! Compiled by Uwe Bach ! from standard freq.dat and 7mmfreq.dat (t07mm experiment) ! No additional modifications made ! ! 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 = "2008Sep25-12:00:00" Name = 7mm_eflsbg Station = EFLSBERG Priority = 0 rf1 = 42800, 42800 ifname = '2N', '1N' altifn = '1A', '2A' rf2 = 43300, 43300 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 42800, 42800 note = '7mm RX' / Name = 7mm_onsa Station = ONSALA60 Priority = 0 rf1 = 42900, 42900 ifname = '2N', '1N' altifn = '1A', '2A' rf2 = 43300, 43300 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 42800, 42800 note = '7mm RX' / Name = nt7mm_sio Station = NOTO priority = 4 rf1 = 37000, 37000 ifname = C, A rf2 = 50000, 50000 fe = '7mm','7mm' pol = RCP, LCP lo1 = 42332.0, 42332.0 note = '' / ! 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: ! 7.1 GHz IF will cut off below 600 MHz. ! 7.4, 7.6 Good. ! 7.9 Probably good. LO in IF band. ! 8.1 Risk getting some lower sideband. ! 9.4, 9.6 Would be good if on-line understood. ! ! 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_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_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_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. ' / !------------------------------------------------------ ! 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 40.0-52.0 GHz. !------------------------------------------------------ Name = gbt7mm_c7 Station = GBT_VLBA, GBT_S2 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_S2 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_S2 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 ' / ! New vq 2000 December 29 Name = y_vq Station = VLA1, VLA27 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 more jwrobel's stuff with AC=BD / 2000 December 29 ! mended / 2003 May 29 ! Name = y_42910.1j Station = VLA1, VLA27 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 ! ! ! ! ! ===================================================================== ! 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 Cormac Reynolds (JIVE). ! ===================================================================== ! 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, ! ! ----------------------------------------------------------------------- ! Effelsberg ! ! From Dave Graham EMAIL of 15 Nov 1996. ! There are some cases of multiple receivers. Think about ! how to deal with them. !new receiver setup Name = eb7mm_l Station = EB_VLBA priority = 0 rf1 = 42900, 42900 ifname = A, C rf2 = 43400, 43400 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 43870, 43870 note = '7mm secondary focus: REVERSED SPECTRUM' / 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 = 1 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 = 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) !/ !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 !/ ! ! Robeldo 34m added for 7mm obs. in GB065B ! by Cristina Miro !Name = ro7mm Station = ROB34BWG priority = 5 ! rf1 = 43100 , 43100 ifname = '2N', '1N' fe = '7mm', '7mm' ! rf2 = 43300 , 43300 altifn = '1A', '2A' ! pol = RCP, LCP lo1 = 42870.00 , 42870.00 ! note = 'new 7mm RX, configuration appropriate for GB065B' !/ ! Robeldo 34m added for 7mm obs. in GB065B ! new lo1 proposed by Dave to enforce LSB setup Name = ro7mm Station = ROB34BWG priority = 5 rf1 = 43100 , 43100 ifname = '2N', '1N' fe = '7mm', '7mm' rf2 = 43300 , 43300 altifn = '1A', '2A' pol = RCP, LCP lo1 = 43512.00 , 43512.00 note = 'new 7mm RX, configuration appropriate for GB065B' /