################################################################################ Project TBASEJRF030129 ################################################################################ General Comments: K-band (lower band 18-22 GHz) checkout Weather: overcast; Temp ~30 F; o IF path (cross from odd input to even output per rdn instructions) L1/IF noise --> ODM 2 --> CM 1,3 --> SF 1,3 --> AC sampler 0,4 R1/IF noise --> ODM 4 --> CM 5,7 --> SF 5,7 --> AC sampler 1,5 L2/IF noise --> ODM 6 --> CM 10,12 --> SF 2,4 --> AC sampler 2,6 R2/IF noise --> ODM 8 --> CM 14,16 --> SF 6,8 --> AC sampler 3,7 ODM 2: original external modulator ODM 4: original external modulator ODM 6: new external modulator ODM 8: direct modulator o Spectrometer modes Bank A: 1W2-001-800 (ch1 -> odm 2, ch2 -> odm 4) Bank B: 1W2-123-800 (ch1 -> odm 6, ch2 -> odm 8) Bank C: 1W2-245-800 (ch1 -> odm 2, ch2 -> odm 4) Bank D: 1W2-367-800 (ch1 -> odm 6, ch2 -> odm 8) o DCR L1 -> DCR channel 2 R1 -> DCR channel 4 L2 -> DCR channel 6 R2 -> DCR channel 8 Note: set fiber target power level to 3 (per rdn instructions) Ant: 1 cold_sky RA 2.23 Dec 27.25 Az 155.00 El 77.85 LO1: 1 RestFreq 20000.000 AC : 1 2003_01_29_22:25:39A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 39 DCR: 1 2003_01_29_22:25:39.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: cold sky; Duration=20 min; antenna staitionary DCR hung in running -------------------------------------------------------------------------------- Ant: 2 cold_sky RA 2.65 Dec 27.25 Az 155.00 El 77.85 LO1: 2 RestFreq 20000.000 AC : 2 2003_01_29_23:00:00A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 2 DCR: 2 2003_01_29_23:00:00.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: cold sky; Duration=1 min; antenna staitionary (test) -------------------------------------------------------------------------------- Ant: 3 if_noise RA 3.39 Dec 27.25 Az 155.00 El 77.85 LO1: 3 RestFreq 20000.000 AC : 3 2003_01_29_23:35:08A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 39 DCR: 3 2003_01_29_23:35:08.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: if_noise; duration=20 min; antenna staitionary -------------------------------------------------------------------------------- Ant: 4 3C123 RA 4.05 Dec 27.25 Az 155.00 El 77.85 LO1: 4 RestFreq 20000.000 DCR: 4 2003_01_30_00:23:57.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (1of4); antenna not enabled -------------------------------------------------------------------------------- Ant: 5 3C123 RA 4.06 Dec 27.25 Az 155.00 El 77.85 LO1: 5 RestFreq 20000.000 DCR: 5 2003_01_30_00:24:35.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (2of4); antenna not enabled -------------------------------------------------------------------------------- Ant: 6 3C123 RA 4.07 Dec 27.25 Az 155.00 El 77.85 LO1: 6 RestFreq 20000.000 DCR: 6 2003_01_30_00:25:18.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (3of4); antenna not enabled -------------------------------------------------------------------------------- Ant: 7 3C123 RA 4.08 Dec 27.25 Az 155.00 El 77.85 LO1: 7 RestFreq 20000.000 DCR: 7 2003_01_30_00:25:56.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (4of4); antenna not enabled -------------------------------------------------------------------------------- Ant: 8 3C123 RA 4.62 Dec 29.67 Az 124.83 El 76.07 LO1: 8 RestFreq 20000.000 DCR: 8 2003_01_30_00:28:30.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (1of4); if_noise source selected by mistake -------------------------------------------------------------------------------- Ant: 9 3C123 RA 4.62 Dec 29.67 Az 125.25 El 76.18 LO1: 9 RestFreq 20000.000 DCR: 9 2003_01_30_00:29:11.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (2of4); if_noise source selected by mistake -------------------------------------------------------------------------------- Ant: 10 3C123 RA 4.62 Dec 29.67 Az 125.90 El 76.34 LO1: 10 RestFreq 20000.000 DCR: 10 2003_01_30_00:30:14.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (3of4); if_noise source selected by mistake -------------------------------------------------------------------------------- Ant: 11 3C123 RA 4.62 Dec 29.67 Az 126.33 El 76.45 LO1: 11 RestFreq 20000.000 DCR: 11 2003_01_30_00:30:55.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (4of4); if_noise source selected by mistake -------------------------------------------------------------------------------- Ant: 12 3C123 RA 4.62 Dec 29.67 Az 137.91 El 78.68 LO1: 12 RestFreq 20000.000 DCR: 12 2003_01_30_00:46:16.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (1of4); trackBeam=1 -------------------------------------------------------------------------------- Ant: 13 3C123 RA 4.62 Dec 29.67 Az 138.37 El 78.75 LO1: 13 RestFreq 20000.000 DCR: 13 2003_01_30_00:46:58.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (2of4); trackBeam=1 -------------------------------------------------------------------------------- Ant: 14 3C123 RA 4.62 Dec 29.67 Az 139.42 El 78.90 LO1: 14 RestFreq 20000.000 DCR: 14 2003_01_30_00:47:57.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (3of4); trackBeam=1 -------------------------------------------------------------------------------- Ant: 15 3C123 RA 4.62 Dec 29.67 Az 140.05 El 78.98 LO1: 15 RestFreq 20000.000 DCR: 15 2003_01_30_00:48:38.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (4of4); trackBeam=1 -------------------------------------------------------------------------------- Ant: 16 3C123 RA 4.62 Dec 29.67 Az 151.83 El 80.22 LO1: 16 RestFreq 20000.000 DCR: 16 2003_01_30_00:59:55.fits SigRef 0 0 Cal 0 1 Channels 2 4 6 8 Comments: xpeak (1of4); trackBeam=1; TP mode -------------------------------------------------------------------------------- Ant: 17 3C123 RA 4.62 Dec 29.67 Az 152.63 El 80.28 LO1: 17 RestFreq 20000.000 DCR: 17 2003_01_30_01:00:36.fits SigRef 0 0 Cal 0 1 Channels 2 4 6 8 Comments: xpeak (2of4); trackBeam=1; TP mode -------------------------------------------------------------------------------- Ant: 18 3C123 RA 4.62 Dec 29.67 Az 153.68 El 80.36 LO1: 18 RestFreq 20000.000 DCR: 18 2003_01_30_01:01:29.fits SigRef 0 0 Cal 0 1 Channels 2 4 6 8 Comments: xpeak (3of4); trackBeam=1; TP mode -------------------------------------------------------------------------------- Ant: 19 3C123 RA 4.62 Dec 29.67 Az 154.48 El 80.42 LO1: 19 RestFreq 20000.000 DCR: 19 2003_01_30_01:02:09.fits SigRef 0 0 Cal 0 1 Channels 2 4 6 8 Comments: xpeak (4of4); trackBeam=1; TP mode -------------------------------------------------------------------------------- Ant: 20 3C123 RA 4.62 Dec 29.67 Az 166.26 El 81.01 LO1: 20 RestFreq 20000.000 DCR: 20 2003_01_30_01:11:17.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (1of4); trackBeam=1; -------------------------------------------------------------------------------- Ant: 21 3C123 RA 4.62 Dec 29.67 Az 167.04 El 81.04 LO1: 21 RestFreq 20000.000 DCR: 21 2003_01_30_01:11:59.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (2of4); trackBeam=1; -------------------------------------------------------------------------------- Ant: 22 3C123 RA 4.62 Dec 29.67 Az 168.36 El 81.08 LO1: 22 RestFreq 20000.000 DCR: 22 2003_01_30_01:12:49.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (3of4); trackBeam=1; -------------------------------------------------------------------------------- Ant: 23 3C123 RA 4.62 Dec 29.67 Az 169.26 El 81.10 LO1: 23 RestFreq 20000.000 DCR: 23 2003_01_30_01:13:28.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (4of4); trackBeam=1; -------------------------------------------------------------------------------- Ant: 24 3C123 RA 4.62 Dec 29.67 Az 243.37 El 73.41 LO1: 24 RestFreq 20000.000 DCR: 24 2003_01_30_02:29:05.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (1of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 25 3C123 RA 4.62 Dec 29.67 Az 243.66 El 73.29 LO1: 25 RestFreq 20000.000 DCR: 25 2003_01_30_02:29:44.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (2of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 26 3C123 RA 4.62 Dec 29.67 Az 244.02 El 73.15 LO1: 26 RestFreq 20000.000 DCR: 26 2003_01_30_02:30:32.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (3of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 27 3C123 RA 4.62 Dec 29.67 Az 244.31 El 73.03 LO1: 27 RestFreq 20000.000 DCR: 27 2003_01_30_02:31:12.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (4of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 28 3C123 RA 4.62 Dec 29.67 Az 251.46 El 69.57 LO1: 28 RestFreq 20000.000 DCR: 28 2003_01_30_02:50:18.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (1of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 29 3C123 RA 4.62 Dec 29.67 Az 251.66 El 69.45 LO1: 29 RestFreq 20000.000 DCR: 29 2003_01_30_02:50:57.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (2of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 30 3C123 RA 4.62 Dec 29.67 Az 252.39 El 69.02 LO1: 30 RestFreq 20000.000 DCR: 30 2003_01_30_02:53:15.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (3of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 31 3C123 RA 4.62 Dec 29.67 Az 252.60 El 68.90 LO1: 31 RestFreq 20000.000 DCR: 31 2003_01_30_02:53:55.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (4of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 32 3C123 RA 4.62 Dec 29.67 Az 253.91 El 68.07 LO1: 32 RestFreq 20000.000 DCR: 32 2003_01_30_02:58:19.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (1of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 33 3C123 RA 4.62 Dec 29.67 Az 254.10 El 67.95 LO1: 33 RestFreq 20000.000 DCR: 33 2003_01_30_02:58:58.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (2of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 34 3C123 RA 4.62 Dec 29.67 Az 254.32 El 67.81 LO1: 34 RestFreq 20000.000 DCR: 34 2003_01_30_02:59:44.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (3of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 35 3C123 RA 4.62 Dec 29.67 Az 254.51 El 67.68 LO1: 35 RestFreq 20000.000 DCR: 35 2003_01_30_03:00:24.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (4of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 36 3C123 RA 4.62 Dec 29.67 Az 255.13 El 67.27 LO1: 36 RestFreq 20000.000 DCR: 36 2003_01_30_03:02:36.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (1of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 37 3C123 RA 4.62 Dec 29.67 Az 255.30 El 67.14 LO1: 37 RestFreq 20000.000 DCR: 37 2003_01_30_03:03:15.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (2of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 38 3C123 RA 4.62 Dec 29.67 Az 255.89 El 66.73 LO1: 38 RestFreq 20000.000 DCR: 38 2003_01_30_03:05:24.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (3of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 39 3C123 RA 4.62 Dec 29.67 Az 256.07 El 66.61 LO1: 39 RestFreq 20000.000 DCR: 39 2003_01_30_03:06:04.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (4of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 40 3C123 RA 4.62 Dec 29.67 Az 256.64 El 66.19 LO1: 40 RestFreq 20000.000 DCR: 40 2003_01_30_03:08:15.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (1of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 41 3C123 RA 4.62 Dec 29.67 Az 256.81 El 66.07 LO1: 41 RestFreq 20000.000 DCR: 41 2003_01_30_03:08:54.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (2of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 42 3C123 RA 4.62 Dec 29.67 Az 257.05 El 65.89 LO1: 42 RestFreq 20000.000 DCR: 42 2003_01_30_03:09:49.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (3of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 43 3C123 RA 4.62 Dec 29.67 Az 257.21 El 65.77 LO1: 43 RestFreq 20000.000 DCR: 43 2003_01_30_03:10:28.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xpeak (4of4); trackBeam=2; -------------------------------------------------------------------------------- Ant: 44 3C123 RA 4.62 Dec 29.67 Az 260.48 El 63.09 LO1: 44 RestFreq 20000.000 AC : 44 2003_01_30_03:22:09A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 10 DCR: 44 2003_01_30_03:22:09.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xonoff; ON; Duration 5min -------------------------------------------------------------------------------- Ant: 45 3C123 RA 4.71 Dec 29.67 Az 260.46 El 63.10 LO1: 45 RestFreq 20000.000 AC : 45 2003_01_30_03:27:36A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 10 DCR: 45 2003_01_30_03:27:36.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xonoff; OFF; Duration 5min -------------------------------------------------------------------------------- Ant: 46 3C123 RA 4.62 Dec 29.67 Az 262.81 El 60.93 LO1: 46 RestFreq 20000.000 AC : 46 2003_01_30_03:33:18A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 10 DCR: 46 2003_01_30_03:33:18.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xonoff; ON; Duration 5min -------------------------------------------------------------------------------- Ant: 47 3C123 RA 4.71 Dec 29.67 Az 262.80 El 60.94 LO1: 47 RestFreq 20000.000 AC : 47 2003_01_30_03:38:45A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 10 DCR: 47 2003_01_30_03:38:45.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xonoff; OFF; Duration 5min -------------------------------------------------------------------------------- Ant: 48 3C123 RA 4.62 Dec 29.67 Az 264.98 El 58.72 LO1: 48 RestFreq 20000.000 AC : 48 2003_01_30_03:44:37A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 10 DCR: 48 2003_01_30_03:44:37.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xonoff; ON; Duration 5min -------------------------------------------------------------------------------- Ant: 49 3C123 RA 4.71 Dec 29.67 Az 264.97 El 58.74 LO1: 49 RestFreq 20000.000 AC : 49 2003_01_30_03:50:04A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 10 DCR: 49 2003_01_30_03:50:04.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xonoff; OFF; Duration 5min -------------------------------------------------------------------------------- Ant: 50 3C274 RA 12.51 Dec 12.39 Az 89.43 El 19.51 LO1: 50 RestFreq 20000.000 AC : 50 2003_01_30_04:12:17A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 10 DCR: 50 2003_01_30_04:12:17.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xonoff; ON; Duration 5min -------------------------------------------------------------------------------- Ant: 51 3C274 RA 12.61 Dec 12.39 Az 89.42 El 19.50 LO1: 51 RestFreq 20000.000 AC : 51 2003_01_30_04:17:44A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 10 DCR: 51 2003_01_30_04:17:44.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xonoff; OFF; Duration 5min -------------------------------------------------------------------------------- Ant: 52 1411+5212 RA 14.19 Dec 52.20 Az 43.10 El 26.71 LO1: 52 RestFreq 20000.000 AC : 52 2003_01_30_04:31:48A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 10 DCR: 52 2003_01_30_04:31:48.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xonoff; ON; Duration 5min -------------------------------------------------------------------------------- Ant: 53 1411+5212 RA 14.28 Dec 52.20 Az 43.10 El 26.71 LO1: 53 RestFreq 20000.000 AC : 53 2003_01_30_04:37:15A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 10 DCR: 53 2003_01_30_04:37:15.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xonoff; OFF; Duration 5min -------------------------------------------------------------------------------- Ant: 54 1411+5212 RA 14.19 Dec 52.20 Az 44.19 El 28.51 LO1: 54 RestFreq 20100.000 AC : 54 2003_01_30_04:45:05A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 10 DCR: 54 2003_01_30_04:45:05.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xonoff; ON; Duration 5min -------------------------------------------------------------------------------- Ant: 55 1411+5212 RA 14.28 Dec 52.20 Az 44.19 El 28.50 LO1: 55 RestFreq 20100.000 AC : 55 2003_01_30_04:50:32A.fits SigRef 0 0 1 1 Cal 0 1 0 1 Mode 1W2-0XY-800 Samplers 0 1 BW 800 Ch 2048 Rx 2 Phase 4 Rec 10 DCR: 55 2003_01_30_04:50:32.fits SigRef 0 0 1 1 Cal 0 1 0 1 Channels 2 4 6 8 Comments: xonoff; OFF; Duration 5min -------------------------------------------------------------------------------- ================================================================================ Data Reduction [dsb] ================================================================================ - Figure odm2_ifnoise.ps s.plotSR1(proj, 3, 1, 2, bank=1, rcvr=1, drop=200); s.plotSR1(proj, 3, 1, 10, bank=1, rcvr=1, newplot=F, linecolor=3); s.plotSR1(proj, 3, 1, 20, bank=1, rcvr=1, newplot=F, linecolor=4); s.plotSR1(proj, 3, 1, 30, bank=1, rcvr=1, newplot=F, linecolor=5); s.plotSR1(proj, 3, 1, 39, bank=1, rcvr=1, newplot=F, linecolor=6); s.pg.setyscale(-0.02, 0.02); s.plotSR1(proj, 3, 1, 2, bank=3, rcvr=1, newplot=F, linecolor=2, offset=-0.01); s.plotSR1(proj, 3, 1, 10, bank=3, rcvr=1, newplot=F, linecolor=3, offset=-0.01); s.plotSR1(proj, 3, 1, 20, bank=3, rcvr=1, newplot=F, linecolor=4, offset=-0.01); s.plotSR1(proj, 3, 1, 30, bank=3, rcvr=1, newplot=F, linecolor=5, offset=-0.01); s.plotSR1(proj, 3, 1, 39, bank=3, rcvr=1, newplot=F, linecolor=6, offset=-0.01); s.pg.setyscale(-0.015, 0.01); - Figure odm4_ifnoise.ps s.plotSR1(proj, 3, 1, 2, bank=1, rcvr=2, drop=200); s.plotSR1(proj, 3, 1, 10, bank=1, rcvr=2, newplot=F, linecolor=3); s.plotSR1(proj, 3, 1, 20, bank=1, rcvr=2, newplot=F, linecolor=4); s.plotSR1(proj, 3, 1, 30, bank=1, rcvr=2, newplot=F, linecolor=5); s.plotSR1(proj, 3, 1, 39, bank=1, rcvr=2, newplot=F, linecolor=6); s.pg.setyscale(-0.02, 0.02); s.plotSR1(proj, 3, 1, 2, bank=3, rcvr=2, newplot=F, linecolor=2, offset=-0.01); s.plotSR1(proj, 3, 1, 10, bank=3, rcvr=2, newplot=F, linecolor=3, offset=-0.01); s.plotSR1(proj, 3, 1, 20, bank=3, rcvr=2, newplot=F, linecolor=4, offset=-0.01); s.plotSR1(proj, 3, 1, 30, bank=3, rcvr=2, newplot=F, linecolor=5, offset=-0.01); s.plotSR1(proj, 3, 1, 39, bank=3, rcvr=2, newplot=F, linecolor=6, offset=-0.01); s.pg.setyscale(-0.015, 0.01); - Figure odm6_ifnoise.ps s.plotSR1(proj, 3, 1, 2, bank=2, rcvr=1, drop=200); s.plotSR1(proj, 3, 1, 10, bank=2, rcvr=1, newplot=F, linecolor=3); s.plotSR1(proj, 3, 1, 20, bank=2, rcvr=1, newplot=F, linecolor=4); s.pg.setyscale(-0.02, 0.02); s.plotSR1(proj, 3, 1, 2, bank=4, rcvr=1, newplot=F, linecolor=2, offset=-0.01); s.plotSR1(proj, 3, 1, 10, bank=4, rcvr=1, newplot=F, linecolor=3, offset=-0.01); s.plotSR1(proj, 3, 1, 20, bank=4, rcvr=1, newplot=F, linecolor=4, offset=-0.01); s.plotSR1(proj, 3, 1, 30, bank=4, rcvr=1, newplot=F, linecolor=5, offset=-0.01); s.plotSR1(proj, 3, 1, 39, bank=4, rcvr=1, newplot=F, linecolor=6, offset=-0.01); s.pg.setyscale(-0.015, 0.01); - Figure odm8_ifnoise.ps s.plotSR1(proj, 3, 1, 2, bank=2, rcvr=2, drop=200); s.plotSR1(proj, 3, 1, 10, bank=2, rcvr=2, newplot=F, linecolor=3); s.plotSR1(proj, 3, 1, 20, bank=2, rcvr=2, newplot=F, linecolor=4); s.pg.setyscale(-0.02, 0.02); s.plotSR1(proj, 3, 1, 2, bank=4, rcvr=2, newplot=F, linecolor=2, offset=-0.01); s.plotSR1(proj, 3, 1, 10, bank=4, rcvr=2, newplot=F, linecolor=3, offset=-0.01); s.plotSR1(proj, 3, 1, 20, bank=4, rcvr=2, newplot=F, linecolor=4, offset=-0.01); s.plotSR1(proj, 3, 1, 30, bank=4, rcvr=2, newplot=F, linecolor=5, offset=-0.01); s.plotSR1(proj, 3, 1, 39, bank=4, rcvr=2, newplot=F, linecolor=6, offset=-0.01); s.pg.setyscale(-0.015, 0.01); - Figure L1_coldsky.ps s.plotSR1(proj, 1, 1, 2, bank=1, rcvr=1, drop=200); s.plotSR1(proj, 1, 1, 10, bank=1, rcvr=1, newplot=F, linecolor=3); s.plotSR1(proj, 1, 1, 20, bank=1, rcvr=1, newplot=F, linecolor=4); s.plotSR1(proj, 1, 1, 30, bank=1, rcvr=1, newplot=F, linecolor=5); s.plotSR1(proj, 1, 1, 39, bank=1, rcvr=1, newplot=F, linecolor=6); s.pg.setyscale(-0.7, 0.7); s.plotSR1(proj, 1, 1, 2, bank=3, rcvr=1, newplot=F, linecolor=2, offset=-0.1); s.plotSR1(proj, 1, 1, 10, bank=3, rcvr=1, newplot=F, linecolor=3, offset=-0.1); s.plotSR1(proj, 1, 1, 20, bank=3, rcvr=1, newplot=F, linecolor=4, offset=-0.1); s.plotSR1(proj, 1, 1, 30, bank=3, rcvr=1, newplot=F, linecolor=5, offset=-0.1); s.plotSR1(proj, 1, 1, 39, bank=3, rcvr=1, newplot=F, linecolor=6, offset=-0.1); s.pg.setyscale(-0.16, 0.025); - Figure R1_coldsky.ps s.plotSR1(proj, 1, 1, 2, bank=1, rcvr=2, drop=200); s.plotSR1(proj, 1, 1, 10, bank=1, rcvr=2, newplot=F, linecolor=3); s.plotSR1(proj, 1, 1, 20, bank=1, rcvr=2, newplot=F, linecolor=4); s.plotSR1(proj, 1, 1, 30, bank=1, rcvr=2, newplot=F, linecolor=5); s.plotSR1(proj, 1, 1, 39, bank=1, rcvr=2, newplot=F, linecolor=6); s.pg.setyscale(-0.7, 0.7); s.plotSR1(proj, 1, 1, 2, bank=3, rcvr=2, newplot=F, linecolor=2, offset=-0.1); s.plotSR1(proj, 1, 1, 10, bank=3, rcvr=2, newplot=F, linecolor=3, offset=-0.1); s.plotSR1(proj, 1, 1, 20, bank=3, rcvr=2, newplot=F, linecolor=4, offset=-0.1); s.plotSR1(proj, 1, 1, 30, bank=3, rcvr=2, newplot=F, linecolor=5, offset=-0.1); s.plotSR1(proj, 1, 1, 39, bank=3, rcvr=2, newplot=F, linecolor=6, offset=-0.1); s.pg.setyscale(-0.16, 0.025); - Figure L2_coldsky.ps s.plotSR1(proj, 1, 1, 2, bank=2, rcvr=1, drop=200); s.plotSR1(proj, 1, 1, 10, bank=2, rcvr=1, newplot=F, linecolor=3); s.plotSR1(proj, 1, 1, 20, bank=2, rcvr=1, newplot=F, linecolor=4); s.plotSR1(proj, 1, 1, 30, bank=2, rcvr=1, newplot=F, linecolor=5); s.plotSR1(proj, 1, 1, 39, bank=2, rcvr=1, newplot=F, linecolor=6); s.pg.setyscale(-0.04, 0.04); s.plotSR1(proj, 1, 1, 2, bank=4, rcvr=1, newplot=F, linecolor=2, offset=0.04); s.plotSR1(proj, 1, 1, 10, bank=4, rcvr=1, newplot=F, linecolor=3, offset=0.04); s.plotSR1(proj, 1, 1, 20, bank=4, rcvr=1, newplot=F, linecolor=4, offset=0.04); s.plotSR1(proj, 1, 1, 30, bank=4, rcvr=1, newplot=F, linecolor=5, offset=0.04); s.plotSR1(proj, 1, 1, 39, bank=4, rcvr=1, newplot=F, linecolor=6, offset=0.04); s.pg.setyscale(-0.05, 0.05); - Figure R2_coldsky.ps s.plotSR1(proj, 1, 1, 2, bank=2, rcvr=2, drop=200); s.plotSR1(proj, 1, 1, 10, bank=2, rcvr=2, newplot=F, linecolor=3); s.plotSR1(proj, 1, 1, 20, bank=2, rcvr=2, newplot=F, linecolor=4); s.plotSR1(proj, 1, 1, 30, bank=2, rcvr=2, newplot=F, linecolor=5); s.plotSR1(proj, 1, 1, 39, bank=2, rcvr=2, newplot=F, linecolor=6); s.pg.setyscale(-0.04, 0.04); s.plotSR1(proj, 1, 1, 2, bank=4, rcvr=2, newplot=F, linecolor=2, offset=0.04); s.plotSR1(proj, 1, 1, 10, bank=4, rcvr=2, newplot=F, linecolor=3, offset=0.04); s.plotSR1(proj, 1, 1, 20, bank=4, rcvr=2, newplot=F, linecolor=4, offset=0.04); s.plotSR1(proj, 1, 1, 30, bank=4, rcvr=2, newplot=F, linecolor=5, offset=0.04); s.plotSR1(proj, 1, 1, 39, bank=4, rcvr=2, newplot=F, linecolor=6, offset=0.04); s.pg.setyscale(-0.05, 0.05); - Figure tp_scan1_sig.ps c.plotTsys(proj, 1, rcvr=1, sr_phase='sig') c.plotTsys(proj, 1, rcvr=2, sr_phase='sig', newplot=F, linecolor=8) c.plotTsys(proj, 1, rcvr=3, sr_phase='sig', newplot=F, linecolor=3) c.plotTsys(proj, 1, rcvr=4, sr_phase='sig', newplot=F, linecolor=5) c.pg.setyscale(13, 32) - Figure tp_scan1_ref.ps c.plotTsys(proj, 1, rcvr=1, sr_phase='ref') c.plotTsys(proj, 1, rcvr=2, sr_phase='ref', newplot=F, linecolor=8) c.plotTsys(proj, 1, rcvr=3, sr_phase='ref', newplot=F, linecolor=3) c.plotTsys(proj, 1, rcvr=4, sr_phase='ref', newplot=F, linecolor=5) c.pg.setyscale(13, 39) - Figure cal.ps # CAL values x := [19.6, 19.7, 19.8, 19.9, 20.0, 20.1, 20.2, 20.3, 20.4]; xbb := [0, 100, 200, 300, 400, 500, 600, 700, 800]; xbb2 := [800, 700, 600, 500, 400, 300, 200, 100, 0]; y_l1 := [4.38, 5.03, 4.83, 5.39, 5.07, 5.05, 5.17, 5.58, 5.69]; y_r1 := [7.06, 6.23, 5.92, 5.33, 5.49, 5.69, 5.43, 5.30, 4.30]; y_l2 := [4.67, 5.31, 5.49, 5.12, 5.35, 5.28, 5.40, 5.76, 5.53]; y_r2 := [5.47, 4.69, 4.08, 3.28, 2.95, 2.26, 2.42, 3.15, 4.05]; s.plot(x, y_l1, title='K-band Calibration', ytitle='T\\dcal\\u [K]', xtitle='Frequency [GHz]', linecolor=2); s.plot(x, y_r1, newplot=F, linecolor=8); s.plot(x, y_l2, newplot=F, linecolor=3); s.plot(x, y_r2, newplot=F, linecolor=5); s.pg.setyscale(2.2, 7.25); - Figure tsys_sky.ps l1_1 := s.getTsys(proj, 45, bank=1, rcvr=1, rec_num=[1:10]) l1_2 := s.getTsys(proj, 45, bank=3, rcvr=1, rec_num=[1:10]) r1_1 := s.getTsys(proj, 45, bank=1, rcvr=2, rec_num=[1:10]) r1_2 := s.getTsys(proj, 45, bank=3, rcvr=2, rec_num=[1:10]) l2_1 := s.getTsys(proj, 45, bank=2, rcvr=1, rec_num=[1:10]) l2_2 := s.getTsys(proj, 45, bank=4, rcvr=1, rec_num=[1:10]) r2_1 := s.getTsys(proj, 45, bank=2, rcvr=2, rec_num=[1:10]) r2_2 := s.getTsys(proj, 45, bank=4, rcvr=2, rec_num=[1:10]) x := s.skyFreq(l1_1.freq, 20000., T) s.plot(x/1.e3, l1_1.tsys, xtitle='Frequency [GHz]', ytitle='T\\dsys\\u/T\\dcal\\u', title='3C123 (OFF) beam 1 rec [1:10]',drop=200); s.plot(x/1.e3, l1_2.tsys, newplot=F, linecolor=2); s.plot(x/1.e3, r1_1.tsys, newplot=F, linecolor=8); s.plot(x/1.e3, r1_2.tsys, newplot=F, linecolor=8); s.pg.setyscale(6, 8.2); s.plot(x/1.e3, l2_1.tsys, xtitle='Frequency [GHz]', ytitle='T\\dsys\\u/T\\dcal\\u', title='3C123 (OFF) beam 2 rec [1:10]',drop=200, linecolor=3); s.plot(x/1.e3, l2_2.tsys, newplot=F, linecolor=3); s.plot(x/1.e3, r2_1.tsys, newplot=F, linecolor=5); s.plot(x/1.e3, r2_2.tsys, newplot=F, linecolor=5); s.pg.setyscale(7, 14); - Figure ta_3c123_L2_1, ta_3c123_L2_2 s.plotTa(proj, 45, 44, bank=2, rcvr=1, rec_num=[1:10], utsys=T, drop=200) s.plotTa(proj, 47, 46, bank=2, rcvr=1, rec_num=[1:10], utsys=T, newplot=F, linecolor=3) s.plotTa(proj, 49, 48, bank=2, rcvr=1, rec_num=[1:10], utsys=T, newplot=F, linecolor=4) s.plotTa(proj, [45, 47, 49], [44, 46, 48], bank=2, rcvr=1, rec_num=[1:10], utsys=T, newplot=F, linecolor=7) s.pg.setyscale(0.06, 0.1) s.plotTa(proj, 45, 44, bank=4, rcvr=1, rec_num=[1:10], utsys=T, drop=200) s.plotTa(proj, 47, 46, bank=4, rcvr=1, rec_num=[1:10], utsys=T, newplot=F, linecolor=3) s.plotTa(proj, 49, 48, bank=4, rcvr=1, rec_num=[1:10], utsys=T, newplot=F, linecolor=4) s.plotTa(proj, [45, 47, 49], [44, 46, 48], bank=4, rcvr=1, rec_num=[1:10], utsys=T, newplot=F, linecolor=7) s.pg.setyscale(0.06, 0.1) - Figure ta_3c123_R2_1, ta_3c123_R2_2 s.plotTa(proj, 45, 44, bank=2, rcvr=2, rec_num=[1:10], utsys=T, drop=200) s.plotTa(proj, 47, 46, bank=2, rcvr=2, rec_num=[1:10], utsys=T, newplot=F, linecolor=3) s.plotTa(proj, 49, 48, bank=2, rcvr=2, rec_num=[1:10], utsys=T, newplot=F, linecolor=4) s.plotTa(proj, [45, 47, 49], [44, 46, 48], bank=2, rcvr=2, rec_num=[1:10], utsys=T, newplot=F, linecolor=7) s.pg.setyscale(0.08, 0.13) s.plotTa(proj, 45, 44, bank=4, rcvr=2, rec_num=[1:10], utsys=T, drop=200) s.plotTa(proj, 47, 46, bank=4, rcvr=2, rec_num=[1:10], utsys=T, newplot=F, linecolor=3) s.plotTa(proj, 49, 48, bank=4, rcvr=2, rec_num=[1:10], utsys=T, newplot=F, linecolor=4) s.plotTa(proj, [45, 47, 49], [44, 46, 48], bank=4, rcvr=2, rec_num=[1:10], utsys=T, newplot=F, linecolor=7) s.pg.setyscale(0.08, 0.13) - Figure ratio_bank_spec.ps, ratio_bank_ft.ps y1 := s.getTa(proj, 49, 48, bank=2, rcvr=2, rec_num=[1:10], utsys=T) y2 := s.getTa(proj, 49, 48, bank=4, rcvr=2, rec_num=[1:10], utsys=T) y := y2 y.ta := y1.ta/y2.ta s.plot(y.freq, y.ta, xtitle='Frequency [MHz]', ytitle='Ratio', title='3C123 Scan(48,49) Ratio (AC 3/AC 7)', drop=200) f := s.ft(y.ta[200:1848], 0.391) s.plot(f.x, f.y, xtitle='1/f [MHz\\u-1\\d]', ytitle='Power', title='Fourier Transform 3C123 Scan (48,49) Ratio (AC 3/AC 7)'); s.pg.setyscale(-0.5, 10) s.pg.setxscale(0.0, 0.1) - Figure ratio_scan_spec.ps, ratio_scan_ft.ps y1 := s.getTa(proj, 47, 46, bank=2, rcvr=2, rec_num=[1:10], utsys=T) y2 := s.getTa(proj, 49, 48, bank=2, rcvr=2, rec_num=[1:10], utsys=T) y := y2 y.ta := y1.ta/y2.ta s.plot(y.freq, y.ta, xtitle='Frequency [MHz]', ytitle='Ratio', title='3C123 Ratio (Scan 46,47/Scan 48,49) Bank 2 rcvr 2', drop=200) f := s.ft(y.ta[200:1848], 0.391) s.plot(f.x, f.y, xtitle='1/f [MHz\\u-1\\d]', ytitle='Power', title='Fourier Transform 3C123 Ratio (Scan 46,47/Scan 48,49) Bank 2 rcvr 2'); s.pg.setyscale(-0.1, 5) s.pg.setxscale(0.0, 0.1) - Figure ta_3c123_R2_2_rec.ps, ta_3c123_R2_2_rec2.ps s.plotTa(proj, 49, 48, bank=4, rcvr=2, rec_num=[1:2], utsys=T, drop=200) s.plotTa(proj, 49, 48, bank=4, rcvr=2, rec_num=[3:4], utsys=T, newplot=F, linecolor=3) s.plotTa(proj, 49, 48, bank=4, rcvr=2, rec_num=[5:6], utsys=T, newplot=F, linecolor=4) s.plotTa(proj, 49, 48, bank=4, rcvr=2, rec_num=[7:8], utsys=T, newplot=F, linecolor=5) s.plotTa(proj, 49, 48, bank=4, rcvr=2, rec_num=[9:10], utsys=T, newplot=F, linecolor=6) s.plotTa(proj, 49, 48, bank=4, rcvr=2, rec_num=[1:10], utsys=T, newplot=F, linecolor=7) s.pg.setyscale(0.08, 0.15) - Figure ft_3c123.ps y := s.getTa(proj, 49, 48, bank=4, rcvr=2, rec_num=[7:8], utsys=T) f := s.ft(y.ta[200:1848], 0.391) s.plot(f.x, f.y, xtitle='1/f [MHz\\u-1\\d]', ytitle='Power', title='Fourier Transform 3C123 Scan (48,49) Bank 4 rcvr 2 rec [7:8]'); s.pg.setxscale(0.0, 0.1) s.pg.setyscale(0.0, 5.0) - Figure ta_3c274_L2.ps s.plotTa(proj, 51, 50, bank=2, rcvr=1, rec_num=[1:10], utsys=T, drop=200) s.plotTa(proj, 51, 50, bank=4, rcvr=1, rec_num=[1:10], utsys=T, newplot=F, linecolor=2) - Figure ta_3c274_R2.ps s.plotTa(proj, 51, 50, bank=2, rcvr=2, rec_num=[1:10], utsys=T, drop=200, linecolor=2) s.plotTa(proj, 51, 50, bank=4, rcvr=2, rec_num=[1:10], utsys=T, newplot=F, linecolor=2) - Figure ratio_source_spec.ps, ratio_source_ft.ps y1 := s.getTa(proj, 49, 48, bank=2, rcvr=2, rec_num=[1:10], utsys=T) y2 := s.getTa(proj, 51, 50, bank=2, rcvr=2, rec_num=[1:10], utsys=T) y := y2 y.ta := y1.ta/y2.ta s.plot(y.freq, y.ta, xtitle='Frequency [MHz]', ytitle='Ratio', title='Ratio 3C123/3C274 Bank 2 rcvr 2', drop=200) f := s.ft(y.ta[200:1848], 0.391) s.plot(f.x, f.y, xtitle='1/f [MHz\\u-1\\d]', ytitle='Power', title='Fourier Transform Ratio 3C123/3C274 Bank 2 rcvr 2'); s.pg.setyscale(-0.1, 5) s.pg.setxscale(0.0, 0.1)