VEX_rev = 1.5; * SCHED vers: Bug fixs and minor enhancements * VEX/SCHED: 1.5.87 * Other versions: Sched: 8.1 Plot: 1.06 JPL-ephem: 1.01 * log2vex vers: 3.0.6, Release 08 dec 2009 * Run by jops at 13:19:44 21 Mar 2010 *------------------------------------------------------------------------------ $GLOBAL; ref $EXPER = N10X1; ref $EOP = EOP080; * +------------+ * PI revision number: | 3.0000 | * +------------+ * mode: 512-8-2, dual polarization *------------------------------------------------------------------------------ $EXPER; * def N10X1; exper_name = N10X1; exper_description = "3.6cm NME and ftp fringe-test experiment"; PI_name = "Jun Yang"; PI_email = yang@jive.nl; * address: JIVE * Postbus 2, 7990 AA Dwingeloo * The Netherlands * * phone: +31 521 596 507 * during obs: * fax: +353 91 750501 * notes: X band only, LCP+RCP, 8 BBCs, 16 MHz/suband * Make sure that autoftp settings and pointing are OK. * * year, doy: 2010, 81 * date : Mon 22 Mar 2010 * MJD : 55277 exper_nominal_start=2010y081d09h00m00s; exper_nominal_stop=2010y081d12h31m00s; * *-------------------- cover letter -------------------- *Dear EVN friends, * *Please use version 3. Note that version 1 used the wrong *frequency and version 2 requires 1 bit sampling which was not tested *at MK5B stations. To avoid any potential problems, I have updated *version 2 to 3 by removing 1bit sampling mode. In version 3, I use 2bit *sampling, 8 BBCs (Net USB only), 16 MHz/subband. To match *the setup of the follow-up user experiment and save diskspace, I schedule *a scan in 1Gbps mode (1024-16-2) at the end to test both sidebands. * *Four ftp tests are scheduled: * *~09:11 UT (scan 1, 1 sec, 3C454.3) *~10:06 UT (scan 16, 1 sec, 3C454.3) *~11:12 UT (scan 35, 1 sec, 3C454.3) *~12:29 UT (scan 58, 1 sec, 3C454.3) * *See you in skpe group chat! * *Jun Yang *skype account: uaoagn * *------------------------- end ------------------------- * target_correlator = JIVE; * * integr_time : 2.000 s * number_channels: 64 * number_antenna : 5 * cross_polarize : Yes * weight_func : UNIFORM * distrib_medium : DAT * source_pos_cat : FROM SCHEDULE * distribute_to : * JIVE * enddef; *------------------------------------------------------------------------------ $MODE; * def n10x1; ref $PROCEDURES = Mode_01; ref $FREQ = 8367.49MHz8x16MHz:Ef:Mc:Ys:Nt; ref $FREQ = 8367.49MHz8x16MHz#02:Wb; ref $IF = LO@8260MHzDPolTone/1:Ef; ref $IF = LO@8080MHzDPolTone/1:Wb; ref $IF = LO@8080MHzDPolTone/1#02:Mc; ref $IF = LO@7650MHzDPolTone/1:Ys; ref $IF = LO@7600MHzDPolTone/1:Nt; ref $BBC = 8BBCs:Ef:Mc; ref $BBC = 8BBCs#02:Wb; ref $BBC = 8BBCs#03:Ys:Nt; ref $TRACKS = MKIV.8Ch2bit1to4:Ef:Wb:Mc:Ys:Nt; * ref $HEAD_POS = DiskVoid <= obsolete definition ref $ROLL = NoRoll:Ef:Wb:Mc:Ys:Nt; * ref $PASS_ORDER = DiskVoid <= obsolete definition ref $PHASE_CAL_DETECT = UsbDetect:Ef:Wb:Mc:Ys:Nt; enddef; * def gh009b; ref $PROCEDURES = Mode_02; ref $FREQ = 8367.49MHz16x16MHz:Ef:Mc:Ys:Nt; ref $FREQ = 8367.49MHz16x16MHz#02:Wb; ref $IF = LO@8260MHzDPolTone/1:Ef; ref $IF = LO@8080MHzDPolTone/1:Wb; ref $IF = LO@8080MHzDPolTone/1#02:Mc; ref $IF = LO@7650MHzDPolTone/1:Ys; ref $IF = LO@7600MHzDPolTone/1:Nt; ref $BBC = 8BBCs:Ef:Mc; ref $BBC = 8BBCs#02:Wb; ref $BBC = 8BBCs#03:Ys:Nt; ref $TRACKS = MKIV.16Ch2bit1to2:Ef:Wb:Mc:Ys:Nt; * ref $HEAD_POS = DiskVoid <= obsolete definition ref $ROLL = NoRoll:Ef:Wb:Mc:Ys:Nt; * ref $PASS_ORDER = DiskVoid <= obsolete definition ref $PHASE_CAL_DETECT = DsbDetect:Ef:Wb:Mc:Ys:Nt; enddef; *------------------------------------------------------------------------------ $STATION; * def Ef; ref $TAPELOG_OBS = EF; ref $CLOCK = EF; ref $SITE = EFLSBERG; ref $ANTENNA = EFLSBERG; ref $DAS = 2MKIV+NONE