400, 41400 ifname = A, C rf2 = 41900, 41900 fe = '7mm', '7mm' syn(2) = 7.6 pol = RCP, LCP lo1 = 40900, 40900 syn(3) = 11.1 / Name = v7mm_g6 Station = VLBA Priority = 4 rf1 = 41700, 41700 ifname = A, C rf2 = 42200, 42200 fe = '7mm', '7mm' syn(2) = 9.4 pol = RCP, LCP lo1 = 42700, 42700 syn(3) = 11.1 note = 'Lower sideband second mix - on-line system may have problems.' / Name = v7mm_h6 Station = VLBA Priority = 2 rf1 = 41900, 41900 ifname = A, C rf2 = 42400, 42400 fe = '7mm', '7mm' syn(2) = 9.6 pol = RCP, LCP lo1 = 42900, 42900 syn(3) = 11.1 / Name = v7mm_b6 Station = VLBA Priority = 0 rf1 = 42100, 42100 ifname = A, C rf2 = 42600, 42600 fe = '7mm', '7mm' syn(2) = 7.4 pol = RCP, LCP lo1 = 41600, 41600 syn(3) = 11.4 / Name = v7mm_c7 Station = VLBA Priority = 0 rf1 = 42300, 42300 ifname = A, C rf2 = 42800, 42800 fe = '7mm', '7mm' syn(2) = 7.6 pol = RCP, LCP lo1 = 41800, 41800 syn(3) = 11.4 / Name = v7mm_g7 Station = VLBA Priority = 2 rf1 = 42600, 42600 ifname = A, C rf2 = 43100, 43100 fe = '7mm', '7mm' syn(2) = 9.4 pol = RCP, LCP lo1 = 43600, 43600 syn(3) = 11.4 / Name = v7mm_b8 Station = VLBA Priority = 0 rf1 = 42700, 42700 ifname = A, C rf2 = 43200, 43200 fe = '7mm', '7mm' syn(2) = 7.4 pol = RCP, LCP lo1 = 42200, 42200 syn(3) = 11.6 / Name = v7mm_h7 Station = VLBA Priority = 2 rf1 = 42800, 42800 ifname = A, C rf2 = 43300, 43300 fe = '7mm', '7mm' syn(2) = 9.6 pol = RCP, LCP lo1 = 43800, 43800 syn(3) = 11.4 / Name = v7mm_c8 Station = VLBA Priority = 0 rf1 = 42900, 42900 ifname = A, C rf2 = 43400, 43400 fe = '7mm', '7mm' syn(2) = 7.6 pol = RCP, LCP lo1 = 42400, 42400 syn(3) = 11.6 / Name = v7mm_g8 Station = VLBA Priority = 2 rf1 = 43200, 43200 ifname = A, C rf2 = 43700, 43700 fe = '7mm', '7mm' syn(2) = 9.4 pol = RCP, LCP lo1 = 44200, 44200 syn(3) = 11.6 / Name = v7mm_h8 Station = VLBA Priority = 2 rf1 = 43400, 43400 ifname = A, C rf2 = 43900, 43900 fe = '7mm', '7mm' syn(2) = 9.6 pol = RCP, LCP lo1 = 44400, 44400 syn(3) = 11.6 / Name = v7mm_b9 Station = VLBA Priority = 0 rf1 = 43600, 43600 ifname = A, C rf2 = 44100, 44100 fe = '7mm', '7mm' syn(2) = 7.4 pol = RCP, LCP lo1 = 43100, 43100 syn(3) = 11.9 / Name = v7mm_c9 Station = VLBA Priority = 0 rf1 = 43800, 43800 ifname = A, C rf2 = 44300, 44300 fe = '7mm', '7mm' syn(2) = 7.6 pol = RCP, LCP lo1 = 43300, 43300 syn(3) = 11.9 / Name = v7mm_g9 Station = VLBA Priority = 2 rf1 = 44100, 44100 ifname = A, C rf2 = 44600, 44600 fe = '7mm', '7mm' syn(2) = 9.4 pol = RCP, LCP lo1 = 45100, 45100 syn(3) = 11.9 / Name = v7mm_b10 Station = VLBA Priority = 0 rf1 = 44200, 44200 ifname = A, C rf2 = 44700, 44700 fe = '7mm', '7mm' syn(2) = 7.4 pol = RCP, LCP lo1 = 43700, 43700 syn(3) = 12.1 / Name = v7mm_h9 Station = VLBA Priority = 2 rf1 = 44300, 44300 ifname = A, C rf2 = 44800, 44800 fe = '7mm', '7mm' syn(2) = 9.6 pol = RCP, LCP lo1 = 45300, 45300 syn(3) = 11.9 / Name = v7mm_c10 Station = VLBA Priority = 0 rf1 = 44400, 44400 ifname = A, C rf2 = 44900, 44900 fe = '7mm', '7mm' syn(2) = 7.6 pol = RCP, LCP lo1 = 43900, 43900 syn(3) = 12.1 / Name = v7mm_g10 Station = VLBA Priority = 2 rf1 = 44700, 44700 ifname = A, C rf2 = 45200, 45200 fe = '7mm', '7mm' syn(2) = 9.4 pol = RCP, LCP lo1 = 45700, 45700 syn(3) = 12.1 / Name = v7mm_h10 Station = VLBA Priority = 2 rf1 = 44900, 44900 ifname = A, C rf2 = 45400, 45400 fe = '7mm', '7mm' syn(2) = 9.6 pol = RCP, LCP lo1 = 45900, 45900 syn(3) = 12.1 / Name = v7mm_b11 Station = VLBA Priority = 1 rf1 = 45100, 45100 ifname = A, C rf2 = 45600, 45600 fe = '7mm', '7mm' syn(2) = 7.4 pol = RCP, LCP lo1 = 44600, 44600 syn(3) = 12.4 / Name = v7mm_c11 Station = VLBA Priority = 1 rf1 = 45300, 45300 ifname = A, C rf2 = 45800, 45800 fe = '7mm', '7mm' syn(2) = 7.6 pol = RCP, LCP lo1 = 44800, 44800 syn(3) = 12.4 / Name = v7mm_g11 Station = VLBA Priority = 2 rf1 = 45600, 45600 ifname = A, C rf2 = 46100, 46100 fe = '7mm', '7mm' syn(2) = 9.4 pol = RCP, LCP lo1 = 46600, 46600 syn(3) = 12.4 / Name = v7mm_b12 Station = VLBA Priority = 1 rf1 = 45700, 45700 ifname = A, C rf2 = 46200, 46200 fe = '7mm', '7mm' syn(2) = 7.4 pol = RCP, LCP lo1 = 45200, 45200 syn(3) = 12.6 / Name = v7mm_h11 Station = VLBA Priority = 2 rf1 = 45800, 45800 ifname = A, C rf2 = 46300, 46300 fe = '7mm', '7mm' syn(2) = 9.6 pol = RCP, LCP lo1 = 46800, 46800 syn(3) = 12.4 note = ' Upper end of receiver at 46200. ' / Name = v7mm_c12 Station = VLBA Priority = 1 rf1 = 45900, 45900 ifname = A, C rf2 = 46400, 46400 fe = '7mm', '7mm' syn(2) = 7.6 pol = RCP, LCP lo1 = 45400, 45400 syn(3) = 12.6 note = ' Upper end of receiver at 46200. ' / ! VLBA at 3mm ! The nominal band for the 86 GHz receiver is 80-96 GHz. The ! RF is mixed in the receiver with an LO that is synthesizer 3 ! multiplied by 6. The intermediate IF thus generated is sent ! to the 2 cm IF converter where it can pass through any of the ! 4 filters (Clark, 2004mar01). Care should be taken to not ! be on the boundaries between those filters. ! ! Keep Synthesizer 3 in range 10.9 to 13.6 (Hayward, Mar. 1, ! 2004). Hayward suggests picking a first IF close to 14.2 GHz. ! ! The 2 cm IF converter filter is chosen based on the intermediate ! IF frequency of the first channel in the same manner as for 2 cm. ! See the description of the 2 cm system above for details. ! ! By leaving out the second LO (synthesizer 1) settings that ! have IF's that cross the filter boundaries, we avoid ! confusion and insure full 500 MHz bands all the time. This ! means leaving out the N.1 (where N is 12, 13, or 14) MHz LO ! settings. We are left with a good set of allowed settings ! that allow any frequency to be reached. The set below has ! had the duplicates removed, favoring sets with the IF near ! 14.2 GHz. Also the RF ranges are restricted to fall in the ! range 79.7 to 96.2 GHz. ! ! The 2cm converter covers: ! Max range: 11800 - 15700 ! Good range: 12100 - 15500 ! Allowed LO settings: 11.1 - 14.9 ! Used settings: 11.9, 12.4, 12.6, 12.9, ! 13.4, 13.6, 13.9, 14.4 ! Recommended values of syn(3): ! 10.9, 11.1, 11.4, 11.6, 11.9, 12.1, ! 12.4, 12.6, 12.9, 13.1, 13.4, 13.6 ! After 6X multiple, the 0.3 GHz gaps become 1.8 GHz. ! ! ! Here is the old "standard" setup (Pre 2004mar01). It turns out ! not to be very good because the IF is at the edge of a 2cm IF ! converter filter. The 500 MHz IF was in 14600-15100 which should ! work for most cases, but could lose the top 100 MHz in a spread ! IF case. ! Name = v3mm_a Station = VLBA Priority = 0 ! rf1 = 86000, 86000 ifname = B, D ! rf2 = 86500, 86500 fe = '3mm', '3mm' syn(1) = 14.1 ! pol = RCP, LCP lo1 = 85500, 85500 syn(3) = 11.9 ! / ! ! The following setups were calculated by MAKEFREQ, a program kept ! with the development version of SCHED in the RELATED_CODE subdirectory ! The names are derived based on the LO settings, but they have been ! sorted here in order of RF frequency. ! Name = v3mm_be Station = VLBA Priority = 0 rf1 = 79700., 79700. ifname = B, D rf2 = 80200., 80200. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 79200., 79200. syn(3) = 11.1 ! First IF = 13100. to 13600. / Name = v3mm_ai Station = VLBA Priority = 0 rf1 = 79800., 79800. ifname = B, D rf2 = 80300., 80300. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 79300., 79300. syn(3) = 10.9 ! First IF = 14400. to 14900. / Name = v3mm_bf Station = VLBA Priority = 0 rf1 = 80000., 80000. ifname = B, D rf2 = 80500., 80500. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 79500., 79500. syn(3) = 11.1 ! First IF = 13400. to 13900. / Name = v3mm_aj Station = VLBA Priority = 0 rf1 = 80300., 80300. ifname = B, D rf2 = 80800., 80800. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 79800., 79800. syn(3) = 10.9 ! First IF = 14900. to 15400. / Name = v3mm_bg Station = VLBA Priority = 0 rf1 = 80500., 80500. ifname = B, D rf2 = 81000., 81000. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 80000., 80000. syn(3) = 11.1 ! First IF = 13900. to 14400. / Name = v3mm_bh Station = VLBA Priority = 0 rf1 = 80700., 80700. ifname = B, D rf2 = 81200., 81200. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 80200., 80200. syn(3) = 11.1 ! First IF = 14100. to 14600. / Name = v3mm_cc Station = VLBA Priority = 0 rf1 = 80800., 80800. ifname = B, D rf2 = 81300., 81300. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 80300., 80300. syn(3) = 11.4 ! First IF = 12400. to 12900. / Name = v3mm_bi Station = VLBA Priority = 0 rf1 = 81000., 81000. ifname = B, D rf2 = 81500., 81500. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 80500., 80500. syn(3) = 11.1 ! First IF = 14400. to 14900. / Name = v3mm_cd Station = VLBA Priority = 0 rf1 = 81300., 81300. ifname = B, D rf2 = 81800., 81800. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 80800., 80800. syn(3) = 11.4 ! First IF = 12900. to 13400. / Name = v3mm_bj Station = VLBA Priority = 0 rf1 = 81500., 81500. ifname = B, D rf2 = 82000., 82000. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 81000., 81000. syn(3) = 11.1 ! First IF = 14900. to 15400. / Name = v3mm_bk Station = VLBA Priority = 0 rf1 = 81700., 81700. ifname = B, D rf2 = 82200., 82200. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 81200., 81200. syn(3) = 11.1 ! First IF = 15100. to 15600. / Name = v3mm_cf Station = VLBA Priority = 0 rf1 = 81800., 81800. ifname = B, D rf2 = 82300., 82300. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 81300., 81300. syn(3) = 11.4 ! First IF = 13400. to 13900. / Name = v3mm_dc Station = VLBA Priority = 0 rf1 = 82000., 82000. ifname = B, D rf2 = 82500., 82500. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 81500., 81500. syn(3) = 11.6 ! First IF = 12400. to 12900. / Name = v3mm_cg Station = VLBA Priority = 0 rf1 = 82300., 82300. ifname = B, D rf2 = 82800., 82800. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 81800., 81800. syn(3) = 11.4 ! First IF = 13900. to 14400. / Name = v3mm_ch Station = VLBA Priority = 0 rf1 = 82500., 82500. ifname = B, D rf2 = 83000., 83000. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 82000., 82000. syn(3) = 11.4 ! First IF = 14100. to 14600. / Name = v3mm_de Station = VLBA Priority = 0 rf1 = 82700., 82700. ifname = B, D rf2 = 83200., 83200. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 82200., 82200. syn(3) = 11.6 ! First IF = 13100. to 13600. / Name = v3mm_ci Station = VLBA Priority = 0 rf1 = 82800., 82800. ifname = B, D rf2 = 83300., 83300. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 82300., 82300. syn(3) = 11.4 ! First IF = 14400. to 14900. / Name = v3mm_df Station = VLBA Priority = 0 rf1 = 83000., 83000. ifname = B, D rf2 = 83500., 83500. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 82500., 82500. syn(3) = 11.6 ! First IF = 13400. to 13900. / Name = v3mm_cj Station = VLBA Priority = 0 rf1 = 83300., 83300. ifname = B, D rf2 = 83800., 83800. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 82800., 82800. syn(3) = 11.4 ! First IF = 14900. to 15400. / Name = v3mm_dg Station = VLBA Priority = 0 rf1 = 83500., 83500. ifname = B, D rf2 = 84000., 84000. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 83000., 83000. syn(3) = 11.6 ! First IF = 13900. to 14400. / Name = v3mm_dh Station = VLBA Priority = 0 rf1 = 83700., 83700. ifname = B, D rf2 = 84200., 84200. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 83200., 83200. syn(3) = 11.6 ! First IF = 14100. to 14600. / Name = v3mm_ec Station = VLBA Priority = 0 rf1 = 83800., 83800. ifname = B, D rf2 = 84300., 84300. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 83300., 83300. syn(3) = 11.9 ! First IF = 12400. to 12900. / Name = v3mm_di Station = VLBA Priority = 0 rf1 = 84000., 84000. ifname = B, D rf2 = 84500., 84500. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 83500., 83500. syn(3) = 11.6 ! First IF = 14400. to 14900. / Name = v3mm_ed Station = VLBA Priority = 0 rf1 = 84300., 84300. ifname = B, D rf2 = 84800., 84800. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 83800., 83800. syn(3) = 11.9 ! First IF = 12900. to 13400. / Name = v3mm_dj Station = VLBA Priority = 0 rf1 = 84500., 84500. ifname = B, D rf2 = 85000., 85000. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 84000., 84000. syn(3) = 11.6 ! First IF = 14900. to 15400. / Name = v3mm_dk Station = VLBA Priority = 0 rf1 = 84700., 84700. ifname = B, D rf2 = 85200., 85200. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 84200., 84200. syn(3) = 11.6 ! First IF = 15100. to 15600. / Name = v3mm_ef Station = VLBA Priority = 0 rf1 = 84800., 84800. ifname = B, D rf2 = 85300., 85300. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 84300., 84300. syn(3) = 11.9 ! First IF = 13400. to 13900. / Name = v3mm_fc Station = VLBA Priority = 0 rf1 = 85000., 85000. ifname = B, D rf2 = 85500., 85500. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 84500., 84500. syn(3) = 12.1 ! First IF = 12400. to 12900. / Name = v3mm_eg Station = VLBA Priority = 0 rf1 = 85300., 85300. ifname = B, D rf2 = 85800., 85800. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 84800., 84800. syn(3) = 11.9 ! First IF = 13900. to 14400. / Name = v3mm_eh Station = VLBA Priority = 0 rf1 = 85500., 85500. ifname = B, D rf2 = 86000., 86000. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 85000., 85000. syn(3) = 11.9 ! First IF = 14100. to 14600. / Name = v3mm_fe Station = VLBA Priority = 0 rf1 = 85700., 85700. ifname = B, D rf2 = 86200., 86200. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 85200., 85200. syn(3) = 12.1 ! First IF = 13100. to 13600. / Name = v3mm_ei Station = VLBA Priority = 0 rf1 = 85800., 85800. ifname = B, D rf2 = 86300., 86300. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 85300., 85300. syn(3) = 11.9 ! First IF = 14400. to 14900. / Name = v3mm_ff Station = VLBA Priority = 0 rf1 = 86000., 86000. ifname = B, D rf2 = 86500., 86500. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 85500., 85500. syn(3) = 12.1 ! First IF = 13400. to 13900. / Name = v3mm_ej Station = VLBA Priority = 0 rf1 = 86300., 86300. ifname = B, D rf2 = 86800., 86800. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 85800., 85800. syn(3) = 11.9 ! First IF = 14900. to 15400. / Name = v3mm_fg Station = VLBA Priority = 0 rf1 = 86500., 86500. ifname = B, D rf2 = 87000., 87000. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 86000., 86000. syn(3) = 12.1 ! First IF = 13900. to 14400. / Name = v3mm_fh Station = VLBA Priority = 0 rf1 = 86700., 86700. ifname = B, D rf2 = 87200., 87200. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 86200., 86200. syn(3) = 12.1 ! First IF = 14100. to 14600. / Name = v3mm_gc Station = VLBA Priority = 0 rf1 = 86800., 86800. ifname = B, D rf2 = 87300., 87300. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 86300., 86300. syn(3) = 12.4 ! First IF = 12400. to 12900. / Name = v3mm_fi Station = VLBA Priority = 0 rf1 = 87000., 87000. ifname = B, D rf2 = 87500., 87500. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 86500., 86500. syn(3) = 12.1 ! First IF = 14400. to 14900. / Name = v3mm_gd Station = VLBA Priority = 0 rf1 = 87300., 87300. ifname = B, D rf2 = 87800., 87800. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 86800., 86800. syn(3) = 12.4 ! First IF = 12900. to 13400. / Name = v3mm_fj Station = VLBA Priority = 0 rf1 = 87500., 87500. ifname = B, D rf2 = 88000., 88000. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 87000., 87000. syn(3) = 12.1 ! First IF = 14900. to 15400. / Name = v3mm_fk Station = VLBA Priority = 0 rf1 = 87700., 87700. ifname = B, D rf2 = 88200., 88200. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 87200., 87200. syn(3) = 12.1 ! First IF = 15100. to 15600. / Name = v3mm_gf Station = VLBA Priority = 0 rf1 = 87800., 87800. ifname = B, D rf2 = 88300., 88300. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 87300., 87300. syn(3) = 12.4 ! First IF = 13400. to 13900. / Name = v3mm_hc Station = VLBA Priority = 0 rf1 = 88000., 88000. ifname = B, D rf2 = 88500., 88500. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 87500., 87500. syn(3) = 12.6 ! First IF = 12400. to 12900. / Name = v3mm_gg Station = VLBA Priority = 0 rf1 = 88300., 88300. ifname = B, D rf2 = 88800., 88800. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 87800., 87800. syn(3) = 12.4 ! First IF = 13900. to 14400. / Name = v3mm_gh Station = VLBA Priority = 0 rf1 = 88500., 88500. ifname = B, D rf2 = 89000., 89000. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 88000., 88000. syn(3) = 12.4 ! First IF = 14100. to 14600. / Name = v3mm_he Station = VLBA Priority = 0 rf1 = 88700., 88700. ifname = B, D rf2 = 89200., 89200. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 88200., 88200. syn(3) = 12.6 ! First IF = 13100. to 13600. / Name = v3mm_gi Station = VLBA Priority = 0 rf1 = 88800., 88800. ifname = B, D rf2 = 89300., 89300. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 88300., 88300. syn(3) = 12.4 ! First IF = 14400. to 14900. / Name = v3mm_hf Station = VLBA Priority = 0 rf1 = 89000., 89000. ifname = B, D rf2 = 89500., 89500. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 88500., 88500. syn(3) = 12.6 ! First IF = 13400. to 13900. / Name = v3mm_gj Station = VLBA Priority = 0 rf1 = 89300., 89300. ifname = B, D rf2 = 89800., 89800. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 88800., 88800. syn(3) = 12.4 ! First IF = 14900. to 15400. / Name = v3mm_hg Station = VLBA Priority = 0 rf1 = 89500., 89500. ifname = B, D rf2 = 90000., 90000. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 89000., 89000. syn(3) = 12.6 ! First IF = 13900. to 14400. / Name = v3mm_hh Station = VLBA Priority = 0 rf1 = 89700., 89700. ifname = B, D rf2 = 90200., 90200. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 89200., 89200. syn(3) = 12.6 ! First IF = 14100. to 14600. / Name = v3mm_ic Station = VLBA Priority = 0 rf1 = 89800., 89800. ifname = B, D rf2 = 90300., 90300. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 89300., 89300. syn(3) = 12.9 ! First IF = 12400. to 12900. / Name = v3mm_hi Station = VLBA Priority = 0 rf1 = 90000., 90000. ifname = B, D rf2 = 90500., 90500. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 89500., 89500. syn(3) = 12.6 ! First IF = 14400. to 14900. / Name = v3mm_id Station = VLBA Priority = 0 rf1 = 90300., 90300. ifname = B, D rf2 = 90800., 90800. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 89800., 89800. syn(3) = 12.9 ! First IF = 12900. to 13400. / Name = v3mm_hj Station = VLBA Priority = 0 rf1 = 90500., 90500. ifname = B, D rf2 = 91000., 91000. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 90000., 90000. syn(3) = 12.6 ! First IF = 14900. to 15400. / Name = v3mm_hk Station = VLBA Priority = 0 rf1 = 90700., 90700. ifname = B, D rf2 = 91200., 91200. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 90200., 90200. syn(3) = 12.6 ! First IF = 15100. to 15600. / Name = v3mm_if Station = VLBA Priority = 0 rf1 = 90800., 90800. ifname = B, D rf2 = 91300., 91300. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 90300., 90300. syn(3) = 12.9 ! First IF = 13400. to 13900. / Name = v3mm_jc Station = VLBA Priority = 0 rf1 = 91000., 91000. ifname = B, D rf2 = 91500., 91500. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 90500., 90500. syn(3) = 13.1 ! First IF = 12400. to 12900. / Name = v3mm_ig Station = VLBA Priority = 0 rf1 = 91300., 91300. ifname = B, D rf2 = 91800., 91800. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 90800., 90800. syn(3) = 12.9 ! First IF = 13900. to 14400. / Name = v3mm_ih Station = VLBA Priority = 0 rf1 = 91500., 91500. ifname = B, D rf2 = 92000., 92000. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 91000., 91000. syn(3) = 12.9 ! First IF = 14100. to 14600. / Name = v3mm_je Station = VLBA Priority = 0 rf1 = 91700., 91700. ifname = B, D rf2 = 92200., 92200. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 91200., 91200. syn(3) = 13.1 ! First IF = 13100. to 13600. / Name = v3mm_ii Station = VLBA Priority = 0 rf1 = 91800., 91800. ifname = B, D rf2 = 92300., 92300. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 91300., 91300. syn(3) = 12.9 ! First IF = 14400. to 14900. / Name = v3mm_jf Station = VLBA Priority = 0 rf1 = 92000., 92000. ifname = B, D rf2 = 92500., 92500. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 91500., 91500. syn(3) = 13.1 ! First IF = 13400. to 13900. / Name = v3mm_ij Station = VLBA Priority = 0 rf1 = 92300., 92300. ifname = B, D rf2 = 92800., 92800. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 91800., 91800. syn(3) = 12.9 ! First IF = 14900. to 15400. / Name = v3mm_jg Station = VLBA Priority = 0 rf1 = 92500., 92500. ifname = B, D rf2 = 93000., 93000. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 92000., 92000. syn(3) = 13.1 ! First IF = 13900. to 14400. / Name = v3mm_jh Station = VLBA Priority = 0 rf1 = 92700., 92700. ifname = B, D rf2 = 93200., 93200. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 92200., 92200. syn(3) = 13.1 ! First IF = 14100. to 14600. / Name = v3mm_kc Station = VLBA Priority = 0 rf1 = 92800., 92800. ifname = B, D rf2 = 93300., 93300. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 92300., 92300. syn(3) = 13.4 ! First IF = 12400. to 12900. / Name = v3mm_ji Station = VLBA Priority = 0 rf1 = 93000., 93000. ifname = B, D rf2 = 93500., 93500. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 92500., 92500. syn(3) = 13.1 ! First IF = 14400. to 14900. / Name = v3mm_kd Station = VLBA Priority = 0 rf1 = 93300., 93300. ifname = B, D rf2 = 93800., 93800. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 92800., 92800. syn(3) = 13.4 ! First IF = 12900. to 13400. / Name = v3mm_jj Station = VLBA Priority = 0 rf1 = 93500., 93500. ifname = B, D rf2 = 94000., 94000. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 93000., 93000. syn(3) = 13.1 ! First IF = 14900. to 15400. / Name = v3mm_jk Station = VLBA Priority = 0 rf1 = 93700., 93700. ifname = B, D rf2 = 94200., 94200. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 93200., 93200. syn(3) = 13.1 ! First IF = 15100. to 15600. / Name = v3mm_kf Station = VLBA Priority = 0 rf1 = 93800., 93800. ifname = B, D rf2 = 94300., 94300. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 93300., 93300. syn(3) = 13.4 ! First IF = 13400. to 13900. / Name = v3mm_lc Station = VLBA Priority = 0 rf1 = 94000., 94000. ifname = B, D rf2 = 94500., 94500. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 93500., 93500. syn(3) = 13.6 ! First IF = 12400. to 12900. / Name = v3mm_kg Station = VLBA Priority = 0 rf1 = 94300., 94300. ifname = B, D rf2 = 94800., 94800. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 93800., 93800. syn(3) = 13.4 ! First IF = 13900. to 14400. / Name = v3mm_kh Station = VLBA Priority = 0 rf1 = 94500., 94500. ifname = B, D rf2 = 95000., 95000. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 94000., 94000. syn(3) = 13.4 ! First IF = 14100. to 14600. / Name = v3mm_le Station = VLBA Priority = 0 rf1 = 94700., 94700. ifname = B, D rf2 = 95200., 95200. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 94200., 94200. syn(3) = 13.6 ! First IF = 13100. to 13600. / Name = v3mm_ki Station = VLBA Priority = 0 rf1 = 94800., 94800. ifname = B, D rf2 = 95300., 95300. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 94300., 94300. syn(3) = 13.4 ! First IF = 14400. to 14900. / Name = v3mm_lf Station = VLBA Priority = 0 rf1 = 95000., 95000. ifname = B, D rf2 = 95500., 95500. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 94500., 94500. syn(3) = 13.6 ! First IF = 13400. to 13900. / Name = v3mm_kj Station = VLBA Priority = 0 rf1 = 95300., 95300. ifname = B, D rf2 = 95800., 95800. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 94800., 94800. syn(3) = 13.4 ! First IF = 14900. to 15400. / Name = v3mm_lg Station = VLBA Priority = 0 rf1 = 95500., 95500. ifname = B, D rf2 = 96000., 96000. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 95000., 95000. syn(3) = 13.6 ! First IF = 13900. to 14400. / Name = v3mm_lh Station = VLBA Priority = 0 rf1 = 95700., 95700. ifname = B, D rf2 = 96200., 96200. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 95200., 95200. syn(3) = 13.6 ! First IF = 14100. to 14600. / ! --------------- END OF VLBA SECTION ---------------------------- ! ! ===================================================================== ! The following entries in the SCHED frequency catalog are for the VLA. ! These stations are maintained in file freq_VLA.dat. ! ===================================================================== ! Added "VLA" station Sept. 26, 08 RCW. ! ! VLA setups. ! Standard bands are given without detailed VLA parameters. ! firstlo (ifa) = feab-fecd+syna+flukea+900mhz-600mhz ! Name = y_vp Station = VLA1, VLA27, VLA priority = 0 ! chnsta = both, vla1, vla1, both ifname = A, B, C, D rf1 = 322.60, 322.60, 322.60, 322.60 rf2 = 347.60, 347.60, 347.60, 347.60 lo1 = -277.40, -277.40, -277.40, -277.40 pol = RCP, RCP, LCP, LCP vlaband = VP vlabw='1111' note = 'In VA mode, only IFs A and D are phased.' / Name = y_vl Station = VLA1, VLA27, VLA priority = 0 ifname = A, B, C, D rf1 = 1639.90, 1639.90, 1639.90, 1639.90 rf2 = 1689.90, 1689.90, 1689.90, 1689.90 lo1 = 1039.90, 1039.90, 1039.90, 1039.90 pol = RCP, RCP, LCP, LCP vlaband = VL vlabw='0000' note = 'In VA mode, only IFs A and D are phased.' / ! Special file to reach the frequencies used in the VSOP jodrell ! setups. This should not be used if at all possible. ! Will not work for dual polarization observations. Name = y_vl_vsop_j Station = VLA1, VLA27, VLA priority = 10 ifname = A, B, C, D rf1 = 1610.10, 1639.90, 1610.10, 1639.90 rf2 = 1660.10, 1689.90, 1660.10, 1689.90 lo1 = 1010.10, 1039.90, 1010.10, 1039.90 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3810.1 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3839.9 flukeb = 200.0 fefilter = '0000' / Name = y_vc Station = VLA1, VLA27, VLA priority = 0 ifname = A, B, C, D rf1 = 4960.10, 4960.10, 4960.10, 4960.10 rf2 = 5010.10, 5010.10, 5010.10, 5010.10 lo1 = 4360.10, 4360.10, 4360.10, 4360.10 pol = RCP, RCP, LCP, LCP vlaband = VC vlabw='0000' note = 'In VA mode, only IFs A and D are phased.' / ! Special setup for 5cm OH at 6030 and 6035 MHz. Name = y_OH_c Station = VLA1, VLA27, VLA priority = 0 ifname = A, B, C, D rf1 = 6010.10, 6010.10, 6010.10, 6010.10 rf2 = 6060.10, 6060.10, 6060.10, 6060.10 lo1 = 5410.10, 5410.10, 5410.10, 5410.10 pol = RCP, RCP, LCP, LCP ! Requires EVLA=1 in the setup file. vlaband = VC vlafeab = 0.0 vlasyna = 5010.1 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 5010.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / ! Special setup for 5cm Methanol at 6668 MHz. Name = y_meth_c Station = VLA1, VLA27, VLA priority = 0 ifname = A, B, C, D rf1 = 6660.10, 6660.10, 6660.10, 6660.10 rf2 = 6710.10, 6710.10, 6710.10, 6710.10 lo1 = 6060.10, 6060.10, 6060.10, 6060.10 pol = RCP, RCP, LCP, LCP ! Requires EVLA=1 in the setup file. vlaband = VC vlafeab = 0.0 vlasyna = 5660.1 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 5660.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_vx Station = VLA1, VLA27, VLA priority = 0 ifname = A, B, C, D rf1 = 8389.90, 8389.90, 8389.90, 8389.90 rf2 = 8439.90, 8439.90, 8439.90, 8439.90 lo1 = 9039.90, 9039.90, 9039.90, 9039.90 pol = RCP, RCP, LCP, LCP vlaband = VX vlabw='0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_vu Station = VLA1, VLA27, VLA priority = 0 ifname = A, B, C, D rf1 = 15339.90, 15339.90, 15339.90, 15339.90 rf2 = 15389.90, 15389.90, 15389.90, 15389.90 lo1 = 15989.90, 15989.90, 15989.90, 15989.90 pol = RCP, RCP, LCP, LCP vlaband = VU vlabw='0000' / Name = y_vk Station = VLA1, VLA27, VLA priority = 0 ifname = A, B, C, D rf1 = 22210.10, 22210.10, 22210.10, 22210.10 rf2 = 22260.10, 22260.10, 22260.10, 22260.10 lo1 = 21610.10, 21610.10, 21610.10, 21610.10 pol = RCP, RCP, LCP, LCP vlaband = VK vlabw='0000' note = 'In VA mode, only IFs A and D are phased.' / ! Special K band setup to cover the VSOP band. Name = y_vk_vsop Station = VLA1, VLA27, VLA priority = 0 ifname = A, B, C, D rf1 = 22189.90, 22189.90, 22189.90, 22189.90 rf2 = 22239.90, 22239.90, 22239.90, 22239.90 lo1 = 21589.90, 21589.90, 21589.90, 21589.90 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3689.9 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3689.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / ! New vq 2000 December 29 Name = y_vq Station = VLA1, VLA27, VLA priority = 0 ifname = A, B, C, D rf1 = 43110.10, 43110.10, 43110.10, 43110.10 rf2 = 43160.10, 43160.10, 43160.10, 43160.10 lo1 = 42510.10, 42510.10, 42510.10, 42510.10 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3510.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3510.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / ! ! start jwrobel's stuff with AC=BD / 1998 March 27 ! Name = y_01289.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1289.90, 1289.90, 1289.90, 1289.90 rf2 = 1339.90, 1339.90, 1339.90, 1339.90 lo1 = 689.90, 689.90, 689.90, 689.90 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3489.9 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3489.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_01310.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1310.10, 1310.10, 1310.10, 1310.10 rf2 = 1360.10, 1360.10, 1360.10, 1360.10 lo1 = 710.10, 710.10, 710.10, 710.10 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3510.1 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3510.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_01339.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1339.90, 1339.90, 1339.90, 1339.90 rf2 = 1389.90, 1389.90, 1389.90, 1389.90 lo1 = 739.90, 739.90, 739.90, 739.90 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3539.9 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3539.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_01360.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1360.10, 1360.10, 1360.10, 1360.10 rf2 = 1410.10, 1410.10, 1410.10, 1410.10 lo1 = 760.10, 760.10, 760.10, 760.10 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3560.1 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3560.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_01389.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1389.90, 1389.90, 1389.90, 1389.90 rf2 = 1439.90, 1439.90, 1439.90, 1439.90 lo1 = 789.90, 789.90, 789.90, 789.90 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3589.9 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3589.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_01410.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1410.10, 1410.10, 1410.10, 1410.10 rf2 = 1460.10, 1460.10, 1460.10, 1460.10 lo1 = 810.10, 810.10, 810.10, 810.10 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3610.1 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3610.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_01439.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1439.90, 1439.90, 1439.90, 1439.90 rf2 = 1489.90, 1489.90, 1489.90, 1489.90 lo1 = 839.90, 839.90, 839.90, 839.90 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3639.9 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3639.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_01460.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1460.10, 1460.10, 1460.10, 1460.10 rf2 = 1510.10, 1510.10, 1510.10, 1510.10 lo1 = 860.10, 860.10, 860.10, 860.10 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3660.1 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3660.1 flukeb = 200.0 fefilter = '0000' / Name = y_01489.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1489.90, 1489.90, 1489.90, 1489.90 rf2 = 1539.90, 1539.90, 1539.90, 1539.90 lo1 = 889.90, 889.90, 889.90, 889.90 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3689.9 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3689.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_01510.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1510.10, 1510.10, 1510.10, 1510.10 rf2 = 1560.10, 1560.10, 1560.10, 1560.10 lo1 = 910.10, 910.10, 910.10, 910.10 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3710.1 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3710.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_01539.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1539.90, 1539.90, 1539.90, 1539.90 rf2 = 1589.90, 1589.90, 1589.90, 1589.90 lo1 = 939.90, 939.90, 939.90, 939.90 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3739.9 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3739.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_01560.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1560.10, 1560.10, 1560.10, 1560.10 rf2 = 1610.10, 1610.10, 1610.10, 1610.10 lo1 = 960.10, 960.10, 960.10, 960.10 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3760.1 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3760.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_01589.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1589.90, 1589.90, 1589.90, 1589.90 rf2 = 1639.90, 1639.90, 1639.90, 1639.90 lo1 = 989.90, 989.90, 989.90, 989.90 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3789.9 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3789.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_01610.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1610.10, 1610.10, 1610.10, 1610.10 rf2 = 1660.10, 1660.10, 1660.10, 1660.10 lo1 = 1010.10, 1010.10, 1010.10, 1010.10 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3810.1 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3810.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / ! ! skip standard VL = y_01639.9j ! Name = y_01660.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1660.10, 1660.10, 1660.10, 1660.10 rf2 = 1710.10, 1710.10, 1710.10, 1710.10 lo1 = 1060.10, 1060.10, 1060.10, 1060.10 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3860.1 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3860.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_01689.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 1689.90, 1689.90, 1689.90, 1689.90 rf2 = 1739.90, 1739.90, 1739.90, 1739.90 lo1 = 1089.90, 1089.90, 1089.90, 1089.90 pol = RCP, RCP, LCP, LCP vlaband = VL vlafeab = -3.2 vlasyna = 3889.9 flukea = 100.0 vlabw = '0000' vlafecd = -3.2 vlasynb = 3889.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04489.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4489.90, 4489.90, 4489.90, 4489.90 rf2 = 4539.90, 4539.90, 4539.90, 4539.90 lo1 = 3889.90, 3889.90, 3889.90, 3889.90 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3489.9 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3489.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04510.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4510.10, 4510.10, 4510.10, 4510.10 rf2 = 4560.10, 4560.10, 4560.10, 4560.10 lo1 = 3910.10, 3910.10, 3910.10, 3910.10 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3510.1 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3510.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04539.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4539.90, 4539.90, 4539.90, 4539.90 rf2 = 4589.90, 4589.90, 4589.90, 4589.90 lo1 = 3939.90, 3939.90, 3939.90, 3939.90 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3539.9 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3539.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04560.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4560.10, 4560.10, 4560.10, 4560.10 rf2 = 4610.10, 4610.10, 4610.10, 4610.10 lo1 = 3960.10, 3960.10, 3960.10, 3960.10 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3560.1 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3560.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04589.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4589.90, 4589.90, 4589.90, 4589.90 rf2 = 4639.90, 4639.90, 4639.90, 4639.90 lo1 = 3989.90, 3989.90, 3989.90, 3989.90 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3589.9 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3589.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04610.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4610.10, 4610.10, 4610.10, 4610.10 rf2 = 4660.10, 4660.10, 4660.10, 4660.10 lo1 = 4010.10, 4010.10, 4010.10, 4010.10 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3610.1 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3610.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04639.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4639.90, 4639.90, 4639.90, 4639.90 rf2 = 4689.90, 4689.90, 4689.90, 4689.90 lo1 = 4039.90, 4039.90, 4039.90, 4039.90 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3639.9 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3639.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04660.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4660.10, 4660.10, 4660.10, 4660.10 rf2 = 4710.10, 4710.10, 4710.10, 4710.10 lo1 = 4060.10, 4060.10, 4060.10, 4060.10 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3660.1 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3660.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04689.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4689.90, 4689.90, 4689.90, 4689.90 rf2 = 4739.90, 4739.90, 4739.90, 4739.90 lo1 = 4089.90, 4089.90, 4089.90, 4089.90 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3689.9 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3689.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04710.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4710.10, 4710.10, 4710.10, 4710.10 rf2 = 4760.10, 4760.10, 4760.10, 4760.10 lo1 = 4110.10, 4110.10, 4110.10, 4110.10 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3710.1 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3710.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04739.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4739.90, 4739.90, 4739.90, 4739.90 rf2 = 4789.90, 4789.90, 4789.90, 4789.90 lo1 = 4139.90, 4139.90, 4139.90, 4139.90 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3739.9 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3739.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04760.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4760.10, 4760.10, 4760.10, 4760.10 rf2 = 4810.10, 4810.10, 4810.10, 4810.10 lo1 = 4160.10, 4160.10, 4160.10, 4160.10 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3760.1 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3760.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04789.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4789.90, 4789.90, 4789.90, 4789.90 rf2 = 4839.90, 4839.90, 4839.90, 4839.90 lo1 = 4189.90, 4189.90, 4189.90, 4189.90 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3789.9 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3789.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04810.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4810.10, 4810.10, 4810.10, 4810.10 rf2 = 4860.10, 4860.10, 4860.10, 4860.10 lo1 = 4210.10, 4210.10, 4210.10, 4210.10 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3810.1 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3810.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04839.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4839.90, 4839.90, 4839.90, 4839.90 rf2 = 4889.90, 4889.90, 4889.90, 4889.90 lo1 = 4239.90, 4239.90, 4239.90, 4239.90 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3839.9 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3839.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04860.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4860.10, 4860.10, 4860.10, 4860.10 rf2 = 4910.10, 4910.10, 4910.10, 4910.10 lo1 = 4260.10, 4260.10, 4260.10, 4260.10 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3860.1 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3860.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04889.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4889.90, 4889.90, 4889.90, 4889.90 rf2 = 4939.90, 4939.90, 4939.90, 4939.90 lo1 = 4289.90, 4289.90, 4289.90, 4289.90 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3889.9 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3889.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04910.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4910.10, 4910.10, 4910.10, 4910.10 rf2 = 4960.10, 4960.10, 4960.10, 4960.10 lo1 = 4310.10, 4310.10, 4310.10, 4310.10 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3910.1 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3910.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_04939.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 4939.90, 4939.90, 4939.90, 4939.90 rf2 = 4989.90, 4989.90, 4989.90, 4989.90 lo1 = 4339.90, 4339.90, 4339.90, 4339.90 pol = RCP, RCP, LCP, LCP vlaband = VC vlafeab = 0.0 vlasyna = 3939.9 flukea = 100.0 vlabw = '0000' vlafecd = 0.0 vlasynb = 3939.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / ! ! skip standard VC = y_04960.1j ! Name = y_08639.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8639.90, 8639.90, 8639.90, 8639.90 rf2 = 8689.90, 8689.90, 8689.90, 8689.90 lo1 = 9289.90, 9289.90, 9289.90, 9289.90 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3310.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3310.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08610.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8610.10, 8610.10, 8610.10, 8610.10 rf2 = 8660.10, 8660.10, 8660.10, 8660.10 lo1 = 9260.10, 9260.10, 9260.10, 9260.10 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3339.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3339.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08589.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8589.90, 8589.90, 8589.90, 8589.90 rf2 = 8639.90, 8639.90, 8639.90, 8639.90 lo1 = 9239.90, 9239.90, 9239.90, 9239.90 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3360.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3360.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08560.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8560.10, 8560.10, 8560.10, 8560.10 rf2 = 8610.10, 8610.10, 8610.10, 8610.10 lo1 = 9210.10, 9210.10, 9210.10, 9210.10 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3389.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3389.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08539.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8539.90, 8539.90, 8539.90, 8539.90 rf2 = 8589.90, 8589.90, 8589.90, 8589.90 lo1 = 9189.90, 9189.90, 9189.90, 9189.90 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3410.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3410.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08510.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8510.10, 8510.10, 8510.10, 8510.10 rf2 = 8560.10, 8560.10, 8560.10, 8560.10 lo1 = 9160.10, 9160.10, 9160.10, 9160.10 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3439.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3439.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08489.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8489.90, 8489.90, 8489.90, 8489.90 rf2 = 8539.90, 8539.90, 8539.90, 8539.90 lo1 = 9139.90, 9139.90, 9139.90, 9139.90 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3460.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3460.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08460.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8460.10, 8460.10, 8460.10, 8460.10 rf2 = 8510.10, 8510.10, 8510.10, 8510.10 lo1 = 9110.10, 9110.10, 9110.10, 9110.10 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3489.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3489.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08439.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8439.90, 8439.90, 8439.90, 8439.90 rf2 = 8489.90, 8489.90, 8489.90, 8489.90 lo1 = 9089.90, 9089.90, 9089.90, 9089.90 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3510.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3510.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08410.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8410.10, 8410.10, 8410.10, 8410.10 rf2 = 8460.10, 8460.10, 8460.10, 8460.10 lo1 = 9060.10, 9060.10, 9060.10, 9060.10 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3539.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3539.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / ! ! skip standard VX = y_08389.9j ! Name = y_08360.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8360.10, 8360.10, 8360.10, 8360.10 rf2 = 8410.10, 8410.10, 8410.10, 8410.10 lo1 = 9010.10, 9010.10, 9010.10, 9010.10 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3589.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3589.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08339.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8339.90, 8339.90, 8339.90, 8339.90 rf2 = 8389.90, 8389.90, 8389.90, 8389.90 lo1 = 8989.90, 8989.90, 8989.90, 8989.90 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3610.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3610.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08310.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8310.10, 8310.10, 8310.10, 8310.10 rf2 = 8360.10, 8360.10, 8360.10, 8360.10 lo1 = 8960.10, 8960.10, 8960.10, 8960.10 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3639.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3639.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08289.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8289.90, 8289.90, 8289.90, 8289.90 rf2 = 8339.90, 8339.90, 8339.90, 8339.90 lo1 = 8939.90, 8939.90, 8939.90, 8939.90 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3660.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3660.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08260.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8260.10, 8260.10, 8260.10, 8260.10 rf2 = 8310.10, 8310.10, 8310.10, 8310.10 lo1 = 8910.10, 8910.10, 8910.10, 8910.10 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3689.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3689.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08239.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8239.90, 8239.90, 8239.90, 8239.90 rf2 = 8289.90, 8289.90, 8289.90, 8289.90 lo1 = 8889.90, 8889.90, 8889.90, 8889.90 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3710.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3710.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08210.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8210.10, 8210.10, 8210.10, 8210.10 rf2 = 8260.10, 8260.10, 8260.10, 8260.10 lo1 = 8860.10, 8860.10, 8860.10, 8860.10 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3739.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3739.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08189.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8189.90, 8189.90, 8189.90, 8189.90 rf2 = 8239.90, 8239.90, 8239.90, 8239.90 lo1 = 8839.90, 8839.90, 8839.90, 8839.90 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3760.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3760.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08160.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8160.10, 8160.10, 8160.10, 8160.10 rf2 = 8210.10, 8210.10, 8210.10, 8210.10 lo1 = 8810.10, 8810.10, 8810.10, 8810.10 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3789.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3789.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08139.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8139.90, 8139.90, 8139.90, 8139.90 rf2 = 8189.90, 8189.90, 8189.90, 8189.90 lo1 = 8789.90, 8789.90, 8789.90, 8789.90 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3810.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3810.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08110.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8110.10, 8110.10, 8110.10, 8110.10 rf2 = 8160.10, 8160.10, 8160.10, 8160.10 lo1 = 8760.10, 8760.10, 8760.10, 8760.10 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3839.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3839.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08089.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8089.90, 8089.90, 8089.90, 8089.90 rf2 = 8139.90, 8139.90, 8139.90, 8139.90 lo1 = 8739.90, 8739.90, 8739.90, 8739.90 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3860.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3860.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08060.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8060.10, 8060.10, 8060.10, 8060.10 rf2 = 8110.10, 8110.10, 8110.10, 8110.10 lo1 = 8710.10, 8710.10, 8710.10, 8710.10 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3889.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3889.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_08039.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 8039.90, 8039.90, 8039.90, 8039.90 rf2 = 8089.90, 8089.90, 8089.90, 8089.90 lo1 = 8689.90, 8689.90, 8689.90, 8689.90 pol = RCP, RCP, LCP, LCP vlaband = VX vlafeab = 13.0 vlasyna = 3910.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3910.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_15360.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15360.10, 15360.10, 15360.10, 15360.10 rf2 = 15410.10, 15410.10, 15410.10, 15410.10 lo1 = 16010.10, 16010.10, 16010.10, 16010.10 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3489.9 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3489.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / ! ! skip standard VU = y_15339.9j ! rf1 = 15339.90 vlasyna = vlasynb = 3510.10 ! rf2 = 15389.90 ! lo1 = 15989.90 ! Name = y_15310.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15310.10, 15310.10, 15310.10, 15310.10 rf2 = 15360.10, 15360.10, 15360.10, 15360.10 lo1 = 15960.10, 15960.10, 15960.10, 15960.10 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3539.9 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3539.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_15289.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15289.90, 15289.90, 15289.90, 15289.90 rf2 = 15339.90, 15339.90, 15339.90, 15339.90 lo1 = 15939.90, 15939.90, 15939.90, 15939.90 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3560.1 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3560.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_15260.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15260.10, 15260.10, 15260.10, 15260.10 rf2 = 15310.10, 15310.10, 15310.10, 15310.10 lo1 = 15910.10, 15910.10, 15910.10, 15910.10 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3589.9 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3589.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_15239.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15239.90, 15239.90, 15239.90, 15239.90 rf2 = 15289.90, 15289.90, 15289.90, 15289.90 lo1 = 15889.90, 15889.90, 15889.90, 15889.90 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3610.1 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3610.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_15210.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15210.10, 15210.10, 15210.10, 15210.10 rf2 = 15260.10, 15260.10, 15260.10, 15260.10 lo1 = 15860.10, 15860.10, 15860.10, 15860.10 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3639.9 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3639.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_15189.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15189.90, 15189.90, 15189.90, 15189.90 rf2 = 15239.90, 15239.90, 15239.90, 15239.90 lo1 = 15839.90, 15839.90, 15839.90, 15839.90 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3660.1 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3660.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_15160.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15160.10, 15160.10, 15160.10, 15160.10 rf2 = 15210.10, 15210.10, 15210.10, 15210.10 lo1 = 15810.10, 15810.10, 15810.10, 15810.10 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3689.9 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3689.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_15139.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15139.90, 15139.90, 15139.90, 15139.90 rf2 = 15189.90, 15189.90, 15189.90, 15189.90 lo1 = 15789.90, 15789.90, 15789.90, 15789.90 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3710.1 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3710.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_15110.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15110.10, 15110.10, 15110.10, 15110.10 rf2 = 15160.10, 15160.10, 15160.10, 15160.10 lo1 = 15760.10, 15760.10, 15760.10, 15760.10 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3739.9 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3739.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_15089.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15089.90, 15089.90, 15089.90, 15089.90 rf2 = 15139.90, 15139.90, 15139.90, 15139.90 lo1 = 15739.90, 15739.90, 15739.90, 15739.90 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3760.1 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3760.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_15060.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15060.10, 15060.10, 15060.10, 15060.10 rf2 = 15110.10, 15110.10, 15110.10, 15110.10 lo1 = 15710.10, 15710.10, 15710.10, 15710.10 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3789.9 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3789.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_15039.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15039.90, 15039.90, 15039.90, 15039.90 rf2 = 15089.90, 15089.90, 15089.90, 15089.90 lo1 = 15689.90, 15689.90, 15689.90, 15689.90 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3810.1 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3810.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_15010.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 15010.10, 15010.10, 15010.10, 15010.10 rf2 = 15060.10, 15060.10, 15060.10, 15060.10 lo1 = 15660.10, 15660.10, 15660.10, 15660.10 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3839.9 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3839.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_14989.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 14989.90, 14989.90, 14989.90, 14989.90 rf2 = 15039.90, 15039.90, 15039.90, 15039.90 lo1 = 15639.90, 15639.90, 15639.90, 15639.90 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3860.1 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3860.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_14960.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 14960.10, 14960.10, 14960.10, 14960.10 rf2 = 15010.10, 15010.10, 15010.10, 15010.10 lo1 = 15610.10, 15610.10, 15610.10, 15610.10 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3889.9 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3889.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_14939.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 14939.90, 14939.90, 14939.90, 14939.90 rf2 = 14989.90, 14989.90, 14989.90, 14989.90 lo1 = 15589.90, 15589.90, 15589.90, 15589.90 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3910.1 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3910.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_14910.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 14910.10, 14910.10, 14910.10, 14910.10 rf2 = 14960.10, 14960.10, 14960.10, 14960.10 lo1 = 15560.10, 15560.10, 15560.10, 15560.10 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3939.9 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3939.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_14889.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 14889.90, 14889.90, 14889.90, 14889.90 rf2 = 14939.90, 14939.90, 14939.90, 14939.90 lo1 = 15539.90, 15539.90, 15539.90, 15539.90 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3960.1 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3960.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_14860.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 14860.10, 14860.10, 14860.10, 14860.10 rf2 = 14910.10, 14910.10, 14910.10, 14910.10 lo1 = 15510.10, 15510.10, 15510.10, 15510.10 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 3989.9 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 3989.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_14839.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 14839.90, 14839.90, 14839.90, 14839.90 rf2 = 14889.90, 14889.90, 14889.90, 14889.90 lo1 = 15489.90, 15489.90, 15489.90, 15489.90 pol = RCP, RCP, LCP, LCP vlaband = VU vlafeab = 19.9 vlasyna = 4010.1 flukea = 100.0 vlabw = '0000' vlafecd = 19.9 vlasynb = 4010.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_21989.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 21989.90, 21989.90, 21989.90, 21989.90 rf2 = 22039.90, 22039.90, 22039.90, 22039.90 lo1 = 21389.90, 21389.90, 21389.90, 21389.90 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3489.9 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3489.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22010.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22010.10, 22010.10, 22010.10, 22010.10 rf2 = 22060.10, 22060.10, 22060.10, 22060.10 lo1 = 21410.10, 21410.10, 21410.10, 21410.10 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3510.1 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3510.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22039.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22039.90, 22039.90, 22039.90, 22039.90 rf2 = 22089.90, 22089.90, 22089.90, 22089.90 lo1 = 21439.90, 21439.90, 21439.90, 21439.90 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3539.9 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3539.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22060.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22060.10, 22060.10, 22060.10, 22060.10 rf2 = 22110.10, 22110.10, 22110.10, 22110.10 lo1 = 21460.10, 21460.10, 21460.10, 21460.10 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3560.1 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3560.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22089.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22089.90, 22089.90, 22089.90, 22089.90 rf2 = 22139.90, 22139.90, 22139.90, 22139.90 lo1 = 21489.90, 21489.90, 21489.90, 21489.90 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3589.9 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3589.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22110.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22110.10, 22110.10, 22110.10, 22110.10 rf2 = 22160.10, 22160.10, 22160.10, 22160.10 lo1 = 21510.10, 21510.10, 21510.10, 21510.10 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3610.1 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3610.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22139.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22139.90, 22139.90, 22139.90, 22139.90 rf2 = 22189.90, 22189.90, 22189.90, 22189.90 lo1 = 21539.90, 21539.90, 21539.90, 21539.90 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3639.9 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3639.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22160.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22160.10, 22160.10, 22160.10, 22160.10 rf2 = 22210.10, 22210.10, 22210.10, 22210.10 lo1 = 21560.10, 21560.10, 21560.10, 21560.10 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3660.1 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3660.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22189.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22189.90, 22189.90, 22189.90, 22189.90 rf2 = 22239.90, 22239.90, 22239.90, 22239.90 lo1 = 21589.90, 21589.90, 21589.90, 21589.90 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3689.9 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3689.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / ! ! skip standard VK = y_22210.1j ! Name = y_22239.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22239.90, 22239.90, 22239.90, 22239.90 rf2 = 22289.90, 22289.90, 22289.90, 22289.90 lo1 = 21639.90, 21639.90, 21639.90, 21639.90 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3739.9 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3739.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22260.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22260.10, 22260.10, 22260.10, 22260.10 rf2 = 22310.10, 22310.10, 22310.10, 22310.10 lo1 = 21660.10, 21660.10, 21660.10, 21660.10 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3760.1 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3760.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22289.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22289.90, 22289.90, 22289.90, 22289.90 rf2 = 22339.90, 22339.90, 22339.90, 22339.90 lo1 = 21689.90, 21689.90, 21689.90, 21689.90 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3789.9 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3789.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22310.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22310.10, 22310.10, 22310.10, 22310.10 rf2 = 22360.10, 22360.10, 22360.10, 22360.10 lo1 = 21710.10, 21710.10, 21710.10, 21710.10 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3810.1 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3810.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22339.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22339.90, 22339.90, 22339.90, 22339.90 rf2 = 22389.90, 22389.90, 22389.90, 22389.90 lo1 = 21739.90, 21739.90, 21739.90, 21739.90 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3839.9 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3839.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22360.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22360.10, 22360.10, 22360.10, 22360.10 rf2 = 22410.10, 22410.10, 22410.10, 22410.10 lo1 = 21760.10, 21760.10, 21760.10, 21760.10 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3860.1 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3860.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22389.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22389.90, 22389.90, 22389.90, 22389.90 rf2 = 22439.90, 22439.90, 22439.90, 22439.90 lo1 = 21789.90, 21789.90, 21789.90, 21789.90 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3889.9 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3889.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22410.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22410.10, 22410.10, 22410.10, 22410.10 rf2 = 22460.10, 22460.10, 22460.10, 22460.10 lo1 = 21810.10, 21810.10, 21810.10, 21810.10 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3910.1 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3910.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22439.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22439.90, 22439.90, 22439.90, 22439.90 rf2 = 22489.90, 22489.90, 22489.90, 22489.90 lo1 = 21839.90, 21839.90, 21839.90, 21839.90 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3939.9 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3939.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22460.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22460.10, 22460.10, 22460.10, 22460.10 rf2 = 22510.10, 22510.10, 22510.10, 22510.10 lo1 = 21860.10, 21860.10, 21860.10, 21860.10 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3960.1 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3960.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22489.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22489.90, 22489.90, 22489.90, 22489.90 rf2 = 22539.90, 22539.90, 22539.90, 22539.90 lo1 = 21889.90, 21889.90, 21889.90, 21889.90 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 3989.9 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 3989.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_22510.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 22510.10, 22510.10, 22510.10, 22510.10 rf2 = 22560.10, 22560.10, 22560.10, 22560.10 lo1 = 21910.10, 21910.10, 21910.10, 21910.10 pol = RCP, RCP, LCP, LCP vlaband = VK vlafeab = 17.5 vlasyna = 4010.1 flukea = 100.0 vlabw = '0000' vlafecd = 17.5 vlasynb = 4010.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / ! ! end jwrobel's stuff with AC=BD / 1998 March 27 ! ! start more jwrobel's stuff with AC=BD / 2000 December 29 ! mended / 2003 May 29 ! Name = y_42910.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 42910.10, 42910.10, 42910.10, 42910.10 rf2 = 42960.10, 42960.10, 42960.10, 42960.10 lo1 = 42310.10, 42310.10, 42310.10, 42310.10 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3310.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3310.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_42939.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 42939.90, 42939.90, 42939.90, 42939.90 rf2 = 42989.90, 42989.90, 42989.90, 42989.90 lo1 = 42339.90, 42339.90, 42339.90, 42339.90 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3339.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3339.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_42960.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 42960.10, 42960.10, 42960.10, 42960.10 rf2 = 43010.10, 43010.10, 43010.10, 43010.10 lo1 = 42360.10, 42360.10, 42360.10, 42360.10 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3360.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3360.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_42989.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 42989.90, 42989.90, 42989.90, 42989.90 rf2 = 43039.90, 43039.90, 43039.90, 43039.90 lo1 = 42389.90, 42389.90, 42389.90, 42389.90 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3389.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3389.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43010.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43010.10, 43010.10, 43010.10, 43010.10 rf2 = 43060.10, 43060.10, 43060.10, 43060.10 lo1 = 42410.10, 42410.10, 42410.10, 42410.10 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3410.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3410.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43039.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43039.90, 43039.90, 43039.90, 43039.90 rf2 = 43089.90, 43089.90, 43089.90, 43089.90 lo1 = 42439.90, 42439.90, 42439.90, 42439.90 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3439.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3439.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43060.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43060.10, 43060.10, 43060.10, 43060.10 rf2 = 43110.10, 43110.10, 43110.10, 43110.10 lo1 = 42460.10, 42460.10, 42460.10, 42460.10 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3460.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3460.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43089.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43089.90, 43089.90, 43089.90, 43089.90 rf2 = 43139.90, 43139.90, 43139.90, 43139.90 lo1 = 42489.90, 42489.90, 42489.90, 42489.90 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3489.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3489.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43139.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43139.90, 43139.90, 43139.90, 43139.90 rf2 = 43189.90, 43189.90, 43189.90, 43189.90 lo1 = 42539.90, 42539.90, 42539.90, 42539.90 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3539.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3539.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43160.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43160.10, 43160.10, 43160.10, 43160.10 rf2 = 43210.10, 43210.10, 43210.10, 43210.10 lo1 = 42560.10, 42560.10, 42560.10, 42560.10 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3560.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3560.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / ! Old vq 2000 December 29 Name = y_43189.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43189.90, 43189.90, 43189.90, 43189.90 rf2 = 43239.90, 43239.90, 43239.90, 43239.90 lo1 = 42589.90, 42589.90, 42589.90, 42589.90 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3589.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3589.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43210.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43210.10, 43210.10, 43210.10, 43210.10 rf2 = 43260.10, 43260.10, 43260.10, 43260.10 lo1 = 42610.10, 42610.10, 42610.10, 42610.10 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3610.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3610.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43239.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43239.90, 43239.90, 43239.90, 43239.90 rf2 = 43289.90, 43289.90, 43289.90, 43289.90 lo1 = 42639.90, 42639.90, 42639.90, 42639.90 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3639.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3639.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43260.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43260.10, 43260.10, 43260.10, 43260.10 rf2 = 43310.10, 43310.10, 43310.10, 43310.10 lo1 = 42660.10, 42660.10, 42660.10, 42660.10 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3660.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3660.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43289.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43289.90, 43289.90, 43289.90, 43289.90 rf2 = 43339.90, 43339.90, 43339.90, 43339.90 lo1 = 42689.90, 42689.90, 42689.90, 42689.90 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3689.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3689.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43310.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43310.10, 43310.10, 43310.10, 43310.10 rf2 = 43360.10, 43360.10, 43360.10, 43360.10 lo1 = 42710.10, 42710.10, 42710.10, 42710.10 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3710.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3710.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43339.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43339.90, 43339.90, 43339.90, 43339.90 rf2 = 43389.90, 43389.90, 43389.90, 43389.90 lo1 = 42739.90, 42739.90, 42739.90, 42739.90 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3739.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3739.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43360.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43360.10, 43360.10, 43360.10, 43360.10 rf2 = 43410.10, 43410.10, 43410.10, 43410.10 lo1 = 42760.10, 42760.10, 42760.10, 42760.10 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3760.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3760.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43389.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43389.90, 43389.90, 43389.90, 43389.90 rf2 = 43439.90, 43439.90, 43439.90, 43439.90 lo1 = 42789.90, 42789.90, 42789.90, 42789.90 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3789.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3789.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43410.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43410.10, 43410.10, 43410.10, 43410.10 rf2 = 43460.10, 43460.10, 43460.10, 43460.10 lo1 = 42810.10, 42810.10, 42810.10, 42810.10 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3810.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3810.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43439.9j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43439.90, 43439.90, 43439.90, 43439.90 rf2 = 43489.90, 43489.90, 43489.90, 43489.90 lo1 = 42839.90, 42839.90, 42839.90, 42839.90 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3839.9 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3839.9 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / Name = y_43460.1j Station = VLA1, VLA27, VLA priority = 2 ifname = A, B, C, D rf1 = 43460.10, 43460.10, 43460.10, 43460.10 rf2 = 43510.10, 43510.10, 43510.10, 43510.10 lo1 = 42860.10, 42860.10, 42860.10, 42860.10 pol = RCP, RCP, LCP, LCP vlaband = VQ vlafeab = 51.6 vlasyna = 3860.1 flukea = 100.0 vlabw = '0000' vlafecd = 13.0 vlasynb = 3860.1 flukeb = 200.0 fefilter = '0000' note = 'In VA mode, only IFs A and D are phased.' / ! ! end more jwrobel's stuff with AC=BD / 2000 December 29 ! mended / 2003 May 29 ! ! ! ===================================================================== ! Entries from freq_US.dat ! Just GBT entries: NRAO-140ft have been removed ! Revised, Jan 21, 2009 : GBT_S2 is obsolete: removed them. ! added: GBT_COLD for cold weather az motion restriction. ! added entries for prime focus 2 (910-1230 MHZ) ! ----------------------------------------------------------------- ! GBT based on web site on 8Dec2000 RCW. ! Revised 27Apr2002 FDG ! IF3 (=BBC) = LO1 - LO2 + LO3 - Fsky for X band and down. ! FIRSTLO ('lo1' in file below) = LO1 - LO2 + LO3; Fsky + 0.75GHz = lo1 ! IF3 (=BBC) = Fsky - LO1 - LO2 + LO3 at higher frequencies. ! FIRSTLO ('lo1' in file below) = LO1 + LO2 - LO3; Fsky - 0.75GHz = lo1 ! All GBT setups have LO3=10.5 GHz, IF3 = 0.75 GHz, and IF2 = 9.75 GHz. Name = gbt90cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 290, 290 ifname = B, D rf2 = 395, 395 fe = '90cm', '90cm' pol = RCP, LCP lo1 = 1092.0, 1092.0 note = 'LO1=1.422, LO2=10.83, LO3=10.5 ' / Name = gbt70cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 385, 385 ifname = B, D rf2 = 520, 520 fe = '70cm', '70cm' pol = RCP, LCP lo1 = 1200.0, 1200.0 note = 'LO1=1.530, LO2=10.83, LO3=10.5 ' / Name = gbt50cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 510, 510 ifname = A, C rf2 = 690, 690 fe = '50cm', '50cm' pol = RCP, LCP lo1 = 1350.0, 1350.0 note = 'LO1=1.680, LO2=10.83, LO3=10.5 ' / Name = gbt37cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 680, 680 ifname = A, C rf2 = 920, 920 fe = '37cm', '37cm' pol = RCP, LCP lo1 = 1550.0, 1550.0 note = 'LO1=1.880, LO2=10.83, LO3=10.5 ' / !---------------------------------------------------- ! Prime Focus 2 : 910 to 1230 MHz !---------------------------------------------------- Name = gbt28cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 910, 910 ifname = A, C rf2 = 1230, 1230 fe = '28cm', '28cm' pol = RCP, LCP lo1 = 1820.0, 1820.0 note = 'LO1=2.570, LO2=11.25, LO3=10.5 ' / !---------------------------------------------------- ! L-band: Range is 1.10 - 1.75 GHz ! note there is an optional notch filter 1230-1340 MHz ! to cut out a nearby radar ! RF bandpass filters: 1.10-1.80 GHz, 1.10-1.45 GHz, ! 1.30-1.45 GHz, 1.60-1.75 GHz !---------------------------------------------------- Name = gbt21cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 1100, 1100 ifname = A, C rf2 = 1500, 1500 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 2050.0, 2050.0 note = 'LO1=4.300, LO2=12.75, LO3=10.5 ' / Name = gbt18cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 1350, 1350 ifname = A, C rf2 = 1750, 1750 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 2300.0, 2300.0 note = 'LO1=4.550, LO2=12.75, LO3=10.5 ' / !---------------------------------------------------- ! S-band: range is 1.68 - 2.65 GHz ! RF bandpass filters: 1.68-2.65 GHz, 2.10-2.40 GHz. ! Note: strong RFI from satellite at 2320-2345 MHz: ! A notch filter has been installed which cuts out 2320-2345 MHz. !---------------------------------------------------- Name = gbt16cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 1680, 1680 ifname = B, D rf2 = 2100, 2100 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 2600.0, 2600.0 note = 'LO1=7.850, LO2=15.75, LO3=10.5 ' / Name = gbt13cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 1950, 1950 ifname = B, D rf2 = 2450, 2450 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 2950.0, 2950.0 note = 'LO1=8.200, LO2=15.75, LO3=10.5 ' / Name = gbt12cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 2200, 2200 ifname = B, D rf2 = 2650, 2650 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 3200.0, 3200.0 note = 'LO1=8.450, LO2=15.75, LO3=10.5 ' / !--------------------------------------------------------- ! C-band: range is 3.9-6.18 GHz ! RF bandpass filters: 3.90-5.90 GHz, 3.95-4.65 GHz ! 4.55-5.25 GHz, 5.15-5.85 GHz ! Note: C-band extends from 3.9 to 6.18 GHz; more setups could be added. !--------------------------------------------------------- ! New versions provided on Jan 25 2008 by Frank Ghigo in email. ! Not put in this file until Jan 6, 2009 RCW Reconfirmed with ! Frank Ghigo at that time. Name = gbt6cma Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 3900, 3900 ifname = A, C rf2 = 4400, 4400 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4900.0, 4900.0 note = 'LO1=7.150, LO2=12.75, LO3=10.5 ' / Name = gbt6cmb Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 4300, 4300 ifname = A, C rf2 = 4800, 4800 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 5300.0, 5300.0 note = 'LO1=7.550, LO2=12.75, LO3=10.5 ' / Name = gbt6cmc Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 4600, 4600 ifname = A, C rf2 = 5100, 5100 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 5600.0, 5600.0 note = 'LO1=7.850, LO2=12.75, LO3=10.5 ' / Name = gbt6cmd Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 5000, 5000 ifname = A, C rf2 = 5500, 5500 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 6000.0, 6000.0 note = 'LO1=8.250, LO2=12.75, LO3=10.5 ' / ! Performance will be degraded above 5850 Name = gbt6cme Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 5400, 5400 ifname = A, C rf2 = 5900, 5900 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 6400.0, 6400.0 note = 'LO1=8.650, LO2=12.75, LO3=10.5 ' / ! High range of C-band ! Performance will be degraded above 5850 Name = gbt6cmf Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 5750, 5750 ifname = A, C rf2 = 6180, 6180 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 6700.0, 6700.0 note = 'LO1=8.950, LO2=12.75, LO3=10.5 ' ! Frank: I have made 3 X band setups because 800 MHz ! is too wide for the 500 MHz VLBA backend IF. I have ! arbitrarily set the ranges to match the VLBA settings. ! That simplifies matters for anyone trying to maximize ! their instantaneous bandwidth. !--------------------------------------------------------- ! Note: X-band range is 7.9 - 11.6 GHz ! more setups could be added !--------------------------------------------------------- Name = gbt4cma Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 7900, 7900 ifname = B, D rf2 = 8400, 8400 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 8900.0, 8900.0 note = 'LO1=11.150, LO2=12.75, LO3=10.5 ' / Name = gbt4cmb Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 8100, 8100 ifname = B, D rf2 = 8600, 8600 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 9100.0, 9100.0 note = 'LO1=11.350, LO2=12.75, LO3=10.5 ' / Name = gbt4cmc Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 8400, 8400 ifname = B, D rf2 = 8900, 8900 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 9400.0, 9400.0 note = 'LO1=11.650, LO2=12.75, LO3=10.5 ' / !--------------------------------------------------------- ! I have only included 2 setups at 2 cm, corresponding to ! the main ones used on the VLBA and using the VLBA names ! Many others could be added. !--------------------------------------------------------- ! Note: GBT 2 cm receiver range is 11.8-15.6 GHz !--------------------------------------------------------- Name = gbt2cm_a2 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 11900, 11900 ifname = A, C rf2 = 12400, 12400 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 11400.0, 11400.0 note = 'LO1=9.15, LO2=12.75, LO3=10.5 ' / Name = gbt2cm_d2 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 14900, 14900 ifname = A, C rf2 = 15400, 15400 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 14400.0, 14400.0 note = 'LO1=12.150, LO2=12.75, LO3=10.5 ' / !------------------------------------------------------------------------- ! Only give a couple near the water line version for now, ! matching a couple of VLBA sets. Many more could be added. !------------------------------------------------------------------------- ! Note: GBT 1.3 cm receiver has two parts: 18.0-22.5 GHz and 22.0-26.5 GHz. ! These setups for the lower band. !------------------------------------------------------------------------- Name = gbt1cm_a3 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 21800, 21800 ifname = A, C rf2 = 22300, 22300 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21300.0, 21300.0 note = 'LO1=16.05, LO2=15.75, LO3=10.5 ' / Name = gbt1cm_b3 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 22000, 22000 ifname = A, C rf2 = 22500, 22500 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21500.0, 21500.0 note = 'LO1=16.25, LO2=15.75, LO3=10.5 ' / !------------------------------------------------------ ! 7mm SiO lines at 42519.3, 42820.54, and 43122.03 ! VLBA standard band at 43135 MHz. ! VLA band at 43289.90- 43339.90 !------------------------------------------------------ ! GBT 3 mm receiver frequency range is 40.0-48.0 GHz. !------------------------------------------------------ Name = gbt7mm_c7 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 42300, 42300 ifname = A, C rf2 = 42800, 42800 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 41800.0, 41800.0 note = 'LO1=36.55, LO2=15.75, LO3=10.5 ' / Name = gbt7mm_b8 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 42700, 42700 ifname = A, C rf2 = 43200, 43200 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 42200.0, 42200.0 note = 'LO1=36.95, LO2=15.75, LO3=10.5 ' / Name = gbt7mm_c8 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 42900, 42900 ifname = A, C rf2 = 43400, 43400 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 42400.0, 42400.0 note = 'LO1=37.15, LO2=15.75, LO3=10.5 ' / ! ========================= Arecibo =============================== ! ================================================================== ! The following is the Freq.dat file for Arecibo LBW, S-Radar, C-band ! Tapasi Ghosh, 8 October 2001 ! ! Adding X-band and S-low and S-High today. TG, 26 April 2002 ! ! Adding 610 MHz and C-High, CJS, 15 May 2006 ! ! Also modifying LBW, S-Low, S-High, C-band and X-band to avoid the loss ! of correlation for i.f. frequencies below 600 MHz. Should be good for ! up to 2 GBps recording. Sideband swap for X-band Rx above 8.5 GHz ! taken into acocunt -- hopefully! CJS, 15 May 2006 ! ! ================================================================== ! !---------------- 327 MHz Rx ------------------------------ / Name = ar90cm Station = ARECIBO, AERC_S2 priority = 0 rf1 = 309, 309 ifname = A, C rf2 = 344, 344 fe = '90cm', '90cm' pol = RCP, LCP lo1 = 1076, 1076 note = 'Frontend 30-MHz filter (between 312-342 MHz), TG 22-Sep-04' / !---------------- 610 MHz Rx ------------------------------ / Name = ar50cm Station = ARECIBO, AERC_S2 priority = 0 rf1 = 605, 605 ifname = A, C rf2 = 615, 615 fe = '50cm', '50cm' pol = RCP, LCP lo1 = 1360, 1360 note = 'Frontend 4-MHz filter for 607.6-611.8 MHz (HPW), CS 15-May-06' / !---------------- LBW Rx ------------------------------ / Name = arlb5a Station = ARECIBO, AREC_S2 priority = 0 rf1 = 1110, 1110 ifname = A, C rf2 = 1400, 1400 fe = '205a', '205a' pol = RCP, LCP lo1 = 2005, 2005 note = 'RX=LBW, with lfbf=5, lower 300 MHz CS 15-May-06' / Name = arlbw2 Station = ARECIBO, AERC_S2 priority = 0 rf1 = 1120, 1120 ifname = A, C rf2 = 1220, 1220 fe = '20c2', '20c2' pol = RCP, LCP lo1 = 1920, 1920 note = 'RX=LBW, with lfbf=2, TG 07-Oct-01' / Name = arlbw8 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 1180, 1180 ifname = A, C rf2 = 1280, 1280 fe = '20c8', '20c8' pol = RCP, LCP lo1 = 1980, 1980 note = 'RX=LBW, with lfbf=8, TG 07-Oct-01' / Name = arlbw3 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 1230, 1230 ifname = A, C rf2 = 1470, 1470 fe = '20c3', '20c3' pol = RCP, LCP lo1 = 2100, 2100 note = 'RX=LBW, with lfbf=3, TG 07-Oct-01' / Name = arlb5b Station = ARECIBO, AREC_S2 priority = 0 rf1 = 1300, 1300 ifname = A, C rf2 = 1600, 1600 fe = '205b', '205b' pol = RCP, LCP lo1 = 2200, 2200 note = 'RX=LBW, with lfbf=5, middle 300 MHz CS 15-May-06' / Name = arlbw6 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 1360, 1360 ifname = A, C rf2 = 1470, 1470 fe = '20c6', '20c6' pol = RCP, LCP lo1 = 2165, 2165 note = 'RX=LBW, with lfbf=6, TG 07-Oct-01' / Name = arlb5d Station = ARECIBO, AREC_S2 priority = 0 rf1 = 1390, 1390 ifname = A, C rf2 = 1690, 1690 fe = '205d', '205d' pol = RCP, LCP lo1 = 2290, 2290 note = 'RX=LBW, with lfbf=5, incl. HI+OH for z=0 CS 15-May-06' / Name = arlb5c Station = ARECIBO, AREC_S2 priority = 0 rf1 = 1500, 1500 ifname = A, C rf2 = 1800, 1800 fe = '205c', '205c' pol = RCP, LCP lo1 = 2400, 2400 note = 'RX=LBW, with lfbf=5, upper 300 MHz CS 15-May-06' / Name = arlbw4 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 1550, 1550 ifname = A, C rf2 = 1820, 1820 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 2435, 2435 note = 'RX=LBW, with lfbf=4, TG 07-Oct-01' / !----------------- S-Radar Rx ------------------------------ Name = arsrdh Station = ARECIBO, AREC_S2 priority = 0 rf1 = 2330, 2330 ifname = C, A rf2 = 2430, 2430 fe = 'srd1', 'srd1' pol = RCP, LCP lo1 = 3130.0, 3130.0 note = 'Using S-radar Rx + High filter, RFI at 2400 MHz' / Name = arsrdl Station = ARECIBO, AREC_S2 priority = 0 rf1 = 2230, 2230 ifname = C, A rf2 = 2330, 2330 fe = 'srd2', 'srd2' pol = RCP, LCP lo1 = 3030.0, 3030.0 note = 'Using S-radar+low filter, Needs ~1hr to change from high' / !--- S-Low (1.8 - 3.1 GHz) Rx, native linear, use Zbox for circ --- / Name = arslo1 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 1700, 1700 ifname = A, C rf2 = 2000, 2000 fe = 'slo1', 'slo1' pol = RCP, LCP lo1 = 2600, 2600 note = 'S-low, with sbwfb=1, strong RFI around 1.9 and 2.4 GHz' / Name = arslo2 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 1900, 1900 ifname = A, C rf2 = 2200, 2200 fe = 'slo2', 'slo2' pol = RCP, LCP lo1 = 2800, 2800 note = 'S-low, with sbwfb=2 or 4, strong RFI around 1.9 and 2.4 GHz' / Name = arslo3 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 2100, 2100 ifname = A, C rf2 = 2400, 2400 fe = 'slo3', 'slo3' pol = RCP, LCP lo1 = 3000, 3000 note = 'S-low, with sbwfb=2, strong RFI around 1.9 and 2.4 GHz' / Name = arslo4 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 2300, 2300 ifname = A, C rf2 = 2600, 2600 fe = 'slo4', 'slo4' pol = RCP, LCP lo1 = 3200, 3200 note = 'S-low, with sbwfb=4, strong RFI around 1.9 and 2.4 GHz' / Name = arslo5 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 2600, 2600 ifname = A, C rf2 = 2900, 2900 fe = 'slo5', 'slo5' pol = RCP, LCP lo1 = 3500, 3500 note = 'S-low, with sbwfb=3' / Name = arslo6 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 2800, 2800 ifname = A, C rf2 = 3100, 3100 fe = 'slo1', 'slo1' pol = RCP, LCP lo1 = 2600, 2600 note = 'S-low, with sbwfb=3' / !---------------- S-High (3-4 GHz) Rx ------------------------------ / Name = arshi1 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 3000, 3000 ifname = A, C rf2 = 3300, 3300 fe = 'shi1', 'shi1' pol = RCP, LCP lo1 = 3900, 3900 note = 'S-hi, no RF filters, native linear, use Zeeman box' / Name = arshi2 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 3200, 3200 ifname = A, C rf2 = 3500, 3500 fe = 'shi2', 'shi2' pol = RCP, LCP lo1 = 4100, 4100 note = 'S-hi, no RF filters, native linear, use Zeeman box' / Name = arshi3 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 3400, 3400 ifname = A, C rf2 = 3700, 3700 fe = 'shi3', 'shi3' pol = RCP, LCP lo1 = 4300, 4300 note = 'S-hi, no RF filters, native linear, use Zeeman box' / Name = arshi4 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 3600, 3600 ifname = A, C rf2 = 3900, 3900 fe = 'shi1', 'shi1' pol = RCP, LCP lo1 = 4500, 4500 note = 'S-hi, no RF filters, native linear, use Zeeman box' / Name = arshi5 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 3800, 3800 ifname = A, C rf2 = 4100, 4100 fe = 'shi5', 'shi5' pol = RCP, LCP lo1 = 4700, 4700 note = 'S-hi, no RF filters, native linear, use Zeeman box' / !-----C-band (3.85 - 6 GHz) Rx, native linear, use the Zbox ---- / Name = arcb0 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 4050, 4050 ifname = A, C rf2 = 4350, 4350 fe = '6cm0', '6cm0' pol = RCP, LCP lo1 = 4950.0, 4950.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcb1 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 4250, 4250 ifname = A, C rf2 = 4550, 4550 fe = '6cm1', '6cm1' pol = RCP, LCP lo1 = 5150.0, 5150.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcb2 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 4450, 4450 ifname = A, C rf2 = 4750, 4750 fe = '6cm2', '6cm2' pol = RCP, LCP lo1 = 5350.0, 5350.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcb3 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 4650, 4650 ifname = A, C rf2 = 4950, 4950 fe = '6cm3', '6cm3' pol = RCP, LCP lo1 = 5550.0, 5550.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcb4 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 4850, 4850 ifname = A, C rf2 = 5150, 5150 fe = '6cm4', '6cm4' pol = RCP, LCP lo1 = 5750.0, 5750.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcb5 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 5050, 5050 ifname = A, C rf2 = 5350, 5350 fe = '6cm5', '6cm5' pol = RCP, LCP lo1 = 5950.0, 5950.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcb6 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 5250, 5250 ifname = A, C rf2 = 5550, 5550 fe = '6cm6', '6cm6' pol = RCP, LCP lo1 = 6150.0, 6150.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcb7 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 5450, 5450 ifname = A, C rf2 = 5750, 5750 fe = '6cm7', '6cm7' pol = RCP, LCP lo1 = 6350.0, 6350.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcb8 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 5650, 5650 ifname = A, C rf2 = 5950, 5950 fe = '6cm8', '6cm8' pol = RCP, LCP lo1 = 6550.0, 6550.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcb9 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 5850, 5850 ifname = A, C rf2 = 6150, 6150 fe = '6cm9', '6cm9' pol = RCP, LCP lo1 = 6750.0, 6750.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / !----- CBHigh (6-8 GHz) Rx, native linear, use the Z Box --- / Name = arcbh0 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 5900, 5900 ifname = A, C rf2 = 6200, 6200 fe = 'cbh0', 'cbh0' pol = RCP, LCP lo1 = 6800.0, 6800.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcbh1 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 6100, 6100 ifname = A, C rf2 = 6400, 6400 fe = 'cbh1', 'cbh1' pol = RCP, LCP lo1 = 7000.0, 7000.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcbh2 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 6300, 6300 ifname = A, C rf2 = 6600, 6600 fe = 'cbh2', 'cbh2' pol = RCP, LCP lo1 = 7200.0, 7200.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcbh3 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 6500, 6500 ifname = A, C rf2 = 6800, 6800 fe = 'cbh3', 'cbh3' pol = RCP, LCP lo1 = 7400.0, 7400.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcbh4 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 6700, 6700 ifname = A, C rf2 = 7000, 7000 fe = 'cbh4', 'cbh4' pol = RCP, LCP lo1 = 7600.0, 7600.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcbh5 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 6900, 6900 ifname = A, C rf2 = 7200, 7200 fe = 'cbh5', 'cbh5' pol = RCP, LCP lo1 = 7800.0, 7800.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcbh6 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 7100, 7100 ifname = A, C rf2 = 7400, 7400 fe = 'cbh6', 'cbh6' pol = RCP, LCP lo1 = 8000.0, 8000.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcbh7 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 7300, 7300 ifname = A, C rf2 = 7600, 7600 fe = 'cbh7', 'cbh7' pol = RCP, LCP lo1 = 8200.0, 8200.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcbh8 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 7500, 7500 ifname = A, C rf2 = 7800, 7800 fe = 'cbh8', 'cbh8' pol = RCP, LCP lo1 = 8400.0, 8400.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / Name = arcbh9 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 7700, 7700 ifname = A, C rf2 = 8000, 8000 fe = 'cbh9', 'cbh9' pol = RCP, LCP lo1 = 8600.0, 8600.0 note = 'Using up-down conversion unit + VLBIinp at 1.5 MHz' / !----- X-band (8-10 GHz) Rx, native linear, use the Z Box --- / Name = arxbh0 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 7850, 7850 ifname = A, C rf2 = 8150, 8150 fe = 'xbh0', 'xbh0' pol = RCP, LCP lo1 = 8750, 8750 note = 'No rf filters yet, RFI at ~ 9.3 and 9.7 GHz' / Name = arxbh1 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 8050, 8050 ifname = A, C rf2 = 8350, 8350 fe = 'xbh1', 'xbh1' pol = RCP, LCP lo1 = 8950, 8950 note = 'No rf filters yet, RFI at ~ 9.3 and 9.7 GHz' / Name = arxbh2 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 8250, 8250 ifname = A, C rf2 = 8550, 8550 fe = 'xbh2', 'xbh2' pol = RCP, LCP lo1 = 9150, 9150 note = 'No rf filters yet, RFI at ~ 9.3 and 9.7 GHz' / Name = arxbh3 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 8450, 8450 ifname = A, C rf2 = 8750, 8750 fe = 'xbh3', 'xbh3' pol = RCP, LCP lo1 = 7850, 7850 note = 'No rf filters yet, RFI at ~ 9.3 and 9.7 GHz' / Name = arxbh4 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 8650, 8650 ifname = A, C rf2 = 8950, 8950 fe = 'xbh4', 'xbh4' pol = RCP, LCP lo1 = 8050, 8050 note = 'No rf filters yet, RFI at ~ 9.3 and 9.7 GHz' / Name = arxbh5 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 8850, 8850 ifname = A, C rf2 = 9150, 9150 fe = 'xbh5', 'xbh5' pol = RCP, LCP lo1 = 8250, 8250 note = 'No rf filters yet, RFI at ~ 9.3 and 9.7 GHz' / Name = arxbh6 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 9050, 9050 ifname = A, C rf2 = 9350, 9350 fe = 'xbh6', 'xbh6' pol = RCP, LCP lo1 = 8450, 8450 note = 'No rf filters yet, RFI at ~ 9.3 and 9.7 GHz' / Name = arxbh7 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 9250, 9250 ifname = A, C rf2 = 9550, 9550 fe = 'xbh7', 'xbh7' pol = RCP, LCP lo1 = 8650, 8650 note = 'No rf filters yet, RFI at ~ 9.3 and 9.7 GHz' / Name = arxbh8 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 9450, 9450 ifname = A, C rf2 = 9750, 9750 fe = 'xbh8', 'xbh8' pol = RCP, LCP lo1 = 8850, 8850 note = 'No rf filters yet, RFI at ~ 9.3 and 9.7 GHz' / Name = arxbh9 Station = ARECIBO, AREC_S2 priority = 0 rf1 = 9650, 9650 ifname = A, C rf2 = 9950, 9950 fe = 'xbh9', 'xbh9' pol = RCP, LCP lo1 = 9050, 9050 note = 'No rf filters yet, RFI at ~ 9.3 and 9.7 GHz' / Name = arxbha Station = ARECIBO, AREC_S2 priority = 0 rf1 = 9850, 9850 ifname = A, C rf2 = 10150, 10150 fe = 'xbha', 'xbha' pol = RCP, LCP lo1 = 9250, 9250 note = 'No rf filters yet, RFI at ~ 9.3 and 9.7 GHz' / ! ! ! ! ===================================================================== ! The following entries in the SCHED frequency catalog are for EVN ! stations. ! These stations are maintained in file freq_EVN.dat which is maintained ! by C. Reynolds (up tp 2007), A.Polatidis (JIVE), and Friso Olnon ! (since sep 2009). ! ===================================================================== ! Any changes directly to freq.dat will be lost at the next update. ! ! 211097: changes requested by Phil Edwards VSOG, upd priorities ! 170997: changed to freq_EVN.dat ! 210897: Changed on_sx to ON60; inserted Cm frequencies ! 130897: inserted various X band setups Wb,Mc,Nt,On ! 310798: L-band filter VLBA_EB ! 231198: 5cm OH+Methanol/6cm OH setups collected by Desmurs (JFD) ! 231198: changes to LO shanghai ! 260199: 21cm and 7mm setups collected by Desmurs (JFD) ! 220699: Update Hart, small change to eb ! 151099: inserted UHF findings from Desmurs ! 270100: fixed an error in K band CM ! 070200: red-shifted OH and HI Eh7/Ek10 (Hagiwara/Kloeckner) (TrEf/EfOn/WbJb) ! 280300: entires for Sh (dual pol) and Ur ! ----------------------------------------------------------------- ! 301100: responsibility for maintenance of freq_EVN.dat passed to Cormac ! Reynolds (CR). ! 301100: update Hh, Mh, Mc, Tr, Cm, Sh ! 300101: update Mc again ! 020201: update 5cm/OH entries from CJP email (Eb, Nt) ! 160501: update ON 6cm freq range from Conway email ! 030701: ON sx setup ! 050701: Ef/Eb x and sx setup ! 090701: Sh sx setup: added second X-band IF ! 021001: Mh and Eb 3mm setup removed - now maintained in freq_mm.dat by J. ! Attridge at Haystack. ! 171001: 5 and 6 cm OH setups added for several stations after email from JFD ! Mh ifnames at 22 GHz also changed. ! 291001: new 21cm setups for CM/JB ! 180102: 5 cm setups for ON ! 100602: Ef S/X setup - IF1 and IF2 swapped. ! 020702: Added dummy dual pol setups at single pol stations. ! 100902: Changed On 21cm LO. ! 210103: Added multiple 21cm LOs for Onsala. ! 250903: Lovell at 6cm ! 070104: Corrected cm18cm ! 040812: Update to Ur 6cm, 30cm ! 040813: sorted all entries on (lowest) lo freq. ! 040826: update Jb,Eb,Tr ! 050927: new shanghai 18cm LO. JB1_VLBA had wrong IF names at 90cm. ! 051115: added back 3mm setups for Mh, On, Ef/Eb and new PdB and PV ! 051122: Shanghai updates (email from An Tao) ! 051123: Urumqi updates (email from Liu Xiang) ! 060126: Onsala dummy dual pol, Nt 5cm, ! 060518: New Shanghai S/X receiver ! 061012: Removed 43GHz entries for Mc (email from A. Orlati) ! 061102: Put back Nt X-band dummy dual-pol ! 061128: Changed Nt X-band dummy dual-pol to have RCP in the correct IF. ! 070221: Added Hh at 1cm. ! 070525: Changed On at 6cm to avoid high patch at 1Gbps ! 070618: mc_s had the wrong 'fe' - fixed ! 070903: fixed LO and rf1, rf2 for mc5cm ! 080901: Added eb_1420_hi setup - used in HSA 21cm example - from D.Graham/C.Walker ! 080908: New Nt 5cm entries from Cassaro's email ! 080920: Dummy dual pol X band entry OK for Nt ! 081120: Extended frequency range and LO for Wb 6cm to suppress 1Gb/s error messages ! 081120: Extended frequency range for Ef 6cm to suppress 1Gb/s error messages ! 081120: Extended frequency range for On 6cm to suppress 1Gb/s error messages ! 081120: Extended frequency range for Jb1 6cm to suppress 1Gb/s error messages ! 081120: Extended frequency range for Jb2 6cm to suppress 1Gb/s error messages ! 081121: Added "high" 1cm entries for JB2, Cm, On, Ys, Hh, Mc ! 081121: Refined YS 1cm entry ! 081121: Refined Ur X band entries - single pol RCP and dummy dual X band ! 081121: Refined Ys X and S/X band entries - S to IFB deVicente email 081015 ! 081212: Added entries for MERLIN outstations (Da, Ta, Kn, De) to the Cm setups ! 090219: Added Yebes 5cm entries. RCW based on AP email of today. ! 090400: Modified Yebes 5cm and added 6cm ! 090511: Added Kunming ! 090706: Added Beijing (Miyun50 to be?) ! 090924: Added Robledo 34m ! 090924: Renamed Beijing to Miyun50 ! 100318: Fix LOs for sx at EB. RCW. ! ! ----------------------------------------------------------------------- ! Effelsberg ! ! From Dave Graham EMAIL of 15 Nov 1996. ! There are some cases of multiple receivers. Think about ! how to deal with them. ! The curious 50cm LO is caused by contorted mixing for VLBA Name = eb_610 Station = EB_VLBA priority = 0 rf1 = 595, 595 ifname = B, D rf2 = 626, 626 fe = '50cm', '50cm' pol = RCP, LCP lo1 = 60, 60 note = 'Prime focus system: not usually available.' / ! Various L-band filters, these setups may change .. ! prime focus receiver, which is a nuisance for VSOP. Name = eb_1325 Station = EB_VLBA priority = 0 rf1 = 1285, 1285 ifname = B, D rf2 = 1365, 1365 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 775, 775 note = '1285 is really edge of filter, Graham 050299' / Name = eb_1420 Station = EB_VLBA priority = 0 rf1 = 1345, 1345 ifname = B, D rf2 = 1435, 1435 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 850, 850 note = 'Prime focus receiver, Filter in 31/07/98 by rwp' / Name = eb_1420_hi Station = EB_VLBA priority = 0 rf1 = 1380, 1380 ifname = B, D rf2 = 1480, 1480 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 880, 880 note = 'Beware strong RFI at 1450-1460 !!!!' / Name = eb_1640 Station = EB_VLBA priority = 0 rf1 = 1590, 1590 ifname = B, D rf2 = 1730, 1730 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 1090, 1090 note = 'Prime focus receiver.' / Name = eb_1660 Station = EB_VLBA priority = 0 rf1 = 1610, 1610 ifname = B, D rf2 = 1730, 1730 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 1110, 1110 note = 'Prime focus receiver.' / !Name = eb_1525 Station = EB_VLBA priority = 0 ! rf1 = 1490, 1490 ifname = B, D ! rf2 = 1560, 1560 fe = '20cm', '20cm' ! pol = RCP, LCP lo1 = 980, 980 ! note = 'Prime focus receiver, which is a nuisance for VSOP.' ! removed at request of A. Kraus (CR 24Aug04) !/ !Name = eb_1590 Station = EB_VLBA priority = 5 ! rf1 = 1590, 1590 ifname = B, D ! rf2 = 1710, 1710 fe = '20cm', '20cm' ! pol = RCP, LCP lo1 = 1090, 1090 ! note = 'Prime focus receiver,low LO Graham 26/1/00' ! removed at request of A. Kraus (CR 24Aug04) !/ !Name = eb_1610 Station = EB_VLBA priority = 4 ! rf1 = 1610, 1610 ifname = B, D ! rf2 = 1730, 1730 fe = '20cm', '20cm' ! pol = RCP, LCP lo1 = 1110, 1110 ! note = 'Prime focus receiver,standard LO Graham 26/1/00' ! removed at request of A. Kraus (CR 24Aug04) !/ Name = eb_1660 Station = EB_VLBA priority = 0 rf1 = 1590, 1590 ifname = B, D rf2 = 1730, 1730 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 1110, 1110 note = 'Prime focus receiver, which is a nuisance for VSOP.' ! e-mail by Graham Jun 13 97 / Name = eb_s Station = EB_VLBA priority = 1 rf1 = 2200, 2200 ifname = B, D rf2 = 2320, 2320 fe = '13cm', '13cm' pol = RCP, RCP lo1 = 1700, 1700 note = '170Jy S-band system for use with SX, RCP only.' / Name = eb_sd Station = EB_VLBA priority = 5 rf1 = 2200, 2200 ifname = B, D rf2 = 2320, 2320 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 1700, 1700 note = 'Dummy dual-pol entry, only RCP available (CR 2Jul02).' / Name = eb_2695 Station = EB_VLBA priority = 0 rf1 = 2645, 2645 ifname = B, D rf2 = 2745, 2745 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 2000, 2000 note = '30Jy S-Band, not for use with X' / Name = eb_6cm Station = EB_VLBA priority = 0 rf1 = 4600, 4600 ifname = A, C rf2 = 5100, 5100 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4100, 4100 note = '6cm secondary focus.' / Name = eb_5cm Station = EB_VLBA priority = 4 rf1 = 6600, 6600 ifname = B, D rf2 = 6800, 6800 fe = '5cm', '5cm' pol = RCP, LCP lo1 = 6100, 6100 note = 'confirmed A. Kraus (CR 05Feb01)' ! Untested CJP 27-10-1999 (added CR 2Feb01) / Name = eb_sx Station = EB_VLBA priority = 2 rf1 = 2200, 2200, 8300, 8300 ifname = B, D, A, C rf2 = 2320, 2320, 8800, 8800 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, RCP, RCP, LCP lo1 = 1700, 1700, 7800, 7800 note = 'SX using 4cm secondary focus: not easy to get below 8300.' / !CR 5Jul01: removed at request of A. Kraus via email !Name = eb_sx2 Station = EB_VLBA priority = 3 ! rf1 = 2200, 2200, 8600, 8600 ifname = B, D, A, C ! rf2 = 2320, 2320, 9100, 9100 fe = '13cm', '13cm', '4cm', '4cm' ! pol = RCP, RCP, RCP, LCP lo1 = 1700, 1700, 8100, 8100 ! name = 'SX using 4cm secondary focus: not easy to get below 8300.' !/ Name = eb_x Station = EB_VLBA priority = 0 rf1 = 8300, 8300 ifname = A, C rf2 = 8800, 8800 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 7800, 7800 note = '4cm secondary focus: not easy to get below 8300.' / !CR 5Jul01: removed at request of A. Kraus via email !Name = eb_x2 Station = EB_VLBA priority = 1 ! rf1 = 8600, 8600 ifname = A, C ! rf2 = 9100, 9100 fe = '4cm', '4cm' ! pol = RCP, LCP lo1 = 8100, 8100 ! note = '4cm secondary focus: not easy to get below 8300.' !/ Name = eb2cm_p Station = EB_VLBA priority = 0 rf1 = 11700, 11700 ifname = B, D rf2 = 12500, 12500 fe = '2cm', '2cm' pol = LCP, LCP lo1 = 11500, 11500 note = '12GHz prime focus: not usually available:LCP' / Name = eb2cm_a Station = EB_VLBA priority = 1 rf1 = 13700, 13700 ifname = A, C rf2 = 14200, 14200 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 13200, 13200 note = '2cm secondary focus' / Name = eb2cm_b Station = EB_VLBA priority = 1 rf1 = 14200, 14200 ifname = A, C rf2 = 14700, 14700 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 13700, 13700 note = '2cm secondary focus' / Name = eb2cm_c Station = EB_VLBA priority = 0 rf1 = 14700, 14700 ifname = A, C rf2 = 15200, 15200 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 14200, 14200 note = '2cm secondary focus' / Name = eb2cm_d Station = EB_VLBA priority = 0 rf1 = 15100, 15100 ifname = A, C rf2 = 15600, 15600 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 14600, 14600 note = '2cm secondary focus' / ! 1.3cm secondary focus Name = eb1cm_a Station = EB_VLBA priority = 1 rf1 = 21700, 21700 ifname = A, C rf2 = 22200, 22200 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21200, 21200 note = '1.3cm secondary focus' / Name = eb1cm_b Station = EB_VLBA priority = 0 rf1 = 22000, 22000 ifname = A, C rf2 = 22500, 22500 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21500, 21500 note = '1.3cm secondary focus' / Name = eb1cm_c Station = EB_VLBA priority = 1 rf1 = 22500, 22500 ifname = A, C rf2 = 23000, 23000 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 22000, 22000 note = '1.3cm secondary focus' / Name = eb1cm_d Station = EB_VLBA priority = 1 rf1 = 23000, 23000 ifname = A, C rf2 = 23500, 23500 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 22500, 22500 note = '1.3cm secondary focus' / Name = eb1cm_e Station = EB_VLBA priority = 1 rf1 = 23500, 23500 ifname = A, C rf2 = 24000, 24000 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 23000, 23000 note = '1.3cm secondary focus' / Name = eb1cm_f Station = EB_VLBA priority = 1 rf1 = 24000, 24000 ifname = A, C rf2 = 24400, 24400 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 23500, 23500 note = '1.3cm secondary focus' / Name = eb7mm_a Station = EB_VLBA priority = 1 rf1 = 41900, 41900 ifname = A, C rf2 = 42400, 42400 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 41400, 41400 note = '7mm secondary focus: affected by poor secondary reflector' / Name = eb7mm_b Station = EB_VLBA priority = 1 rf1 = 42400, 42400 ifname = A, C rf2 = 42900, 42900 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 41900, 41900 note = '7mm secondary focus: affected by poor secondary reflector' / Name = eb7mm_sio Station = EB_VLBA priority = 4 rf1 = 42800, 42800 ifname = A, C rf2 = 43300, 43300 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 42300, 42300 note = '7mm secondary focus: special for both SiO lines Graham 050299' ! values from E-mail D.Graham (JFD 18jan99) / Name = eb7mm_c Station = EB_VLBA priority = 0 rf1 = 42900, 42900 ifname = A, C rf2 = 43400, 43400 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 42400, 42400 note = '7mm secondary focus: affected by poor secondary reflector' / Name = eb7mm_p Station = EB_VLBA priority = 0 rf1 = 43060, 43060 ifname = B, D rf2 = 43200, 43200 fe = '7mm', '7mm' pol = LCP, LCP lo1 = 42560, 42560 note = '7mm prime focus LCP: seldom available, but 2* better than Secondary' / Name = eb7mm_d Station = EB_VLBA priority = 0 rf1 = 43400, 43400 ifname = A, C rf2 = 43900, 43900 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 42900, 42900 note = '7mm secondary focus: affected by poor secondary reflector' / Name = eb7mm_e Station = EB_VLBA priority = 0 rf1 = 43900, 43900 ifname = A, C rf2 = 44400, 44400 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 43400, 43400 note = '7mm secondary focus: affected by poor secondary reflector' / Name = 3mm_eb_vlba Station = EB_VLBA Priority = 0 rf1 = 86000, 86000 ifname = A, C rf2 = 86500, 86500 fe = '3mm', '3mm' pol = RCP, LCP lo1 = 85500, 85500 note = 'new 3mm RX: April 2001 for CMVA' / Name = ef30cm.EV8B Station = EFLSBERG priority = 4 rf1 = 785.5 , 785.5 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 793.5 , 793.5 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 640.5 , 640.5 note = 'RCV shifted LO1 (thus BBsyn) because HI line in upper part of 8 MHz' ! Obs freq 791.5 MHz ! BBC range 145-155MHz / Name = ef30cm.EM34 Station = EFLSBERG priority = 4 rf1 = 846.8 , 846.8 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 854.8 , 854.8 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 699.8 , 699.8 note = 'email from D.Graham (JFD 23-08-99) to cover 147-155 MHz in IF' ! Obs freq 848.8 MHz ! BBC range 145-155MHz / Name = ef30cm.EP30 Station = EFLSBERG priority = 4 rf1 = 848.49, 848.49 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 856.49, 856.49 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 701.49, 701.49 note = 'email from D.Graham (JFD 23-08-99) to cover 147-155 MHz in IF' ! Obs freq 850.49 MHz ! BBC range 145-155MHz / Name = ef30cm.E4C Station = EFLSBERG priority = 4 rf1 = 874.7 , 874.7 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 882.7 , 882.7 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 727.7 , 727.7 note = 'email from D.Graham (JFD 23-08-99) to cover 147-155 MHz in IF' ! Obs freq 876.7 MHz ! BBC range 145-155MHz / Name = ef30cm.EV8A Station = EFLSBERG priority = 4 rf1 = 882.6 , 882.6 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 890.6 , 890.6 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 737.6 , 737.6 note = 'RCV shifted LO1 (thus BBsyn) because HI line in upper part of 8 MHz' ! Obs freq 888.6 MHz ! BBC range 145-155MHz / Name = ef30cm.EB15B Station = EFLSBERG priority = 4 rf1 = 986.7 , 986.7 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 990.7 , 990.7 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 838.7 , 838.7 note = 'RCV shifted LO1 (thus BBsyn) because only 4 MHz needed' ! Obs freq 988.7 MHz ! BBC range 145-155MHz / Name = ef30cm.EB15A Station = EFLSBERG priority = 4 rf1 = 986.7 , 986.7 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 994.7 , 994.7 fe = '30cm' , '30cm' pol = RCP , LCP lo1 =839.7 , 839.7 note = 'email from D.Graham (JFD 23-08-99) to cover 147-155 MHz in IF' ! Obs freq 988.7 MHz ! BBC range 145-155MHz / Name = ef30cm.EO4B Station = EFLSBERG priority = 4 rf1 = 1033.2 , 1033.2 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1041.2 , 1041.2 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 886.2 , 886.2 note = 'email from D.Graham (JFD 23-08-99) to cover 147-155 MHz in IF' ! Obs freq 1035.2 MHz ! BBC range 145-155MHz / Name = ef30cm.EO4A Station = EFLSBERG priority = 4 rf1 = 1046.6 , 1046.6 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1054.6 , 1054.6 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 899.6 , 899.6 note = 'email from D.Graham (JFD 23-08-99) to cover 147-155 MHz in IF' ! Obs freq 1048.6 MHz ! BBC range 145-155MHz / Name = ef30cm.EP31A Station = EFLSBERG priority = 4 rf1 = 1068.75 , 1068.75 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1076.75 , 1076.75 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 923.75 , 923.75 note = 'RCV shifted LO1 (thus BBsyn) because HI line in upper part of 8 MHz' ! Obs freq 1074.75 MHz ! BBC range 145-155MHz / Name = ef30cm.VAH1 Station = EFLSBERG priority = 4 rf1 = 1123.2 , 1123.2 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1131.2 , 1131.2 fe = '30cm' , '30cm' pol = RCP , LCP lo1 =976.2 , 976.2 note = 'email from D.Graham (JFD 23-08-99) to cover 147-155 MHz in IF' ! Obs freq 1125.2 MHz ! BBC range 145-155MHz / Name = ef30cm.EP31B Station = EFLSBERG priority = 4 rf1 = 1163.25 , 1163.25 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1171.25 , 1171.25 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 1016.25 , 1016.25 note = 'email from D.Graham (JFD 23-08-99) to cover 147-155 MHz in IF' ! Obs freq 1165.25 MHz ! BBC range 145-155MHz / Name = ef1345 Station = EFLSBERG priority = 5 rf1 = 1345, 1345 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1445, 1445 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1250.0, 1250.0 note = 'Entry for red-shifted HI EH7 Hagiwara/Graham 1/2/00' / Name = ef21cm Station = EFLSBERG priority = 4 rf1 = 1390, 1390 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1490, 1490 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1290.0, 1290.0 note = 'LO from e-mail Richard Porcas 24Jan97, must be using Low patch' ! ranges guessed assuming 100 - 200 BBC range in low output / Name = ef1570 Station = EFLSBERG priority = 5 rf1 = 1570, 1570 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1670, 1670 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1470.0, 1470.0 note = 'Entry for red-shifted OH EK10 Kloeckner/Graham 28/1/00' / Name = ef1590 Station = EFLSBERG priority = 5 rf1 = 1590, 1590 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1710, 1710 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1490, 1490 note = 'Prime focus receiver, low LO Graham 26/1/00' / Name = ef18cm Station = EFLSBERG priority = 4 rf1 = 1610, 1610 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1730, 1730 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1510.0, 1510.0 note = 'Prime focus receiver, standard LO Graham 26/1/00' / Name = efsx Station = EFLSBERG priority = 5 rf1 = 8360, 2200 ifname = '1N', '2N' fe = '13cm', '4cm' rf2 = 8460, 2300 altifn = '2A', '1A' pol = RCP, RCP lo1 = 8260.0, 2100.0 note = 'Guessing from Pc-sched' ! ranges guessed assuming 100 - 200 BBC range in low output ! updated ifname and altifn after email from A. Kraus (CR 5Jun01) ! Swapped lo1 values March 18, 2010 RCW. / Name = efgeosx Station = EFLSBERG priority = 5 rf1 = 8210, 2200 ifname = '1N', '2N' fe = '13cm', '4cm' rf2 = 8600, 2300 altifn = '2A', '1A' pol = RCP, RCP lo1 = 8110.0, 2100.0 note = 'special setup for Geodesy, contact friend of VLBI' ! ranges guessed assuming 100 - 500 BBC ! Added after email from A. Kraus (CR 5Jun01) ! Swapped lo1 values March 18, 2010 RCW. / Name = ef6cmOH Station = EFLSBERG priority = 5 rf1 = 4700, 4700 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 4900, 4900 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4620, 4620 note = 'Values confirmed by E-mail A.Kraus (CR 2Oct01)' / Name = ef6cm Station = EFLSBERG priority = 4 rf1 = 4920, 4920 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 5060, 5060 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4840.0, 4840.0 note = 'LO from e-mail Graham 05NOV96, must be using Low patch' ! ranges refined for 1Gb/s Low patch AGP 201108 / Name = ef5cmOH Station = EFLSBERG priority = 5 rf1 = 5800, 5800 ifname = '2N', '1N' fe = '5cm', '5cm' rf2 = 6100, 6100 altifn = '1A', '2A' pol = RCP, LCP lo1 = 5882.0, 5882.0 note = 'Values confirmed by E-mail R.Schulze (JFD 29Sep98)' ! BBC ranges 100 - 200 / Name = ef5cm Station = EFLSBERG priority = 5 rf1 = 6600, 6600 ifname = '2N', '1N' fe = '5cm', '5cm' rf2 = 6800, 6800 altifn = '1A', '2A' pol = RCP, LCP lo1 = 6500.0, 6500.0 note = 'Values confirmed by E-mail R.Schulze (JFD 26Oct98)' / Name = ef_x Station = EFLSBERG priority = 4 rf1 = 8360, 8360 ifname = '1N', '2N' fe = '4cm', '4cm' rf2 = 8460, 8460 altifn = '2A', '1A' pol = RCP, LCP lo1 = 8260.0, 8260.0 ! ranges guessed assuming 100 - 200 BBC range in low output ! updated ifname and altifn after email from A. Kraus (CR 5Jun01) / Name = ef1cm Station = EFLSBERG priority = 4 rf1 = 22180,22180 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 22280,22280 altifn = '1A', '2A' pol = RCP, LCP lo1 = 22080.0,22080.0 note = 'LO from Graham 03Jan97; must be using Low patch' ! ranges guessed assuming 100 - 200 BBC range in low output / Name = ef1cmhigh Station = EFLSBERG priority = 4 rf1 = 23500,23500 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 23900,23900 altifn = '1A', '2A' pol = RCP, LCP lo1 = 23400.0,23400.0 note = 'for high K-band test, ranges guessed' ! ranges would allow low or high patching / Name = 3mm_eflsbg Station = EFLSBERG Priority = 0 rf1 = 86100, 86100 ifname = '1N', '2N' altifn = '1A', '2A' rf2 = 86400, 86400 fe = '3mm', '3mm' pol = LCP, RCP lo1 = 85900, 85900 note = 'new 3mm RX: April 2001 for CMVA' / Name = 3mm_eflsbg-l Station = EFLSBERG Priority = 0 !this is for high patching (200->500 MHz) rf1 = 86100, 86100 ifname = '1N', '2N' altifn = '1A', '2A' rf2 = 86400, 86400 fe = '3mm', '3mm' pol = LCP, LCP lo1 = 85900, 85900 note = 'new 3mm RX: April 2001 for CMVA' / ! ! EVN data by Huib Jan van Langevelde ! LO's from various e-mails, ifnames based on recorder ! rf1 and rf2 are usually simple guesses from BBC range. ! ! First EVN stations with VLBA -type recorders ! ! ! Add entries for all MERLIN outstations similar to Cambridge 32M ! since they share the VLBA DAR Name = cm21cm Station = CAMBG32M, DARNHALL, KNOCKIN, TABLEY, DEFFORD priority = 4 rf1 = 1400, 1400 ifname = C, A rf2 = 1430, 1430 fe = '21cm', '21cm' pol = RCP, LCP lo1 = 830.0, 830.0 note = 'From Burgess via email (CR 29Oct01)' / Name = cm18cm Station = CAMBG32M, DARNHALL, KNOCKIN, TABLEY, DEFFORD priority = 4 rf1 = 1610, 1610 ifname = C, A rf2 = 1730, 1730 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 1110.0, 1110.0 note = 'Confirmed by Alastair Gunn 31 Jan 2005' / Name = cm6cmOH Station = CAMBG32M, DARNHALL, KNOCKIN, TABLEY, DEFFORD priority = 5 rf1 = 4640, 4640 ifname = C, A rf2 = 5100, 5100 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4140.0, 4140.0 note = 'MK2 LO setting-400MHz, P. Burgess (JFD 05Oct01)' ! update from JFD (CR 17Oct01) / Name = cm6cm Station = CAMBG32M, DARNHALL, KNOCKIN, TABLEY, DEFFORD priority = 4 rf1 = 4940, 4940 ifname = C, A rf2 = 5400, 5400 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4440.0, 4440.0 note = 'Confirmed by Alastair Gunn 210897' / Name = cm5cmOH Station = CAMBG32M, DARNHALL, KNOCKIN, TABLEY, DEFFORD priority = 4 rf1 = 6000, 6000 ifname = C, A rf2 = 6100, 6100 fe = '5cm', '5cm' pol = RCP, LCP lo1 = 5512, 5512 note = 'MK2 LO setting-400MHz, P. Burgess (JFD 15Oct01)' ! ranges guessed assuming 100 - 200 BBC range ! update from JFD (CR 17Oct01) / Name = cm5cm Station = CAMBG32M, DARNHALL, KNOCKIN, TABLEY, DEFFORD priority = 4 rf1 = 6600, 6600 ifname = C, A rf2 = 6700, 6700 fe = '5cm', '5cm' pol = RCP, LCP lo1 = 6120, 6120 note = 'MK2 LO setting-400MHz, P. Burgess (JFD 15Oct01)' ! update from Burgess (CR 24Oct01) / Name = cm1cm Station = CAMBG32M, DARNHALL, KNOCKIN, TABLEY, DEFFORD priority = 4 rf1 = 22200,22200 ifname = C, A rf2 = 22600,22600 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21680.0, 21680.0 note = 'Confirmed by Alastair Gunn 210897 CHECK' / Name = cm1cmhigh Station = CAMBG32M, DARNHALL, KNOCKIN, TABLEY, DEFFORD priority = 4 rf1 = 23500,23500 ifname = C, A rf2 = 23900,23900 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 23000.0, 23000.0 note = 'for high K-band test, ranges guessed' / Name = mh18cm Station = METSAHOV priority = 5 note = 'No 18cm at MH' / Name = mh6cm Station = METSAHOV priority = 5 note = 'No 6cm at MH' / Name = mh_sx Station = METSAHOV priority = 5 rf1 = 2210, 8150 ifname = C, A rf2 = 2350, 8630 fe = '13cm', '4cm' pol = RCP, RCP lo1 = 1530, 7650 note = 'From Mujunen 25/11/2005' / Name = mh1cm Station = METSAHOV priority = 4 rf1 = 21980, 21980 ifname = C, A rf2 = 22480, 22480 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21480.0, 21480.0 note = 'LO based on Wiik 03JUN96' ! RCP & LCP, BBC range ~500-1000MHz (CR: from Kononen 1Dec00) ! CR: ifname C, A instead of B, A (from Huib 17Oct01, confirmed Kononen) / Name = mh7mm_sio Station = METSAHOV priority = 4 rf1 = 42980, 42980 ifname = C, A rf2 = 43480, 43480 fe = '7mm', '7mm' pol = LCP, LCP lo1 = 42480.0, 42480.0 note = ' ** LCP only **, Values from E-mail K.Karlamaa (JFD 19jan99) ' ! only single Pol LCP, BBC range ~500-1000MHz ! ifname updated from Kononen (CR 2Dec00) / ! METSAHOV at 3 mm for 256-16-1 dual pol ! Name = 3mm_metsa Station = METSAHOV Priority = 0 rf1 = 85872, 85872 ifname = A, C rf2 = 86372, 86372 fe = '3mm', '3mm' ! pol = LCP, RCP lo1 = 85372, 85372 pol = LCP, RCP lo1 = 85501, 85501 / Name = nt90cm Station = NOTO, NOTO_S2 priority = 3 rf1 = 250, 250 ifname = C, A rf2 = 600, 600 fe = '90cm', '90cm' pol = RCP, LCP lo1 = 1150.1, 1150.1 note = '' ! awaiting confirmation from Cassaro (CR 21 Sep 2004) / Name = nt50cm Station = NOTO, NOTO_S2 priority = 3 rf1 = 600, 600 ifname = C, A rf2 = 950, 950 fe = '50cm', '50cm' pol = RCP, LCP lo1 = 0, 0 note = '' ! from Cassaro email 040820 (CR 21 Sep 2004) / Name = nt18cm Station = NOTO, NOTO_S2 priority = 3 rf1 = 1622, 1622 ifname = C, A rf2 = 1702, 1702 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 799.1, 799.1 note = 'LO from Trigilio 26Sep96' ! email update Cassaro April 2003 (CR 1May03) / Name = nt18+21cm Station = NOTO, NOTO_S2 priority = 4 rf1 = 1400, 1400 ifname = C, A rf2 = 1702, 1702 fe = '18+21cm', '18+21cm' pol = RCP, LCP lo1 = 799.1, 799.1 note = 'LO from Trigilio 26Sep96' ! email update Cassaro April 2003 (CR 1May03) / Name = ntsx Station = NOTO priority = 5 rf1 = 2040, 2040, 8100, 8100 ifname = C, D, A, B rf2 = 2540, 2540, 8600, 8600 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, RCP, RCP, RCP lo1 = 1540.1, 1540.1, 7600.1, 7600.1 note = 'From e-mail Corrado Trigilio 29/07/97, only RCP' ! ranges from assuming BBC can do 500 - 1000 MHz / Name = nt6cm Station = NOTO, NOTO_S2 priority = 3 rf1 = 4700, 4700 ifname = C, A rf2 = 5100, 5100 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4120.1, 4120.1 note = 'LO from Gino Tuccari 04JUN96; channels from Trigilio 27SEP96' ! ranges guessed assuming a 500 - 1000 MHz BBC / !Name = nt5cmOH Station = NOTO, NOTO_S2 priority = 5 ! rf1 = 6000, 6000 ifname = C, A ! rf2 = 6100, 6100 fe = '5cm', '5cm' ! pol = RCP, LCP lo1 = 5280.1, 5280.1 ! note = 'Setup not yet confirmed - may not work at all (CR 25Jan06)' ! ! added after email from C.Phillips (CR 2Feb01) ! ! removed after email from Cassaro - frequencies not available (CR 1May03) ! AGP: removed again after email from Cassaro 08Sep2008 !/ !Name = nt5cm Station = NOTO, NOTO_S2 priority = 5 ! rf1 = 6600, 6600 ifname = C, A ! rf2 = 6800, 6800 fe = '5cm', '5cm' ! pol = RCP, LCP lo1 = 7435.9, 7435.9 ! note = 'LSB receiver - LO by C. Trigilio Mar03' ! ! email update from Cassaro (CR 1May03) ! AGP: Removed and commented out after email from Cassaro 08Sep2008 ! Replaced by nt5cmA below !/ ! ! AGP: All Nt 5cm setups from email by Cassaro 08Sep2008 Name = nt5cmA Station = NOTO priority = 5 rf1 = 6500, 6500 ifname = C, A rf2 = 6800, 6800 fe = '5cm', '5cm' pol = RCP, LCP lo1 = 7435.9, 7435.9 note = 'LSB receiver - LO by P.Cassaro sep08' / Name = nt5cmB Station = NOTO priority = 5 rf1 = 6200, 6200 ifname = C, A rf2 = 6500, 6500 fe = '5cm', '5cm' pol = RCP, LCP lo1 = 7135.9, 7135.9 note = 'LSB receiver - LO by P.Cassaro sep08' / Name = nt5cmC Station = NOTO priority = 5 rf1 = 5900, 5900 ifname = C, A rf2 = 6200, 6200 fe = '5cm', '5cm' pol = RCP, LCP lo1 = 6835.9, 6835.9 note = 'LSB receiver - LO by P.Cassaro sep08' / Name = nt5cmD Station = NOTO priority = 5 rf1 = 5600, 5600 ifname = C, A rf2 = 5900, 5900 fe = '5cm', '5cm' pol = RCP, LCP lo1 = 6535.9, 6535.9 note = 'LSB receiver - LO by P.Cassaro sep08' / Name = nt5cmE Station = NOTO priority = 5 rf1 = 5300, 5300 ifname = C, A rf2 = 5600, 5600 fe = '5cm', '5cm' pol = RCP, LCP lo1 = 6235.9, 6235.9 note = 'LSB receiver - LO by P.Cassaro sep08 / !Name = nt_x Station = NOTO priority = 4 ! rf1 = 8100, 8100 ifname = C, A ! rf2 = 8600, 8600 fe = '4cm', '4cm' ! pol = RCP, RCP lo1 = 7600.1, 7600.1 ! note = 'Based on e-mail Corrado Trigilio 29/07/97' ! ! ranges from assuming BBC can do 500 - 1000 MHz ! ! removed after email from Cassaro (CR 1May03) !/ Name = nt_xd Station = NOTO priority = 6 rf1 = 8100, 8100 ifname = A, C rf2 = 8600, 8600 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 7600.1, 7600.1 note = 'Dummy dual-pol entry, only RCP available (CR 28Nov06).' ! Worked Oct 2008 N08X1 and GW019B (AGP 20Oct08) ! ranges from assuming BBC can do 500 - 1000 MHz / Name = nt1cm Station = NOTO priority = 4 rf1 = 21950, 21950 ifname = C, A rf2 = 22325, 22325 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21389.1, 21389.1 note = 'LO from Gino Tuccari 04JUN96; channels from Tuccari Mar03' ! ranges guessed assuming a 500 - 1000 MHz BBC ! email update Cassaro April 2003 (CR 1May03) ! removed NOTO_S2 email from Cassaro 08Sep2008 / Name = nt7mm_sio Station = NOTO priority = 4 rf1 = 42500 ifname = 'C' fe = '7mm' rf2 = 43250 pol = LCP lo1 = 42270.0 note = ' ** LCP only **, (JFD 05jan99); LO from Trigilio Mar03' ! only single Pol LCP, the receiver is shared with Medicina ! email update Cassaro April 2003 (CR 1May03) / ! removed at request of H. Xinyong (CR 3Sep03) !Name = sh18cmo Station = SHANGHAI, SHANG_S2 priority = 5 ! rf1 = 1320, 1320 ifname = A ! rf2 = 1820, 1820 fe = '18cm', '18cm' ! pol = LCP, LCP lo1 = 820.10, 820.10 ! note = 'Huang Xinyong 231198, old (obsolete?) configuration' ! ! ranges from assuming BBC can do 500 - 1000 MHz !/ Name = sh18cm Station = SHANGHAI, SHANG_S2 priority = 4 rf1 = 1600, 1600 ifname = C, A rf2 = 1740, 1740 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 2300.00, 2300.00 note = 'Huang Xinyong 27Sept05' / Name = sh6cm Station = SHANGHAI, SHANG_S2 priority = 5 rf1 = 4650, 4650 ifname = C, A rf2 = 5150, 5150 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4200.0, 4200.0 note = 'Update freq. range AnTao 22Mar08' / Name = sh5cm Station = SHANGHAI, SHANG_S2 priority = 5 rf1 = 6400, 6400 ifname = C, A rf2 = 6825, 6825 fe = '5cm', '5cm' pol = RCP, LCP lo1 = 5900.0, 5900.0 note = 'Email from Shen Zhiqiang, 30 Jan 2010' / Name = shsx Station = SHANGHAI, SHANG_S2 priority = 5 rf1 = 2150, 8200 ifname = C, A rf2 = 2450, 8600 pol = RCP, RCP lo1 = 1600, 9100 note = 'From An Tao 18May2006' / Name = shsx2 Station = SHANGHAI, SHANG_S2 priority = 6 rf1 = 2150, 8600 ifname = C, A rf2 = 2450, 9000 pol = RCP, RCP lo1 = 1600, 8100 note = 'From An Tao 18May2006' / Name = shx Station = SHANGHAI, SHANG_S2 priority = 5 rf1 = 8200, 8200 ifname = C, A rf2 = 8600, 8600 pol = RCP, RCP lo1 = 9100, 9100 note = 'From An Tao 18May2006. Normal X-band' / Name = shxd Station = SHANGHAI, SHANG_S2 priority = 5 rf1 = 8200, 8200 ifname = A, C rf2 = 8600, 8600 pol = RCP, LCP lo1 = 9100, 9100 note = 'From An Tao 18May2006. Dummy dual pol - only RCP available' ! AGP 06Nov2008 Changed the IF allocation RCP on A as usual S/X / Name = shxd2 Station = SHANGHAI, SHANG_S2 priority = 6 rf1 = 8600, 8600 ifname = A, C rf2 = 9000, 9000 pol = RCP, LCP lo1 = 8100, 8100 note = 'From An Tao 18May2006. Dummy dual pol - only RCP available' ! AGP 06Nov2008 Changed the IF allocation RCP on A as usual S/X / ! AGP 07Nov2008 Commented out entry below - seems copy of shx above ! but wrong !Name = shx Station = SHANGHAI, SHANG_S2 priority = 6 ! rf1 = 8200, 8600 ifname = C, A ! rf2 = 2450, 9000 ! pol = RCP, RCP lo1 = 1600, 8000 ! note = 'From An Tao 18May2006 ' !/ Name = sh1cm Station = SHANGHAI, SHANG_S2 priority = 5 rf1 = 22100, 22100 ifname = C, A rf2 = 22600, 22600 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21600.0, 21600.0 note = 'From Porcas, from Huang Xinyong 231198' ! ranges guessed assuming a 500 - 1000 MHz BBC / Name = tr30cm.mid Station = TORUN priority = 4 rf1 = 867.5,867.5 ifname = C, A rf2 = 882.5, 882.5 fe = '30cm', '30cm' pol = RCP , LCP lo1 = 1700, 1700 note = '** Dummy setup **; RCV asks if better to avoid low LO1=200 for RFI' ! JFD : After my phone call with A. Kus Thuesday 25 August ! ranges 500 - 1000 BBC range / Name = tr30cm.low Station = TORUN priority = 4 rf1 = 700 , 700 ifname = C, A rf2 = 867.5, 867.5 fe = '30cm', '30cm' pol = RCP , LCP lo1 = 1750, 1750 note = '** Dummy setup **; RCV asks if better to avoid low LO1=200 for RFI' ! JFD : After my phone call with A. Kus Thuesday 25 August ! ranges 500 - 1000 BBC range / Name = tr30cm.high Station = TORUN priority = 4 rf1 = 882.5,882.5 ifname = C, A rf2 = 1105 , 1105 fe = '30cm', '30cm' pol = RCP , LCP lo1 = 1750, 1750 note = '** Dummy setup **; RCV asks if better to avoid low LO1=200 for RFI' ! JFD : After my phone call with A. Kus Thuesday 25 August ! ranges 500 - 1000 BBC range / Name = tr18cm Station = TORUN priority = 3 rf1 = 1350, 1350 ifname = C, A rf2 = 1750, 1750 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 2300, 2300 note = 'E-mail Borkowski 12Mar98, preferred alternative' !changed to 1350 for EH7 Borowski 31/1/00 !CR: changed rf2 from K.Borkowski 12Jan01 / !Name = tr18bcm Station = TORUN priority = 5 ! rf1 = 1500, 1500 ifname = C, A ! rf2 = 1800, 1800 fe = '18cm', '18cm' ! pol = RCP, LCP lo1 = 1000, 1000 ! note = 'E-mail Borkowski 12Mar98, not preferred interference' ! CR: removed 12Jan01 after request by K.Borkowski !/ Name = tr6cmOH Station = TORUN priority = 5 rf1 = 4350, 4350 ifname = C, A rf2 = 4950, 4950 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 3900.0, 3900.0 note = 'E-mail K.Borkowski 23Apr03, alternative (CR 1May03)' / Name = tr6cm Station = TORUN priority = 3 rf1 = 4750, 4750 ifname = C, A rf2 = 5350, 5350 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4200.0, 4200.0 note = 'E-mail Borkowski 23Apr03 (CR 1May03)' / Name = tr5cmOH Station = TORUN priority = 5 rf1 = 5900, 5900 ifname = C, A rf2 = 6400, 6400 fe = '5cm', '5cm' pol = RCP, LCP lo1 = 5400.0, 5400.0 note = 'Values confirmed by E-mail K.Borkowski (JFD 02Oct98)' / Name = tr5cm Station = TORUN priority = 4 rf1 = 6400, 6400 ifname = C, A rf2 = 6900, 6900 fe = '5cm', '5cm' pol = RCP, LCP lo1 = 5900.0, 5900.0 note = 'Values confirmed by E-mail Borkowski (JFD 26Oct98)' / Name = ur90cm Station = URUMQI rf1 = 314, 314 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 337, 337 fe = '90cm', '90cm' pol = RCP, LCP lo1 = 0, 0 note = 'Single polarization only available - may be either RCP or LCP' !CR: From L.Xiang 21 Sep 2004' / Name = ur30cm Station = URUMQI rf1 = 790, 790 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1120, 1120 fe = '30cm', '30cm' pol = RCP, LCP lo1 = 700, 700 note = 'Severe RFI: 928-963 MHz (GSM), 872-882 MHz (CDMA)' !CR: From L.Xiang 8 Aug 2004' / Name = ur18cm Station = URUMQI rf1 = 1410, 1410 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1735, 1735 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 1300, 1300 note = 'update L.Xiang 9Feb05' / Name = ursx Station = URUMQI rf1 = 2150, 8200 ifname = '2N', '1N' fe = '13cm', '4cm' rf2 = 2450, 8600 altifn = '1A', '2A' pol = RCP, RCP lo1 = 2020, 8100 note = 'From X.Hong 280300' / ! obsolete since new Urumqi receiver installed !Name = ur6cm Station = URUMQI priority = 1 ! rf1 = 4750 ifname = '1N' fe = '6cm' ! rf2 = 5150 altifn = '2A' ! pol = LCP lo1 = 4620.0 ! note = 'From L.Xiang 280300' ! !CR: update from Lorant (1Dec00) !/ Name = ur6cm Station = URUMQI priority = 1 rf1 = 4720, 4720 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 5220, 5220 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4620.0, 4620.0 note = '' !CR: update From L.Xiang 8Aug04' / Name = urx Station = URUMQI priority = 6 rf1 = 8300, 8300 ifname = '2N', '1N' fe = '4cm', '4cm' rf2 = 8580, 8580 altifn = '1A', '2A' pol = RCP, RCP lo1 = 8100, 8100 note = 'single pol entry, only RCP available' ! ranges guessed assuming BBC 220 - 500; copied from onxd / Name = urxd Station = URUMQI priority = 6 rf1 = 8300, 8300 ifname = '2N', '1N' fe = '4cm', '4cm' rf2 = 8580, 8580 altifn = '1A', '2A' pol = LCP, RCP lo1 = 8100, 8100 note = 'dummy dual-pol entry, only RCP available' ! ranges guessed assuming BBC 220 - 500; copied from onxd / Name = ur1cm Station = URUMQI priority = 1 rf1 = 22100, 22100 ifname = '1N' altifn = '2A' rf2 = 24000, 24000 fe = '1cm', '1cm' pol = LCP, LCP lo1 = 22000.0, 22000.0 note = 'From X.Hong 280300' / Name = ur1cmd Station = URUMQI priority = 5 rf1 = 22100, 22100 ifname = '2N','1N' fe = '1cm', '1cm' rf2 = 24000, 24000 altifn = '1A','2A' pol = RCP, LCP lo1 = 22000.0, 22000.0 note = 'Dummy dual-pol entry, only LCP available (CR 2Jul02).' / Name = j1b90cm Station = JODRELL1 priority = 1 rf1 = 314, 314 ifname = '2N', '1N' fe = '90cm', '90cm' rf2 = 336, 336 altifn = '1A', '2A' pol = RCP, LCP lo1 = 150.0, 150.0 note = 'from Burgess, 8 Aug 2004' / Name = jb30cm.EV008B Station = JODRELL1 priority = 4 rf1 = 785.5 , 785.5 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 793.5 , 793.5 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 640.5 , 640.5 note = 'RCV shifted LO1 (thus BBsyn) because HI line in upper part of 8 MHz' ! Obs freq 791.5 MHz / Name = jb30cm.EM034 Station = JODRELL1 priority = 4 rf1 = 846.8 , 846.8 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 854.8 , 854.8 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 699.8 , 699.8 note = 'email from S.Garrington (JFD 24-08-99) to copy Effelsberg' ! Obs freq 848.8 MHz / Name = jb30cm.EP030 Station = JODRELL1 priority = 4 rf1 = 848.49, 848.49 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 856.49, 856.49 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 701.49, 701.49 note = 'email from S.Garrington (JFD 24-08-99) to copy Effelsberg' ! Obs freq 850.49 MHz / Name = jb30cm.EO004C Station = JODRELL1 priority = 4 rf1 = 874.7 , 874.7 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 882.7 , 882.7 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 727.7 , 727.7 note = 'email from S.Garrington (JFD 24-08-99) to copy Effelsberg' ! Obs freq 876.7 MHz / Name = jb30cm.EV008A Station = JODRELL1 priority = 4 rf1 = 882.6 , 882.6 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 890.6 , 890.6 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 737.6 , 737.6 note = 'RCV shifted LO1 (thus BBsyn) because HI line in upper part of 8 MHz' ! Obs freq 888.6 MHz / Name = jb30cm.EB015B Station = JODRELL1 priority = 4 rf1 = 986.7 , 986.7 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 990.7 , 990.7 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 838.7 , 838.7 note = 'RCV shifted LO1 (thus BBsyn) because only 4 MHz needed' ! Obs freq 988.7 MHz / Name = jb30cm.EB015A Station = JODRELL1 priority = 4 rf1 = 986.7 , 986.7 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 994.7 , 994.7 fe = '30cm' , '30cm' pol = RCP , LCP lo1 =839.7 , 839.7 note = 'email from S.Garrington (JFD 24-08-99) to copy Effelsberg' ! Obs freq 988.7 MHz / Name = jb30cm.EO004B Station = JODRELL1 priority = 4 rf1 = 1033.2 , 1033.2 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1041.2 , 1041.2 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 886.2 , 886.2 note = 'email from S.Garrington (JFD 24-08-99) to copy Effelsberg' ! Obs freq 1035.2 MHz / Name = jb30cm.EO004A Station = JODRELL1 priority = 4 rf1 = 1046.6 , 1046.6 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1054.6 , 1054.6 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 899.6 , 899.6 note = 'email from S.Garrington (JFD 24-08-99) to copy Effelsberg' ! Obs freq 1048.6 MHz / Name = jb30cm.EP031A Station = JODRELL1 priority = 4 rf1 = 1068.75 , 1068.75 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1076.75 , 1076.75 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 923.75 , 923.75 note = 'RCV shifted LO1 (thus BBsyn) because HI line in upper part of 8 MHz' ! Obs freq 1074.75 MHz / Name = j121.1cm Station = JODRELL1 priority = 4 rf1 = 1404, 1404 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1420, 1420 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1200, 1200 note = 'Values from E-mail A.Gunn (JFD 07jan99)' ! VC ranges 204 - 220, No VC freq possible above 220MHz. / Name = j121red Station = JODRELL1 priority = 4 rf1 = 1330, 1330 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1430, 1430 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1230, 1230 note = 'Values from SImon Garrington for red HI 21/01/00' ! VC ranges 100 - 200, assuming that's OK / Name = j1b1550 Station = JODRELL1 priority = 5 rf1 = 1550, 1550 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1650, 1650 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1450.0, 1450.0 note 'Special entry red OH Ek10, Garrington 25/1/00' / Name = j1b18cm Station = JODRELL1 priority = 3 rf1 = 1610, 1610 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1730, 1730 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1510.0, 1510.0 note = 'LO from Parry 23Jan97, must be using Low patch' ! ranges guessed assuming 100 - 200 BBC range in low output / Name = j1b6cm Station = JODRELL1 priority = 3 rf1 = 4920, 4920 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 5060, 5060 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4840.0, 4840.0 note = 'LO from Spencer 05Jun96, must be using Low patch' ! update from Gunn, 03Sep, use same setup as Mk2 (CR 03Sep25) ! Change ranges for 1Gb/s (AGP 201108) / Name = j1v90cm Station = JB1_VLBA priority = 1 rf1 = 314, 314 ifname = 'A', 'C' fe = '90cm', '90cm' rf2 = 336, 336 pol = RCP, LCP lo1 = 844.0, 844.0 note = 'from Burgess, 8 Aug 2004' / Name = j1v18cm Station = JB1_VLBA priority = 4 rf1 = 1300, 1300 ifname = C, A rf2 = 1730, 1730 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 1110.0, 1110.0 note = 'LO from Burgess 29Apr97' ! ranges guessed assuming a 500 - 1000 MHz BBC / Name = j1v6cm Station = JB1_VLBA priority = 4 rf1 = 4940, 4940 ifname = C, A rf2 = 5400, 5400 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4440.0, 4440.0 note = 'LO from Paul Burgess 10Jun96' ! Assume same as Mk2 (CR 2003Sep26) / Name = j2b90cm Station = JODRELL2 priority = 1 rf1 = 314, 314 ifname = '2N', '1N' fe = '90cm', '90cm' rf2 = 336, 336 altifn = '1A', '2A' pol = RCP, LCP lo1 = 150.0, 150.0 note = 'from Burgess, 8 Aug 2004' / Name = j2b21cm Station = JODRELL2 priority = 4 rf1 = 1400, 1400 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1430, 1430 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1230.0, 1230.0 note = 'From Burgess via email (CR 29Oct01)' ! ranges guessed assuming 170 - 200 BBC range in low output / Name = j2b18cm Station = JODRELL2 priority = 4 rf1 = 1610, 1610 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1730, 1730 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1510.0, 1510.0 note = 'LO from Parry 23Jan97, assuming ident to JB1' ! rf2=1730 from Alastair Gunn, 31Jan2005 / Name = j2c6cmOH Station = JODRELL2 priority = 5 rf1 = 4700, 4700 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 4800, 4800 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4600.0, 4600.0 note = 'Values confirmed by E-mail P.Burgess (JFD 29Sep98)' ! always assume the 100 - 200 BBC range at Jodrell / Name = j2b6cm Station = JODRELL2 priority = 3 rf1 = 4920, 4920 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 5060, 5060 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4840.0, 4840.0 note = 'LO from Spencer 05Jun96, must be using Low patch' ! ranges changed for 1Gb/s (AGP 201108) / Name = j2b5cmOH Station = JODRELL2 priority = 5 rf1 = 6000, 6000 ifname = '2N', '1N' fe = '5cm', '5cm' rf2 = 6100, 6100 altifn = '1A', '2A' pol = RCP, LCP lo1 = 5912.0, 5912.0 note = 'Guessed values from PC-SCHED (JFD 05Oct98) ' ! ranges guessed assuming 100 - 200 BBC range ! update from JFD (CR 17Oct01) / Name = j2b5cm Station = JODRELL2 priority = 5 rf1 = 6600, 6600 ifname = '2N', '1N' fe = '5cm', '5cm' rf2 = 6700, 6700 altifn = '1A', '2A' pol = RCP, LCP lo1 = 6520.0, 6520.0 note = 'Values confirmed by E-mail P.Burgess (JFD 26Oct98)' / Name = j2b1cm Station = JODRELL2 priority = 4 rf1 = 22180,22180 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 22280,22280 altifn = '1A', '2A' pol = RCP, LCP lo1 = 22080.0,22080.0 note = 'Guess from NET1A in PC-SCHED, must be using Low patch' ! ranges guessed assuming 100 - 200 BBC range in low output / Name = j2b1cmhigh Station = JODRELL2 priority = 4 rf1 = 23500,23500 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 23900,23900 altifn = '1A', '2A' pol = RCP, LCP lo1 = 23400.0,23400.0 note = 'for high K-band test, ranges guessed' ! ranges would allow for either low or high patching / Name = j2v90cm Station = JB2_VLBA priority = 1 rf1 = 314, 314 ifname = 'C', 'A' fe = '90cm', '90cm' rf2 = 336, 336 pol = RCP, LCP lo1 = 844.0, 844.0 note = 'from Burgess, 8 Aug 2004' / Name = j2v18cm Station = JB2_VLBA priority = 4 rf1 = 1300, 1300 ifname = C, A rf2 = 1730, 1730 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 1110.0, 1110.0 note = 'LO from Burgess 29Apr97' ! ranges guessed assuming a 500 - 1000 MHz BBC / Name = j2v6cm Station = JB2_VLBA priority = 4 rf1 = 4940, 4940 ifname = C, A rf2 = 5400, 5400 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4440.0, 4440.0 note = 'LO from Paul Burgess 10Jun96' ! ranges guessed assuming a 500 - 1000 MHz BBC / Name = j2v1cm Station = JB2_VLBA priority = 4 rf1 = 22200,22200 ifname = C, A rf2 = 22600,22600 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21680.0, 22080.0 note = 'From MkIII and guessing 400 MHz converter, Huib' ! ranges guessed assuming a 500 - 1000 MHz BBC / Name = j2v1cmhigh Station = JB2_VLBA priority = 4 rf1 = 23500,23500 ifname = C, A rf2 = 23900,23900 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 23000.0, 23000.0 note = 'for high K-band test, ranges guessed' ! ranges for 500-900 VLBA-type IF / ! Name = mc21cm Station = MEDICINA priority = 3 rf1 = 1366, 1366 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1446, 1446 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1036.0, 1036.0 note = 'updated from Maccaferri (CR 30Jan01)' ! BBC range 250 - 500 BBC range / Name = mcOHlin Station = MEDICINA priority = 5 rf1 = 1599, 1599 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1679, 1679 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1269.0, 1269.0 note = 'updated from Maccaferri (CR 2Dec00)' / Name = mc18cm Station = MEDICINA priority = 3 rf1 = 1625, 1625 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1705, 1705 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1295.0, 1295.0 note = 'updated from Maccaferri (CR 2Dec00)' / Name = mc_s Station = MEDICINA priority = 4 rf1 = 2200, 2200 ifname = '2N', '1N' fe = '13cm', '13cm' rf2 = 2360, 2360 altifn = '1A', '2A' pol = RCP, LCP lo1 = 2020, 2020 note = 'added from Maccaferri (CR 30Nov00)' / Name = mcsx Station = MEDICINA priority = 5 rf1 = 2200, 8180 ifname = '2N', '1N' fe = '13cm', '4cm' rf2 = 2360, 8580 altifn = '1A', '2A' pol = RCP, RCP lo1 = 2020, 8080 note = 'Updated from Maccaferri (CR 30Jan01) / Name = mc6cm Station = MEDICINA priority = 3 rf1 = 4700, 4700 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 5100, 5100 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4600.0, 4600.0 note = 'Values confirmed by E-mail A.Orfei (JFD 2Oct98)' ! BBC range 100 - 500, Maccaferri 11/2000 (CR) / Name = mc6cmOH Station = MEDICINA priority = 5 rf1 = 4700, 4700 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 5100, 5100 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4600.0, 4600.0 note = 'Values confirmed by E-mail A.Orfei (JFD 2Oct98)' ! BBC ranges 100-500. ! same settings as mc6cm - Maccaferri 30Jan01 (CR) / Name = mc5cmOH Station = MEDICINA priority = 5 rf1 = 5900, 5900 ifname = '2N', '1N' fe = '5cm', '5cm' rf2 = 6300, 6300 altifn = '1A', '2A' pol = RCP, LCP lo1 = 5800.0, 5800.0 note = 'Updated by E-mail Orlati (CR 15Nov2004)' / Name = mc5cm Station = MEDICINA priority = 5 rf1 = 6500, 6500 ifname = '2N', '1N' fe = '5cm', '5cm' rf2 = 6900, 6900 altifn = '1A', '2A' pol = RCP, LCP lo1 = 6400.0, 6400.0 note = 'Updated by e-mail Orlati (13Feb2006)' / Name = mc_x Station = MEDICINA priority = 4 rf1 = 8180, 8180 ifname = '1N', '2N' fe = '4cm', '4cm' rf2 = 8580, 8580 altifn = '2A', '1A' pol = RCP, LCP lo1 = 8080, 8080 note = 'changed Maccaferri (CR 30Jan01)' / Name = mcredH2O Station = MEDICINA priority = 4 rf1 = 21860,21860 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 22260,22260 altifn = '1A', '2A' pol = RCP, LCP lo1 = 21760.0,21760.0 note = 'Special entry by Lincoln Greenhill for red H2O' ! Change to reflect alternate permitted tuning of LO chain as ! indicated on astbo1 web site. / Name = mc13mm Station = MEDICINA priority = 4 rf1 = 22064,22064 ifname = '2N', '1N' fe = '13mm', '13mm' rf2 = 22464,22464 altifn = '1A', '2A' pol = RCP, LCP lo1 = 21964.0, 21964.0 note = 'values confirmed Maccaferri (CR 30Nov00)' ! typo on rf2 corrected and Name changed from mc1cm (CR 29Jan01) / !Name = mc7mm_sio Station = MEDICINA priority = 4 ! rf1 = 42850 ifname = '1N' fe = '7mm' ! rf2 = 43250 altifn = '2A' ! pol = LCP lo1 = 42750.0 ! note = ' ** LCP only **, values from E-mail A.Orfei (JFD 18jan99) ' ! ! only single Pol LCP, the receiver is shared with Noto !/ !Name = mc7mm_d Station = MEDICINA priority = 5 ! rf1 = 42850, 42850 ifname = '2N', '1N' fe = '7mm' ! rf2 = 43250, 43250 altifn = '1A', '2A' ! pol = RCP, LCP lo1 = 42750.0, 42750.0 ! note = 'Dummy dual-pol entry, only LCP available (CR 2Jul02).' !/ Name = ons18cm Station = ONSALA60 priority = 5 note = 'No 18cm on smaller On dish' / Name = ons6cm Station = ONSALA60 priority = 5 note = 'No 6cm on smaller On dish??' / Name = onsx Station = ONSALA60 priority = 5 rf1 = 2240, 8300 ifname = '2N', '1N' fe = '13cm', '4cm' rf2 = 2520, 8580 altifn = '1A', '2A' pol = RCP, RCP lo1 = 2020, 8080 note = 'Antonis Polatidis 210897' ! ranges guessed assuming BBC 220 - 500 / Name = onxd Station = ONSALA60 priority = 6 rf1 = 8300, 8300 ifname = '2N', '1N' fe = '4cm', '4cm' rf2 = 8580, 8580 altifn = '1A', '2A' pol = LCP, RCP lo1 = 8080, 8080 note = 'On is dual pol X band since 2007' ! ranges guessed assuming BBC 220 - 500 / Name = ons1cm Station = ONSALA60 priority = 4 rf1 = 22120,22120 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 22400,22400 altifn = '1A', '2A' pol = RCP, LCP lo1 = 21900.0,21900.0 note = 'Conway in my office 28Jan97, must be High patch' ! ranges guessed assuming BBC 220 - 500 corrected 000217 LJG/HJvL / Name = ons1cmhigh Station = ONSALA60 priority = 4 rf1 = 23500,23500 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 23900,23900 altifn = '1A', '2A' pol = RCP, LCP lo1 = 23400.0,23400.0 note = 'for high K-band test, ranges guessed' / !Name = ons_x Station = ONSALA60 priority = 3 ! rf1 = 8300, 8300 ifname = '2N', '1N' fe = '4cm', '4cm' ! rf2 = 8580, 8580 altifn = '1A', '2A' ! pol = RCP, RCP lo1 = 8080.0, 8080.0 ! note = 'From Polatidis, 13/8/97 RCP only' ! ! ranges guessed assuming BBC 220 - 500 ! Removed at request of Polatidis (CR 3Jul01) !/ Name = on7mm_sio Station = ONSALA60 priority = 4 rf1 = 42800 ifname = '1N' fe = '7mm' rf2 = 43200 altifn = '2A' pol = LCP lo1 = 42700.0 note = ' ** LCP only **, values from E-mail J.Conway (JFD 12jan99) ' ! only single Pol LCP, BBC range ~100-500MHz / Name = on7mm_sio2 Station = ONSALA60 priority = 5 rf1 = 42900 ifname = '1N' fe = '7mm' rf2 = 43300 altifn = '2A' pol = LCP lo1 = 42800.00 note = ' ** LCP only **, values from E-mail J.Conway (JFD 12jan99) ' ! only single Pol LCP, BBC range ~100-500MHz / ! ! ONSALA at 3 mm Name = 3mm_onsala Station = ONSALA60 Priority = 0 rf1 = 86150, 86150 ifname = '1N', '2N' altifn = '1A', '2A' rf2 = 86440, 86440 fe = '3mm', '3mm' pol = LCP, RCP lo1 = 85900, 85900 / ! ONSALA at 3 mm 256-16-1 no pol ! added for Oct 2000, CMVA session, since other setup produces errors, TPK Name = 3mm_onsa-lcp STATION = ONSALA60 Priority = 0 rf1 = 86150, 86150 ifname = '1N', '2N' altifn = '1A', '2A' rf2 = 86440, 86440 fe = '3mm', '3mm' pol = LCP, LCP lo1 = 85900, 85900 / Name = on30cm.low Station = ONSALA85 priority = 4 rf1 = 780 , 780 ifname = '2N' , '1N' fe = '30cm' , '30cm' rf2 = 900 , 900 altifn = '1A' , '2A' pol = RCP, LCP lo1 = 650 , 650 note = 'Confirmed by email J.Conway (JFD 25-08-99)' / Name = on30cm.mid Station = ONSALA85 priority = 4 rf1 = 800 , 800 ifname = '2N' , '1N' fe = '30cm' , '30cm' rf2 = 920 , 920 altifn = '1A' , '2A' pol = RCP, LCP lo1 = 700 , 700 note = 'Confirmed by email J.Conway (JFD 25-08-99)' / Name = on30cm.high Station = ONSALA85 priority = 4 rf1 = 975 , 975 ifname = '2N' , '1N' fe = '30cm' , '30cm' rf2 = 1200 , 1200 altifn = '1A' , '2A' pol = RCP, LCP lo1 = 700 , 700 note = 'Confirmed by email J.Conway (JFD 25-08-99)' / Name = on21cm3 Station = ONSALA85 priority = 3 rf1 = 1100, 1100 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1230, 1230 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1000, 1000 note = 'Values from E-mail J.Conway (CR 21Oct02)' ! tunable LO, several LOs specified. / Name = on21cm4 Station = ONSALA85 priority = 4 rf1 = 1200, 1200 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1330, 1330 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1100, 1100 note = 'Values from E-mail J.Conway (CR 21Oct02)' ! tunable LO, several LOs specified. Higher freq LOs have higher priority. / Name = on21cm2 Station = ONSALA85 priority = 2 rf1 = 1300, 1300 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1430, 1430 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1200, 1200 note = 'Values from E-mail J.Conway (CR 21Oct02)' ! tunable LO, several LOs specified. / Name = on21cm5 Station = ONSALA85 priority = 5 rf1 = 1400, 1400 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1530, 1530 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1300, 1300 note = 'Values from E-mail J.Conway (CR 21Oct02)' ! tunable LO, several LOs specified. Higher freq LOs have higher priority. / Name = on21cm6 Station = ONSALA85 priority = 6 rf1 = 1500, 1500 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1630, 1630 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1400, 1400 note = 'Values from E-mail J.Conway (CR 21Oct02)' ! tunable LO, several LOs specified. Higher freq LOs have higher priority. / Name = onb18cm Station = ONSALA85 priority = 3 rf1 = 1600, 1600 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1720, 1720 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1500.0, 1500.0 note = 'Conway in my office 28Jan97, must be Low patch' ! ranges guessed assuming 100 - 200 BBC / Name = on21cm1 Station = ONSALA85 priority = 1 rf1 = 1600, 1600 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1730, 1730 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1500, 1500 note = 'Values from E-mail J.Conway (CR 21Oct02)' ! tunable LO, several LOs specified. / Name = on21cm7 Station = ONSALA85 priority = 7 rf1 = 1700, 1700 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1830, 1830 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1600, 1600 note = 'Values from E-mail J.Conway (CR 21Oct02)' ! tunable LO, several LOs specified. Higher freq LOs have higher priority. / Name = onb6cmOH Station = ONSALA85 priority = 3 rf1 = 4700, 4700 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 4920, 4920 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4600.0, 4600.0 note = 'Values confirmed by E-mail J.Conway (JFD 17Oct01)' ! ranges guessed assuming 100 - 220 BBC range ! update from JFD (CR 17Oct01) / Name = onb6cm Station = ONSALA85 priority = 3 rf1 = 4920, 4920 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 5060, 5060 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4830.0, 4830.0 note = 'email from Lindqvist (25May2007), must be Low patch' ! ranges changed for 1Gb/s AGP 201108 / Name = onb5cmOH Station = ONSALA85 priority = 5 rf1 = 6000, 6000 ifname = '2N', '1N' fe = '5cm', '5cm' rf2 = 6125, 6125 altifn = '1A', '2A' pol = RCP, LCP lo1 = 5900.0, 5900.0 note = 'Values confirmed by E-mail J.Conway(CR 18Jan02)' ! IF filter 75-22MHz, BBC ranges 100- 225 BBC; / Name = on5cm Station = ONSALA85 priority = 5 rf1 = 6600, 6600 ifname = '2N', '1N' fe = '5cm', '5cm' rf2 = 6725, 6725 altifn = '1A', '2A' pol = RCP, LCP lo1 = 6500.0, 6500.0 note = 'Values confirmed by E-mail J.Conway (CR 18Jan02)' / Name = onb1cm Station = ONSALA85 priority = 5 note = 'No 1 cm on larger Onsala dish' / Name = wb90cm station = WSTRBORK priority = 2 rf1 = 310, 310 ifname = '2N', '1N' fe = '5cm', '5cm' rf2 = 380, 380 altifn = '1A', '2A' pol = RCP, LCP lo1 = 200.0, 200.0 note = 'Best estimates for now' ! From Foley 21 Sep 2004 (CR 040921) / Name = wb30cm.EV008B Station = WSTRBORK priority = 4 rf1 = 785.5 , 785.5 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 793.5 , 793.5 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 653.45, 653.45 note = '** not final ** tuning must be re-calculated at WSRT (JFD 25/08/99)' ! supplied by Vermeulen 25/08/1999 ! Obs freq 791.5 MHz / Name = wb30cm.EM034 Station = WSTRBORK priority = 4 rf1 = 846.8 , 846.8 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 854.8 , 854.8 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 714.75, 714.75 note = '** not final ** tuning must be re-calculated at WSRT (JFD 25/08/99)' ! supplied by Vermeulen 25/08/1999 ! Obs freq 848.8 MHz / Name = wb30cm.EP030 Station = WSTRBORK priority = 4 rf1 = 848.49, 848.49 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 856.49, 856.49 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 716.44, 716.44 note = '** not final ** tuning must be re-calculated at WSRT (JFD 25/08/99)' ! supplied by Vermeulen 25/08/1999 ! Obs freq 850.49 MHz / Name = wb30cm.EO004C Station = WSTRBORK priority = 4 rf1 = 874.7 , 874.7 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 882.7 , 882.7 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 742.65, 742.65 note = '** not final ** tuning must be re-calculated at WSRT (JFD 25/08/99)' ! supplied by Vermeulen 25/08/1999 ! Obs freq 876.7 MHz / Name = wb30cm.EV008A Station = WSTRBORK priority = 4 rf1 = 882.6 , 882.6 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 890.6 , 890.6 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 750.55, 750.55 note = '** not final ** tuning must be re-calculated at WSRT (JFD 25/08/99)' ! supplied by Vermeulen 25/08/1999 ! Obs freq 888.6 MHz / Name = wb30cm.EB015B Station = WSTRBORK priority = 4 rf1 = 986.7 , 986.7 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 990.7 , 990.7 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 854.65, 854.65 note = '** not final ** tuning must be re-calculated at WSRT (JFD 25/08/99)' ! supplied by Vermeulen 25/08/1999 ! Obs freq 988.7 MHz / Name = wb30cm.EB015A Station = WSTRBORK priority = 4 rf1 = 986.7 , 986.7 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 994.7 , 994.7 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 854.65, 854.65 note = '** not final ** tuning must be re-calculated at WSRT (JFD 25/08/99)' ! supplied by Vermeulen 25/08/1999 ! Obs freq 988.7 MHz / Name = wb30cm.EO004B Station = WSTRBORK priority = 4 rf1 = 1033.2 , 1033.2 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1041.2 , 1041.2 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 901.15, 901.15 note = '** not final ** tuning must be re-calculated at WSRT (JFD 25/08/99)' ! supplied by Vermeulen 25/08/1999 ! Obs freq 1035.2 MHz / Name = wb30cm.EO004A Station = WSTRBORK priority = 4 rf1 = 1046.6 , 1046.6 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1054.6 , 1054.6 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 914.55, 914.55 note = '** not final ** tuning must be re-calculated at WSRT (JFD 25/08/99)' ! supplied by Vermeulen 25/08/1999 ! Obs freq 1048.6 MHz / Name = wb30cm.EP031A Station = WSTRBORK priority = 4 rf1 = 1068.75 , 1068.75 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1076.75 , 1076.75 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 936.7, 936.7 note = '** not final ** tuning must be re-calculated at WSRT (JFD 25/08/99)' ! supplied by Vermeulen 25/08/1999 ! Obs freq 1074.75 MHz / Name = wb30cm.VAH1 Station = WSTRBORK priority = 4 rf1 = 1123.2 , 1123.2 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1131.2 , 1131.2 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 991.15, 991.15 note = '** not final ** tuning must be re-calculated at WSRT (JFD 25/08/99)' ! supplied by Vermeulen 25/08/1999 ! Obs freq 1125.2 MHz / Name = wb22.6cm Station = WSTRBORK priority = 4 rf1 = 1240, 1240 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1340, 1340 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1145.0, 1145.0 note = 'Values from E-mail T.Foley (JFD 07jan99)' ! BBC ranges 100 - 220 BBC; / Name = wb30cm.EP031B Station = WSTRBORK priority = 4 rf1 = 1163.25 , 1163.25 ifname = '2N' , '1N' altifn = '1A' , '2A' rf2 = 1171.25 , 1171.25 fe = '30cm' , '30cm' pol = RCP , LCP lo1 = 1031.2 , 1031.2 note = '** not final ** tuning must be re-calculated at WSRT (JFD 25/08/99)' ! supplied by Vermeulen 25/08/1999 ! Obs freq 1165.25 MHz / Name = wb21.1cm Station = WSTRBORK priority = 3 rf1 = 1360, 1360 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1460, 1460 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1265.0, 1265.0 note = 'Values from E-mail T.Foley (JFD 07jan99)' ! BBC ranges 100 - 220 BBC; / Name = wb1530 Station = WSTRBORK priority = 5 rf1 = 1530, 1530 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1660, 1660 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1440.0, 1440.0 note = 'Special entry red OH Ek10 Foley 25/1/00' ! ranges guessed assuming BBC 90 - 220 / Name = wb18cm Station = WSTRBORK priority = 3 rf1 = 1600, 1600 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1730, 1730 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1510.0, 1510.0 note = 'E-mail Foley 22Jan97 MFFE, must be using Low patch' ! ranges guessed assuming BBC 100 - 220 / Name = wbsx Station = WSTRBORK priority = 5 rf1 = 2240, 8300 ifname = '2N', '1N' fe = '13cm', '4cm' rf2 = 2520, 8580 altifn = '1A', '2A' pol = RCP, RCP lo1 = 2020.0, 8080.0 note = 'Wild guess from SX PC-Sched assuming high patch' / Name = wb6cmOH Station = WSTRBORK priority = 5 rf1 = 4750, 4750 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 4850, 4850 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4640.0, 4640.0 note = 'Values confirmed by E-mail T.Foley (JFD 2Oct98)' / Name = wb6cm_l Station = WSTRBORK priority = 2 rf1 = 4800, 4800 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 5060, 5060 altifn = '1A', '2A' ! pol = RCP, LCP lo1 = 4820.0, 4820.0 pol = RCP, LCP lo1 = 4840.0, 4840.0 ! changed LO to 4840 for 1Gb/s - fictitious number 201108 note = 'Non-standard requested by VSOP project OK-d foley 290198' ! Prefered for 1Gb/s and eVLBI - changed rf1-rf2 OK-d Foley 201108 / Name = wb6cm Station = WSTRBORK priority = 3 rf1 = 4800, 4800 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 5060, 5060 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4840.0, 4840.0 note = 'LO from PC-SCHED values, must be in Low patch' ! Changed rf1-rf2 for 1Gb/s OK-d Foley 201108 / Name = wb5 Station = WSTRBORK priority = 4 rf1 = 6000, 6000 ifname = '2N', '1N' fe = '5cm', '5cm' rf2 = 6200, 6200 altifn = '1A', '2A' pol = RCP, LCP lo1 = 5900.0, 5900.0 note = 'Update from Foley, 25 Jan 2005' ! 6000 MHz is really at the edge of the receiver band / Name = wb5a Station = WSTRBORK priority = 0 rf1 = 6600, 6600 ifname = '2N', '1N' fe = '5cm', '5cm' rf2 = 6700, 6700 altifn = '1A', '2A' pol = RCP, LCP lo1 = 6500.0, 6500.0 note = 'Best estimates for now' ! From Foley 21 Sep 2004 (CR 040921) / Name = wb_x Station = WSTRBORK priority = 4 rf1 = 8300, 8300 ifname = '2N', '1N' fe = '4cm', '4cm' rf2 = 8580, 8580 altifn = '1A', '2A' pol = RCP, LCP lo1 = 8080.0, 8080.0 note = 'Wild guess from SX PC-Sched assuming high patch' / Name = wb1cm Station = WSTRBORK priority = 5 note = 'No 1 cm at WB; 1 cm just drips through the chickenwire' / Name = yb_sx Station = YEBES priority = 5 rf1 = 2210, 8130 ifname = C, A rf2 = 2350, 8630 fe = '13cm', '4cm' pol = RCP, RCP lo1 = 1530, 7650 note = 'From vicente@cay.oan.es Thu May 29 12:52:22 1997' ! Relevant for the Yb 14m now obsolete / Name = yb7mm Station = YEBES priority = 4 rf1 = 41000 ifname = C, A rf2 = 49000 fe = '0.7cm' pol = LCP lo1 = 40900 note = 'LO tunable according to Vicente, just put something arbitrary' ! Relevant to Yb 14m - probably obsolete 211108 AGP / Name = yb7mm_sio Station = YEBES priority = 0 rf1 = 43000, 43000 ifname = C, A rf2 = 43300, 43300 fe = '7mm', '7mm' pol = LCP, LCP lo1 = 42400, 42400 note = ' ** LCP only **, (JFD 15jan99) ' ! Guess BBCs range ~600-900MHz / Name = ys40_sx Station = YEBES40M priority = 4 rf1 = 2210, 8150 ifname = B, A rf2 = 2350, 8650 fe = '13cm', '4cm' pol = RCP,RCP lo1 = 1530, 7650 note = 'OK email de Vicente 151008 - investigate further ' / Name = ys40_4cm Station = YEBES40M priority = 4 rf1 = 8150, 8150 ifname = C, A rf2 = 8650, 8650 fe = '4cm', '4cm' pol = LCP,RCP lo1 = 7650, 7650 note = 'LO taken from D.Grahams S/X configuration for EK028A' / Name = ys40_1cm Station = YEBES40M priority = 4 rf1 = 22050,22050 ifname = C, A rf2 = 22450,22450 fe = '1cm' pol = LCP,RCP lo1 = 21550,21550 note ='LO value by Francisco Colomer (21MAY08), BBC 500-1000MHz' / Name = ys40_1cm_nh3 Station = YEBES40M priority = 4 rf1 = 23350,23350 ifname = C, A rf2 = 24450,24450 fe = '1cm' pol = LCP,RCP lo1 = 23150,23150 note ='LO value by Francisco Colomer (21MAY08), BBC 500-1000MHz' / Name = ys40_5cmOH Station = YEBES40M priority = 4 rf1 = 5780,5780 ifname = C, A rf2 = 6280,6280 fe = '5cm', '5cm' pol = LCP,RCP lo1 = 5280, 5280 note ='RF values by de Vicente (FEB09), BBC 500-1000MHz' / Name = ys40_5cm Station = YEBES40M priority = 4 rf1 = 6420,6420 ifname = C, A rf2 = 6900,6900 fe = '5cm', '5cm' pol = LCP,RCP lo1 = 5910, 5910 ! 'P. de Vicente (apr09) note ='RF and LO values by de Vicente (FEB09), BBC 500-1000MHz' / Name = ys40_6cm Station = YEBES40M priority = 4 rf1 = 4658, 4658 ifname = C, A rf2 = 5158, 5158 fe = '6cm', '6cm' pol = LCP,RCP lo1 = 4158, 4158 note = 'P. de Vicente (apr09)' / ! ! stations with S2 or MkIII ! Name = hh21cm Station = HART, HART_S2 priority = 5 note = 'No 21cm at HartRAO' / Name = hh18cm_S2 Station = HART, HART_S2 priority = 4 rf1 = 1600, 1600 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1730, 1730 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1490.0, 1490.0 note = 'Values confirmed by E-mail Jonathan Quick 291100 (CR)' ! LBA BBC fixed at 160 MHz but LO tunable, works with MkIV too / Name = hh18cm Station = HART priority = 3 rf1 = 1600, 1600 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1730, 1730 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1510.0, 1510.0 note = 'Values confirmed by E-mail Jonathan Quick 291100 (CR)' ! BBC ranges 100 - 200 / Name = hh13cm Station = HART priority = 3 rf1 = 2210, 2210 ifname = '2N', '1N' fe = '13cm', '13cm' rf2 = 2450, 2450 altifn = '1A', '2A' pol = RCP, LCP lo1 = 2020.0, 2020.0 note = 'Values confirmed by E-mail Jonathan Quick 291100 (CR)' ! BBC ranges 200 - 500 / Name = hhsx Station = HART priority = 3 rf1 = 2210, 8180 ifname = '2N', '1N' fe = '13cm', '4cm' rf2 = 2450, 8980 altifn = '1A', '2A' pol = RCP, RCP lo1 = 2020.0, 8080.0 note = 'Values confirmed by E-mail Jonathan Quick 291100 (CR)' ! BBC ranges 100 - 200, 200 - 500 and 500 - 1000 with IF3 / Name = hh13cm_S2 Station = HART, HART_S2 priority = 4 rf1 = 2225, 2225 ifname = '2N', '1N' fe = '13cm', '13cm' rf2 = 2375, 2375 altifn = '1A', '2A' pol = RCP, LCP lo1 = 2120.0, 2120.0 note = 'Values confirmed by E-mail Jonathan Quick 291100 (CR)' ! LBA BBC fixed at 160 MHz but LO tunable, works with MkIV too / Name = hh6cm_S2 Station = HART, HART_S2 priority = 4 rf1 = 4650, 4650 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 5160, 5160 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4786.0, 4786.0 note = 'Values confirmed by E-mail Jonathan Quick 291100 (CR)' ! LBA BBC fixed at 160 MHz but LO tunable, works with MkIV too / Name = hh6cm Station = HART priority = 3 rf1 = 4700, 4700 ifname = '2N', '1N' fe = '6cm', '6cm' rf2 = 5100, 5100 altifn = '1A', '2A' pol = RCP, LCP lo1 = 4600.0, 4600.0 note = 'Values confirmed by E-mail Jonathan Quick 221105 (CR)' / Name = hh5cm_S2 Station = HART, HART_S2 priority = 4 rf1 = 6020, 6020 ifname = '2N', '1N' fe = '5cm', '5cm' rf2 = 6052, 6052 altifn = '1A', '2A' pol = RCP, LCP lo1 = 5880.0, 5880.0 note = 'Values confirmed by E-mail Jonathan Quick 291100 (CR)' ! LBA BBC fixed at 160 MHz but LO tunable, works with MkIV too / Name = hh4.5cm_S2 Station = HART, HART_S2 priority = 4 rf1 = 6650, 6650 ifname = '2N', '1N' fe = '5cm', '5cm' rf2 = 6682, 6682 altifn = '1A', '2A' pol = RCP, LCP lo1 = 6510.0, 6510.0 note = 'Values confirmed by E-mail Jonathan Quick 291100 (CR)' ! LBA BBC fixed at 160 MHz but LO tunable, works with MkIV too / Name = hh4cm Station = HART priority = 3 rf1 = 8180, 8180 ifname = '2N', '1N' fe = '4cm', '4cm' rf2 = 8980, 8980 altifn = '1A', '2A' pol = RCP, LCP lo1 = 8080.0, 8080.0 note = 'Values confirmed by E-mail Jonathan Quick 291100 (CR)' ! BBC range 200 - 500 / Name = hh4cm_S2 Station = HART, HART_S2 priority = 4 rf1 = 8335, 8335 ifname = '2N', '1N' fe = '4cm', '4cm' rf2 = 8505, 8505 altifn = '1A', '2A' pol = RCP, LCP lo1 = 8265.0, 8265.0 note = 'Values confirmed by E-mail Jonathan Quick 291100 (CR)' ! LBA BBC fixed at 160 MHz but LO tunable, works with MkIV too / Name = hh3cm_S2 Station = HART, HART_S2 priority = 4 rf1 = 12070, 12070 ifname = '1N', '2N' fe = '3cm', '3cm' rf2 = 12240, 12240 altifn = '2A', '1A' pol = LCP, RCP lo1 = 12021.0, 12021.0 note = 'Values confirmed by E-mail Jonathan Quick 221105 (CR)' ! LBA BBC fixed at 160 MHz but LO tunable, works with MkIV too / Name = hh3cm_d Station = HART, HART_S2 priority = 6 rf1 = 12070, 12070 ifname = '2N', '1N' fe = '3cm' rf2 = 12240, 12240 altifn = '1A', '2A' pol = RCP, LCP lo1 = 12021.0, 12021.0 note = 'Dummy dual-pol entry, only LCP available (CR 2Jul02).' ! LBA BBC fixed at 160 MHz but LO tunable, works with MkIV too / Name = hh2cm Station = HART, HART_S2 priority = 5 note = 'No 2cm at HartRAO' / Name = hh1cm Station = HART, HART_S2 priority = 3 rf1 = 21400,21400 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 24100,24100 altifn = '1A', '2A' pol = RCP, LCP lo1 = 22000.0,22000.0 note = 'LO tunable, other arbitrary values possible (CR 21Feb07)' / Name = hh1cm_nh3_low Station = HART, HART_S2 priority = 3 rf1 = 23600,23600 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 23800,23800 altifn = '1A', '2A' pol = RCP, LCP lo1 = 23550.0,23550.0 note = 'low-patch required, BBC 100-230MHz' note = 'LO selected for NH3 lines 23.6-23.7MHz, suggested by JQ' / Name = hh1cm_nh3_hi Station = HART, HART_S2 priority = 3 rf1 = 23800,23800 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 24000,24000 altifn = '1A', '2A' pol = RCP, LCP lo1 = 23710.0,23710.0 note = 'low-patch required, BBC 100-230MHz' note = 'LO selected for NH3 line 23.9MHz, suggested by JQ' / Name = hh1cm_vlba Station = HART, HART_S2 priority = 3 rf1 = 23750,23750 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 23850,23850 altifn = '1A', '2A' pol = RCP, LCP lo1 = 23640.0,23640.0 note = 'low-patch required, BBC 100-230MHz' note = 'LO selected for new VLBA band' / Name = hh7mm Station = HART, HART_S2 priority = 5 note = 'No 7mm at HartRAO' / ! ===================================================================== ! The following entries in the SCHED frequency catalog are for geodetic ! VLBI stations. ! ===================================================================== Name = wzsx Station = WETTZELL priority = 5 rf1 = 2210, 8219 ifname = '2N', '1N' rf2 = 2360, 8865 fe = '13cm', '4cm' pol = RCP, RCP lo1 = 2020, 8080 note = 'Estimates from Lorant sjouwerman@jive.nl May 2000; OK 02/05/00/RK' !CR: updates from Lorant (1Dec00) / Name = nysx Station = NYALES20 priority = 5 rf1 = 2210, 8180 ifname = '2N', '1N' rf2 = 2350, 8980 fe = '13cm', '4cm' pol = RCP, RCP lo1 = 2020, 8080 note = 'Estimates from Lorant sjouwerman@jive.nl May 2000; OK?03/05/00/HD' !CR: updates from Lorant (1Dec00) / Name = masx Station = MATERA priority = 5 rf1 = 2210, 8180 ifname = '2N', '1N' ! LORANT rf2 = 2450, 8980 fe = '13cm', '4cm' pol = RCP, RCP lo1 = 2020, 8080 note = 'Estimates from Lorant sjouwerman@jive.nl May 2000' !CR: updates from Lorant (1Dec00) / ! ===================================================================== ! The following entries in the SCHED frequency catalog are for mm (GMVA) ! VLBI stations in Europe. ! ===================================================================== ! Plateau de Bure (IRAM) at 3 mm, single pol Name = 3mm_pdbure-lcp Station = PDBURE Priority = 0 rf1 = 85800, 85800 ifname = '1N', '2N' altifn = '1A', '2A' rf2 = 86400, 86400 fe = '3mm', '3mm' pol = LCP, LCP lo1 = 85919, 85919 note = '3-mm CMVA' / ! Plateau de Bure (IRAM) at 3 mm Name = 3mm_pdbure Station = PDBURE Priority = 0 rf1 = 85800, 85800 ifname = '1N', '2N' altifn = '1A', '2A' rf2 = 86400, 86400 fe = '3mm', '3mm' pol = LCP, RCP lo1 = 85919, 85919 note = '3-mm CMVA' / ! Pico Veleta (IRAM) at 3 mm ! Name = 3mm_picovel Station = PICOVEL Priority = 0 rf1 = 86007, 86007 ifname = C, A rf2 = 86507, 86507 fe = '3mm', '3mm' pol = RCP, LCP lo1 = 85507, 85507 note = '3-mm CMVA' / ! Pico Veleta (IRAM) at 2 mm ! Name = 2mm_pico-l Station = PICOVEL Priority = 0 rf1 = 128000,128000 ifname = B, D rf2 = 130000,130000 fe = '2mm', '2mm' pol = LCP, LCP lo1 = 128670,128670 note = '2-mm test' / ! ===================================================================== ! Chinese stations added sep 2009 ! ===================================================================== Name = kmsx Station = KUNMING rf1 = 2150, 8200 ifname = B, A rf2 = 2450, 8600 fe = '13cm', '4cm' pol = RCP, RCP lo1 = 1600, 9100 note = 'From Hao Longfei 11 may 2009' / Name = mysx Station = MIYUN50 rf1 = 2150, 8200 ifname = B, A rf2 = 2450, 8600 fe = '13cm', '4cm' pol = RCP, RCP lo1 = 1600, 9100 note = 'From ZHU Xinying 6 July 2009' / ! ===================================================================== ! Robledo 7mm added 2009 Sep 24 (Bob Campbell) ! (an example Cristina worked out for GB065B -- the LO is ! tunable; the Q-band LNA works from 39-49 GHz, and the max recording ! bandwidth is 70 MHz within that) ! ===================================================================== Name = ro7mm Station = ROB34BWG priority = 5 rf1 = 43156 , 43156 ifname = '2N', '1N' fe = '7mm', '7mm' rf2 = 43226 , 43226 altifn = '1A', '2A' pol = RCP, LCP lo1 = 42870.00 , 42870.00 note = 'new 7mm RX, configuration appropriate for GB065B' / ! ! ===================================================================== ! The following entries in the SCHED frequency catalog are for stations ! of the Asia Pacific Telescope. ! These stations are maintained in file freq_APT.dat. ! ===================================================================== Name = us18cm Station = USUDA, USUDAVL, USUDA64 priority = 5 rf1 = 1600, 1600 ifname = A, C rf2 = 1730, 1730 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 750, 750 note = 'LO and rf* from Kenta Fujisawa, e-mail 27/01/97 other values guesses' ! adding values by Kenta to obtain total LO ! confirmed ok May 1999 by K Fujisawa / Name = us6cm Station = USUDA, USUDAVL, USUDA64 priority = 5 rf1 = 4740, 4740 ifname = A, C rf2 = 5140, 5140 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4140, 4140 note = 'LO and rf* from Kenta Fujisawa, e-mail 27/01/97 other values guesses' ! adding values by Kenta to obtain total LO ! updated may 1999 with information from K Fujisawa / Name = us1cm Station = USUDA, USUDAVL, USUDA64 priority = 5 rf1 = 21900, 21900 ifname = A, C rf2 = 22300, 22300 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21300.0, 21300.0 note = 'LO and rf* from Kenta Fujisawa, e-mail 27/01/97 other values guesses' ! adding vlues by Kenta to obtain total LO ! updated may 1999 with information from K Fujisawa / Name = ka18cm Station = KASHIM34, KASHIMS2 priority = 5 rf1 = 1600, 1600 ifname = A, C rf2 = 1800, 1800 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 1250.00, 1250.00 ! updated may 1999 with information from KM Shibata / Name = ka6cm Station = KASHIM34, KASHIMS2 priority = 5 rf1 = 4600, 4600 ifname = A, C rf2 = 5100, 5100 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4500.00, 4500.00 ! updated may 1999 with information from KM Shibata / Name = ka1cm Station = KASHIM34, KASHIMS2 priority = 5 rf1 = 21800, 21800 ifname = A, C rf2 = 23800, 23800 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 16800.00, 16800.00 ! updated may 1999 with information from KM Shibata / Name = no1cm Station = NOBEYAMA priority = 5 rf1 = 22000, 22000 ifname = A, C rf2 = 22300, 22300 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21000.00, 21000.00 ! fake values pge 2-feb-99 / ! The following are VERA stations forwarded from Cormac Reynolds from ! Simon Ellingsen from Mareki Honma. See Reynolds email of Jan. 3, 2010. ! The stations are Mizusawa and Yamaguchi. They could be merged into a ! single entry, but I'll keep as is for now. RCW March 22, 2010. Name = Vm5cm Station = VERAMZSW priority = 4 rf1 = 6600, 6600 ifname = C, A rf2 = 6700, 6700 fe = '5cm', '5cm' pol = LCP lo1 = 6403, 6403 note = 'RF-256 MHz' ! M Honma (04/Feb/2009) / Name = Ym5cm Station = YAMAGU32 priority = 4 rf1 = 6600, 6600 ifname = C, A rf2 = 6700, 6700 fe = '5cm', '5cm' pol = LCP lo1 = 6403, 6403 note = 'RF-256 MHz' ! K Fujisawa (05/Feb/2009) / ! ! ===================================================================== ! The following entries in the SCHED frequency catalog are for the ! DSN antennas. ! These stations are maintained in file freq_DSN.dat. ! ===================================================================== ! ! DSN data also originally from Huib Jan van Langevelde ! Modified by Jim Ulvestad, 21 November 1997, based on information ! from Chuck Naudet of JPL. ! Name = go18cm Station = GOLD70 priority = 5 rf1 = 1608, 1608 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1708, 1708 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1380.0, 1380.0 note = 'LO from Altunin 3Feb97, must be Low patch (well they do anything)' ! Range assuming high patch ! rf and LO from Chuck Naudet, 20 Nov. 1997 (jsu) / Name = go13cm Station = GOLD70 priority = 5 rf1 = 2265, 2265 ifname = '2N', '1N' fe = '13cm', '13cm' rf2 = 2305, 2305 altifn = '1A', '2A' pol = RCP, LCP lo1 = 2000.0, 2000.0 note = 'LO from Altunin 3Feb97, must be Low patch (well they do anything)' ! Range assuming high patch ! rf and LO from Chuck Naudet, 20 Nov. 1997 (jsu) / Name = go4cm Station = GOLD70 priority = 5 rf1 = 8400, 8400 ifname = '2N', '1N' fe = '4cm', '4cm' rf2 = 8500, 8500 altifn = '1A', '2A' pol = RCP, LCP lo1 = 8100.00,8100.00 note = 'LO from Altunin via LJG via Greenhill' ! confirmed by Chuck Naudet, 20 Nov. 1997 (jsu) / Name = go1cm Station = GOLD70 priority = 5 rf1 = 18000,18000 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 26000,26000 altifn = '1A', '2A' pol = RCP, LCP lo1 = 21914.0,21914.0 note = 'LO from Altunin 01Nov96, must be Low patch (well they can do anything)' ! Range assuming low patch, but there is a problem with filters / Name = go1cm Station = GOLDMARS priority = 5 rf1 = 22140,22140 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 22410,22410 altifn = '1A', '2A' pol = RCP, LCP lo1 = 21914.0,21914.0 note = 'LO from Altunin 01Nov96, must be High patch (well they can do anything)' ! Range assuming low patch, but there is a problem with filters / Name = ti18cm Station = TID70, TID70_S2 priority = 5 rf1 = 1608, 1608 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1708, 1708 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1380.00, 1380.00 note = 'LO from Harbison, e-mail 20/03/97. other values guesses' ! especially no idea on rf* and if names, uses ?? DAR ! earlier email suggested 1480 firstlo. ! rf and lo from Naudet, 20 Nov 1997 (jsu) / Name = ti13cm Station = TID70, TID70_S2, TID34_S2 priority = 5 rf1 = 2265, 2265 ifname = '2N', '1N' fe = '13cm', '13cm' rf2 = 2305, 2305 altifn = '1A', '2A' pol = RCP, LCP lo1 = 2000.00, 2000.00 note = 'LO from Harbison, e-mail 20/03/97. other values guesses' ! Email forwarded by Bill Scott. ! especially no idea on rf* and if names, uses ?? DAR ! IF range based on high patch nominal values. ! rf and LO confirmed by Chuck Naudet, 20 Nov. 1997 (jsu) / Name = ti4cm Station = TID70, TID_S2, DSS34, TID70_S2 priority = 5 rf1 = 8200, 8200 ifname = '2N', '1N' fe = '4cm', '4cm' rf2 = 8600, 8600 altifn = '1A', '2A' pol = RCP, LCP lo1 = 8100.00, 8100.00 note = 'LO from Harbison, e-mail 20/03/97. other values guesses' ! Email forwarded by Bill Scott. ! especially no idea on rf* and if names, uses ?? DAR ! IF range based on high patch nominal values. ! rf and LO confirmed by Chuck Naudet, 20 Nov. 1997 (jsu) ! June 2009 from Shingi Horiuchi rf range 8200-8600. Was 8400-8500 ! Need to confirm LO. / Name = ti1cm Station = TID70, TID70_S2 priority = 5 rf1 = 18000, 18000 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 26000, 26000 altifn = '1A', '2A' pol = RCP, LCP lo1 = 21914.00, 21914.00 note = 'LO from Harbison, e-mail 03/02/97 other values guesses' ! especially no idea on rf* and if names, uses ?? DAR / Name = ro18cm Station = ROB70 priority = 5 rf1 = 1608, 1608 ifname = '2N', '1N' fe = '18cm', '18cm' rf2 = 1708, 1708 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1380.00, 1380.00 note = 'LO from Harbison, e-mail 20/03/97. other values guesses' ! especially no idea on rf* and if names, uses ?? DAR ! earlier email suggested 1480 firstlo. ! rf and LO confirmed by Chuck Naudet, 20 Nov. 1997 (jsu) / Name = ro13cm Station = ROB70 priority = 5 rf1 = 2265, 2265 ifname = '2N', '1N' fe = '13cm', '13cm' rf2 = 2305, 2305 altifn = '1A', '2A' pol = RCP, LCP lo1 = 2000.00, 2000.00 note = 'LO from Harbison, e-mail 20/03/97. other values guesses' ! Email forwarded by Bill Scott. ! especially no idea on rf* and if names, uses ?? DAR ! IF range based on high patch nominal values. ! rf and LO confirmed by Chuck Naudet, 20 Nov. 1997 (jsu) / Name = ro4cm Station = ROB70 priority = 5 rf1 = 8400, 8400 ifname = '2N', '1N' fe = '4cm', '4cm' rf2 = 8500, 8500 altifn = '1A', '2A' pol = RCP, LCP lo1 = 8100.00, 8100.00 note = 'LO from Harbison, e-mail 20/03/97. other values guesses' ! Email forwarded by Bill Scott. ! especially no idea on rf* and if names, uses ?? DAR ! IF range based on high patch nominal values. ! rf and LO confirmed by Chuck Naudet, 20 Nov. 1997 (jsu) / Name = ro1cm Station = ROB70 priority = 5 rf1 = 18000, 18000 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 26000, 26000 altifn = '1A', '2A' pol = RCP, LCP lo1 = 21914.00, 21914.00 note = 'LO from Harbison, e-mail 03/02/97 other values guesses' ! especially no idea on rf* and if names, uses ?? DAR / ! ! ===================================================================== ! The following entries in the SCHED frequency catalog are for stations ! of the LBA ! These stations are maintained in file freq_LBA.dat. ! ===================================================================== Name = ho20cm Station = HOBART priority = 0 rf1 = 1350, 1350 ifname = '2N', '1N' rf2 = 1750, 1750 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 1800, 1800 note = 'Confirmed 11/06/2003 email from Brett Reid' ! lo1 is dummy value: lo is not controlled by VEX / Name = ho13cm Station = HOBART priority = 0 rf1 = 2200, 2200 ifname = '2N', '1N' rf2 = 2500, 2500 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 1500.0, 1500.0 / Name = ho6cm Station = HOBART priority = 0 rf1 = 4550, 4550 ifname = '2N', '1N' rf2 = 5050, 5050 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4300.0, 4300.0 note = 'Confirmed 11/06/2003 email from Brett Reid' ! lo1 is dummy value: lo is not controlled by VEX / Name = ho5cm Station = HOBART priority = 0 rf1 = 6450, 6450 ifname = '2N', '1N' rf2 = 6950, 6950 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4300.0, 4300.0 note = 'Confirmed 11/06/2003 email from Brett Reid' ! lo1 is dummy value: lo is not controlled by VEX / Name = ho3cm Station = HOBART, HOB_MK5 priority = 0 rf1 = 8150, 8150 ifname = '2N', '1N' rf2 = 8700, 8700 fe = '3cm', '3cm' altifn = '1A', '2A' pol = RCP, LCP lo1 = 8080.0, 8080.0 note = 'Confirmed 11/06/2003 email from Brett Reid' ! lo1 is dummy value: lo is not controlled by VEX / Name = ho2cm Station = HOBART priority = 0 rf1 = 12150, 12150 ifname = '2N', '1N' rf2 = 12650, 12650 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 1000.0, 1000.0 note = 'Confirmed 11/06/2003 email from Brett Reid' ! lo1 is dummy value: lo is not controlled by VEX / Name = ho1cm Station = HOBART priority = 0 rf1 = 16000, 16000 ifname = '2N', '1N' rf2 = 26000, 26000 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 19000.00, 19000.00 note = 'Confirmed 11/06/2003 email from Brett Reid' ! lo1 is dummy value: lo is not controlled by VEX / Name = ho1cm Station = HOB_MK5 priority = 5 rf1 = 22300, 22300 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 22700, 22700 altifn = '1A', '2A' pol = RCP, LCP lo1 = 22100.00, 22100.00 note = 'Dummy setup' / Name = hosx Station = HOBART, HOB_MK5 priority = 1 rf1 = 2190, 8180 ifname = '2N', '1N' rf2 = 2470, 8980 fe = '13cm', '4cm' pol = RCP, RCP lo1 = 2020, 8080 note = 'Confirmed 11/06/2003 email from Brett Reid' ! lo1 is dummy value: lo is not controlled by VEX / Name = cd20cm Station = CEDUNA priority = 0 rf1 = 1350, 1350 ifname = '2N', '1N' rf2 = 1750, 1750 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 1800, 1800 note = 'Dummy entry for Tests' / Name = cd13cm Station = CEDUNA priority = 0 rf1 = 2200, 2200 ifname = '2N', '1N' rf2 = 2500, 2500 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 1500.0, 1500.0 ! updates June 2003 CJP by info from Simon Ellingsen / Name = cd6cm Station = CEDUNA priority = 0 rf1 = 4500, 4500 ifname = '2N', '1N' rf2 = 5000, 5000 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4100.0, 4100.0 ! updates June 2003 CJP by info from Simon Ellingsen / Name = cd4cm Station = CEDUNA priority = 0 rf1 = 6200, 6200 ifname = '2N', '1N' rf2 = 6900, 6900 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 5000.0, 5000.0 ! updates June 2003 CJP by info from Simon Ellingsen / Name = cd3cm Station = CEDUNA priority = 0 rf1 = 8200, 8200 ifname = '2N', '1N' rf2 = 8800, 8800 fe = '3cm', '3cm' pol = RCP, LCP lo1 = 7000.0, 7000.0 ! updates June 2003 CJP by info from Simon Ellingsen / Name = cd2cm Station = CEDUNA priority = 0 rf1 = 12000, 12000 ifname = '2N', '1N' rf2 = 12200, 12200 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 10000.0, 10000.0 ! updates June 2003 CJP by info from Simon Ellingsen / Name = cd1cm Station = CEDUNA priority = 0 rf1 = 21000, 21000 ifname = '2N', '1N' rf2 = 23000, 23000 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 20000.0, 20000.0 ! updates June 2003 CJP by info from Simon Ellingsen / Name = at20cm Station = ATCA priority = 0 rf1 = 1250, 1250 ifname = '2N', '1N' rf2 = 1780, 1780 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 700.0, 700.0 ! updated june 2003 Chris Phillips, ATCA observers guide ! lo1 is dummy value: lo is not controlled by VEX / Name = at13cm Station = ATCA priority = 0 rf1 = 2200, 2200 ifname = '2N', '1N' rf2 = 2500, 2500 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 2000.0, 2000.0 ! updated june 2003 Chris Phillips, ATCA observers guide ! lo1 is dummy value: lo is not controlled by VEX / Name = at6cm Station = ATCA priority = 0 rf1 = 4400, 4400 ifname = '2N', '1N' rf2 = 6700, 6700 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4500.0, 4500.0 ! updated june 2003 Chris Phillips, ATCA observers guide ! lo1 is dummy value: lo is not controlled by VEX / Name = at3cm Station = ATCA priority = 0 rf1 = 8000, 8000 ifname = '2N', '1N' rf2 = 9200, 9200 fe = '3cm', '3cm' pol = RCP, LCP lo1 = 7800.0, 7800.0 ! updated june 2003 Chris Phillips, ATCA observers guide ! lo1 is dummy value: lo is not controlled by VEX / Name = at1cm Station = ATCA priority = 5 rf1 = 16000, 16000 ifname = '2N', '1N' rf2 = 25000, 25000 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 19000.00, 19000.00 ! updated june 2003 Chris Phillips, ATCA observers guide ! lo1 is dummy value: lo is not controlled by VEX / Name = at3mm Station = ATCA priority = 5 rf1 = 86000, 86000 ifname = A, C rf2 = 105000, 105000 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 80000.00, 80000.00 ! lo1 is dummy value: lo is not controlled by VEX / Name = mp20cm Station = MOPRA priority = 0 rf1 = 1300, 1300 ifname = '2N', '1N' rf2 = 1800, 1800 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 1000.0, 1000.0 ! updated june 2003 from Mopra Technical Summary ! lo1 is dummy value: lo is not controlled by VEX / Name = mp13cm Station = MOPRA priority = 0 rf1 = 1800, 1800 ifname = '2N', '1N' rf2 = 3000, 3000 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 1600.0, 1600.0 ! updated june 2003 from Mopra Technical Summary ! lo1 is dummy value: lo is not controlled by VEX / Name = mp6cm Station = MOPRA priority = 0 rf1 = 4500, 4500 ifname = '2N', '1N' rf2 = 6700, 6700 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4500.0, 4500.0 ! updated june 2003 from Mopra Technical Summary ! lo1 is dummy value: lo is not controlled by VEX / Name = mp3cm Station = MOPRA priority = 0 rf1 = 8000, 8000 ifname = '2N', '1N' rf2 = 9200, 9200 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 7800.0, 7800.0 ! updated june 2003 from Mopra Technical Summary ! lo1 is dummy value: lo is not controlled by VEX / Name = mp1cm Station = MOPRA priority = 0 rf1 = 20000, 20000 ifname = '2N', '1N' rf2 = 24000, 24000 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 19000.00, 19000.00 ! updated june 2003 from Mopra Technical Summary ! lo1 is dummy value: lo is not controlled by VEX / Name = mp3mm Station = MOPRA priority = 0 rf1 = 86000, 86000 ifname = A, C rf2 = 115000, 115000 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 80000.00, 80000.00 ! lo1 is dummy value: lo is not controlled by VEX / Name = pa20cm Station = PARKES priority = 0 rf1 = 1200, 1200 ifname = '2N', '1N' rf2 = 1800, 1800 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 1600.0, 1600.0 ! updated may 1999 with information from T Tzioumis. ! lo1 is dummy value: lo is not controlled by VEX ! http://www.parkes.atnf.csiro.au/documentation/user_guide/node4.html/ / Name = pa13cm Station = PARKES priority = 0 rf1 = 2200, 2200 ifname = '2N', '1N' rf2 = 2500, 2500 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 1600.0, 1600.0 ! updated may 1999 with information from T Tzioumis. ! lo1 is dummy value: lo is not controlled by VEX ! http://www.parkes.atnf.csiro.au/documentation/user_guide/node4.html / Name = pasx Station = PARKES, PARK_MK5 priority = 1 rf1 = 2200, 8100 ifname = '2N', '1N' rf2 = 2250, 8700 fe = '13cm', '4cm' pol = RCP, RCP lo1 = 2020, 8080.0 ! lo1 is dummy value: lo is not controlled by VEX ! http://www.parkes.atnf.csiro.au/documentation/user_guide/node4.html / Name = pa6cm Station = PARKES priority = 0 rf1 = 4500, 4500 ifname = '2N', '1N' rf2 = 5100, 5100 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4500.0, 4500.0 ! updated may 1999 with information from T Tzioumis. ! lo1 is dummy value: lo is not controlled by VEX ! http://www.parkes.atnf.csiro.au/documentation/user_guide/node4.html / Name = pa3cm Station = PARKES, PARK_MK5 priority = 0 rf1 = 8100, 8100 ifname = '2N', '1N' altifn = '1A', '2A' rf2 = 8700, 8700 fe = '3cm', '3cm' pol = RCP, LCP lo1 = 8080.0, 8080.0 ! updated may 1999 with information from T Tzioumis. ! lo1 is dummy value: lo is not controlled by VEX ! http://www.parkes.atnf.csiro.au/documentation/user_guide/node4.html / Name = pa4cm Station = PARKES priority = 0 rf1 = 5900, 5900 ifname = '2N', '1N' rf2 = 6800, 6800 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 4500.0, 4500.0 ! updated june 2003 Chris Phillips ! lo1 is dummy value: lo is not controlled by VEX ! http://www.parkes.atnf.csiro.au/documentation/user_guide/node4.html / Name = pa2cm Station = PARKES priority = 0 rf1 = 12000, 12000 ifname = '2N', '1N' rf2 = 15000, 15000 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 10000.0, 10000.0 ! updated june 2003 Chris Phillips ! lo1 is dummy value: lo is not controlled by VEX ! http://www.parkes.atnf.csiro.au/documentation/user_guide/node4.html / Name = pa1cm Station = PARKES priority = 0 rf1 = 21000, 21000 ifname = '2N', '1N' rf2 = 24000, 24000 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 19000.00, 19000.00 ! updated may 1999 with information from T Tzioumis. ! lo1 is dummy value: lo is not controlled by VEX ! http://www.parkes.atnf.csiro.au/documentation/user_guide/node4.html / ! ! ===================================================================== ! The following entries in the SCHED frequency catalog are for mm ! VLBI stations only. ! These stations are maintained in file freq_mm.dat. ! ===================================================================== ! Initial entries from mm-stations.dat from Krichbaum, Sept. 26, 2005. ! Actually none of these stations are in common use now (2005). ! Haystack at 3 mm dual-pol ! ! Receiver B is LCP, A is RCP Name = 3mm_haystk Station = HAYSTACK Priority = 0 rf1 = 86140, 86140 ifname = '1N', '2N' altifn = '1A', '2A' rf2 = 86540, 86540 fe = '3mm', '3mm' pol = RCP, LCP lo1 = 86040, 86040 note = '3-mm CMVA' / ! Haystack at 3 mm single-pol ! Name = 3mm_haystk-lcp Station = HAYSTACK Priority = 0 rf1 = 86140, 86140 ifname = '1N', '2N' altifn = '1A', '2A' rf2 = 86540, 86540 fe = '3mm', '3mm' pol = LCP, LCP lo1 = 86040, 86040 !this works with 86210.99 note = '3-mm CMVA LCP only' / ! Quabbin at 3 mm ! Name = 3mm_quabn Station = QUAB Priority = 0 rf1 = 86169, 86169 ifname = '1N', '2N' altifn = '1A', '2A' rf2 = 86569, 86569 fe = '3mm', '3mm' pol = RCP, LCP lo1 = 86069.1, 86069.1 note = '3-mm CMVA' / ! Kitt Peak 12-m at 3 mm ! Name = 3mm_KP12m Station = KITTPEAK Priority = 0 rf1 = 86168, 86168 ifname = B, D rf2 = 86668, 86668 fe = '3mm', '3mm' pol = RCP, LCP lo1 = 85295, 85295 note = '3-mm CMVA' / ! Name = 3mm_KP12m-l Station = KITTPEAK Priority = 0 rf1 = 86168, 86168 ifname = B, D rf2 = 86668, 86668 fe = '3mm', '3mm' pol = LCP, LCP lo1 = 85295, 85295 note = '3-mm CMVA' / ! KITTPEAK v=2 SiO ! Name = 3mm_v2SiO_12m Station = KITTPEAK Priority = 0 rf1 = 85500, 85500 ifname = B, D rf2 = 86000, 86000 fe = '3mm', '3mm' pol = RCP, LCP lo1 = 84686, 84686 / ! KITTPEAK 29 SiO ! Name = 3mm_29SiO_12m Station = KITTPEAK Priority = 0 rf1 = 85500, 85500 ifname = B, D rf2 = 86000, 86000 fe = '3mm', '3mm' pol = RCP, LCP lo1 = 84808, 84808 / ! 2mm VLBI test KITTPEAK 12m - PICOVEL ! Pico Veleta (IRAM) at 2 mm ! Name = 2mm_pico-l Station = PICOVEL Priority = 0 rf1 = 128000,128000 ifname = B, D rf2 = 130000,130000 fe = '2mm', '2mm' pol = LCP, LCP lo1 = 128670,128670 note = '2-mm test' / ! Kitt Peak 12m at 2 mm ! Name = 2mm_KP12m-l Station = KITTPEAK Priority = 0 rf1 = 128000,128000 ifname = B, D rf2 = 130000,130000 fe = '2mm', '2mm' pol = LCP, LCP lo1 = 128670,128670 note = '2-mm test' / ! ! ===================================================================== ! The following entries in the SCHED frequency catalog are for geodetic ! VLBI stations only. It's a bit thin so far! ! These stations are maintained in file freq_geodesy.dat. ! ===================================================================== Name = ap_sx Station = ALGOPARK priority = 5 rf1 = 2040, 2040, 8100, 8100 ifname = B, D, A, C rf2 = 2540, 2540, 8600, 8600 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, LCP, RCP, LCP lo1 = 1540.1, 1540.1, 7600.1, 7600.1 note = 'Based on Norbert Bartel info 20 Jan 2003.' ! ranges from assuming BBC can do 500 - 1000 MHz / Name = ap_sxw Station = ALGOPARK priority = 5 rf1 = 2040, 2040, 8100, 8580 ifname = B, D, A, C rf2 = 2540, 2540, 8600, 9080 fe = '13cm', '13cm', '4cm', '4cm' pol = RCP, LCP, RCP, RCP lo1 = 1540.1, 1540.1, 7600.1, 8080.0 note = 'Based on Norbert Bartel info 20 Jan 2003.' ! ranges from assuming BBC can do 500 - 1000 MHz / Name = ap_x Station = ALGOPARK priority = 4 rf1 = 8100, 8100 ifname = C, A rf2 = 8600, 8600 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 7600.1, 7600.1 note = 'Based on Norbert Bartel info 20 Jan 2003.' ! ranges from assuming BBC can do 500 - 1000 MHz / Name = ap_x Station = ALGOPARK priority = 4 rf1 = 8100, 8580 ifname = A, C rf2 = 8600, 9080 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 7600.1, 8080.0 note = 'Based on Norbert Bartel info 20 Jan 2003.' ! ranges from assuming BBC can do 500 - 1000 MHz / ! From Haystack via Walter Brisken just before the real time test ! of May 7, 2007 ! Name = westx ! Station = WESTFORD Priority = 0 ! rf1 = 8180, 8180 ifname = '1N', '2N' altifn = '1A', '2A' ! rf2 = 8580, 8580 fe = '2cm', '2cm' ! pol = RCP, LCP lo1 = 8080, 8080 ! note = 'Westford - xband'/ Name = westx Station = WESTFORD Priority = 0 rf1 = 8180 ifname = '1N' altifn = '1A' rf2 = 8580 fe = '4cm' pol = RCP lo1 = 8080 note = 'Westford - xband'/ ! The LO's are 2020 and 8080 MHz with the IF upconverted by 479.9 MHz ! for the VLBA BBCs (need 500-1000 MHz). RCP only. ! Trying to feed all BBC's with X band will be a special patch case ! requiring a special setup. Name = tg_sx Station = TIGOCONC,OHIGGINS priority = 5 rf1 = 2210, 8180, 8580 ifname = B, A, C rf2 = 2450, 8600, 8980 fe = '13cm', '4cm', '4cm' pol = RCP, RCP, RCP lo1 = 1540.1, 7600.1, 8080.0 note = 'Based on email from Roopesh Ojha Nov. 10, 2008' /