################################################################################ Project TBASEDSB021210 ################################################################################ General Comments: Optical modules 4,7 out of service Optical module 8 (direct unit) All frequencies at IF1=3000 MHz DCR setup: ---------- ODM 1-8 --> DCR A 1-8 OR odd OR even CM SF DCR ------ ------- -- -- --- 1 2 1 1 9 1 2 2 2 10 5 6 11 3 11 5 6 12 4 12 3 4 5 5 13 3 4 6 6 14 7 8 15 7 15 7 8 16 8 16 Spectrometer setup: ------------------- Using mode 1W2-001-800 OR CM SF AC sampler -- -- -- ---------- 1 1 1 0 3 5 5 1 2 1 1 0 4 5 5 1 5 9 1 0 7 13 5 1 6 9 1 0 8 13 5 1 LO setup: --------- LO2 = IF1 + LO3 - IF3 (IF3 = 1200 MHz for 800 MHz spectrometer; LO3 = 10500 MHz) IF1 [MHz] LO2 [MHz] --------- --------- 1500 10800 3000 12300 6000 15300 Scan Comments ---- ------------------------------------------------------------------- 1 Ignore - IF rack was reconfigured by M&C receiver parameter 2 DCR: Optical modules 1,3,5,7; Antenna stationary (Az=44.15, El=77.85) Duration=15m; intg=0.1s 3 DCR: Optical modules 2,4,6,8; Antenna stationary (Az=44.15, El=77.85) Duration=15m; intg=0.1s 4 DCR: Optical modules 2,4,6,8; Moved Antenna Az (-73 to 101) Duration=5m; intg=0.1s 5 DCR: Optical modules 2,4,6,8; Moved Antenna Az (5 to 360) Duration=10m; intg=0.1s 6 DCR: Optical modules 2,4,6,8; Moved Antenna Az (420 to -60) Duration=10m; intg=0.1s Antenna error at az=90 (note M&C will not let you slew from wrap to wrap. 7 DCR: Optical modules 1,3,5,7; Moved Antenna Az (0 to 360) Duration=10m; intg=0.1s 8 DCR: Optical modules 1,3,5,7; Moved Antenna El (85 to 20) Duration=200s; intg=0.1s 9 Abort - DCR is going into running before antenna is committed 10 DCR: Optical modules 1,3,5,7; Moved Antenna El (20 to 70) Duration=200s; intg=0.1s DCR started early 11 DCR: Optical modules 2,4,6,8; Moved Antenna El (85 to 20) Duration=200s; intg=0.1s 12 DCR: Optical modules 2,4,6,8; Moved Antenna El (20 to 85) Duration=200s; intg=0.1s DCR started early 13 DCR: Optical modules 2,4,6,8; Moved Antenna Az (360 to 0) Duration 10m; intg=0.1s 14 DCR: Optical modules 1,3,5,7; Moved Antenna Az (30 to 360) Duration 10m; intg=0.1s -------------------------------------------------------------------- Data plotting (JRF): 2 DCR: Optical modules 1,3,5,7; Antenna stationary (Az=44.15, El=77.85) Duration=15m; intg=0.1s plot_dcr(2, rcvr=1, phase=1, linecolor=2, newplot=T) # fiber 1 red pg.setyscale(-0.006, 0.006) plot_dcr(2, rcvr=3, phase=1, linecolor=3, newplot=F) # fiber 3 gr plot_dcr(2, rcvr=5, phase=1, linecolor=4, newplot=F) # fiber 5 dkbl #plot_dcr(2, rcvr=7, phase=1, linecolor=0, newplot=F) # fiber 7 out plot_dcr(2, rcvr=9, phase=1, linecolor=8, newplot=F) # fiber 1, CM1 org plot_dcr(2, rcvr=10, phase=1, linecolor=8, newplot=F) # fiber 1, CM2 org plot_dcr(2, rcvr=13, phase=1, linecolor=5, newplot=F) # fiber 3, CM5 bl-gr plot_dcr(2, rcvr=14, phase=1, linecolor=5, newplot=F) # fiber 3, CM6 bl-gr plot_dcr(2, rcvr=11, phase=1, linecolor=6, newplot=F) # fiber 5, CM11 viol plot_dcr(2, rcvr=12, phase=1, linecolor=6, newplot=F) # fiber 5, CM12 viol #plot_dcr(2, rcvr=15, phase=1, linecolor=0, newplot=F) # fiber 7 out, CM15 #plot_dcr(2, rcvr=16, phase=1, linecolor=0, newplot=F) # fiber 7 out, CM16 3 DCR: Optical modules 2,4,6,8; Antenna stationary (Az=44.15, El=77.85) Duration=15m; intg=0.1s plot_dcr(3, rcvr=2, phase=1, offset=-0.003, linecolor=2, newplot=T) # fiber 2 red pg.setyscale(-0.006, 0.006) #plot_dcr(3, rcvr=4, phase=1, linecolor=0, newplot=F) # fiber 4 out plot_dcr(3, rcvr=6, phase=1, offset=-0.003, linecolor=3, newplot=F) # fiber 6 gr plot_dcr(3, rcvr=8, phase=1, offset=-0.003, linecolor=4, newplot=F) # fiber 8 dkbl plot_dcr(3, rcvr=9, phase=1, offset=0.003, linecolor=8, newplot=F) # fiber 2, CM1 org plot_dcr(3, rcvr=10, phase=1, offset=0.003, linecolor=8, newplot=F) # fiber 2, CM2 org #plot_dcr(3, rcvr=13, phase=1, linecolor=0, newplot=F) # fiber 4 out, CM5 #plot_dcr(3, rcvr=14, phase=1, linecolor=0, newplot=F) # fiber 4 out, CM6 plot_dcr(3, rcvr=11, phase=1, linecolor=5, newplot=F) # fiber 6, CM11 bl-gr plot_dcr(3, rcvr=12, phase=1, linecolor=5, newplot=F) # fiber 6, CM12 bl-gr plot_dcr(3, rcvr=15, phase=1, linecolor=6, newplot=F) # fiber 8, CM15 viol plot_dcr(3, rcvr=16, phase=1, linecolor=6, newplot=F) # fiber 8, CM16 viol 4 DCR: Optical modules 2,4,6,8; Moved Antenna Az (-73 to 101) Duration=5m; intg=0.1s 5 DCR: Optical modules 2,4,6,8; Moved Antenna Az (5 to 360) Duration=10m; intg=0.1s plot_dcr(5, rcvr=2, phase=1, offset=-0.003, linecolor=2, newplot=T) # fiber 2 red pg.setyscale(-0.006, 0.006) #plot_dcr(5, rcvr=4, phase=1, linecolor=0, newplot=F) # fiber 4 out plot_dcr(5, rcvr=6, phase=1, offset=-0.003, linecolor=3, newplot=F) # fiber 6 gr plot_dcr(5, rcvr=8, phase=1, offset=-0.003, linecolor=4, newplot=F) # fiber 8 dkbl plot_dcr(5, rcvr=9, phase=1, offset=0.001, linecolor=8, newplot=F) # fiber 2, CM1 org plot_dcr(5, rcvr=10, phase=1, offset=0.001, linecolor=8, newplot=F) # fiber 2, CM2 org #plot_dcr(5, rcvr=13, phase=1, linecolor=0, newplot=F) # fiber 4 out, CM5 #plot_dcr(5, rcvr=14, phase=1, linecolor=0, newplot=F) # fiber 4 out, CM6 plot_dcr(5, rcvr=11, phase=1, linecolor=5, newplot=F) # fiber 6, CM11 bl-gr plot_dcr(5, rcvr=12, phase=1, linecolor=5, newplot=F) # fiber 6, CM12 bl-gr plot_dcr(5, rcvr=15, phase=1, linecolor=6, newplot=F) # fiber 8, CM15 viol plot_dcr(5, rcvr=16, phase=1, linecolor=6, newplot=F) # fiber 8, CM16 viol 6 DCR: Optical modules 2,4,6,8; Moved Antenna Az (420 to -60) Duration=10m; intg=0.1s Antenna error at az=90 (note M&C will not let you slew from wrap to wrap. 7 DCR: Optical modules 1,3,5,7; Moved Antenna Az (0 to 360) Duration=10m; intg=0.1s plot_dcr(7, rcvr=1, phase=1, linecolor=2, newplot=T) # fiber 1 red pg.setyscale(-0.006, 0.006) plot_dcr(7, rcvr=3, phase=1, linecolor=3, newplot=F) # fiber 3 gr plot_dcr(7, rcvr=5, phase=1, linecolor=4, newplot=F) # fiber 5 dkbl #plot_dcr(7, rcvr=7, phase=1, linecolor=0, newplot=F) # fiber 7 out plot_dcr(7, rcvr=9, phase=1, linecolor=8, newplot=F) # fiber 1, CM1 org plot_dcr(7, rcvr=10, phase=1, linecolor=8, newplot=F) # fiber 1, CM2 org plot_dcr(7, rcvr=13, phase=1, linecolor=5, newplot=F) # fiber 3, CM5 bl-gr plot_dcr(7, rcvr=14, phase=1, linecolor=5, newplot=F) # fiber 3, CM6 bl-gr plot_dcr(7, rcvr=11, phase=1, linecolor=6, newplot=F) # fiber 5, CM11 viol plot_dcr(7, rcvr=12, phase=1, linecolor=6, newplot=F) # fiber 5, CM12 viol #plot_dcr(7, rcvr=15, phase=1, linecolor=0, newplot=F) # fiber 7 out, CM15 #plot_dcr(7, rcvr=16, phase=1, linecolor=0, newplot=F) # fiber 7 out, CM16 8 DCR: Optical modules 1,3,5,7; Moved Antenna El (85 to 20) Duration=200s; intg=0.1s plot_dcr(8, rcvr=1, phase=1, linecolor=2, newplot=T) # fiber 1 red pg.setyscale(-0.006, 0.006) plot_dcr(8, rcvr=3, phase=1, linecolor=3, newplot=F) # fiber 3 gr plot_dcr(8, rcvr=5, phase=1, linecolor=4, newplot=F) # fiber 5 dkbl #plot_dcr(8, rcvr=7, phase=1, linecolor=0, newplot=F) # fiber 7 out plot_dcr(8, rcvr=9, phase=1, linecolor=8, newplot=F) # fiber 1, CM1 org plot_dcr(8, rcvr=10, phase=1, linecolor=8, newplot=F) # fiber 1, CM2 org plot_dcr(8, rcvr=13, phase=1, linecolor=5, newplot=F) # fiber 3, CM5 bl-gr plot_dcr(8, rcvr=14, phase=1, linecolor=5, newplot=F) # fiber 3, CM6 bl-gr plot_dcr(8, rcvr=11, phase=1, linecolor=6, newplot=F) # fiber 5, CM11 viol plot_dcr(8, rcvr=12, phase=1, linecolor=6, newplot=F) # fiber 5, CM12 viol #plot_dcr(8, rcvr=15, phase=1, linecolor=0, newplot=F) # fiber 7 out, CM15 #plot_dcr(8, rcvr=16, phase=1, linecolor=0, newplot=F) # fiber 7 out, CM16 9 Abort - DCR is going into running before antenna is committed 10 DCR: Optical modules 1,3,5,7; Moved Antenna El (20 to 70) Duration=200s; intg=0.1s DCR started early 11 DCR: Optical modules 2,4,6,8; Moved Antenna El (85 to 20) Duration=200s; intg=0.1s plot_dcr(11, rcvr=2, phase=1, offset=-0.003, linecolor=2, newplot=T) # fiber 2 red pg.setyscale(-0.006, 0.006) #plot_dcr(11, rcvr=4, phase=1, linecolor=0, newplot=F) # fiber 4 out plot_dcr(11, rcvr=6, phase=1, offset=-0.003, linecolor=3, newplot=F) # fiber 6 gr plot_dcr(11, rcvr=8, phase=1, offset=-0.003, linecolor=4, newplot=F) # fiber 8 dkbl plot_dcr(11, rcvr=9, phase=1, offset=0.002, linecolor=8, newplot=F) # fiber 2, CM1 org plot_dcr(11, rcvr=10, phase=1, offset=0.002, linecolor=8, newplot=F) # fiber 2, CM2 org #plot_dcr(11, rcvr=13, phase=1, linecolor=0, newplot=F) # fiber 4 out, CM5 #plot_dcr(11, rcvr=14, phase=1, linecolor=0, newplot=F) # fiber 4 out, CM6 plot_dcr(11, rcvr=11, phase=1, linecolor=5, newplot=F) # fiber 6, CM11 bl-gr plot_dcr(11, rcvr=12, phase=1, linecolor=5, newplot=F) # fiber 6, CM12 bl-gr plot_dcr(11, rcvr=15, phase=1, offset=0.003, linecolor=6, newplot=F) # fiber 8, CM15 viol plot_dcr(11, rcvr=16, phase=1, offset=0.003, linecolor=6, newplot=F) # fiber 8, CM16 viol 12 DCR: Optical modules 2,4,6,8; Moved Antenna El (20 to 85) Duration=200s; intg=0.1s DCR started early plot_dcr(12, rcvr=2, phase=1, offset=-0.003, linecolor=2, newplot=T) # fiber 2 red pg.setyscale(-0.006, 0.006) #plot_dcr(12, rcvr=4, phase=1, linecolor=0, newplot=F) # fiber 4 out plot_dcr(12, rcvr=6, phase=1, offset=-0.003, linecolor=3, newplot=F) # fiber 6 gr plot_dcr(12, rcvr=8, phase=1, offset=-0.003, linecolor=4, newplot=F) # fiber 8 dkbl plot_dcr(12, rcvr=9, phase=1, offset=0.002, linecolor=8, newplot=F) # fiber 2, CM1 org plot_dcr(12, rcvr=10, phase=1, offset=0.002, linecolor=8, newplot=F) # fiber 2, CM2 org #plot_dcr(12, rcvr=13, phase=1, linecolor=0, newplot=F) # fiber 4 out, CM5 #plot_dcr(12, rcvr=14, phase=1, linecolor=0, newplot=F) # fiber 4 out, CM6 plot_dcr(12, rcvr=11, phase=1, linecolor=5, newplot=F) # fiber 6, CM11 bl-gr plot_dcr(12, rcvr=12, phase=1, linecolor=5, newplot=F) # fiber 6, CM12 bl-gr plot_dcr(12, rcvr=15, phase=1, offset=0.003, linecolor=6, newplot=F) # fiber 8, CM15 viol plot_dcr(12, rcvr=16, phase=1, offset=0.003, linecolor=6, newplot=F) # fiber 8, CM16 viol 13 DCR: Optical modules 2,4,6,8; Moved Antenna Az (360 to 0) Duration 10m; intg=0.1s plot_dcr(13, rcvr=2, phase=1, offset=-0.003, linecolor=2, newplot=T) # fiber 2 red pg.setyscale(-0.006, 0.006) #plot_dcr(13, rcvr=4, phase=1, linecolor=0, newplot=F) # fiber 4 out plot_dcr(13, rcvr=6, phase=1, offset=-0.003, linecolor=3, newplot=F) # fiber 6 gr plot_dcr(13, rcvr=8, phase=1, offset=-0.003, linecolor=4, newplot=F) # fiber 8 dkbl plot_dcr(13, rcvr=9, phase=1, offset=0.002, linecolor=8, newplot=F) # fiber 2, CM1 org plot_dcr(13, rcvr=10, phase=1, offset=0.002, linecolor=8, newplot=F) # fiber 2, CM2 org #plot_dcr(13, rcvr=13, phase=1, linecolor=0, newplot=F) # fiber 4 out, CM5 #plot_dcr(13, rcvr=14, phase=1, linecolor=0, newplot=F) # fiber 4 out, CM6 plot_dcr(13, rcvr=11, phase=1, offset=-0.001, linecolor=5, newplot=F) # fiber 6, CM11 bl-gr plot_dcr(13, rcvr=12, phase=1, offset=-0.001, linecolor=5, newplot=F) # fiber 6, CM12 bl-gr plot_dcr(13, rcvr=15, phase=1, linecolor=6, newplot=F) # fiber 8, CM15 viol plot_dcr(13, rcvr=16, phase=1, linecolor=6, newplot=F) # fiber 8, CM16 viol 14 DCR: Optical modules 1,3,5,7; Moved Antenna Az (30 to 360) Duration 10m; intg=0.1s plot_dcr(14, rcvr=1, phase=1, linecolor=2, newplot=T) # fiber 1 red pg.setyscale(-0.006, 0.006) plot_dcr(14, rcvr=3, phase=1, linecolor=3, newplot=F) # fiber 3 gr plot_dcr(14, rcvr=5, phase=1, linecolor=4, newplot=F) # fiber 5 dkbl #plot_dcr(14, rcvr=7, phase=1, linecolor=0, newplot=F) # fiber 7 out plot_dcr(14, rcvr=9, phase=1, linecolor=8, newplot=F) # fiber 1, CM1 org plot_dcr(14, rcvr=10, phase=1, linecolor=8, newplot=F) # fiber 1, CM2 org plot_dcr(14, rcvr=13, phase=1, linecolor=5, newplot=F) # fiber 3, CM5 bl-gr plot_dcr(14, rcvr=14, phase=1, linecolor=5, newplot=F) # fiber 3, CM6 bl-gr plot_dcr(14, rcvr=11, phase=1, linecolor=6, newplot=F) # fiber 5, CM11 viol plot_dcr(14, rcvr=12, phase=1, linecolor=6, newplot=F) # fiber 5, CM12 viol #plot_dcr(14, rcvr=15, phase=1, linecolor=0, newplot=F) # fiber 7 out, CM15 #plot_dcr(14, rcvr=16, phase=1, linecolor=0, newplot=F) # fiber 7 out, CM16