! FREQUENCY CATALOG for SCHED. ! ! The version is set up for the 512-1024 MHz IF range of the RDBE ! system. The rf ranges are slightly offset from the original ! freq.dat. ! 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. ! 2011oct12 Make the RDBE version. RCW. ! ! ---------------------------------------------------------------------- ! VERSION is the date and time when this catalog was ! assembled from the master subcatalogs. VERSION = "2013Feb15-16:36:03" ! ! ===================================================================== ! The following entries in the SCHED frequency catalog are for VLBA ! stations only. ! This version is for use with the RDBE with IF range 512-1024 MHz. ! These stations are maintained in file freq_RDBE_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. ! ! There is no change here for the RDBE because all ! the frequency ranges are limited by the RF filters. ! 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. ! Jan 2013 adding 2.6 GHz LO to give other crossover and PFB ! possibilities. Name = v20cm_1 Station = VLBA Priority = 1 rf1 = 1180, 1180 ifname = A, C rf2 = 1588, 1588 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 = 1376, 1376 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.' / Name = v20cm_2 Station = VLBA Priority = 0 rf1 = 1576, 1576 ifname = A, C rf2 = 1850, 1850 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 2600, 2600 syn(2) = 2.4 note='Beware RFI at high end.' ! Added to give PFB band frequency and DDC crossover flexibility. / ! 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. ! As of Feb. 2008, the filters were at all sites except PT and MK. ! Oct 2011 - I think there is also no filter at FD. ! 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: ! Sirius 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 = 2388, 2388 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 2900, 2900 syn(2) = 2.9 note='Most only 2200-2400' / Name = v13cm_2 Station = VLBA Priority = 0 rf1 = 2076, 2076 ifname = A, C rf2 = 2588, 2588 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 3100, 3100 syn(2) = 3.1 note='Most only 2200-2400' / ! The LO is a bit high for the IF filter. Name = v13cm_3 Station = VLBA Priority = 1 rf1 = 2376, 2376 ifname = A, C rf2 = 2840, 2840 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 3400, 3400 syn(2) = 3.4 note='Most only 2200-2400' / ! Old 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 = 4924, 4924 fe = '6cm', '6cm' ! pol = RCP, LCP lo1 = 3900, 3900 syn(2) = 3.9 !/ !Name = v6cm_2 Station = VLBA Priority = 0 ! rf1 = 4612, 4612 ifname = A, C ! rf2 = 5124, 5124 fe = '6cm', '6cm' ! pol = RCP, LCP lo1 = 4100, 4100 syn(2) = 4.1 !/ !Name = v6cm_3 Station = VLBA Priority = 1 ! rf1 = 4912, 4912 ifname = A, C ! rf2 = 5240, 5240 fe = '6cm', '6cm' ! pol = RCP, LCP lo1 = 4400, 4400 syn(2) = 4.4 ! / ! VLBA 4-8 GHz receiver. ! With the IF at 512-1024, this one cannot be simple as ! it would be impossible to reach the center of the band ! without aliasing. So there is a choice of 2 filters ! at RF, plus the option to use upper or lower sideband. ! In addition, there can be 4 IF outputs split between ! 2 bands (2 LO's available). ! RF filter 1: 3900.0 - 5900.0 MHz ! RF filter 2: 5600.0 - 7900.0 MHz ! ! Syn(1) is attached to the BD channels. ! Syn(2) is attached to the AC channels. ! ! In some cases, part of a band will be subject to aliased ! signals. The RF ranges reflect the unaffected portions. ! ! The frequency sets below are created by program makefq_c.f ! in the $SCHED/RELATED_CODE/MAKEFREQ area. ! ! The priorities are set to discourage the use of the ! four IF systems when not needed. Name = vc_a Station = VLBA Priority = 1 rf1 = 3912., 3912. ifname = A, C rf2 = 4424., 4424. fe = '6cm', '6cm' syn(2) = 3.4 pol = RCP, LCP lo1 = 3400., 3400. / Name = vc_b Station = VLBA Priority = 0 rf1 = 4112., 4112. ifname = A, C rf2 = 4624., 4624. fe = '6cm', '6cm' syn(2) = 3.6 pol = RCP, LCP lo1 = 3600., 3600. / Name = vc_f Station = VLBA Priority = 2 rf1 = 4376., 4376. ifname = A, C rf2 = 4750., 4750. fe = '6cm', '6cm' syn(2) = 5.4 pol = RCP, LCP lo1 = 5400., 5400. / Name = vc_c Station = VLBA Priority = 0 rf1 = 4412., 4412. ifname = A, C rf2 = 4924., 4924. fe = '6cm', '6cm' syn(2) = 3.9 pol = RCP, LCP lo1 = 3900., 3900. / Name = vc_g Station = VLBA Priority = 1 rf1 = 4576., 4576. ifname = A, C rf2 = 5088., 5088. fe = '6cm', '6cm' syn(2) = 5.6 pol = RCP, LCP lo1 = 5600., 5600. / Name = vc_d Station = VLBA Priority = 0 rf1 = 4612., 4612. ifname = A, C rf2 = 5124., 5124. fe = '6cm', '6cm' syn(2) = 4.1 pol = RCP, LCP lo1 = 4100., 4100. / Name = vc_h Station = VLBA Priority = 0 rf1 = 4876., 4876. ifname = A, C rf2 = 5388., 5388. fe = '6cm', '6cm' syn(2) = 5.9 pol = RCP, LCP lo1 = 5900., 5900. / Name = vc_e Station = VLBA Priority = 2 rf1 = 5050., 5050. ifname = A, C rf2 = 5424., 5424. fe = '6cm', '6cm' syn(2) = 4.4 pol = RCP, LCP lo1 = 4400., 4400. / Name = vc_i Station = VLBA Priority = 0 rf1 = 5076., 5076. ifname = A, C rf2 = 5588., 5588. fe = '6cm', '6cm' syn(2) = 6.1 pol = RCP, LCP lo1 = 6100., 6100. / Name = vc_j Station = VLBA Priority = 0 rf1 = 5376., 5376. ifname = A, C rf2 = 5888., 5888. fe = '6cm', '6cm' syn(2) = 6.4 pol = RCP, LCP lo1 = 6400., 6400. / Name = vc_k Station = VLBA Priority = 2 rf1 = 5576., 5576. ifname = A, C rf2 = 5900., 5900. fe = '6cm', '6cm' syn(2) = 6.6 pol = RCP, LCP lo1 = 6600., 6600. / Name = vc_l Station = VLBA Priority = 2 rf1 = 5600., 5600. ifname = A, C rf2 = 5924., 5924. fe = '6cm', '6cm' syn(2) = 4.9 pol = RCP, LCP lo1 = 4900., 4900. / Name = vc_m Station = VLBA Priority = 0 rf1 = 5612., 5612. ifname = A, C rf2 = 6124., 6124. fe = '6cm', '6cm' syn(2) = 5.1 pol = RCP, LCP lo1 = 5100., 5100. / Name = vc_n Station = VLBA Priority = 0 rf1 = 5912., 5912. ifname = A, C rf2 = 6424., 6424. fe = '6cm', '6cm' syn(2) = 5.4 pol = RCP, LCP lo1 = 5400., 5400. / Name = vc_o Station = VLBA Priority = 0 rf1 = 6112., 6112. ifname = A, C rf2 = 6624., 6624. fe = '6cm', '6cm' syn(2) = 5.6 pol = RCP, LCP lo1 = 5600., 5600. / Name = vc_r Station = VLBA Priority = 2 rf1 = 6376., 6376. ifname = A, C rf2 = 6700., 6700. fe = '6cm', '6cm' syn(2) = 7.4 pol = RCP, LCP lo1 = 7400., 7400. / Name = vc_p Station = VLBA Priority = 0 rf1 = 6412., 6412. ifname = A, C rf2 = 6924., 6924. fe = '6cm', '6cm' syn(2) = 5.9 pol = RCP, LCP lo1 = 5900., 5900. / Name = vc_s Station = VLBA Priority = 0 rf1 = 6576., 6576. ifname = A, C rf2 = 7088., 7088. fe = '6cm', '6cm' syn(2) = 7.6 pol = RCP, LCP lo1 = 7600., 7600. / Name = vc_q Station = VLBA Priority = 2 rf1 = 6800., 6800. ifname = A, C rf2 = 7124., 7124. fe = '6cm', '6cm' syn(2) = 6.1 pol = RCP, LCP lo1 = 6100., 6100. / Name = vc_t Station = VLBA Priority = 0 rf1 = 6876., 6876. ifname = A, C rf2 = 7388., 7388. fe = '6cm', '6cm' syn(2) = 7.9 pol = RCP, LCP lo1 = 7900., 7900. / Name = vc_u Station = VLBA Priority = 0 rf1 = 7076., 7076. ifname = A, C rf2 = 7588., 7588. fe = '6cm', '6cm' syn(2) = 8.1 pol = RCP, LCP lo1 = 8100., 8100. / Name = vc_v Station = VLBA Priority = 0 rf1 = 7376., 7376. ifname = A, C rf2 = 7888., 7888. fe = '6cm', '6cm' syn(2) = 8.4 pol = RCP, LCP lo1 = 8400., 8400. / Name = vc_w Station = VLBA Priority = 1 rf1 = 7576., 7576. ifname = A, C rf2 = 7900., 7900. fe = '6cm', '6cm' syn(2) = 8.6 pol = RCP, LCP lo1 = 8600., 8600. / Name = vc_ab Station = VLBA Priority = 2 rf1 = 3912., 3912., 4112., 4112. ifname = A, C, B, D rf2 = 4424., 4424., 4624., 4624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 3.6 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 3600., 3600. / Name = vc_af Station = VLBA Priority = 4 rf1 = 3912., 3912., 4376., 4376. ifname = A, C, B, D rf2 = 4424., 4424., 4750., 4750. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 5400., 5400. / Name = vc_ac Station = VLBA Priority = 2 rf1 = 3912., 3912., 4412., 4412. ifname = A, C, B, D rf2 = 4424., 4424., 4924., 4924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 3.9 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 3900., 3900. / Name = vc_ag Station = VLBA Priority = 3 rf1 = 3912., 3912., 4576., 4576. ifname = A, C, B, D rf2 = 4424., 4424., 5088., 5088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 5600., 5600. / Name = vc_ad Station = VLBA Priority = 2 rf1 = 3912., 3912., 4612., 4612. ifname = A, C, B, D rf2 = 4424., 4424., 5124., 5124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 4.1 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 4100., 4100. / Name = vc_ah Station = VLBA Priority = 2 rf1 = 3912., 3912., 4876., 4876. ifname = A, C, B, D rf2 = 4424., 4424., 5388., 5388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 5900., 5900. / Name = vc_ae Station = VLBA Priority = 4 rf1 = 3912., 3912., 5050., 5050. ifname = A, C, B, D rf2 = 4424., 4424., 5424., 5424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 4.4 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 4400., 4400. / Name = vc_ai Station = VLBA Priority = 2 rf1 = 3912., 3912., 5076., 5076. ifname = A, C, B, D rf2 = 4424., 4424., 5588., 5588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 6100., 6100. / Name = vc_aj Station = VLBA Priority = 2 rf1 = 3912., 3912., 5376., 5376. ifname = A, C, B, D rf2 = 4424., 4424., 5888., 5888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 6.4 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 6400., 6400. / Name = vc_ak Station = VLBA Priority = 4 rf1 = 3912., 3912., 5576., 5576. ifname = A, C, B, D rf2 = 4424., 4424., 5900., 5900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 6.6 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 6600., 6600. / Name = vc_al Station = VLBA Priority = 4 rf1 = 3912., 3912., 5600., 5600. ifname = A, C, B, D rf2 = 4424., 4424., 5924., 5924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 4.9 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 4900., 4900. / Name = vc_am Station = VLBA Priority = 2 rf1 = 3912., 3912., 5612., 5612. ifname = A, C, B, D rf2 = 4424., 4424., 6124., 6124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 5.1 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 5100., 5100. / Name = vc_an Station = VLBA Priority = 2 rf1 = 3912., 3912., 5912., 5912. ifname = A, C, B, D rf2 = 4424., 4424., 6424., 6424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 5400., 5400. / Name = vc_ao Station = VLBA Priority = 2 rf1 = 3912., 3912., 6112., 6112. ifname = A, C, B, D rf2 = 4424., 4424., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 5600., 5600. / Name = vc_ar Station = VLBA Priority = 4 rf1 = 3912., 3912., 6376., 6376. ifname = A, C, B, D rf2 = 4424., 4424., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 7400., 7400. / Name = vc_ap Station = VLBA Priority = 2 rf1 = 3912., 3912., 6412., 6412. ifname = A, C, B, D rf2 = 4424., 4424., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 5900., 5900. / Name = vc_as Station = VLBA Priority = 2 rf1 = 3912., 3912., 6576., 6576. ifname = A, C, B, D rf2 = 4424., 4424., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 7600., 7600. / Name = vc_aq Station = VLBA Priority = 4 rf1 = 3912., 3912., 6800., 6800. ifname = A, C, B, D rf2 = 4424., 4424., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 6100., 6100. / Name = vc_at Station = VLBA Priority = 2 rf1 = 3912., 3912., 6876., 6876. ifname = A, C, B, D rf2 = 4424., 4424., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 7900., 7900. / Name = vc_au Station = VLBA Priority = 2 rf1 = 3912., 3912., 7076., 7076. ifname = A, C, B, D rf2 = 4424., 4424., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 8100., 8100. / Name = vc_av Station = VLBA Priority = 2 rf1 = 3912., 3912., 7376., 7376. ifname = A, C, B, D rf2 = 4424., 4424., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 8400., 8400. / Name = vc_aw Station = VLBA Priority = 3 rf1 = 3912., 3912., 7576., 7576. ifname = A, C, B, D rf2 = 4424., 4424., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.4 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 3400., 3400., 8600., 8600. / Name = vc_bf Station = VLBA Priority = 3 rf1 = 4112., 4112., 4376., 4376. ifname = A, C, B, D rf2 = 4624., 4624., 4750., 4750. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 5400., 5400. / Name = vc_bc Station = VLBA Priority = 1 rf1 = 4112., 4112., 4412., 4412. ifname = A, C, B, D rf2 = 4624., 4624., 4924., 4924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 3.9 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 3900., 3900. / Name = vc_bg Station = VLBA Priority = 2 rf1 = 4112., 4112., 4576., 4576. ifname = A, C, B, D rf2 = 4624., 4624., 5088., 5088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 5600., 5600. / Name = vc_bd Station = VLBA Priority = 1 rf1 = 4112., 4112., 4612., 4612. ifname = A, C, B, D rf2 = 4624., 4624., 5124., 5124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 4.1 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 4100., 4100. / Name = vc_bh Station = VLBA Priority = 1 rf1 = 4112., 4112., 4876., 4876. ifname = A, C, B, D rf2 = 4624., 4624., 5388., 5388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 5900., 5900. / Name = vc_be Station = VLBA Priority = 3 rf1 = 4112., 4112., 5050., 5050. ifname = A, C, B, D rf2 = 4624., 4624., 5424., 5424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 4.4 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 4400., 4400. / Name = vc_bi Station = VLBA Priority = 1 rf1 = 4112., 4112., 5076., 5076. ifname = A, C, B, D rf2 = 4624., 4624., 5588., 5588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 6100., 6100. / Name = vc_bj Station = VLBA Priority = 1 rf1 = 4112., 4112., 5376., 5376. ifname = A, C, B, D rf2 = 4624., 4624., 5888., 5888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 6.4 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 6400., 6400. / Name = vc_bk Station = VLBA Priority = 3 rf1 = 4112., 4112., 5576., 5576. ifname = A, C, B, D rf2 = 4624., 4624., 5900., 5900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 6.6 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 6600., 6600. / Name = vc_bl Station = VLBA Priority = 3 rf1 = 4112., 4112., 5600., 5600. ifname = A, C, B, D rf2 = 4624., 4624., 5924., 5924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 4.9 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 4900., 4900. / Name = vc_bm Station = VLBA Priority = 1 rf1 = 4112., 4112., 5612., 5612. ifname = A, C, B, D rf2 = 4624., 4624., 6124., 6124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 5.1 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 5100., 5100. / Name = vc_bn Station = VLBA Priority = 1 rf1 = 4112., 4112., 5912., 5912. ifname = A, C, B, D rf2 = 4624., 4624., 6424., 6424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 5400., 5400. / Name = vc_bo Station = VLBA Priority = 1 rf1 = 4112., 4112., 6112., 6112. ifname = A, C, B, D rf2 = 4624., 4624., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 5600., 5600. / Name = vc_br Station = VLBA Priority = 3 rf1 = 4112., 4112., 6376., 6376. ifname = A, C, B, D rf2 = 4624., 4624., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 7400., 7400. / Name = vc_bp Station = VLBA Priority = 1 rf1 = 4112., 4112., 6412., 6412. ifname = A, C, B, D rf2 = 4624., 4624., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 5900., 5900. / Name = vc_bs Station = VLBA Priority = 1 rf1 = 4112., 4112., 6576., 6576. ifname = A, C, B, D rf2 = 4624., 4624., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 7600., 7600. / Name = vc_bq Station = VLBA Priority = 3 rf1 = 4112., 4112., 6800., 6800. ifname = A, C, B, D rf2 = 4624., 4624., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 6100., 6100. / Name = vc_bt Station = VLBA Priority = 1 rf1 = 4112., 4112., 6876., 6876. ifname = A, C, B, D rf2 = 4624., 4624., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 7900., 7900. / Name = vc_bu Station = VLBA Priority = 1 rf1 = 4112., 4112., 7076., 7076. ifname = A, C, B, D rf2 = 4624., 4624., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 8100., 8100. / Name = vc_bv Station = VLBA Priority = 1 rf1 = 4112., 4112., 7376., 7376. ifname = A, C, B, D rf2 = 4624., 4624., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 8400., 8400. / Name = vc_bw Station = VLBA Priority = 2 rf1 = 4112., 4112., 7576., 7576. ifname = A, C, B, D rf2 = 4624., 4624., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.6 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 3600., 3600., 8600., 8600. / Name = vc_fc Station = VLBA Priority = 3 rf1 = 4376., 4376., 4412., 4412. ifname = A, C, B, D rf2 = 4750., 4750., 4924., 4924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 3.9 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 3900., 3900. / Name = vc_fg Station = VLBA Priority = 4 rf1 = 4376., 4376., 4576., 4576. ifname = A, C, B, D rf2 = 4750., 4750., 5088., 5088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 5600., 5600. / Name = vc_fd Station = VLBA Priority = 3 rf1 = 4376., 4376., 4612., 4612. ifname = A, C, B, D rf2 = 4750., 4750., 5124., 5124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 4.1 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 4100., 4100. / Name = vc_fh Station = VLBA Priority = 3 rf1 = 4376., 4376., 4876., 4876. ifname = A, C, B, D rf2 = 4750., 4750., 5388., 5388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 5900., 5900. / Name = vc_fe Station = VLBA Priority = 5 rf1 = 4376., 4376., 5050., 5050. ifname = A, C, B, D rf2 = 4750., 4750., 5424., 5424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 4.4 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 4400., 4400. / Name = vc_fi Station = VLBA Priority = 3 rf1 = 4376., 4376., 5076., 5076. ifname = A, C, B, D rf2 = 4750., 4750., 5588., 5588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 6100., 6100. / Name = vc_fj Station = VLBA Priority = 3 rf1 = 4376., 4376., 5376., 5376. ifname = A, C, B, D rf2 = 4750., 4750., 5888., 5888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 6.4 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 6400., 6400. / Name = vc_fk Station = VLBA Priority = 5 rf1 = 4376., 4376., 5576., 5576. ifname = A, C, B, D rf2 = 4750., 4750., 5900., 5900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 6.6 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 6600., 6600. / Name = vc_fl Station = VLBA Priority = 5 rf1 = 4376., 4376., 5600., 5600. ifname = A, C, B, D rf2 = 4750., 4750., 5924., 5924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 4.9 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 4900., 4900. / Name = vc_fm Station = VLBA Priority = 3 rf1 = 4376., 4376., 5612., 5612. ifname = A, C, B, D rf2 = 4750., 4750., 6124., 6124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 5.1 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 5100., 5100. / Name = vc_fn Station = VLBA Priority = 3 rf1 = 4376., 4376., 5912., 5912. ifname = A, C, B, D rf2 = 4750., 4750., 6424., 6424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 5400., 5400. / Name = vc_fo Station = VLBA Priority = 3 rf1 = 4376., 4376., 6112., 6112. ifname = A, C, B, D rf2 = 4750., 4750., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 5600., 5600. / Name = vc_fr Station = VLBA Priority = 5 rf1 = 4376., 4376., 6376., 6376. ifname = A, C, B, D rf2 = 4750., 4750., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 7400., 7400. / Name = vc_fp Station = VLBA Priority = 3 rf1 = 4376., 4376., 6412., 6412. ifname = A, C, B, D rf2 = 4750., 4750., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 5900., 5900. / Name = vc_fs Station = VLBA Priority = 3 rf1 = 4376., 4376., 6576., 6576. ifname = A, C, B, D rf2 = 4750., 4750., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 7600., 7600. / Name = vc_fq Station = VLBA Priority = 5 rf1 = 4376., 4376., 6800., 6800. ifname = A, C, B, D rf2 = 4750., 4750., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 6100., 6100. / Name = vc_ft Station = VLBA Priority = 3 rf1 = 4376., 4376., 6876., 6876. ifname = A, C, B, D rf2 = 4750., 4750., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 7900., 7900. / Name = vc_fu Station = VLBA Priority = 3 rf1 = 4376., 4376., 7076., 7076. ifname = A, C, B, D rf2 = 4750., 4750., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 8100., 8100. / Name = vc_fv Station = VLBA Priority = 3 rf1 = 4376., 4376., 7376., 7376. ifname = A, C, B, D rf2 = 4750., 4750., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 8400., 8400. / Name = vc_fw Station = VLBA Priority = 4 rf1 = 4376., 4376., 7576., 7576. ifname = A, C, B, D rf2 = 4750., 4750., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 8600., 8600. / Name = vc_cg Station = VLBA Priority = 2 rf1 = 4412., 4412., 4576., 4576. ifname = A, C, B, D rf2 = 4924., 4924., 5088., 5088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 5600., 5600. / Name = vc_cd Station = VLBA Priority = 1 rf1 = 4412., 4412., 4612., 4612. ifname = A, C, B, D rf2 = 4924., 4924., 5124., 5124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 4.1 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 4100., 4100. / Name = vc_ch Station = VLBA Priority = 1 rf1 = 4412., 4412., 4876., 4876. ifname = A, C, B, D rf2 = 4924., 4924., 5388., 5388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 5900., 5900. / Name = vc_ce Station = VLBA Priority = 3 rf1 = 4412., 4412., 5050., 5050. ifname = A, C, B, D rf2 = 4924., 4924., 5424., 5424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 4.4 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 4400., 4400. / Name = vc_ci Station = VLBA Priority = 1 rf1 = 4412., 4412., 5076., 5076. ifname = A, C, B, D rf2 = 4924., 4924., 5588., 5588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 6100., 6100. / Name = vc_cj Station = VLBA Priority = 1 rf1 = 4412., 4412., 5376., 5376. ifname = A, C, B, D rf2 = 4924., 4924., 5888., 5888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 6.4 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 6400., 6400. / Name = vc_ck Station = VLBA Priority = 3 rf1 = 4412., 4412., 5576., 5576. ifname = A, C, B, D rf2 = 4924., 4924., 5900., 5900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 6.6 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 6600., 6600. / Name = vc_cl Station = VLBA Priority = 3 rf1 = 4412., 4412., 5600., 5600. ifname = A, C, B, D rf2 = 4924., 4924., 5924., 5924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 4.9 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 4900., 4900. / Name = vc_cm Station = VLBA Priority = 1 rf1 = 4412., 4412., 5612., 5612. ifname = A, C, B, D rf2 = 4924., 4924., 6124., 6124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 5.1 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 5100., 5100. / Name = vc_cn Station = VLBA Priority = 1 rf1 = 4412., 4412., 5912., 5912. ifname = A, C, B, D rf2 = 4924., 4924., 6424., 6424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 5400., 5400. / Name = vc_co Station = VLBA Priority = 1 rf1 = 4412., 4412., 6112., 6112. ifname = A, C, B, D rf2 = 4924., 4924., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 5600., 5600. / Name = vc_cr Station = VLBA Priority = 3 rf1 = 4412., 4412., 6376., 6376. ifname = A, C, B, D rf2 = 4924., 4924., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 7400., 7400. / Name = vc_cp Station = VLBA Priority = 1 rf1 = 4412., 4412., 6412., 6412. ifname = A, C, B, D rf2 = 4924., 4924., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 5900., 5900. / Name = vc_cs Station = VLBA Priority = 1 rf1 = 4412., 4412., 6576., 6576. ifname = A, C, B, D rf2 = 4924., 4924., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 7600., 7600. / Name = vc_cq Station = VLBA Priority = 3 rf1 = 4412., 4412., 6800., 6800. ifname = A, C, B, D rf2 = 4924., 4924., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 6100., 6100. / Name = vc_ct Station = VLBA Priority = 1 rf1 = 4412., 4412., 6876., 6876. ifname = A, C, B, D rf2 = 4924., 4924., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 7900., 7900. / Name = vc_cu Station = VLBA Priority = 1 rf1 = 4412., 4412., 7076., 7076. ifname = A, C, B, D rf2 = 4924., 4924., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 8100., 8100. / Name = vc_cv Station = VLBA Priority = 1 rf1 = 4412., 4412., 7376., 7376. ifname = A, C, B, D rf2 = 4924., 4924., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 8400., 8400. / Name = vc_cw Station = VLBA Priority = 2 rf1 = 4412., 4412., 7576., 7576. ifname = A, C, B, D rf2 = 4924., 4924., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 3.9 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 3900., 3900., 8600., 8600. / Name = vc_gd Station = VLBA Priority = 2 rf1 = 4576., 4576., 4612., 4612. ifname = A, C, B, D rf2 = 5088., 5088., 5124., 5124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 4.1 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 4100., 4100. / Name = vc_gh Station = VLBA Priority = 2 rf1 = 4576., 4576., 4876., 4876. ifname = A, C, B, D rf2 = 5088., 5088., 5388., 5388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 5900., 5900. / Name = vc_ge Station = VLBA Priority = 4 rf1 = 4576., 4576., 5050., 5050. ifname = A, C, B, D rf2 = 5088., 5088., 5424., 5424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 4.4 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 4400., 4400. / Name = vc_gi Station = VLBA Priority = 2 rf1 = 4576., 4576., 5076., 5076. ifname = A, C, B, D rf2 = 5088., 5088., 5588., 5588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 6100., 6100. / Name = vc_gj Station = VLBA Priority = 2 rf1 = 4576., 4576., 5376., 5376. ifname = A, C, B, D rf2 = 5088., 5088., 5888., 5888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 6.4 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 6400., 6400. / Name = vc_gk Station = VLBA Priority = 4 rf1 = 4576., 4576., 5576., 5576. ifname = A, C, B, D rf2 = 5088., 5088., 5900., 5900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 6.6 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 6600., 6600. / Name = vc_gl Station = VLBA Priority = 4 rf1 = 4576., 4576., 5600., 5600. ifname = A, C, B, D rf2 = 5088., 5088., 5924., 5924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 4.9 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 4900., 4900. / Name = vc_gm Station = VLBA Priority = 2 rf1 = 4576., 4576., 5612., 5612. ifname = A, C, B, D rf2 = 5088., 5088., 6124., 6124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 5.1 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 5100., 5100. / Name = vc_gn Station = VLBA Priority = 2 rf1 = 4576., 4576., 5912., 5912. ifname = A, C, B, D rf2 = 5088., 5088., 6424., 6424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 5400., 5400. / Name = vc_go Station = VLBA Priority = 2 rf1 = 4576., 4576., 6112., 6112. ifname = A, C, B, D rf2 = 5088., 5088., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 5600., 5600. / Name = vc_gr Station = VLBA Priority = 4 rf1 = 4576., 4576., 6376., 6376. ifname = A, C, B, D rf2 = 5088., 5088., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 7400., 7400. / Name = vc_gp Station = VLBA Priority = 2 rf1 = 4576., 4576., 6412., 6412. ifname = A, C, B, D rf2 = 5088., 5088., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 5900., 5900. / Name = vc_gs Station = VLBA Priority = 2 rf1 = 4576., 4576., 6576., 6576. ifname = A, C, B, D rf2 = 5088., 5088., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 7600., 7600. / Name = vc_gq Station = VLBA Priority = 4 rf1 = 4576., 4576., 6800., 6800. ifname = A, C, B, D rf2 = 5088., 5088., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 6100., 6100. / Name = vc_gt Station = VLBA Priority = 2 rf1 = 4576., 4576., 6876., 6876. ifname = A, C, B, D rf2 = 5088., 5088., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 7900., 7900. / Name = vc_gu Station = VLBA Priority = 2 rf1 = 4576., 4576., 7076., 7076. ifname = A, C, B, D rf2 = 5088., 5088., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 8100., 8100. / Name = vc_gv Station = VLBA Priority = 2 rf1 = 4576., 4576., 7376., 7376. ifname = A, C, B, D rf2 = 5088., 5088., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 8400., 8400. / Name = vc_gw Station = VLBA Priority = 3 rf1 = 4576., 4576., 7576., 7576. ifname = A, C, B, D rf2 = 5088., 5088., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 8600., 8600. / Name = vc_dh Station = VLBA Priority = 1 rf1 = 4612., 4612., 4876., 4876. ifname = A, C, B, D rf2 = 5124., 5124., 5388., 5388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 5900., 5900. / Name = vc_de Station = VLBA Priority = 3 rf1 = 4612., 4612., 5050., 5050. ifname = A, C, B, D rf2 = 5124., 5124., 5424., 5424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 4.4 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 4400., 4400. / Name = vc_di Station = VLBA Priority = 1 rf1 = 4612., 4612., 5076., 5076. ifname = A, C, B, D rf2 = 5124., 5124., 5588., 5588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 6100., 6100. / Name = vc_dj Station = VLBA Priority = 1 rf1 = 4612., 4612., 5376., 5376. ifname = A, C, B, D rf2 = 5124., 5124., 5888., 5888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 6.4 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 6400., 6400. / Name = vc_dk Station = VLBA Priority = 3 rf1 = 4612., 4612., 5576., 5576. ifname = A, C, B, D rf2 = 5124., 5124., 5900., 5900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 6.6 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 6600., 6600. / Name = vc_dl Station = VLBA Priority = 3 rf1 = 4612., 4612., 5600., 5600. ifname = A, C, B, D rf2 = 5124., 5124., 5924., 5924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 4.9 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 4900., 4900. / Name = vc_dm Station = VLBA Priority = 1 rf1 = 4612., 4612., 5612., 5612. ifname = A, C, B, D rf2 = 5124., 5124., 6124., 6124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 5.1 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 5100., 5100. / Name = vc_dn Station = VLBA Priority = 1 rf1 = 4612., 4612., 5912., 5912. ifname = A, C, B, D rf2 = 5124., 5124., 6424., 6424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 5400., 5400. / Name = vc_do Station = VLBA Priority = 1 rf1 = 4612., 4612., 6112., 6112. ifname = A, C, B, D rf2 = 5124., 5124., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 5600., 5600. / Name = vc_dr Station = VLBA Priority = 3 rf1 = 4612., 4612., 6376., 6376. ifname = A, C, B, D rf2 = 5124., 5124., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 7400., 7400. / Name = vc_dp Station = VLBA Priority = 1 rf1 = 4612., 4612., 6412., 6412. ifname = A, C, B, D rf2 = 5124., 5124., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 5900., 5900. / Name = vc_ds Station = VLBA Priority = 1 rf1 = 4612., 4612., 6576., 6576. ifname = A, C, B, D rf2 = 5124., 5124., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 7600., 7600. / Name = vc_dq Station = VLBA Priority = 3 rf1 = 4612., 4612., 6800., 6800. ifname = A, C, B, D rf2 = 5124., 5124., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 6100., 6100. / Name = vc_dt Station = VLBA Priority = 1 rf1 = 4612., 4612., 6876., 6876. ifname = A, C, B, D rf2 = 5124., 5124., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 7900., 7900. / Name = vc_du Station = VLBA Priority = 1 rf1 = 4612., 4612., 7076., 7076. ifname = A, C, B, D rf2 = 5124., 5124., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 8100., 8100. / Name = vc_dv Station = VLBA Priority = 1 rf1 = 4612., 4612., 7376., 7376. ifname = A, C, B, D rf2 = 5124., 5124., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 8400., 8400. / Name = vc_dw Station = VLBA Priority = 2 rf1 = 4612., 4612., 7576., 7576. ifname = A, C, B, D rf2 = 5124., 5124., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.1 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 4100., 4100., 8600., 8600. / Name = vc_he Station = VLBA Priority = 3 rf1 = 4876., 4876., 5050., 5050. ifname = A, C, B, D rf2 = 5388., 5388., 5424., 5424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 4.4 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 4400., 4400. / Name = vc_hi Station = VLBA Priority = 1 rf1 = 4876., 4876., 5076., 5076. ifname = A, C, B, D rf2 = 5388., 5388., 5588., 5588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 6100., 6100. / Name = vc_hj Station = VLBA Priority = 1 rf1 = 4876., 4876., 5376., 5376. ifname = A, C, B, D rf2 = 5388., 5388., 5888., 5888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 6.4 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 6400., 6400. / Name = vc_hk Station = VLBA Priority = 3 rf1 = 4876., 4876., 5576., 5576. ifname = A, C, B, D rf2 = 5388., 5388., 5900., 5900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 6.6 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 6600., 6600. / Name = vc_hl Station = VLBA Priority = 3 rf1 = 4876., 4876., 5600., 5600. ifname = A, C, B, D rf2 = 5388., 5388., 5924., 5924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 4.9 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 4900., 4900. / Name = vc_hm Station = VLBA Priority = 1 rf1 = 4876., 4876., 5612., 5612. ifname = A, C, B, D rf2 = 5388., 5388., 6124., 6124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 5.1 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 5100., 5100. / Name = vc_hn Station = VLBA Priority = 1 rf1 = 4876., 4876., 5912., 5912. ifname = A, C, B, D rf2 = 5388., 5388., 6424., 6424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 5400., 5400. / Name = vc_ho Station = VLBA Priority = 1 rf1 = 4876., 4876., 6112., 6112. ifname = A, C, B, D rf2 = 5388., 5388., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 5600., 5600. / Name = vc_hr Station = VLBA Priority = 3 rf1 = 4876., 4876., 6376., 6376. ifname = A, C, B, D rf2 = 5388., 5388., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 7400., 7400. / Name = vc_hp Station = VLBA Priority = 1 rf1 = 4876., 4876., 6412., 6412. ifname = A, C, B, D rf2 = 5388., 5388., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 5900., 5900. / Name = vc_hs Station = VLBA Priority = 1 rf1 = 4876., 4876., 6576., 6576. ifname = A, C, B, D rf2 = 5388., 5388., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 7600., 7600. / Name = vc_hq Station = VLBA Priority = 3 rf1 = 4876., 4876., 6800., 6800. ifname = A, C, B, D rf2 = 5388., 5388., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 6100., 6100. / Name = vc_ht Station = VLBA Priority = 1 rf1 = 4876., 4876., 6876., 6876. ifname = A, C, B, D rf2 = 5388., 5388., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 7900., 7900. / Name = vc_hu Station = VLBA Priority = 1 rf1 = 4876., 4876., 7076., 7076. ifname = A, C, B, D rf2 = 5388., 5388., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 8100., 8100. / Name = vc_hv Station = VLBA Priority = 1 rf1 = 4876., 4876., 7376., 7376. ifname = A, C, B, D rf2 = 5388., 5388., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 8400., 8400. / Name = vc_hw Station = VLBA Priority = 2 rf1 = 4876., 4876., 7576., 7576. ifname = A, C, B, D rf2 = 5388., 5388., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 8600., 8600. / Name = vc_ei Station = VLBA Priority = 3 rf1 = 5050., 5050., 5076., 5076. ifname = A, C, B, D rf2 = 5424., 5424., 5588., 5588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 6100., 6100. / Name = vc_ej Station = VLBA Priority = 3 rf1 = 5050., 5050., 5376., 5376. ifname = A, C, B, D rf2 = 5424., 5424., 5888., 5888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 6.4 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 6400., 6400. / Name = vc_ek Station = VLBA Priority = 5 rf1 = 5050., 5050., 5576., 5576. ifname = A, C, B, D rf2 = 5424., 5424., 5900., 5900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 6.6 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 6600., 6600. / Name = vc_el Station = VLBA Priority = 5 rf1 = 5050., 5050., 5600., 5600. ifname = A, C, B, D rf2 = 5424., 5424., 5924., 5924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 4.9 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 4900., 4900. / Name = vc_em Station = VLBA Priority = 3 rf1 = 5050., 5050., 5612., 5612. ifname = A, C, B, D rf2 = 5424., 5424., 6124., 6124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 5.1 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 5100., 5100. / Name = vc_en Station = VLBA Priority = 3 rf1 = 5050., 5050., 5912., 5912. ifname = A, C, B, D rf2 = 5424., 5424., 6424., 6424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 5400., 5400. / Name = vc_eo Station = VLBA Priority = 3 rf1 = 5050., 5050., 6112., 6112. ifname = A, C, B, D rf2 = 5424., 5424., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 5600., 5600. / Name = vc_er Station = VLBA Priority = 5 rf1 = 5050., 5050., 6376., 6376. ifname = A, C, B, D rf2 = 5424., 5424., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 7400., 7400. / Name = vc_ep Station = VLBA Priority = 3 rf1 = 5050., 5050., 6412., 6412. ifname = A, C, B, D rf2 = 5424., 5424., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 5900., 5900. / Name = vc_es Station = VLBA Priority = 3 rf1 = 5050., 5050., 6576., 6576. ifname = A, C, B, D rf2 = 5424., 5424., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 7600., 7600. / Name = vc_eq Station = VLBA Priority = 5 rf1 = 5050., 5050., 6800., 6800. ifname = A, C, B, D rf2 = 5424., 5424., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 6100., 6100. / Name = vc_et Station = VLBA Priority = 3 rf1 = 5050., 5050., 6876., 6876. ifname = A, C, B, D rf2 = 5424., 5424., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 7900., 7900. / Name = vc_eu Station = VLBA Priority = 3 rf1 = 5050., 5050., 7076., 7076. ifname = A, C, B, D rf2 = 5424., 5424., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 8100., 8100. / Name = vc_ev Station = VLBA Priority = 3 rf1 = 5050., 5050., 7376., 7376. ifname = A, C, B, D rf2 = 5424., 5424., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 8400., 8400. / Name = vc_ew Station = VLBA Priority = 4 rf1 = 5050., 5050., 7576., 7576. ifname = A, C, B, D rf2 = 5424., 5424., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.4 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 4400., 4400., 8600., 8600. / Name = vc_ij Station = VLBA Priority = 1 rf1 = 5076., 5076., 5376., 5376. ifname = A, C, B, D rf2 = 5588., 5588., 5888., 5888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 6.4 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 6400., 6400. / Name = vc_ik Station = VLBA Priority = 3 rf1 = 5076., 5076., 5576., 5576. ifname = A, C, B, D rf2 = 5588., 5588., 5900., 5900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 6.6 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 6600., 6600. / Name = vc_il Station = VLBA Priority = 3 rf1 = 5076., 5076., 5600., 5600. ifname = A, C, B, D rf2 = 5588., 5588., 5924., 5924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 4.9 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 4900., 4900. / Name = vc_im Station = VLBA Priority = 1 rf1 = 5076., 5076., 5612., 5612. ifname = A, C, B, D rf2 = 5588., 5588., 6124., 6124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 5.1 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 5100., 5100. / Name = vc_in Station = VLBA Priority = 1 rf1 = 5076., 5076., 5912., 5912. ifname = A, C, B, D rf2 = 5588., 5588., 6424., 6424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 5400., 5400. / Name = vc_io Station = VLBA Priority = 1 rf1 = 5076., 5076., 6112., 6112. ifname = A, C, B, D rf2 = 5588., 5588., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 5600., 5600. / Name = vc_ir Station = VLBA Priority = 3 rf1 = 5076., 5076., 6376., 6376. ifname = A, C, B, D rf2 = 5588., 5588., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 7400., 7400. / Name = vc_ip Station = VLBA Priority = 1 rf1 = 5076., 5076., 6412., 6412. ifname = A, C, B, D rf2 = 5588., 5588., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 5900., 5900. / Name = vc_is Station = VLBA Priority = 1 rf1 = 5076., 5076., 6576., 6576. ifname = A, C, B, D rf2 = 5588., 5588., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 7600., 7600. / Name = vc_iq Station = VLBA Priority = 3 rf1 = 5076., 5076., 6800., 6800. ifname = A, C, B, D rf2 = 5588., 5588., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 6100., 6100. / Name = vc_it Station = VLBA Priority = 1 rf1 = 5076., 5076., 6876., 6876. ifname = A, C, B, D rf2 = 5588., 5588., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 7900., 7900. / Name = vc_iu Station = VLBA Priority = 1 rf1 = 5076., 5076., 7076., 7076. ifname = A, C, B, D rf2 = 5588., 5588., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 8100., 8100. / Name = vc_iv Station = VLBA Priority = 1 rf1 = 5076., 5076., 7376., 7376. ifname = A, C, B, D rf2 = 5588., 5588., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 8400., 8400. / Name = vc_iw Station = VLBA Priority = 2 rf1 = 5076., 5076., 7576., 7576. ifname = A, C, B, D rf2 = 5588., 5588., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 8600., 8600. / Name = vc_jk Station = VLBA Priority = 3 rf1 = 5376., 5376., 5576., 5576. ifname = A, C, B, D rf2 = 5888., 5888., 5900., 5900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.4 syn(1) = 6.6 pol = RCP, LCP, RCP, LCP lo1 = 6400., 6400., 6600., 6600. / Name = vc_jl Station = VLBA Priority = 3 rf1 = 5376., 5376., 5600., 5600. ifname = A, C, B, D rf2 = 5888., 5888., 5924., 5924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.4 syn(1) = 4.9 pol = RCP, LCP, RCP, LCP lo1 = 6400., 6400., 4900., 4900. / Name = vc_jm Station = VLBA Priority = 1 rf1 = 5376., 5376., 5612., 5612. ifname = A, C, B, D rf2 = 5888., 5888., 6124., 6124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.4 syn(1) = 5.1 pol = RCP, LCP, RCP, LCP lo1 = 6400., 6400., 5100., 5100. / Name = vc_jn Station = VLBA Priority = 1 rf1 = 5376., 5376., 5912., 5912. ifname = A, C, B, D rf2 = 5888., 5888., 6424., 6424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.4 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 6400., 6400., 5400., 5400. / Name = vc_jo Station = VLBA Priority = 1 rf1 = 5376., 5376., 6112., 6112. ifname = A, C, B, D rf2 = 5888., 5888., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.4 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 6400., 6400., 5600., 5600. / Name = vc_jr Station = VLBA Priority = 3 rf1 = 5376., 5376., 6376., 6376. ifname = A, C, B, D rf2 = 5888., 5888., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.4 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 6400., 6400., 7400., 7400. / Name = vc_jp Station = VLBA Priority = 1 rf1 = 5376., 5376., 6412., 6412. ifname = A, C, B, D rf2 = 5888., 5888., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.4 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 6400., 6400., 5900., 5900. / Name = vc_js Station = VLBA Priority = 1 rf1 = 5376., 5376., 6576., 6576. ifname = A, C, B, D rf2 = 5888., 5888., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.4 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 6400., 6400., 7600., 7600. / Name = vc_jq Station = VLBA Priority = 3 rf1 = 5376., 5376., 6800., 6800. ifname = A, C, B, D rf2 = 5888., 5888., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.4 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 6400., 6400., 6100., 6100. / Name = vc_jt Station = VLBA Priority = 1 rf1 = 5376., 5376., 6876., 6876. ifname = A, C, B, D rf2 = 5888., 5888., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.4 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 6400., 6400., 7900., 7900. / Name = vc_ju Station = VLBA Priority = 1 rf1 = 5376., 5376., 7076., 7076. ifname = A, C, B, D rf2 = 5888., 5888., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.4 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 6400., 6400., 8100., 8100. / Name = vc_jv Station = VLBA Priority = 1 rf1 = 5376., 5376., 7376., 7376. ifname = A, C, B, D rf2 = 5888., 5888., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.4 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 6400., 6400., 8400., 8400. / Name = vc_jw Station = VLBA Priority = 2 rf1 = 5376., 5376., 7576., 7576. ifname = A, C, B, D rf2 = 5888., 5888., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.4 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 6400., 6400., 8600., 8600. / Name = vc_kl Station = VLBA Priority = 5 rf1 = 5576., 5576., 5600., 5600. ifname = A, C, B, D rf2 = 5900., 5900., 5924., 5924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.6 syn(1) = 4.9 pol = RCP, LCP, RCP, LCP lo1 = 6600., 6600., 4900., 4900. / Name = vc_km Station = VLBA Priority = 3 rf1 = 5576., 5576., 5612., 5612. ifname = A, C, B, D rf2 = 5900., 5900., 6124., 6124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.6 syn(1) = 5.1 pol = RCP, LCP, RCP, LCP lo1 = 6600., 6600., 5100., 5100. / Name = vc_kn Station = VLBA Priority = 3 rf1 = 5576., 5576., 5912., 5912. ifname = A, C, B, D rf2 = 5900., 5900., 6424., 6424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.6 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 6600., 6600., 5400., 5400. / Name = vc_ko Station = VLBA Priority = 3 rf1 = 5576., 5576., 6112., 6112. ifname = A, C, B, D rf2 = 5900., 5900., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.6 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 6600., 6600., 5600., 5600. / Name = vc_kr Station = VLBA Priority = 5 rf1 = 5576., 5576., 6376., 6376. ifname = A, C, B, D rf2 = 5900., 5900., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.6 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 6600., 6600., 7400., 7400. / Name = vc_kp Station = VLBA Priority = 3 rf1 = 5576., 5576., 6412., 6412. ifname = A, C, B, D rf2 = 5900., 5900., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.6 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 6600., 6600., 5900., 5900. / Name = vc_ks Station = VLBA Priority = 3 rf1 = 5576., 5576., 6576., 6576. ifname = A, C, B, D rf2 = 5900., 5900., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.6 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 6600., 6600., 7600., 7600. / Name = vc_kq Station = VLBA Priority = 5 rf1 = 5576., 5576., 6800., 6800. ifname = A, C, B, D rf2 = 5900., 5900., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.6 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 6600., 6600., 6100., 6100. / Name = vc_kt Station = VLBA Priority = 3 rf1 = 5576., 5576., 6876., 6876. ifname = A, C, B, D rf2 = 5900., 5900., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.6 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 6600., 6600., 7900., 7900. / Name = vc_ku Station = VLBA Priority = 3 rf1 = 5576., 5576., 7076., 7076. ifname = A, C, B, D rf2 = 5900., 5900., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.6 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 6600., 6600., 8100., 8100. / Name = vc_kv Station = VLBA Priority = 3 rf1 = 5576., 5576., 7376., 7376. ifname = A, C, B, D rf2 = 5900., 5900., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.6 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 6600., 6600., 8400., 8400. / Name = vc_kw Station = VLBA Priority = 4 rf1 = 5576., 5576., 7576., 7576. ifname = A, C, B, D rf2 = 5900., 5900., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.6 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 6600., 6600., 8600., 8600. / Name = vc_lm Station = VLBA Priority = 3 rf1 = 5600., 5600., 5612., 5612. ifname = A, C, B, D rf2 = 5924., 5924., 6124., 6124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.9 syn(1) = 5.1 pol = RCP, LCP, RCP, LCP lo1 = 4900., 4900., 5100., 5100. / Name = vc_ln Station = VLBA Priority = 3 rf1 = 5600., 5600., 5912., 5912. ifname = A, C, B, D rf2 = 5924., 5924., 6424., 6424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.9 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 4900., 4900., 5400., 5400. / Name = vc_lo Station = VLBA Priority = 3 rf1 = 5600., 5600., 6112., 6112. ifname = A, C, B, D rf2 = 5924., 5924., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.9 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 4900., 4900., 5600., 5600. / Name = vc_lr Station = VLBA Priority = 5 rf1 = 5600., 5600., 6376., 6376. ifname = A, C, B, D rf2 = 5924., 5924., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.9 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 4900., 4900., 7400., 7400. / Name = vc_lp Station = VLBA Priority = 3 rf1 = 5600., 5600., 6412., 6412. ifname = A, C, B, D rf2 = 5924., 5924., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.9 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 4900., 4900., 5900., 5900. / Name = vc_ls Station = VLBA Priority = 3 rf1 = 5600., 5600., 6576., 6576. ifname = A, C, B, D rf2 = 5924., 5924., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.9 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 4900., 4900., 7600., 7600. / Name = vc_lq Station = VLBA Priority = 5 rf1 = 5600., 5600., 6800., 6800. ifname = A, C, B, D rf2 = 5924., 5924., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.9 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 4900., 4900., 6100., 6100. / Name = vc_lt Station = VLBA Priority = 3 rf1 = 5600., 5600., 6876., 6876. ifname = A, C, B, D rf2 = 5924., 5924., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.9 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 4900., 4900., 7900., 7900. / Name = vc_lu Station = VLBA Priority = 3 rf1 = 5600., 5600., 7076., 7076. ifname = A, C, B, D rf2 = 5924., 5924., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.9 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 4900., 4900., 8100., 8100. / Name = vc_lv Station = VLBA Priority = 3 rf1 = 5600., 5600., 7376., 7376. ifname = A, C, B, D rf2 = 5924., 5924., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.9 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 4900., 4900., 8400., 8400. / Name = vc_lw Station = VLBA Priority = 4 rf1 = 5600., 5600., 7576., 7576. ifname = A, C, B, D rf2 = 5924., 5924., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 4.9 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 4900., 4900., 8600., 8600. / Name = vc_mn Station = VLBA Priority = 1 rf1 = 5612., 5612., 5912., 5912. ifname = A, C, B, D rf2 = 6124., 6124., 6424., 6424. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.1 syn(1) = 5.4 pol = RCP, LCP, RCP, LCP lo1 = 5100., 5100., 5400., 5400. / Name = vc_mo Station = VLBA Priority = 1 rf1 = 5612., 5612., 6112., 6112. ifname = A, C, B, D rf2 = 6124., 6124., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.1 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 5100., 5100., 5600., 5600. / Name = vc_mr Station = VLBA Priority = 3 rf1 = 5612., 5612., 6376., 6376. ifname = A, C, B, D rf2 = 6124., 6124., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.1 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 5100., 5100., 7400., 7400. / Name = vc_mp Station = VLBA Priority = 1 rf1 = 5612., 5612., 6412., 6412. ifname = A, C, B, D rf2 = 6124., 6124., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.1 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 5100., 5100., 5900., 5900. / Name = vc_ms Station = VLBA Priority = 1 rf1 = 5612., 5612., 6576., 6576. ifname = A, C, B, D rf2 = 6124., 6124., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.1 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 5100., 5100., 7600., 7600. / Name = vc_mq Station = VLBA Priority = 3 rf1 = 5612., 5612., 6800., 6800. ifname = A, C, B, D rf2 = 6124., 6124., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.1 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 5100., 5100., 6100., 6100. / Name = vc_mt Station = VLBA Priority = 1 rf1 = 5612., 5612., 6876., 6876. ifname = A, C, B, D rf2 = 6124., 6124., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.1 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 5100., 5100., 7900., 7900. / Name = vc_mu Station = VLBA Priority = 1 rf1 = 5612., 5612., 7076., 7076. ifname = A, C, B, D rf2 = 6124., 6124., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.1 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 5100., 5100., 8100., 8100. / Name = vc_mv Station = VLBA Priority = 1 rf1 = 5612., 5612., 7376., 7376. ifname = A, C, B, D rf2 = 6124., 6124., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.1 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 5100., 5100., 8400., 8400. / Name = vc_mw Station = VLBA Priority = 2 rf1 = 5612., 5612., 7576., 7576. ifname = A, C, B, D rf2 = 6124., 6124., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.1 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 5100., 5100., 8600., 8600. / Name = vc_no Station = VLBA Priority = 1 rf1 = 5912., 5912., 6112., 6112. ifname = A, C, B, D rf2 = 6424., 6424., 6624., 6624. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 5.6 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 5600., 5600. / Name = vc_nr Station = VLBA Priority = 3 rf1 = 5912., 5912., 6376., 6376. ifname = A, C, B, D rf2 = 6424., 6424., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 7400., 7400. / Name = vc_np Station = VLBA Priority = 1 rf1 = 5912., 5912., 6412., 6412. ifname = A, C, B, D rf2 = 6424., 6424., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 5900., 5900. / Name = vc_ns Station = VLBA Priority = 1 rf1 = 5912., 5912., 6576., 6576. ifname = A, C, B, D rf2 = 6424., 6424., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 7600., 7600. / Name = vc_nq Station = VLBA Priority = 3 rf1 = 5912., 5912., 6800., 6800. ifname = A, C, B, D rf2 = 6424., 6424., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 6100., 6100. / Name = vc_nt Station = VLBA Priority = 1 rf1 = 5912., 5912., 6876., 6876. ifname = A, C, B, D rf2 = 6424., 6424., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 7900., 7900. / Name = vc_nu Station = VLBA Priority = 1 rf1 = 5912., 5912., 7076., 7076. ifname = A, C, B, D rf2 = 6424., 6424., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 8100., 8100. / Name = vc_nv Station = VLBA Priority = 1 rf1 = 5912., 5912., 7376., 7376. ifname = A, C, B, D rf2 = 6424., 6424., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 8400., 8400. / Name = vc_nw Station = VLBA Priority = 2 rf1 = 5912., 5912., 7576., 7576. ifname = A, C, B, D rf2 = 6424., 6424., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.4 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 5400., 5400., 8600., 8600. / Name = vc_or Station = VLBA Priority = 3 rf1 = 6112., 6112., 6376., 6376. ifname = A, C, B, D rf2 = 6624., 6624., 6700., 6700. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 7.4 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 7400., 7400. / Name = vc_op Station = VLBA Priority = 1 rf1 = 6112., 6112., 6412., 6412. ifname = A, C, B, D rf2 = 6624., 6624., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 5900., 5900. / Name = vc_os Station = VLBA Priority = 1 rf1 = 6112., 6112., 6576., 6576. ifname = A, C, B, D rf2 = 6624., 6624., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 7600., 7600. / Name = vc_oq Station = VLBA Priority = 3 rf1 = 6112., 6112., 6800., 6800. ifname = A, C, B, D rf2 = 6624., 6624., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 6100., 6100. / Name = vc_ot Station = VLBA Priority = 1 rf1 = 6112., 6112., 6876., 6876. ifname = A, C, B, D rf2 = 6624., 6624., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 7900., 7900. / Name = vc_ou Station = VLBA Priority = 1 rf1 = 6112., 6112., 7076., 7076. ifname = A, C, B, D rf2 = 6624., 6624., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 8100., 8100. / Name = vc_ov Station = VLBA Priority = 1 rf1 = 6112., 6112., 7376., 7376. ifname = A, C, B, D rf2 = 6624., 6624., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 8400., 8400. / Name = vc_ow Station = VLBA Priority = 2 rf1 = 6112., 6112., 7576., 7576. ifname = A, C, B, D rf2 = 6624., 6624., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.6 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 5600., 5600., 8600., 8600. / Name = vc_rp Station = VLBA Priority = 3 rf1 = 6376., 6376., 6412., 6412. ifname = A, C, B, D rf2 = 6700., 6700., 6924., 6924. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.4 syn(1) = 5.9 pol = RCP, LCP, RCP, LCP lo1 = 7400., 7400., 5900., 5900. / Name = vc_rs Station = VLBA Priority = 3 rf1 = 6376., 6376., 6576., 6576. ifname = A, C, B, D rf2 = 6700., 6700., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.4 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 7400., 7400., 7600., 7600. / Name = vc_rq Station = VLBA Priority = 5 rf1 = 6376., 6376., 6800., 6800. ifname = A, C, B, D rf2 = 6700., 6700., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.4 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 7400., 7400., 6100., 6100. / Name = vc_rt Station = VLBA Priority = 3 rf1 = 6376., 6376., 6876., 6876. ifname = A, C, B, D rf2 = 6700., 6700., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.4 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 7400., 7400., 7900., 7900. / Name = vc_ru Station = VLBA Priority = 3 rf1 = 6376., 6376., 7076., 7076. ifname = A, C, B, D rf2 = 6700., 6700., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.4 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 7400., 7400., 8100., 8100. / Name = vc_rv Station = VLBA Priority = 3 rf1 = 6376., 6376., 7376., 7376. ifname = A, C, B, D rf2 = 6700., 6700., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.4 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 7400., 7400., 8400., 8400. / Name = vc_rw Station = VLBA Priority = 4 rf1 = 6376., 6376., 7576., 7576. ifname = A, C, B, D rf2 = 6700., 6700., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.4 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 7400., 7400., 8600., 8600. / Name = vc_ps Station = VLBA Priority = 1 rf1 = 6412., 6412., 6576., 6576. ifname = A, C, B, D rf2 = 6924., 6924., 7088., 7088. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 7.6 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 7600., 7600. / Name = vc_pq Station = VLBA Priority = 3 rf1 = 6412., 6412., 6800., 6800. ifname = A, C, B, D rf2 = 6924., 6924., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 6100., 6100. / Name = vc_pt Station = VLBA Priority = 1 rf1 = 6412., 6412., 6876., 6876. ifname = A, C, B, D rf2 = 6924., 6924., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 7900., 7900. / Name = vc_pu Station = VLBA Priority = 1 rf1 = 6412., 6412., 7076., 7076. ifname = A, C, B, D rf2 = 6924., 6924., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 8100., 8100. / Name = vc_pv Station = VLBA Priority = 1 rf1 = 6412., 6412., 7376., 7376. ifname = A, C, B, D rf2 = 6924., 6924., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 8400., 8400. / Name = vc_pw Station = VLBA Priority = 2 rf1 = 6412., 6412., 7576., 7576. ifname = A, C, B, D rf2 = 6924., 6924., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 5.9 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 5900., 5900., 8600., 8600. / Name = vc_sq Station = VLBA Priority = 3 rf1 = 6576., 6576., 6800., 6800. ifname = A, C, B, D rf2 = 7088., 7088., 7124., 7124. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.6 syn(1) = 6.1 pol = RCP, LCP, RCP, LCP lo1 = 7600., 7600., 6100., 6100. / Name = vc_st Station = VLBA Priority = 1 rf1 = 6576., 6576., 6876., 6876. ifname = A, C, B, D rf2 = 7088., 7088., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.6 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 7600., 7600., 7900., 7900. / Name = vc_su Station = VLBA Priority = 1 rf1 = 6576., 6576., 7076., 7076. ifname = A, C, B, D rf2 = 7088., 7088., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.6 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 7600., 7600., 8100., 8100. / Name = vc_sv Station = VLBA Priority = 1 rf1 = 6576., 6576., 7376., 7376. ifname = A, C, B, D rf2 = 7088., 7088., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.6 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 7600., 7600., 8400., 8400. / Name = vc_sw Station = VLBA Priority = 2 rf1 = 6576., 6576., 7576., 7576. ifname = A, C, B, D rf2 = 7088., 7088., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.6 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 7600., 7600., 8600., 8600. / Name = vc_qt Station = VLBA Priority = 3 rf1 = 6800., 6800., 6876., 6876. ifname = A, C, B, D rf2 = 7124., 7124., 7388., 7388. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 7.9 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 7900., 7900. / Name = vc_qu Station = VLBA Priority = 3 rf1 = 6800., 6800., 7076., 7076. ifname = A, C, B, D rf2 = 7124., 7124., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 8100., 8100. / Name = vc_qv Station = VLBA Priority = 3 rf1 = 6800., 6800., 7376., 7376. ifname = A, C, B, D rf2 = 7124., 7124., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 8400., 8400. / Name = vc_qw Station = VLBA Priority = 4 rf1 = 6800., 6800., 7576., 7576. ifname = A, C, B, D rf2 = 7124., 7124., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 6.1 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 6100., 6100., 8600., 8600. / Name = vc_tu Station = VLBA Priority = 1 rf1 = 6876., 6876., 7076., 7076. ifname = A, C, B, D rf2 = 7388., 7388., 7588., 7588. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.9 syn(1) = 8.1 pol = RCP, LCP, RCP, LCP lo1 = 7900., 7900., 8100., 8100. / Name = vc_tv Station = VLBA Priority = 1 rf1 = 6876., 6876., 7376., 7376. ifname = A, C, B, D rf2 = 7388., 7388., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.9 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 7900., 7900., 8400., 8400. / Name = vc_tw Station = VLBA Priority = 2 rf1 = 6876., 6876., 7576., 7576. ifname = A, C, B, D rf2 = 7388., 7388., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 7.9 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 7900., 7900., 8600., 8600. / Name = vc_uv Station = VLBA Priority = 1 rf1 = 7076., 7076., 7376., 7376. ifname = A, C, B, D rf2 = 7588., 7588., 7888., 7888. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 8.1 syn(1) = 8.4 pol = RCP, LCP, RCP, LCP lo1 = 8100., 8100., 8400., 8400. / Name = vc_uw Station = VLBA Priority = 2 rf1 = 7076., 7076., 7576., 7576. ifname = A, C, B, D rf2 = 7588., 7588., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 8.1 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 8100., 8100., 8600., 8600. / Name = vc_vw Station = VLBA Priority = 2 rf1 = 7376., 7376., 7576., 7576. ifname = A, C, B, D rf2 = 7888., 7888., 7900., 7900. fe = '6cm', '6cm', '6cm', '6cm' syn(2) = 8.4 syn(1) = 8.6 pol = RCP, LCP, RCP, LCP lo1 = 8400., 8400., 8600., 8600. / ! 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 = 8124, 8124 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 7100, 7100 syn(1) = 7.1 / Name = v4cm_2 Station = VLBA Priority = 0 rf1 = 7912, 7912 ifname = B, D rf2 = 8424, 8424 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 7400, 7400 syn(1) = 7.4 / Name = v4cm_3 Station = VLBA Priority = 0 rf1 = 8112, 8112 ifname = B, D rf2 = 8624, 8624 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 7600, 7600 syn(1) = 7.6 / Name = v4cm_4 Station = VLBA Priority = 2 rf1 = 8412, 8412 ifname = B, D rf2 = 8924, 8924 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 7900, 7900 syn(1) = 7.9 note = 'LO is in receiver band.' / ! This is almost the same frequency range as v4cm_3, but ! allows matching non-VLBA stations that want a high LO. ! Note that with the PFB, the bands will not be the same ! as in v4cm_3 as there is a 36 MHz shift. Name = v4cm_5 Station = VLBA Priority = 1 rf1 = 8076, 8076 ifname = B, D rf2 = 8588, 8588 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 9100, 9100 syn(1) = 9.1 / Name = v4cm_6 Station = VLBA Priority = 0 rf1 = 8376, 8376 ifname = B, D rf2 = 8888, 8888 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 9400, 9400 syn(1) = 9.4 / Name = v4cm_7 Station = VLBA Priority = 0 rf1 = 8576, 8576 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 = 1876, 1876, 7912, 7912 ifname = A, C, B, D rf2 = 2388, 2388, 8424, 8424 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 = 1876, 1876, 8112, 8112 ifname = A, C , B , D rf2 = 2388, 2388, 8624, 8624 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 = 1876, 1876, 8376, 8376 ifname = A, C, B, D rf2 = 2388, 2388, 8888, 8888 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 = 1876, 1876, 8576, 8576 ifname = A, C, B, D rf2 = 2388, 2388, 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 = 2076, 2076, 7912, 7912 ifname = A, C, B, D rf2 = 2588, 2588, 8424, 8424 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 = 2076, 2076, 8112, 8112 ifname = A, C, B, D rf2 = 2588, 2588, 8624, 8624 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 = 2076, 2076, 8376, 8376 ifname = A, C, B, D rf2 = 2588, 2588, 8888, 8888 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 = 2076, 2076, 8576, 8576 ifname = A, C, B, D rf2 = 2588, 2588, 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 = 1876, 1876, 7912, 8376 ifname = A, C, B, D rf2 = 2388, 2388, 8424, 8888 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 = 1876, 1876, 8112, 8376 ifname = A, C , B , D rf2 = 2388, 2388, 8624, 8888 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 = 2076, 2076, 7912, 8376 ifname = A, C, B, D rf2 = 2588, 2588, 8424, 8888 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 = 2076, 2076, 8112, 8376 ifname = A, C, B, D rf2 = 2588, 2588, 8624, 8888 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 = 1876, 1876, 7912, 8576 ifname = A, C, B, D rf2 = 2388, 2388, 8424, 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 = 1876, 1876, 8112, 8576 ifname = A, C , B , D rf2 = 2388, 2388, 8624, 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 = 2076, 2076, 7912, 8576 ifname = A, C, B, D rf2 = 2588, 2588, 8424, 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 = 2076, 2076, 8112, 8576 ifname = A, C, B, D rf2 = 2588, 2588, 8624, 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 The IF converter for 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 = 12124, 12124 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 Station = VLBA Priority = 0 rf1 = 11912, 11912 ifname = B, D rf2 = 12424, 12424 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 = 12112, 12112 ifname = B, D rf2 = 12624, 12624 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 = 12412, 12412 ifname = B, D rf2 = 12924, 12924 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 = 12612, 12612 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 = 13124, 13124 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 = 12912, 12912 ifname = B, D rf2 = 13424, 13424 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 = 13112, 13112 ifname = B, D rf2 = 13624, 13624 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 = 13412, 13412 ifname = B, D rf2 = 13924, 13924 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 = 13612, 13612 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 = 14124, 14124 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 = 13912, 13912 ifname = B, D rf2 = 14424, 14424 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 = 14112, 14112 ifname = B, D rf2 = 14624, 14624 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 = 14412, 14412 ifname = B, D rf2 = 14924, 14924 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 = 14612, 14612 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 = 15124, 15124 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 = 14912, 14912 ifname = B, D rf2 = 15424, 15424 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 = 15112, 15112 ifname = B, D rf2 = 15624, 15624 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 = 15412, 15412 ifname = B, D rf2 = 15924, 15924 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 = 20512, 20512 ifname = B, D rf2 = 21024, 21024 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 = 20712, 20712 ifname = B, D rf2 = 21224, 21224 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 = 21012, 21012 ifname = B, D rf2 = 21524, 21524 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 = 21212, 21212 ifname = B, D rf2 = 21724, 21724 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 = 21312, 21312 ifname = B, D rf2 = 21824, 21824 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 = 21512, 21512 ifname = B, D rf2 = 22024, 22024 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 = 21712, 21712 ifname = B, D rf2 = 22224, 22224 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 = 21812, 21812 ifname = B, D rf2 = 22324, 22324 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 = 22012, 22012 ifname = B, D rf2 = 22524, 22524 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 = 22012, 22012 ifname = B, D rf2 = 22524, 22524 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 = 22212, 22212 ifname = B, D rf2 = 22724, 22724 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 = 22312, 22312 ifname = B, D rf2 = 22824, 22824 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 = 22512, 22512 ifname = B, D rf2 = 23024, 23024 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 = 22512, 22512 ifname = B, D rf2 = 23024, 23024 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 = 22712, 22712 ifname = B, D rf2 = 23224, 23224 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 = 22812, 22812 ifname = B, D rf2 = 23324, 23324 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 = 23012, 23012 ifname = B, D rf2 = 23524, 23524 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 = 23012, 23012 ifname = B, D rf2 = 23524, 23524 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 = 23212, 23212 ifname = B, D rf2 = 23724, 23724 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 = 23312, 23312 ifname = B, D rf2 = 23824, 23824 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 = 23512, 23512 ifname = B, D rf2 = 24024, 24024 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 = 23512, 23512 ifname = B, D rf2 = 24024, 24024 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 = 23712, 23712 ifname = B, D rf2 = 24224, 24224 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 = 23812, 23812 ifname = B, D rf2 = 24324, 24324 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 = 24012, 24012 ifname = B, D rf2 = 24524, 24524 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 = 24012, 24012 ifname = B, D rf2 = 24524, 24524 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 = 24212, 24212 ifname = B, D rf2 = 24724, 24724 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 = 24312, 24312 ifname = B, D rf2 = 24824, 24824 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 = 24512, 24512 ifname = B, D rf2 = 25024, 25024 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 = 24812, 24812 ifname = B, D rf2 = 25324, 25324 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 = 37612, 37612 ifname = A, C rf2 = 38124, 38124 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 = 37812, 37812 ifname = A, C rf2 = 38324, 38324 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 = 38212, 38212 ifname = A, C rf2 = 38724, 38724 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 = 38412, 38412 ifname = A, C rf2 = 38924, 38924 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 = 38676, 38676 ifname = A, C rf2 = 39188, 39188 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 = 38876, 38876 ifname = A, C rf2 = 39388, 39388 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 = 39112, 39112 ifname = A, C rf2 = 39624, 39624 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 = 39312, 39312 ifname = A, C rf2 = 39824, 39824 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 = 39576, 39576 ifname = A, C rf2 = 40088, 40088 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 = 39712, 39712 ifname = A, C rf2 = 40224, 40224 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 = 39776, 39776 ifname = A, C rf2 = 40288, 40288 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 = 39912, 39912 ifname = A, C rf2 = 40424, 40424 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 = 40176, 40176 ifname = A, C rf2 = 40688, 40688 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 = 40376, 40376 ifname = A, C rf2 = 40888, 40888 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 = 40612, 40612 ifname = A, C rf2 = 41124, 41124 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 = 40812, 40812 ifname = A, C rf2 = 41324, 41324 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 = 41076, 41076 ifname = A, C rf2 = 41588, 41588 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 = 41212, 41212 ifname = A, C rf2 = 41724, 41724 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 = 41276, 41276 ifname = A, C rf2 = 41788, 41788 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 = 41412, 41412 ifname = A, C rf2 = 41924, 41924 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 = 41676, 41676 ifname = A, C rf2 = 42188, 42188 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 = 41876, 41876 ifname = A, C rf2 = 42388, 42388 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 = 42112, 42112 ifname = A, C rf2 = 42624, 42624 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 = 42312, 42312 ifname = A, C rf2 = 42824, 42824 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 = 42576, 42576 ifname = A, C rf2 = 43088, 43088 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 = 42712, 42712 ifname = A, C rf2 = 43224, 43224 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 = 42776, 42776 ifname = A, C rf2 = 43288, 43288 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 = 42912, 42912 ifname = A, C rf2 = 43424, 43424 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 = 43176, 43176 ifname = A, C rf2 = 43688, 43688 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 = 43376, 43376 ifname = A, C rf2 = 43888, 43888 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 = 43612, 43612 ifname = A, C rf2 = 44124, 44124 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 = 43812, 43812 ifname = A, C rf2 = 44324, 44324 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 = 44076, 44076 ifname = A, C rf2 = 44588, 44588 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 = 44212, 44212 ifname = A, C rf2 = 44724, 44724 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 = 44276, 44276 ifname = A, C rf2 = 44788, 44788 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 = 44412, 44412 ifname = A, C rf2 = 44924, 44924 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 = 44676, 44676 ifname = A, C rf2 = 45188, 45188 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 = 44876, 44876 ifname = A, C rf2 = 45388, 45388 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 = 45112, 45112 ifname = A, C rf2 = 45624, 45624 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 = 45312, 45312 ifname = A, C rf2 = 45824, 45824 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 = 45576, 45576 ifname = A, C rf2 = 46088, 46088 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 = 45712, 45712 ifname = A, C rf2 = 46224, 46224 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 = 45776, 45776 ifname = A, C rf2 = 46288, 46288 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 = 45912, 45912 ifname = A, C rf2 = 46424, 46424 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 = 79712., 79712. ifname = B, D rf2 = 80224., 80224. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 79200., 79200. syn(3) = 11.1 ! First IF = 13112. to 13624. / Name = v3mm_ai Station = VLBA Priority = 0 rf1 = 79812., 79812. ifname = B, D rf2 = 80324., 80324. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 79300., 79300. syn(3) = 10.9 ! First IF = 14412. to 14924. / Name = v3mm_bf Station = VLBA Priority = 0 rf1 = 80012., 80012. ifname = B, D rf2 = 80524., 80524. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 79500., 79500. syn(3) = 11.1 ! First IF = 13412. to 13924. / Name = v3mm_aj Station = VLBA Priority = 0 rf1 = 80312., 80312. ifname = B, D rf2 = 80824., 80824. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 79800., 79800. syn(3) = 10.9 ! First IF = 14912. to 15424. / Name = v3mm_ak Station = VLBA Priority = 0 rf1 = 80512., 80512. ifname = B, D rf2 = 81024., 81024. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 80000., 80000. syn(3) = 10.9 ! First IF = 15112. to 15624. / Name = v3mm_bg Station = VLBA Priority = 0 rf1 = 80512., 80512. ifname = B, D rf2 = 81024., 81024. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 80000., 80000. syn(3) = 11.1 ! First IF = 13912. to 14424. / Name = v3mm_bh Station = VLBA Priority = 0 rf1 = 80712., 80712. ifname = B, D rf2 = 81224., 81224. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 80200., 80200. syn(3) = 11.1 ! First IF = 14112. to 14624. / Name = v3mm_cc Station = VLBA Priority = 0 rf1 = 80812., 80812. ifname = B, D rf2 = 81324., 81324. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 80300., 80300. syn(3) = 11.4 ! First IF = 12412. to 12924. / Name = v3mm_bi Station = VLBA Priority = 0 rf1 = 81012., 81012. ifname = B, D rf2 = 81524., 81524. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 80500., 80500. syn(3) = 11.1 ! First IF = 14412. to 14924. / Name = v3mm_cd Station = VLBA Priority = 0 rf1 = 81312., 81312. ifname = B, D rf2 = 81824., 81824. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 80800., 80800. syn(3) = 11.4 ! First IF = 12912. to 13424. / Name = v3mm_ce Station = VLBA Priority = 0 rf1 = 81512., 81512. ifname = B, D rf2 = 82024., 82024. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 81000., 81000. syn(3) = 11.4 ! First IF = 13112. to 13624. / Name = v3mm_bj Station = VLBA Priority = 0 rf1 = 81512., 81512. ifname = B, D rf2 = 82024., 82024. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 81000., 81000. syn(3) = 11.1 ! First IF = 14912. to 15424. / Name = v3mm_bk Station = VLBA Priority = 0 rf1 = 81712., 81712. ifname = B, D rf2 = 82224., 82224. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 81200., 81200. syn(3) = 11.1 ! First IF = 15112. to 15624. / Name = v3mm_cf Station = VLBA Priority = 0 rf1 = 81812., 81812. ifname = B, D rf2 = 82324., 82324. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 81300., 81300. syn(3) = 11.4 ! First IF = 13412. to 13924. / Name = v3mm_dc Station = VLBA Priority = 0 rf1 = 82012., 82012. ifname = B, D rf2 = 82524., 82524. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 81500., 81500. syn(3) = 11.6 ! First IF = 12412. to 12924. / Name = v3mm_cg Station = VLBA Priority = 0 rf1 = 82312., 82312. ifname = B, D rf2 = 82824., 82824. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 81800., 81800. syn(3) = 11.4 ! First IF = 13912. to 14424. / Name = v3mm_ch Station = VLBA Priority = 0 rf1 = 82512., 82512. ifname = B, D rf2 = 83024., 83024. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 82000., 82000. syn(3) = 11.4 ! First IF = 14112. to 14624. / Name = v3mm_dd Station = VLBA Priority = 0 rf1 = 82512., 82512. ifname = B, D rf2 = 83024., 83024. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 82000., 82000. syn(3) = 11.6 ! First IF = 12912. to 13424. / Name = v3mm_de Station = VLBA Priority = 0 rf1 = 82712., 82712. ifname = B, D rf2 = 83224., 83224. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 82200., 82200. syn(3) = 11.6 ! First IF = 13112. to 13624. / Name = v3mm_ci Station = VLBA Priority = 0 rf1 = 82812., 82812. ifname = B, D rf2 = 83324., 83324. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 82300., 82300. syn(3) = 11.4 ! First IF = 14412. to 14924. / Name = v3mm_df Station = VLBA Priority = 0 rf1 = 83012., 83012. ifname = B, D rf2 = 83524., 83524. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 82500., 82500. syn(3) = 11.6 ! First IF = 13412. to 13924. / Name = v3mm_cj Station = VLBA Priority = 0 rf1 = 83312., 83312. ifname = B, D rf2 = 83824., 83824. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 82800., 82800. syn(3) = 11.4 ! First IF = 14912. to 15424. / Name = v3mm_ck Station = VLBA Priority = 0 rf1 = 83512., 83512. ifname = B, D rf2 = 84024., 84024. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 83000., 83000. syn(3) = 11.4 ! First IF = 15112. to 15624. / Name = v3mm_dg Station = VLBA Priority = 0 rf1 = 83512., 83512. ifname = B, D rf2 = 84024., 84024. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 83000., 83000. syn(3) = 11.6 ! First IF = 13912. to 14424. / Name = v3mm_dh Station = VLBA Priority = 0 rf1 = 83712., 83712. ifname = B, D rf2 = 84224., 84224. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 83200., 83200. syn(3) = 11.6 ! First IF = 14112. to 14624. / Name = v3mm_ec Station = VLBA Priority = 0 rf1 = 83812., 83812. ifname = B, D rf2 = 84324., 84324. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 83300., 83300. syn(3) = 11.9 ! First IF = 12412. to 12924. / Name = v3mm_di Station = VLBA Priority = 0 rf1 = 84012., 84012. ifname = B, D rf2 = 84524., 84524. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 83500., 83500. syn(3) = 11.6 ! First IF = 14412. to 14924. / Name = v3mm_ed Station = VLBA Priority = 0 rf1 = 84312., 84312. ifname = B, D rf2 = 84824., 84824. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 83800., 83800. syn(3) = 11.9 ! First IF = 12912. to 13424. / Name = v3mm_ee Station = VLBA Priority = 0 rf1 = 84512., 84512. ifname = B, D rf2 = 85024., 85024. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 84000., 84000. syn(3) = 11.9 ! First IF = 13112. to 13624. / Name = v3mm_dj Station = VLBA Priority = 0 rf1 = 84512., 84512. ifname = B, D rf2 = 85024., 85024. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 84000., 84000. syn(3) = 11.6 ! First IF = 14912. to 15424. / Name = v3mm_dk Station = VLBA Priority = 0 rf1 = 84712., 84712. ifname = B, D rf2 = 85224., 85224. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 84200., 84200. syn(3) = 11.6 ! First IF = 15112. to 15624. / Name = v3mm_ef Station = VLBA Priority = 0 rf1 = 84812., 84812. ifname = B, D rf2 = 85324., 85324. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 84300., 84300. syn(3) = 11.9 ! First IF = 13412. to 13924. / Name = v3mm_fc Station = VLBA Priority = 0 rf1 = 85012., 85012. ifname = B, D rf2 = 85524., 85524. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 84500., 84500. syn(3) = 12.1 ! First IF = 12412. to 12924. / Name = v3mm_eg Station = VLBA Priority = 0 rf1 = 85312., 85312. ifname = B, D rf2 = 85824., 85824. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 84800., 84800. syn(3) = 11.9 ! First IF = 13912. to 14424. / Name = v3mm_eh Station = VLBA Priority = 0 rf1 = 85512., 85512. ifname = B, D rf2 = 86024., 86024. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 85000., 85000. syn(3) = 11.9 ! First IF = 14112. to 14624. / Name = v3mm_fd Station = VLBA Priority = 0 rf1 = 85512., 85512. ifname = B, D rf2 = 86024., 86024. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 85000., 85000. syn(3) = 12.1 ! First IF = 12912. to 13424. / Name = v3mm_fe Station = VLBA Priority = 0 rf1 = 85712., 85712. ifname = B, D rf2 = 86224., 86224. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 85200., 85200. syn(3) = 12.1 ! First IF = 13112. to 13624. / Name = v3mm_ei Station = VLBA Priority = 0 rf1 = 85812., 85812. ifname = B, D rf2 = 86324., 86324. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 85300., 85300. syn(3) = 11.9 ! First IF = 14412. to 14924. / Name = v3mm_ff Station = VLBA Priority = 0 rf1 = 86012., 86012. ifname = B, D rf2 = 86524., 86524. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 85500., 85500. syn(3) = 12.1 ! First IF = 13412. to 13924. / Name = v3mm_ej Station = VLBA Priority = 0 rf1 = 86312., 86312. ifname = B, D rf2 = 86824., 86824. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 85800., 85800. syn(3) = 11.9 ! First IF = 14912. to 15424. / Name = v3mm_ek Station = VLBA Priority = 0 rf1 = 86512., 86512. ifname = B, D rf2 = 87024., 87024. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 86000., 86000. syn(3) = 11.9 ! First IF = 15112. to 15624. / Name = v3mm_fg Station = VLBA Priority = 0 rf1 = 86512., 86512. ifname = B, D rf2 = 87024., 87024. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 86000., 86000. syn(3) = 12.1 ! First IF = 13912. to 14424. / Name = v3mm_fh Station = VLBA Priority = 0 rf1 = 86712., 86712. ifname = B, D rf2 = 87224., 87224. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 86200., 86200. syn(3) = 12.1 ! First IF = 14112. to 14624. / Name = v3mm_gc Station = VLBA Priority = 0 rf1 = 86812., 86812. ifname = B, D rf2 = 87324., 87324. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 86300., 86300. syn(3) = 12.4 ! First IF = 12412. to 12924. / Name = v3mm_fi Station = VLBA Priority = 0 rf1 = 87012., 87012. ifname = B, D rf2 = 87524., 87524. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 86500., 86500. syn(3) = 12.1 ! First IF = 14412. to 14924. / Name = v3mm_gd Station = VLBA Priority = 0 rf1 = 87312., 87312. ifname = B, D rf2 = 87824., 87824. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 86800., 86800. syn(3) = 12.4 ! First IF = 12912. to 13424. / Name = v3mm_ge Station = VLBA Priority = 0 rf1 = 87512., 87512. ifname = B, D rf2 = 88024., 88024. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 87000., 87000. syn(3) = 12.4 ! First IF = 13112. to 13624. / Name = v3mm_fj Station = VLBA Priority = 0 rf1 = 87512., 87512. ifname = B, D rf2 = 88024., 88024. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 87000., 87000. syn(3) = 12.1 ! First IF = 14912. to 15424. / Name = v3mm_fk Station = VLBA Priority = 0 rf1 = 87712., 87712. ifname = B, D rf2 = 88224., 88224. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 87200., 87200. syn(3) = 12.1 ! First IF = 15112. to 15624. / Name = v3mm_gf Station = VLBA Priority = 0 rf1 = 87812., 87812. ifname = B, D rf2 = 88324., 88324. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 87300., 87300. syn(3) = 12.4 ! First IF = 13412. to 13924. / Name = v3mm_hc Station = VLBA Priority = 0 rf1 = 88012., 88012. ifname = B, D rf2 = 88524., 88524. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 87500., 87500. syn(3) = 12.6 ! First IF = 12412. to 12924. / Name = v3mm_gg Station = VLBA Priority = 0 rf1 = 88312., 88312. ifname = B, D rf2 = 88824., 88824. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 87800., 87800. syn(3) = 12.4 ! First IF = 13912. to 14424. / Name = v3mm_gh Station = VLBA Priority = 0 rf1 = 88512., 88512. ifname = B, D rf2 = 89024., 89024. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 88000., 88000. syn(3) = 12.4 ! First IF = 14112. to 14624. / Name = v3mm_hd Station = VLBA Priority = 0 rf1 = 88512., 88512. ifname = B, D rf2 = 89024., 89024. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 88000., 88000. syn(3) = 12.6 ! First IF = 12912. to 13424. / Name = v3mm_he Station = VLBA Priority = 0 rf1 = 88712., 88712. ifname = B, D rf2 = 89224., 89224. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 88200., 88200. syn(3) = 12.6 ! First IF = 13112. to 13624. / Name = v3mm_gi Station = VLBA Priority = 0 rf1 = 88812., 88812. ifname = B, D rf2 = 89324., 89324. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 88300., 88300. syn(3) = 12.4 ! First IF = 14412. to 14924. / Name = v3mm_hf Station = VLBA Priority = 0 rf1 = 89012., 89012. ifname = B, D rf2 = 89524., 89524. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 88500., 88500. syn(3) = 12.6 ! First IF = 13412. to 13924. / Name = v3mm_gj Station = VLBA Priority = 0 rf1 = 89312., 89312. ifname = B, D rf2 = 89824., 89824. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 88800., 88800. syn(3) = 12.4 ! First IF = 14912. to 15424. / Name = v3mm_gk Station = VLBA Priority = 0 rf1 = 89512., 89512. ifname = B, D rf2 = 90024., 90024. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 89000., 89000. syn(3) = 12.4 ! First IF = 15112. to 15624. / Name = v3mm_hg Station = VLBA Priority = 0 rf1 = 89512., 89512. ifname = B, D rf2 = 90024., 90024. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 89000., 89000. syn(3) = 12.6 ! First IF = 13912. to 14424. / Name = v3mm_hh Station = VLBA Priority = 0 rf1 = 89712., 89712. ifname = B, D rf2 = 90224., 90224. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 89200., 89200. syn(3) = 12.6 ! First IF = 14112. to 14624. / Name = v3mm_ic Station = VLBA Priority = 0 rf1 = 89812., 89812. ifname = B, D rf2 = 90324., 90324. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 89300., 89300. syn(3) = 12.9 ! First IF = 12412. to 12924. / Name = v3mm_hi Station = VLBA Priority = 0 rf1 = 90012., 90012. ifname = B, D rf2 = 90524., 90524. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 89500., 89500. syn(3) = 12.6 ! First IF = 14412. to 14924. / Name = v3mm_id Station = VLBA Priority = 0 rf1 = 90312., 90312. ifname = B, D rf2 = 90824., 90824. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 89800., 89800. syn(3) = 12.9 ! First IF = 12912. to 13424. / Name = v3mm_ie Station = VLBA Priority = 0 rf1 = 90512., 90512. ifname = B, D rf2 = 91024., 91024. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 90000., 90000. syn(3) = 12.9 ! First IF = 13112. to 13624. / Name = v3mm_hj Station = VLBA Priority = 0 rf1 = 90512., 90512. ifname = B, D rf2 = 91024., 91024. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 90000., 90000. syn(3) = 12.6 ! First IF = 14912. to 15424. / Name = v3mm_hk Station = VLBA Priority = 0 rf1 = 90712., 90712. ifname = B, D rf2 = 91224., 91224. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 90200., 90200. syn(3) = 12.6 ! First IF = 15112. to 15624. / Name = v3mm_if Station = VLBA Priority = 0 rf1 = 90812., 90812. ifname = B, D rf2 = 91324., 91324. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 90300., 90300. syn(3) = 12.9 ! First IF = 13412. to 13924. / Name = v3mm_jc Station = VLBA Priority = 0 rf1 = 91012., 91012. ifname = B, D rf2 = 91524., 91524. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 90500., 90500. syn(3) = 13.1 ! First IF = 12412. to 12924. / Name = v3mm_ig Station = VLBA Priority = 0 rf1 = 91312., 91312. ifname = B, D rf2 = 91824., 91824. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 90800., 90800. syn(3) = 12.9 ! First IF = 13912. to 14424. / Name = v3mm_ih Station = VLBA Priority = 0 rf1 = 91512., 91512. ifname = B, D rf2 = 92024., 92024. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 91000., 91000. syn(3) = 12.9 ! First IF = 14112. to 14624. / Name = v3mm_jd Station = VLBA Priority = 0 rf1 = 91512., 91512. ifname = B, D rf2 = 92024., 92024. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 91000., 91000. syn(3) = 13.1 ! First IF = 12912. to 13424. / Name = v3mm_je Station = VLBA Priority = 0 rf1 = 91712., 91712. ifname = B, D rf2 = 92224., 92224. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 91200., 91200. syn(3) = 13.1 ! First IF = 13112. to 13624. / Name = v3mm_ii Station = VLBA Priority = 0 rf1 = 91812., 91812. ifname = B, D rf2 = 92324., 92324. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 91300., 91300. syn(3) = 12.9 ! First IF = 14412. to 14924. / Name = v3mm_jf Station = VLBA Priority = 0 rf1 = 92012., 92012. ifname = B, D rf2 = 92524., 92524. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 91500., 91500. syn(3) = 13.1 ! First IF = 13412. to 13924. / Name = v3mm_ij Station = VLBA Priority = 0 rf1 = 92312., 92312. ifname = B, D rf2 = 92824., 92824. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 91800., 91800. syn(3) = 12.9 ! First IF = 14912. to 15424. / Name = v3mm_ik Station = VLBA Priority = 0 rf1 = 92512., 92512. ifname = B, D rf2 = 93024., 93024. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 92000., 92000. syn(3) = 12.9 ! First IF = 15112. to 15624. / Name = v3mm_jg Station = VLBA Priority = 0 rf1 = 92512., 92512. ifname = B, D rf2 = 93024., 93024. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 92000., 92000. syn(3) = 13.1 ! First IF = 13912. to 14424. / Name = v3mm_jh Station = VLBA Priority = 0 rf1 = 92712., 92712. ifname = B, D rf2 = 93224., 93224. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 92200., 92200. syn(3) = 13.1 ! First IF = 14112. to 14624. / Name = v3mm_kc Station = VLBA Priority = 0 rf1 = 92812., 92812. ifname = B, D rf2 = 93324., 93324. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 92300., 92300. syn(3) = 13.4 ! First IF = 12412. to 12924. / Name = v3mm_ji Station = VLBA Priority = 0 rf1 = 93012., 93012. ifname = B, D rf2 = 93524., 93524. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 92500., 92500. syn(3) = 13.1 ! First IF = 14412. to 14924. / Name = v3mm_kd Station = VLBA Priority = 0 rf1 = 93312., 93312. ifname = B, D rf2 = 93824., 93824. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 92800., 92800. syn(3) = 13.4 ! First IF = 12912. to 13424. / Name = v3mm_ke Station = VLBA Priority = 0 rf1 = 93512., 93512. ifname = B, D rf2 = 94024., 94024. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 93000., 93000. syn(3) = 13.4 ! First IF = 13112. to 13624. / Name = v3mm_jj Station = VLBA Priority = 0 rf1 = 93512., 93512. ifname = B, D rf2 = 94024., 94024. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 93000., 93000. syn(3) = 13.1 ! First IF = 14912. to 15424. / Name = v3mm_jk Station = VLBA Priority = 0 rf1 = 93712., 93712. ifname = B, D rf2 = 94224., 94224. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 93200., 93200. syn(3) = 13.1 ! First IF = 15112. to 15624. / Name = v3mm_kf Station = VLBA Priority = 0 rf1 = 93812., 93812. ifname = B, D rf2 = 94324., 94324. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 93300., 93300. syn(3) = 13.4 ! First IF = 13412. to 13924. / Name = v3mm_lc Station = VLBA Priority = 0 rf1 = 94012., 94012. ifname = B, D rf2 = 94524., 94524. fe = '3mm', '3mm' syn(1) = 11.9 pol = RCP, LCP lo1 = 93500., 93500. syn(3) = 13.6 ! First IF = 12412. to 12924. / Name = v3mm_kg Station = VLBA Priority = 0 rf1 = 94312., 94312. ifname = B, D rf2 = 94824., 94824. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 93800., 93800. syn(3) = 13.4 ! First IF = 13912. to 14424. / Name = v3mm_kh Station = VLBA Priority = 0 rf1 = 94512., 94512. ifname = B, D rf2 = 95024., 95024. fe = '3mm', '3mm' syn(1) = 13.6 pol = RCP, LCP lo1 = 94000., 94000. syn(3) = 13.4 ! First IF = 14112. to 14624. / Name = v3mm_ld Station = VLBA Priority = 0 rf1 = 94512., 94512. ifname = B, D rf2 = 95024., 95024. fe = '3mm', '3mm' syn(1) = 12.4 pol = RCP, LCP lo1 = 94000., 94000. syn(3) = 13.6 ! First IF = 12912. to 13424. / Name = v3mm_le Station = VLBA Priority = 0 rf1 = 94712., 94712. ifname = B, D rf2 = 95224., 95224. fe = '3mm', '3mm' syn(1) = 12.6 pol = RCP, LCP lo1 = 94200., 94200. syn(3) = 13.6 ! First IF = 13112. to 13624. / Name = v3mm_ki Station = VLBA Priority = 0 rf1 = 94812., 94812. ifname = B, D rf2 = 95324., 95324. fe = '3mm', '3mm' syn(1) = 13.9 pol = RCP, LCP lo1 = 94300., 94300. syn(3) = 13.4 ! First IF = 14412. to 14924. / Name = v3mm_lf Station = VLBA Priority = 0 rf1 = 95012., 95012. ifname = B, D rf2 = 95524., 95524. fe = '3mm', '3mm' syn(1) = 12.9 pol = RCP, LCP lo1 = 94500., 94500. syn(3) = 13.6 ! First IF = 13412. to 13924. / Name = v3mm_kj Station = VLBA Priority = 0 rf1 = 95312., 95312. ifname = B, D rf2 = 95824., 95824. fe = '3mm', '3mm' syn(1) = 14.4 pol = RCP, LCP lo1 = 94800., 94800. syn(3) = 13.4 ! First IF = 14912. to 15424. / Name = v3mm_kk Station = VLBA Priority = 0 rf1 = 95512., 95512. ifname = B, D rf2 = 96024., 96024. fe = '3mm', '3mm' syn(1) = 14.6 pol = RCP, LCP lo1 = 95000., 95000. syn(3) = 13.4 ! First IF = 15112. to 15624. / Name = v3mm_lg Station = VLBA Priority = 0 rf1 = 95512., 95512. ifname = B, D rf2 = 96024., 96024. fe = '3mm', '3mm' syn(1) = 13.4 pol = RCP, LCP lo1 = 95000., 95000. syn(3) = 13.6 ! First IF = 13912. to 14424. / ! --------------- END OF VLBA SECTION ---------------------------- ! ! ===================================================================== ! 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) ! Some additions to get same LOs as VLBA as needed by the RDBE. ! Later changed priority to use the original LOs by default, ! not the new RDBE ones. Force the RDBE user to set FIRSTLO. ! Aug. 15, 2011 Added the K band multi-beam receiver. RCW. ! Some date - changed to A, C for all but the new K band. RCW. ! ! *** This is a version set up for use with the RDBE. It is ! called freq_RDBE_GB.dat. ! For most bands, this is just using N*500+-100, or the corresponding ! restrictions for 2 LO systems. ! For cases where the VLBA and GBT use opposite sidebands, the ! GBT LO is set offset by 1024+512=1536 MHz from the corresponding ! VLBA LO. That way, the 512 MHz bands match. For the PFB ! personality, DiFX can invert sidebands so, if the RF frequencies ! match, they can be correlated. SCHED will be taught to ! recognize this. Oct 11, 2011 RCW ! ----------------------------------------------------------------- ! 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. ! ! 90cm will still have 500 MHz added on the VLBA, not 512. ! So the full IF (mostly empty) corresponds to 12-524 MHz RF. ! The GBT then needs to be at 524+512=1036 MHz to get the ! same RF range. Name = gbt90cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 290, 290 ifname = A, C rf2 = 395, 395 fe = '90cm', '90cm' pol = RCP, LCP lo1 = 1036.0, 1036.0 note = 'LO1=1.348, LO2=10.812, LO3=10.5 ' / ! The VLBA can't do this so don't change to match IFs. Name = gbt70cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 385, 385 ifname = A, C rf2 = 520, 520 fe = '70cm', '70cm' pol = RCP, LCP lo1 = 1200.0, 1200.0 note = 'LO1=1.530, LO2=10.83, LO3=10.5 ' / ! I think setting the lo1 at 1536 will take care of having ! 512-1024 on the VLBA come out in 1024-512 in the GBT IF. Name = gbt50cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 512, 512 ifname = A, C rf2 = 690, 690 fe = '50cm', '50cm' pol = RCP, LCP lo1 = 1536.0, 1536.0 note = 'LO1=1.848, LO2=10.812, LO3=10.5 ' / ! The VLBA can't do this so don't change to match IFs. 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 !---------------------------------------------------- ! This VLBA can't do this so don't bother trying to match IFs. 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 ! Ghigo email of 04/19/2011 indicates 1.1-1.8 ! The entries below are both limited by this range. ! 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 ! VLBA and GBT can use the same LOs, so just adjust for 512-1024 !---------------------------------------------------- Name = g20cm_1 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 1100, 1100 ifname = A, C rf2 = 1588, 1588 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 2100.0, 2100.0 note = 'LO1=4.332, LO2=12.732, LO3=10.5 ' / Name = g20cm_2 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 1376, 1376 ifname = A, C rf2 = 1800, 1800 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 2400.0, 2400.0 note = 'LO1=4.632, LO2=12.732, 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. ! VLBA and GBT can use the same LOs, so just adjust for 512-1024 !---------------------------------------------------- Name = gbt16cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 1680, 1680 ifname = A, C rf2 = 2088, 2088 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 2600.0, 2600.0 note = 'LO1=7.832, LO2=15.732, LO3=10.5 ' / Name = gbt13cm Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 1876, 1876 ifname = A, C rf2 = 2388, 2388 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 2900.0, 2900.0 note = 'LO1=8.132, LO2=15.732, LO3=10.5 ' / Name = g13cm_2 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 2076, 2076 ifname = A, C rf2 = 2588, 2588 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 3100.0, 3100.0 note = 'LO1=8.332, LO2=15.732, 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. ! I did not put in this file until Jan 6, 2009 RCW Reconfirmed with ! Frank Ghigo at that time. ! Later they were adjusted for the RDBE. For example, for the second ! To match the 512-1024 IF band when the VLBA LO is at 3900, ! the GBT will need to be at 4924+512=5436 Name = gbt6cma Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 3912, 3912 ifname = A, C rf2 = 4424, 4424 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4936.0, 4936.0 note = 'LO1=7.168, LO2=12.732, LO3=10.5 ' / Name = gbt6cmb Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 4412, 4412 ifname = A, C rf2 = 4924, 4924 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 5436.0, 5436.0 note = 'LO1=7.668, LO2=12.732, LO3=10.5 ' / Name = gbt6cmc Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 4612, 4612 ifname = A, C rf2 = 5124, 5124 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 5636.0, 5636.0 note = 'LO1=7.868, LO2=12.732, LO3=10.5 ' / ! Add a couple to use when the old standard frequecy of 4990 is ! being accessed using a high LO on the VLBA to match sidebands ! with the VLA, which requires net upper. The new VLBA receiver ! can do either sideband in this range. Name = gbt6cmc2 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 4576, 4576 ifname = A, C rf2 = 5088, 5088 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 5600.0, 5600.0 note = 'LO1=7.832, LO2=12.732, LO3=10.5 ' / Name = gbt6cmd2 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 4876, 4876 ifname = A, C rf2 = 5388, 5388 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 5900.0, 5900.0 note = 'LO1=8.150, LO2=12.750, LO3=10.5 ' / ! Worry about the rest trying to match the new VLBA receiver ! which will use a weird and wonderful set of sidebands. 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 ! The VLBA can match first LOs at 9100 and 9400, but prefers ! upper sideband low in the range. If the VLBA is using ! upper sideband and the GBT lower, a match requires adding ! 36 MHz to the GBT frequencies. SCHED is reluctant to span ! crossover frequencies, which will be different between the ! choices, so that should drive it to select the right set. !--------------------------------------------------------- Name = gbt4cma Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 7912, 7912 ifname = A, C rf2 = 8424, 8424 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 8936.0, 8936.0 note = 'LO1=11.168, LO2=12.732, LO3=10.5 ' / Name = gbt4cmb Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 8076, 8076 ifname = A, C rf2 = 8588, 8588 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 9100.0, 9100.0 note = 'LO1=11.332, LO2=12.732, LO3=10.5 ' / Name = gbt4cmd Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 8112, 8112 ifname = A, C rf2 = 8624, 8624 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 9136.0, 9136.0 note = 'LO1=11.368, LO2=12.732, LO3=10.5 ' / Name = gbt4cmc Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 8376, 8376 ifname = A, C rf2 = 8888, 8888 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 9400.0, 9400.0 note = 'LO1=11.632, LO2=12.732, LO3=10.5 ' / Name = gbt4cme Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 8412, 8412 ifname = A, C rf2 = 8924, 8924 fe = '4cm', '4cm' pol = RCP, LCP lo1 = 9436.0, 9436.0 note = 'LO1=11.668, LO2=12.732, 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. ! Both observatories use upper sideband so only the rf range ! changes for the RDBE. !--------------------------------------------------------- ! Note: GBT 2 cm receiver range is 11.8-15.6 GHz !--------------------------------------------------------- Name = gbt2cm_a2 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 11912, 11912 ifname = A, C rf2 = 12424, 12424 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 11400.0, 11400.0 note = 'LO1=9.168, LO2=12.732, LO3=10.5 ' / Name = gbt2cm_d2 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 14912, 14912 ifname = A, C rf2 = 15424, 15424 fe = '2cm', '2cm' pol = RCP, LCP lo1 = 14400.0, 14400.0 note = 'LO1=12.168, LO2=12.732, LO3=10.5 ' / !------------------------------------------------------------------------- ! For 1cm only give a few near the water line version ! for now, matching VLBA sets. Many more could be added. ! This sideband is opposite the VLBA so frequency shifts ! are needed. !------------------------------------------------------------------------- ! GBT with new 7-beam 18-26 GHz receiver (KFPA) ! for VLBI, we use just beam 1. From email by Frank Ghigo Aug 15, 2011. !------------------------------------------------------------------------- Name = gbt1cm_a1 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 21312, 21312 ifname = B, D rf2 = 21824, 21824 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 22336.0, 22336.0 note = 'LO1=28.368, LO2=16.532, LO3=10.5 ' / Name = gbt1cm_a2 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 21512, 21512 ifname = B, D rf2 = 22024, 22024 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 22536.0, 22536.0 note = 'LO1=28.568, LO2=16.532, LO3=10.5 ' / Name = gbt1cm_b2 Station = GBT_VLBA, GBT_COLD Priority = 0 rf1 = 21712, 21712 ifname = B, D rf2 = 22224, 22224 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 22736, 22736 note = 'LO1=28.768, LO2=16.532, LO3=10.5 ' / Name = gbt1cm_a3 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 21812, 21812 ifname = B, D rf2 = 22324, 22324 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 22836.0, 22836.0 note = 'LO1=28.868, LO2=16.532, LO3=10.5 ' / Name = gbt1cm_a4 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 22012, 22012 ifname = B, D rf2 = 22524, 22524 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 23036.0, 23036.0 note = 'LO1=28.868, LO2=16.532, LO3=10.5 ' / Name = gbt1cm_b3 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 23512, 23512 ifname = B, D rf2 = 24024, 24024 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 24536.0, 24536.0 note = 'LO1=30.568, LO2=16.532, 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 ! These use the same sideband as the the VLBA so just ! change the RF ranges. !------------------------------------------------------ ! GBT 7 mm receiver frequency range is 40.0-48.0 GHz. !------------------------------------------------------ Name = gbt7mm_c7 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 42312, 42312 ifname = A, C rf2 = 42824, 42824 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 41800.0, 41800.0 note = 'LO1=36.568, LO2=15.732, LO3=10.5 ' / Name = gbt7mm_b8 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 42712, 42712 ifname = A, C rf2 = 43224, 43224 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 42200.0, 42200.0 note = 'LO1=36.968, LO2=15.732, LO3=10.5 ' / Name = gbt7mm_c8 Station = GBT_VLBA, GBT_COLD priority = 0 rf1 = 42912, 42912 ifname = A, C rf2 = 43424, 43424 fe = '7mm', '7mm' pol = RCP, LCP lo1 = 42400.0, 42400.0 note = 'LO1=37.168, LO2=15.732, LO3=10.5 ' / !------------------------------------------------------ ! Some example frequency setups for the GBT 3mm receiver, ! based on the standard freq.dat file !------------------------------------------------------ ! Adapted from email from Frank Ghigo on March 9, 2012. (RCW) ! ! The GBT receiver has 4 overlapping bands ! 68-74 GHz FL1 upper sideband; lo1 = sky frequency - 750 MHz ! 73-80 GHz FL2 lower sideband; lo1 = sky frequency + 750 MHz ! 79-86 GHz FL3 upper sideband; lo1 = sky frequency - 750 MHz ! 85-92 GHz FL4 upper sideband; lo1 = sky frequency - 750 MHz ! ! Beam 1 connects to DAR inputs A and C ! Beam 2 connects to DAR inputs B and D ! ! I am told the Tsys on beam 2 is slightly better, so ifname=B,D is used here. ! example in 68-74 GHz band: Name = gbt3mm_a0 Station = GBT_VLBA, GBT_COLD Priority = 0 rf1 = 70012., 70012. ifname = B, D rf2 = 70524., 70524. fe = '3mm', '3mm' pol = RCP, LCP lo1 = 69500., 69500. note = 'LO1A=66.0, LO2=14.0, LO3=10.5, filter2_8, upper sideband' / ! example in 73-80 GHz band: Name = gbt3mm_a1 Station = GBT_VLBA, GBT_COLD Priority = 0 rf1 = 74976., 75076. ifname = B, D rf2 = 75488., 75588. fe = '3mm', '3mm' pol = RCP, LCP lo1 = 76000., 76000. note = 'LO1A=66.0, LO1B=15.25, LO2=15.75, LO3=10.5, filter7_14, lower sideband' / ! examples in 79-86 band : Name = gbt3mm_be Station = GBT_VLBA, GBT_COLD Priority = 0 rf1 = 79712., 79712. ifname = B, D rf2 = 80224., 80224. fe = '3mm', '3mm' pol = RCP, LCP lo1 = 79200., 79200. note = 'LO1A=66.0, LO1B=8.8, LO2=14.9, LO3=10.5, filter13_20, upper sideband' / Name = gbt3mm_ai Station = GBT_VLBA, GBT_COLD Priority = 0 rf1 = 79812., 79812. ifname = B, D rf2 = 80324., 80324. fe = '3mm', '3mm' pol = RCP, LCP lo1 = 79300., 79300. note = 'LO1A=66.0, LO1B=8.8, LO2=15.0, LO3=10.5, filter13_20, upper sideband' / Name = gbt3mm_bf Station = GBT_VLBA, GBT_COLD Priority = 0 rf1 = 80012., 80012. ifname = B, D rf2 = 80524., 80524. fe = '3mm', '3mm' pol = RCP, LCP lo1 = 79500., 79500. note = 'LO1A=66.0, LO1B=8.8, LO2=15.2, LO3=10.5, filter13_20, upper sideband' / ! ! examples in 85-92 GHz: Name = gbt3mm_eh Station = GBT_VLBA, GBT_COLD Priority = 0 rf1 = 85512., 85512. ifname = B, D rf2 = 86024., 86024. fe = '3mm', '3mm' pol = RCP, LCP lo1 = 85000., 85000. note = 'LO1A=66.0, LO1B=13.75, LO2=15.75, LO3=10.5, filter19_26, upper sideband' / Name = gbt3mm_fe Station = GBT_VLBA, GBT_COLD Priority = 0 rf1 = 85712., 85712. ifname = B, D rf2 = 86224., 86224. fe = '3mm', '3mm' pol = RCP, LCP lo1 = 85200., 85200. note = 'LO1A=66.0, LO1B=13.95, LO2=15.75, LO3=10.5, filter19_26, upper sideband' / Name = gbt3mm_ei Station = GBT_VLBA, GBT_COLD Priority = 0 rf1 = 85812., 85812. ifname = B, D rf2 = 86324., 86324. fe = '3mm', '3mm' pol = RCP, LCP lo1 = 85300., 85300. note = 'LO1A=66.0, LO1B=14.05, LO2=15.75, LO3=10.5, filter19_26, upper sideband' / Name = gbt3mm_ff Station = GBT_VLBA, GBT_COLD Priority = 0 rf1 = 86012., 86012. ifname = B, D rf2 = 86524., 86524. fe = '3mm', '3mm' pol = RCP, LCP lo1 = 85500., 85500. note = 'LO1A=66.0, LO1B=14.25, LO2=15.75, LO3=10.5, filter19_26, upper sideband' / ! The following were added by Craig Walker to push high enough to cover ! the 86846.89 MHz SiO line. Note that the usual maser observed is at ! 86243.35 MHz so it is covered by the above set. ! Note that the final letters of the name indicate the VLBA setup that ! matches. Name = gbt3mm_ej Station = GBT_VLBA, GBT_COLD Priority = 0 rf1 = 86312., 86312. ifname = B, D rf2 = 86824., 86824. fe = '3mm', '3mm' pol = RCP, LCP lo1 = 85800., 85800. note = 'LO1A=66.0, LO1B=14.55, LO2=15.75, LO3=10.5, filter19_26, upper sideband' / Name = gbt3mm_ek Station = GBT_VLBA, GBT_COLD Priority = 0 rf1 = 86512., 86512. ifname = B, D rf2 = 87024., 87024. fe = '3mm', '3mm' pol = RCP, LCP lo1 = 86000., 86000. note = 'LO1A=66.0, LO1B=14.75, LO2=15.75, LO3=10.5, filter19_26, upper sideband' / ! FREQUENCY CATALOG for SCHED. ! ! RDBE setups for EB_VLBA ! ! Just the EB_VLBA part of freq_ef_eb.dat, mostified by Craig Walker ! Dec 2012-Jan 2012 for the RDBE. The original file is (for now) in ! /users/cwalker/files/sched_work/TEST/EVN_DBBC_TEST ! ! The original file gives a selection of possible frequency setups for ! EFLSBERG (DBBC terminal) and the EB_VLBA ! ! 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 ! ! ! 2012oct25 Update of Ef and Eb frequency ranges. ! ! 2012 dec 07 - 2013 Jan 17 Craig Walker. Attempted update of EB_VLBA ! setups for use with RDBE and for compatibility with the VLBA. ! Many comments added and modified setups provided that allow the ! IF to match the IF at the VLBA. ! ! For VLBA compatibility using the RDBE, it is very useful to have ! the IF be identical to what the VLBA uses, although a sideband ! inversion is ok as it can be fixed in DiFX (might not be ok with ! all correlators). The RF range should be the same, and the LO ! should either be the same or, with sideband inversion, should ! be different by 1024+512=1536 MHz. If the IFs don't match, for ! the PFB personality, a sufficient number of 32 MHz baseband ! channels must match exactly. Since there is no tuning flexibilty ! of those channels (their edges are at 512+16+N*32 MHz in the IF) ! the external LOs must be set carefully. The DDC personality has ! an initial polyphase filter that puts "crossover frequencies" at ! 640 and 896 MHz in the IF. A baseband channel cannot get good ! data from both sides of such a crossover. If the external LOs ! are not set the same, it is complicated, but not impossible, to ! set baseband channels that are compatible and don't run into ! problems with the crossovers. For these reasons, it is much ! preferred to have matching IFs. ! ! Obtaining matching IFs runs into the problem that the VLBA LOs ! have very restricted frequency set points. They can only be set ! to N*500+-100 MHz and must be between 2.1 and 15.9 GHz. For 1cm ! and higher frequency bands, two such LOs are used so the sum ! is still restricted, but the allowed settings don't follow such ! a simple rule. See the VLBA part of freq.dat or freq_RDBE.dat ! for allowed settings - the list is exhaustive. There is an ! active project at the VLBA to make more flexible synthesizers, ! but it will likely be at least 2014 before those are available. ! ! The IF range for the RDBE is 512 to 1024 MHz which is offset ! slightly from the 500 to 1000 MHz assumed for the legacy VLBA ! system. The IF filters haven't actually changed but they had ! soft edges. I have changed the frequency ranges of all setups ! whose edges seemed to be set by the IF range to match the new ! limits. Where the limits looked like they were set by something ! else (they weren't at 500 and 1000 MHz from the LO), I have left ! them alone. With the PFB personality, the 16 MHz at the edge ! of the IF end up in a corrupted, aliased channel and are not useful. ! Thus the IF range for the PFB is really 528-1008 MHz. ! ! From Dave Graham's email of Dec. 17, 2012, the IF switch box does ! not seem to work for them, so no IF switching. Not sure of the ! full implications, but some band switching might not be allowed. Ask. ! A few of the old setups had frequency ranges that violated even ! the legacy system constraints. I have tried to fix those. ! I have not touched the EFLSBERG section of this file. ! ! I have initialed (RCW) my changes and comments. ! ! ! ----------------------------------------------------------------------- ! Effelsberg ! ! EB_VLBA ! Name = eb_610 Station = EB_VLBA priority = 0 rf1 = 595, 595 ifname = A, C rf2 = 626, 626 fe = '50cm', '50cm' pol = RCP, LCP lo1 = 0, 0 note = 'Prime focus system: not usually available (new in 2011).' / ! 20cm. !RCW Here are the important facts as I understand them (certainly imperfect) ! based on Dave Graham's email of Dec. 17, 2012, the old freq.dat file for ! the legacy system, on the constraints imposed by the VLBA system for ! joint observations and from the receiver information on ! http://www3.mpifr-bonn.mpg.de/div/effelsberg/receivers/receiver.html ! Not all of these sources agree, so this needs to be checked. ! NOTE: I don't know the LO constraints. I will assume it is flexible ! until told otherwise. ! Effelsberg properties: ! The receiver range is 1290 - 1725 MHz. ! The lower RF filter is 1290-1430 MHz ! The upper RF filter is 1580-1725 MHz ! IF range 80-220 MHz (web) or 100-250 (Graham). Use 250 upper. ! The IF is upconverted by 400 MHz which is fixed. ! RDBE useful IF range: PFB - 528-650. DDC - 512-650 ! The DDC has a crossover at 640 so 640-650 is not very useful. ! The LO1 values listed include the 400 MHz upshift ! With the PFB, the boundaries of the usable filters are: ! 528, 560, 592, 624, 656 MHz in the IF after the upshift. ! The related VLBA properties: ! Useful LOs are 2100 and 2400 MHz with 2600 MHz possible if needed for ! baseband placement or crossover avoidance. ! With 2100 MHz relevant PFB filter boundaries are at: ! 1284, 1316, 1348, 1380, 1412, 1444, 1476, 1508, 1540, 1572 ! The DDC band limits and crossovers are 1076, 1205, 1460, and 1588 MHz ! With 2400 MHz, the relevant PFB filters are: ! 1392, 1424, 1456, 1488, 1520, 1552, 1584, 1616, 1648, 1680, 1712, 1744 ! The DDC band limits and crossovers are 1376, 1504, 1760, and 1888 MHz ! With 2600 MHz, the relevant PFB filters are: ! 1592, 1624, 1656, 1688, 1720, 1752 ! The DDC band limits and crossovers are 1576, 1704, 1960, and 2088 MHz ! ! So here are my suggested setups. ! The first two go to the low end of the receiver. Name = eb_p1_1345 Station = EB_VLBA priority = 0 ! For use with the PFB: rf1 = 1285, 1285 ifname = B, D rf2 = 1406, 1406 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 756 ! (1284-528) 1284 is a PFB edge for VLBA note = 'Prime focus receiver, new 2008 (lower edge)' / Name = eb_d1_1354 Station = EB_VLBA priority = 0 ! For use with the DDC: Crossover at 1413. No VLBA crossover. rf1 = 1285, 1285 ifname = B, D rf2 = 1423, 1423 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 773 ! (1285-512) note = 'Prime focus receiver, new 2008 (lower edge)' / ! The next one is for both personalities and gets the 1420.4 MHz ! hydrogen line comfortably in a PFB channel ! and away from a DDC crossover (at 1428) ! This also gets to the high end of the lower RF filter. Name = eb_pd2_1396 Station = EB_VLBA priority = 0 rf1 = 1300, 1300 ifname = B, D rf2 = 1438, 1438 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 788 ! (1316-528) note = 'Prime focus receiver, new 2008 (lower edge)' / !RCW The upper range for the EB receiver is 1580-1725. In this range ! the VLBA must use 2400 or 2600 MHz for the first LO. See above for ! the PFB boundaries. ! For the DDC, there is no crossover in this range with the 2400 MHz LO. ! With the 2600 MHz VLBA LO, there is a crossover at 1704 MHz. ! This one is for use with the PFB and the VLBA 2400 MHz LO. Name = eb_p4_1645 Station = EB_VLBA priority = 0 rf1 = 1584, 1584 ifname = B, D rf2 = 1706, 1706 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 1056, 1056 ! (1584-528) note = 'Prime focus receiver, new 2008' ! Use with 2400 MHz LO on the VLBA to get full match to the VLBA IF. / ! This one is for use with the DDC and the VLBA 2400 MHz LO. ! It gets a bit more bandwidth than the above. ! EB Crossover at 1708 Name = eb_d4_1649 Station = EB_VLBA priority = 0 rf1 = 1580, 1580 ifname = B, D rf2 = 1718, 1718 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 1068, 1068 ! (1580-512) note = 'Prime focus receiver, new 2008' ! Use with 2400 MHz LO on the VLBA to get full match to the VLBA IF. / ! This one is for either personality. No DDC crossover in band (1728) ! PFB starts at 1616. For use with the VLBA 2400 MHz LO. Name = eb_pd1_1650 Station = EB_VLBA priority = 0 rf1 = 1600, 1600 ifname = B, D rf2 = 1725, 1725 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 1088, 1088 note = 'Prime focus receiver, new 2008' / ! Bottom of the upper filter: ! For use with either PFB or DDC ! Use with the VLBA 2600 MHz LO. ! There is a DDC crossover at 1704 MHz. ! Lowest frequency for PFB is 1592 ! DDC actually goes down to 1576 but the edge may be poor. Name = eb_pd_1647 Station = EB_VLBA priority = 0 rf1 = 1580, 1580 ifname = B, D rf2 = 1714, 1714 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 1064, 1064 ! (1592-528 = 2600-1536) note = 'Prime focus receiver, new 2008' / ! Top of the upper filter with VLBA 2600 MHz LO ! Reaches 1720 OH. ! Same as above shifted up 32 MHz. ! Crossover at 1704 at the VLBA. None at EB Name = eb_d4_1649 Station = EB_VLBA priority = 0 rf1 = 1608, 1608 ifname = B, D rf2 = 1725, 1725 fe = '18cm', '18cm' pol = RCP, LCP lo1 = 1096, 1096 note = 'Prime focus receiver, new 2008' / ! From email from Dave Graham on Dec. 17, 2012. The Effelsberg S-band ! has a fixed LO at 2100. The 1st IF is 100-250 MHz, which is upshifted ! by 400 MHz so that the effective S-band LO is fixed at 1700. Name = eb_s Station = EB_VLBA priority = 1 ! rf1 = 2200, 2200 ifname = B, D rf1 = 2212, 2212 ifname = B, D !RCW rf2 = 2350, 2350 fe = '13cm', '13cm' pol = RCP, RCP lo1 = 1700, 1700 note = '170Jy S-band system for use with SX, RCP only.' !RCW The VLBA cannot match this LO so the DDC must be used, not the PFB. !RCW Adjusted RF2 for the described 250 MHz IF. Was 2320. !RCW RF1 was adjusted from 2200 to 2212 for the RDBE 512 MHz lower edge. / ! Dummy dual polarization version of the above (the receiver is RCP only) ! This prevents problems scheduling dual pol observations. Name = eb_sd Station = EB_VLBA priority = 3 ! rf1 = 2200, 2200 ifname = B, D rf1 = 2212, 2212 ifname = B, D !RCW rf2 = 2350, 2350 fe = '13cm', '13cm' pol = RCP, LCP lo1 = 1700, 1700 note = '170Jy S-band system for use with SX, RCP only.' / !RCW The VLBA does not cover this part of the spectrum. 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' / !RCW All of the 6cm setups can be matched by the VLBA. Name = eb_6cm Station = EB_VLBA priority = 0 ! rf1 = 4600, 4600 ifname = A, C ! rf2 = 5100, 5100 fe = '6cm', '6cm' rf1 = 4612, 4612 ifname = A, C !RCW rf2 = 5124, 5124 fe = '6cm', '6cm' !RCW pol = RCP, LCP lo1 = 4100, 4100 note = '6cm secondary focus.' / Name = eb_6150 Station = EB_VLBA priority = 4 ! rf1 = 5900, 5900 ifname = C, A ! rf2 = 6400, 6400 fe = '5cm', '5cm' rf1 = 5912, 5912 ifname = C, A !RCW rf2 = 6424, 6424 fe = '5cm', '5cm' !RCW pol = RCP, LCP lo1 = 5400, 5400 note = 'rebuild in 2011' / Name = eb_6650 Station = EB_VLBA priority = 4 ! rf1 = 6400, 6400 ifname = A, C ! rf2 = 6900, 6900 fe = '5cm', '5cm' rf1 = 6412, 6412 ifname = A, C !RCW rf2 = 6924, 6924 fe = '5cm', '5cm' !RCW pol = RCP, LCP lo1 = 5900, 5900 note = 'rebuild in 2011' / 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' rf1 = 2212, 2212, 8312, 8312 ifname = B, D, A, C !RCW rf2 = 2320, 2320, 8824, 8824 fe = '13cm', '13cm', '4cm', '4cm' !RCW pol = RCP, RCP, RCP, LCP lo1 = 1700, 1700, 7800, 7800 note = 'SX using 4cm secondary focus: not easy to get below 8300.' !RCW Neither LO can be used with the VLBA using the RDBE/PFB. Use the DDC. / Name = eb_x Station = EB_VLBA priority = 0 ! rf1 = 8300, 8300 ifname = A, C ! rf2 = 8800, 8800 fe = '4cm', '4cm' rf1 = 8312, 8312 ifname = A, C !RCW rf2 = 8824, 8824 fe = '4cm', '4cm' !RCW pol = RCP, LCP lo1 = 7800, 7800 note = '4cm secondary focus.' !RCW This LO cannot be matched by the VLBA so use the DDC. See eb_xc below. ! for an alternative. / !RCW. The rest of the 4cm setups are compatible with the VLBA Name = eb_xa Station = EB_VLBA priority = 1 ! rf1 = 7900, 7900 ifname = A, C ! rf2 = 8400, 8400 fe = '4cm', '4cm' rf1 = 7912, 7912 ifname = A, C !RCW rf2 = 8424, 8424 fe = '4cm', '4cm' !RCW pol = RCP, LCP lo1 = 7400, 7400 note = '4cm secondary focus.' / Name = eb_xb Station = EB_VLBA priority = 1 ! rf1 = 8100, 8100 ifname = A, C ! rf2 = 8600, 8600 fe = '4cm', '4cm' rf1 = 8112, 8112 ifname = A, C !RCW rf2 = 8624, 8624 fe = '4cm', '4cm' !RCW pol = RCP, LCP lo1 = 7600, 7600 note = '4cm secondary focus.' / Name = eb_xc Station = EB_VLBA priority = 1 ! rf1 = 8400, 8400 ifname = A, C ! rf2 = 8900, 8900 fe = '4cm', '4cm' rf1 = 8412, 8424 ifname = A, C !RCW rf2 = 8912, 8924 fe = '4cm', '4cm' !RCW pol = RCP, LCP lo1 = 7900, 7900 note = '4cm secondary focus.' / Name = eb_xd Station = EB_VLBA priority = 2 ! rf1 = 8500, 8500 ifname = A, C These frequencies wrong for ! this LO as they give an IF of 400-900 MHz (RCW). ! rf2 = 9000, 9000 fe = '4cm', '4cm' rf1 = 8612, 8612 ifname = A, C !RCW rf2 = 9124, 9124 fe = '4cm', '4cm' !RCW pol = RCP, LCP lo1 = 8100, 8100 note = '4cm secondary focus.' / Name = eb2cm_p1 Station = EB_VLBA priority = 0 ! rf1 = 11700, 11700 ifname = B, D Too much bandwidth - 800 MHz ! rf2 = 12500, 12500 fe = '2cm', '2cm' !RCW Bandwidth reduced to 512 MHz as required by the RDBE. There are 3 ! setups here that match VLBA setups and cover the above frequency range. ! Note the low end of the 2cm receiver for the VLBA is 11800 rf1 = 11700, 11700 ifname = B, D !RCW rf2 = 12124, 12124 fe = '2cm', '2cm' !RCW pol = LCP, LCP lo1 = 11100, 11100 note = '12GHz prime focus: not usually available:LCP' / Name = eb2cm_p2 Station = EB_VLBA priority = 0 !RCW This is the second of the setups replacing the old eb2cm_p rf1 = 11912, 11912 ifname = B, D !RCW rf2 = 12424, 12424 fe = '2cm', '2cm' !RCW pol = LCP, LCP lo1 = 11400, 11400 note = '12GHz prime focus: not usually available:LCP' / Name = eb2cm_p3 Station = EB_VLBA priority = 0 !RCW This is the third of the setups replacing the old eb2cm_p rf1 = 12112, 11212 ifname = B, D !RCW rf2 = 12624, 12624 fe = '2cm', '2cm' !RCW pol = LCP, LCP lo1 = 11600, 11600 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' rf1 = 13712, 13712 ifname = A, C !RCW rf2 = 14224, 14224 fe = '2cm', '2cm' !RCW pol = RCP, LCP lo1 = 13200, 13200 note = '2cm secondary focus' !RCW LO cannot be matched on the VLBA. Also this spans the boundary ! between two of the IF filters on the VLBA, so it doesn't work. / !RCW closest alternative to the above for use with the VLBA Name = eb2cm_v_a Station = EB_VLBA priority = 1 rf1 = 13912, 13912 ifname = A, C !RCW rf2 = 14424, 14424 fe = '2cm', '2cm' !RCW pol = RCP, LCP lo1 = 13400, 13400 note = '2cm secondary focus' / Name = eb2cm_b Station = EB_VLBA priority = 1 ! rf1 = 14200, 14200 ifname = A, C ! rf2 = 14700, 14700 fe = '2cm', '2cm' rf1 = 14212, 14212 ifname = A, C !RCW rf2 = 14724, 14724 fe = '2cm', '2cm' !RCW pol = RCP, LCP lo1 = 13700, 13700 note = '2cm secondary focus' !RCW LO cannot be matched on the VLBA. / !RCW Alternative to the above to use with the VLBA. Name = eb2cm_v_b Station = EB_VLBA priority = 1 rf1 = 14112, 14112 ifname = A, C !RCW rf2 = 14624, 14624 fe = '2cm', '2cm' !RCW pol = RCP, LCP lo1 = 13600, 13600 note = '2cm secondary focus' / Name = eb2cm_c Station = EB_VLBA priority = 0 ! rf1 = 14700, 14700 ifname = A, C ! rf2 = 15200, 15200 fe = '2cm', '2cm' rf1 = 14712, 14712 ifname = A, C !RCW rf2 = 15224, 15224 fe = '2cm', '2cm' !RCW pol = RCP, LCP lo1 = 14200, 14200 note = '2cm secondary focus' !RCW LO cannot be matched on the VLBA. The IF would fit in the 4th filter ! but if the first channel is below 14900, the third would be chosen which ! would not be good. / !RCW Alternative to the above for use with the VLBA Name = eb2cm_v_c Station = EB_VLBA priority = 0 rf1 = 14912, 14912 ifname = A, C !RCW rf2 = 15424, 15424 fe = '2cm', '2cm' !RCW pol = RCP, LCP lo1 = 14400, 14400 note = '2cm secondary focus' / Name = eb2cm_d Station = EB_VLBA priority = 0 ! rf1 = 15100, 15100 ifname = A, C ! rf2 = 15600, 15600 fe = '2cm', '2cm' rf1 = 15112, 15112 ifname = A, C !RCW rf2 = 15624, 15624 fe = '2cm', '2cm' !RCW pol = RCP, LCP lo1 = 14600, 14600 note = '2cm secondary focus' !RCW Can be matched by the VLBA / ! 1.3cm secondary focus !RCW. All of the 1cm setups are compatible with the VLBA Name = eb1cm_a Station = EB_VLBA priority = 1 rf1 = 21500, 21500 ifname = A, C ! rf2 = 21800, 21800 fe = '1cm', '1cm' rf2 = 21824, 21824 fe = '1cm', '1cm' !RCW pol = RCP, LCP lo1 = 20800, 20800 note = '1.3cm secondary focus' / Name = eb1cm_b Station = EB_VLBA priority = 1 ! rf1 = 21700, 21700 ifname = A, C ! rf2 = 22200, 22200 fe = '1cm', '1cm' rf1 = 21712, 21712 ifname = A, C !RCW rf2 = 22224, 22224 fe = '1cm', '1cm' !RCW pol = RCP, LCP lo1 = 21200, 21200 note = '1.3cm secondary focus' / Name = eb1cm_c Station = EB_VLBA priority = 1 ! rf1 = 21800, 21800 ifname = A, C ! rf2 = 22300, 22300 fe = '1cm', '1cm' rf1 = 21812, 21812 ifname = A, C !RCW rf2 = 22324, 22324 fe = '1cm', '1cm' !RCW pol = RCP, LCP lo1 = 21300, 21300 note = '1.3cm secondary focus' / Name = eb1cm_d Station = EB_VLBA priority = 0 ! rf1 = 22000, 22000 ifname = A, C ! rf2 = 22500, 22500 fe = '1cm', '1cm' rf1 = 22012, 22012 ifname = A, C !RCW rf2 = 22524, 22524 fe = '1cm', '1cm' !RCW pol = RCP, LCP lo1 = 21500, 21500 note = '1.3cm secondary focus' / Name = eb1cm_e Station = EB_VLBA priority = 1 ! rf1 = 22500, 22500 ifname = A, C ! rf2 = 23000, 23000 fe = '1cm', '1cm' rf1 = 22512, 22512 ifname = A, C !RCW rf2 = 23024, 23024 fe = '1cm', '1cm' !RCW pol = RCP, LCP lo1 = 22000, 22000 note = '1.3cm secondary focus' / Name = eb1cm_f Station = EB_VLBA priority = 1 ! rf1 = 23000, 23000 ifname = A, C ! rf2 = 23500, 23500 fe = '1cm', '1cm' rf1 = 23012, 23012 ifname = A, C !RCW rf2 = 23524, 23524 fe = '1cm', '1cm' !RCW pol = RCP, LCP lo1 = 22500, 22500 note = '1.3cm secondary focus' / Name = eb1cm_g Station = EB_VLBA priority = 1 ! rf1 = 23500, 23500 ifname = A, C ! rf2 = 24000, 24000 fe = '1cm', '1cm' rf1 = 23512, 23512 ifname = A, C !RCW rf2 = 24024, 24024 fe = '1cm', '1cm' !RCW pol = RCP, LCP lo1 = 23000, 23000 note = '1.3cm secondary focus' / Name = eb1cm_h Station = EB_VLBA priority = 1 ! rf1 = 24000, 24000 ifname = A, C ! rf2 = 24400, 24400 fe = '1cm', '1cm' rf1 = 24012, 24012 ifname = A, C !RCW rf2 = 24424, 24424 fe = '1cm', '1cm' !RCW pol = RCP, LCP lo1 = 23500, 23500 note = '1.3cm secondary focus' / Name = eb7mm Station = EB_VLBA priority = 1 ! rf1 = 42870, 42870 ifname = A, C ! rf2 = 43370, 43370 fe = '7mm', '7mm' rf1 = 42846, 42846 ifname = A, C !RCW rf2 = 43358, 43358 fe = '7mm', '7mm' !RCW pol = RCP, LCP lo1 = 43870, 43870 note = '7mm secondary focus: only LSB, no USB available' !RCW VLBA cannot provide a matching IF. / !RCW Alternative setup for which the VLBA can provide a matching IF. ! Uses sideband inversion (VLBA LO1 is 42400). Name = eb7mmv Station = EB_VLBA priority = 1 rf1 = 42912, 42912 ifname = A, C !RCW rf2 = 43424, 43424 fe = '7mm', '7mm' !RCW pol = RCP, LCP lo1 = 43936, 43936 note = '7mm secondary focus: only LSB, no USB available' !RCW VLBA cannot provide a matching IF. / !RCW The VLBA can provide a matching IF for this setup. Name = 3mm_eb_vlba Station = EB_VLBA Priority = 0 ! rf1 = 86000, 86000 ifname = A, C ! rf2 = 86500, 86500 fe = '3mm', '3mm' rf1 = 86012, 86012 ifname = A, C !RCW rf2 = 86524, 86524 fe = '3mm', '3mm' !RCW pol = RCP, LCP lo1 = 85500, 85500 note = 'new 3mm RX: April 2001 for CMVA' / ! ========================= 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 ! ! Removing S2 July 22, 2010 RCW. ! ================================================================== ! !---------------- 327 MHz Rx ------------------------------ / Name = ar90cm Station = ARECIBO 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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 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' / ! This one added to match the VLBA at 9100 first LO for ! RDBE tests. Name = arxbha2 Station = ARECIBO priority = 1 rf1 = 8200, 8200 ifname = A, C rf2 = 8500, 8500 fe = 'xbh2', 'xbh2' pol = RCP, LCP lo1 = 9100, 9100 note = 'Match VLBA. No rf filters yet, RFI at ~ 9.3 and 9.7 GHz' / Name = arxbh3 Station = ARECIBO 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 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 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 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 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 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 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 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), Friso Olnon ! (since sep 2009) and Des Small (since nov 2010). ! ===================================================================== ! 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. ! 110209: Update Ys values, based on Pablo de Vicente's email. DMS ! 120323: Added KVZR stations with R1002 digital backends. DMS ! 120710: Updated Hh K-band LO. DMS ! ! ------------------------------------------------------------------------- ! KVAZAR stations. ! Added by small@jive.nl 2012-03-23 ! Name = kvzr_l Station=BADARY,SVETLOE,ZELENCHK priority=0 rf1 = 1360, 1360 ifname = A, B rf2 = 2260, 2260 fe = '6cm' pol = RCP, LCP lo1 = 1260.0, 1260.0 note = 'Added by Des Small, 24 February 2012' / Name = kvzr_c Station=BADARY,SVETLOE,ZELENCHK priority=0 rf1 = 4600, 4600 ifname = A, B rf2 = 5500, 5500 fe = '6cm' pol = RCP, LCP lo1 = 4500.0, 4500.0 note = 'Added by Des Small, 24 February 2012' / Name = kvzr_x Station=BADARY,SVETLOE,ZELENCHK priority=0 rf1 = 8180, 8180 ifname = A, B rf2 = 9080, 9080 fe = '4cm' pol = RCP, LCP lo1 = 8080.0, 8080.0 note = 'Added by Des Small, 24 February 2012' / Name = kvzr_k Station=BADARY,SVETLOE,ZELENCHK priority=0 rf1 = 22020, 22020 ifname = A, B rf2 = 22920, 22920 fe = '1cm' pol = RCP, LCP lo1 = 21920.0, 21920.0 note = 'Added by Des Small, 24 February 2012' / ! ----------------------------------------------------------------------- ! Effelsberg ! ! From Dave Graham EMAIL of 15 Nov 1996. ! There are some cases of multiple receivers. Think about ! how to deal with them. 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 Name = nt90cm Station = NOTO 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 Name = nt50cm Station = NOTO 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 Name = nt18cm Station = NOTO 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 Name = nt18+21cm Station = NOTO 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 Name = nt6cm Station = NOTO 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 Name = sh18cm Station = SHANGHAI 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 Name = sh6cm Station = SHANGHAI 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 Name = shsx Station = SHANGHAI 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 Name = shsx2 Station = SHANGHAI 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 Name = shx Station = SHANGHAI 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 Name = shxd Station = SHANGHAI 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 Name = shxd2 Station = SHANGHAI 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 Name = sh1cm Station = SHANGHAI 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 = tr1cm Station = TORUN priority = 3 rf1 = 22000, 22000 ifname = C, A rf2 = 22500, 22500 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21500, 21500 / 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 = j2b6cmRA Station = JODRELL2 priority = 3 ! rf1 = 4800, 4800 ifname = '2N', '1N' fe = '6cm', '6cm' ! rf2 = 4900, 4900 altifn = '1A', '2A' ! pol = RCP, LCP lo1 = 4700.0, 4700.0 ! note = 'LO used for lowered C-band RadioAstron in GK045A oct12' !/ 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 = 1220.0, 1220.0 note = 'emails from M. Lindqvust 8-10 apr 2012' ! ranges guessed assuming 100 - 200 BBC / Name = on21cmNEW Station = ONSALA85 priority = 1 rf1 = 1320, 1320 ifname = '2N', '1N' fe = '21cm', '21cm' rf2 = 1440, 1440 altifn = '1A', '2A' pol = RCP, LCP lo1 = 1220, 1220 note = 'emails from M. Lindqvist 8-10 apr 2012' / 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 = 6250.0, 6250.0 note = 'emails from M. Lindqvust 8-10 apr 2012' / Name = onb1cm Station = ONSALA85 priority = 5 note = 'No 1 cm on larger Onsala dish' / ! Onsala details for DBBC ! All added by des small (small@jive.nl) in April 2012 Name = od_18cm Station = ON85_DBBC rf1 = 1320, 1320, 1720, 1720 rf2 = 1720, 1720, 2220, 2220 ifname = 'A', 'C', 'B', 'D' fe = '18cm', '18cm', '18cm', '18cm' lo1 = 1220, 1220, 1220, 1220 pol = RCP, LCP, RCP, LCP note = 'Added by Des Small in April 2012' / Name = od_6cm Station = ON85_DBBC rf1 = 4700, 4700, 5100, 5100 rf2 = 5100, 5100, 5600, 5600 ifname = 'A', 'C', 'B', 'D' fe = '6cm', '6cm', '6cm', '6cm' lo1 = 4600, 4600, 4600, 4600 pol = RCP, LCP, RCP, LCP note = 'emails from M. Lindqvust 8-10 apr 2012' / Name = od_5cm Station = ON85_DBBC rf1 = 6350, 6350, 6750, 6750 rf2 = 6750, 6750, 7250, 7250 ifname = 'A', 'C', 'B', 'D' fe = '5cm', '5cm', '5cm', '5cm' lo1 = 6250, 6250, 6250, 6250 pol = RCP, LCP, RCP, LCP note = 'Added by Des Small in April 2012' / Name = od_4cm Station = ON60_DBBC rf1 = 8180, 8180, 8580, 8580 rf2 = 8580, 8580, 9080, 9080 ifname = 'A', 'C', 'B', 'D' fe = '4cm', '4cm', '4cm', '4cm' lo1 = 8080, 8080, 8080, 8080 pol = RCP, LCP, RCP, LCP note = 'Added by Des Small in April 2012' / Name = od_1cm Station = ON60_DBBC rf1 = 2200, 2200, 22400, 22400 rf2 = 22400, 22400, 22900, 22900 ifname = 'A', 'C', 'B', 'D' fe = '1cm', '1cm', '1cm', '1cm' lo1 = 21900, 21900, 21900, 21900 pol = RCP, LCP, RCP, LCP note = 'Added by Des Small in April 2012' / 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)' / !!fmo091123: disable on advice of zsolt; wb6cm is now identical. !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 = 2200, 8180 ifname = B, A rf2 = 2370, 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 = 8180, 8180 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 = 21650,21650 ifname = C, A rf2 = 22850,22850 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 = 5900,5900 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 = 4560, 4560 ifname = C, A rf2 = 5060, 5060 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 Name = hh18cm_S2 Station = HART 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 Name = hh13cm_S2 Station = HART 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 Name = hh6cm_S2 Station = HART 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 Name = hh5cm_S2 Station = HART 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 Name = hh4.5cm_S2 Station = HART 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 Name = hh4cm_S2 Station = HART 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 Name = hh3cm_S2 Station = HART 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 Name = hh3cm_d Station = HART 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 Name = hh1cm Station = HART priority = 3 rf1 = 21400,21400 ifname = '2N', '1N' fe = '1cm', '1cm' rf2 = 24100,24100 altifn = '1A', '2A' pol = RCP, LCP lo1 = 22080.0,22080.0 note = 'LO tunable, updated DMS 06-2012' / ! Name = hh1cm_nh3_low Station = HART, HART_S2 priority = 3 Name = hh1cm_nh3_low Station = HART 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 Name = hh1cm_nh3_hi Station = HART 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 Name = hh1cm_vlba Station = HART 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. ! Remove S2 July 22, 2010 RCW. (Kashima only). ! ===================================================================== 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 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 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 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. ! Removed S2 July 22, 2010 RCW. ! ! Changed to DSS names Oct 10, 2011. RCW. ! GOLD70 and GOLDMARS -> DSS14 Took out one entry like the last ! but with a RF range that seemed too wide. ! TID70 -> DSS43 ! ROB70 -> DSS63 ! Name = go18cm Station = DSS14 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 = DSS14 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 = DSS14 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 = DSS14 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 / !-------------------------------------------------------------------- !!! Added by Kirill Sokolovsky to work with DSS43LBA instead of DSS43 Name = ti18cm Station = DSS43LBA 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 = ti18cm Station = DSS43 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 = DSS43 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 = DSS43, DSS34 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. / !-------------------------------------------------------------------- !!! Added by Kirill Sokolovsky to work with DSS43LBA instead of DSS43 Name = ti1cm Station = DSS43LBA 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 = ti1cm Station = DSS43 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 = DSS63 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 = DSS63 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 = DSS63 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 = DSS63 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' / !----------------- RadioAstron-related setup ----------------- Name = cd6cm_high Station = CDDBBC priority = 0 rf1 = 4620, 4620 ifname = A1, B1 rf2 = 5000, 5000 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4100, 4100 ! rf1, rf2 assume filter 1. / Name = cd20cm_low Station = CDDBBC priority = 0 rf1 = 4150, 4150 ifname = A1, B1 rf2 = 4588, 4588 fe = '6cm', '6cm' pol = RCP, LCP lo1 = 4100, 4100 ! rf1, rf2 assume filter 2. / Name = cd20cm_high Station = CDDBBC priority = 0 rf1 = 1610, 1610 ifname = A1, B1 rf2 = 2050, 2050 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 2100, 2100 ! rf1, rf2 assume filter 1. / Name = cd6cm_low Station = CDDBBC priority = 0 rf1 = 1100, 1100 ifname = A1, B1 rf2 = 1580, 1580 fe = '20cm', '20cm' pol = RCP, LCP lo1 = 2100, 2100 ! rf1, rf2 assume filter 2. / Name = cd1cm_low Station = CDDBBC priority = 0 rf1 = 21550, 21550 ifname = A1, B1 rf2 = 22000, 22000 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21500, 21500 ! rf1, rf2 assume filter 2. / Name = cd1cm_high Station = CDDBBC priority = 0 rf1 = 22050, 22050 ifname = A1, B1 rf2 = 22500, 22500 fe = '1cm', '1cm' pol = RCP, LCP lo1 = 21500, 21500 ! rf1, rf2 assume filter 1. /