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Table 1

Individual observations from the Crab monitoring. (A description of the columns is given in the text.)

OBSID Rev. Mode Filter Counting mode Time jump Epoch Obs. time Radio period X-ray period Red. χ2 FWHM ΔP/P Phase shift
[MJD] [ks] [ms] [ms] 10-8 s 10-8 [μs]

0122330801 56 TI T NO S 51 632.83 22.58 33.5083819072 33.5083817(1) 433 1.37 –0.6  ±  0.4 –148  ±  2
0135730701 234 B T NO N 51 988.64 10.00 33.5213091402 33.5213091(5) 197 3.24 0.02  ±  0.9 –337  ±  4
0153750201 411 B M YES N 52 340.68 4.63 33.5341004722 33.5341001(7) 79 6.78 –0.9  ±  2 –287  ±  4
0153750301 411 B M YES N 52 341.29 9.00 33.5341224876 33.5341223(9) 143 3.52 –0.3  ±  1 –296  ±  4
0153750401 411 TI T YES N 52 341.42 9.00 33.5341272691 33.5341278(9) 269 3.57 2  ±  1 –217  ±  2
0153750501 411 B M YES N 52 341.84 9.00 33.5341426021 33.5341426(5) 136 3.55 0.2  ±  1 –257  ±  4
0160960201 698 TI T YES N 52 913.51 28.26 33.5549129334 33.5549128(4) 912 1.58 –0.3  ±  0.5 –174  ±  2
0160960301 700 TI T YES N 52 918.30 10.17 33.5550871157 33.5550881(2) 313 4.58 3  ±  1 –292  ±  3
0160960401 874 B T NO N 53 264.10 14.72 33.5676516600 33.5676516(5) 250 2.20 –0.04  ±  0.7 603  ±  3
0160960601 874 B T NO N 53 265.57 3.98 33.5677052394 33.5677050(1) 68 8.01 –0.7  ±  2 8839  ±  5
0160960701 955 B T YES N 53 425.72 8.20 33.5735256348 33.5735259(2) 133 3.86 0.9  ±  1 –334  ±  3
0160960801 955 B T YES N 53 426.27 5.00 33.5735454128 33.5735452(4) 80 6.52 –0.5  ±  2 –336  ±  5
0160960901 955 B T YES N 53 426.77 8.20 33.5735638700 33.5735642(0) 127 3.90 1  ±  1 –357  ±  4
0160961001 1048 TI T YES N 53 612.63 4.99 33.5803179048 33.580317(7) 178 11.18 –0.6  ±  3 –257  ±  3
0160961101 1049 B T YES N 53 613.14 5.00 33.5803366674 33.5803368(8) 59 6.60 0.6  ±  2 –335  ±  4
0160961201 1049 TI T YES N 53 613.92 4.99 33.5803650194 33.580364(2) 164 10.25 –3  ±  3 –286  ±  2
0160961301 1140 B T NO N 53 794.72 5.00 33.5869348775 33.5869347(5) 90 6.77 –0.4  ±  2 –284  ±  4
0160961401 1140 TI T YES N 53 795.44 4.99 33.5869607624 33.5869607(3) 262 6.18 –0.1  ±  2 –209  ±  2
0160961501 1140 B T NO N 53 796.09 6.70 33.5869844395 33.5869844(8) 129 4.47 0.1  ±  1 –305  ±  4
0312790101 1138 B T YES E 53 791.22 42.50 33.5868077617 33.5868078(5) 422 1.25 0.3  ±  0.4 –268  ±  2
0312790201 1138 B T NO N 53 791.75 5.03 33.5868269683 33.5868267(9) 72 6.46 –0.5  ±  2 –349  ±  5
0312790401 1138 B T NO N 53 791.95 7.80 33.5868339621 33.5868344(5) 52 4.19 1  ±  1 –305  ±  6
0412590101 1249 B T NO N 54 012.06 6.40 33.5948315461 33.5948316(2) 111 4.82 0.2  ±  1 –369  ±  4
0412590201 1249 TI T YES N 54 012.72 5.04 33.5948556935 33.5948540(4) 282 9.77 –5  ±  3 –284  ±  2
0412590301 1249 B T NO N 54 013.38 8.85 33.5948794078 33.5948792(9) 148 3.39 –0.4  ±  1 –389  ±  3
0412590601 1325 TI T YES N 54 164.32 5.04 33.6003636968 33.6003640(7) 241 6.14 1  ±  2 –524  ±  2
0412590701 1325 B T YES N 54 164.98 8.85 33.6003876860 33.6003877(0) 156 3.50 0.03  ±  1 –601  ±  3
0412591001 1414 B T NO N 54 341.11 13.20 33.6067862758 33.6067861(8) 220 2.33 –0.3  ±  0.7 –336  ±  3
0412591101 1414 TI T YES N 54 341.96 5.00 33.6068170822 33.6068166(3) 308 8.62 –1  ±  3 –303  ±  3
0412591201 1414 B T NO S 54 342.40 13.41 33.6068330929 33.6068330(5) 228 2.40 –0.1  ±  0.7 –360  ±  3
0412591401 1504 B T YES N 54 520.72 21.70 33.6133108411 33.6133108(9) 394 1.45 0.1  ±  4 –357  ±  2
0412591501 1504 TI T YES N 54 521.46 7.64 33.6133378231 33.6133377(7) 521 4.53 –0.1  ±  1 –282  ±  2
0412591601 1504 B T YES N 54 521.85 20.20 33.6133519405 33.6133519(9) 382 1.51 0.1  ±  0.4 –363  ±  2
0412591901 1600 B T YES N 54 712.22 5.80 33.6202664839 33.6202667(5) 133 5.50 0.8  ±  2 –282  ±  3
0412592001 1600 TI T YES N 54 712.78 6.04 33.6202865236 33.6202880(2) 544 7.19 4  ±  2 –207  ±  2
0412592101 1600 B T YES N 54 713.35 15.39 33.6203076395 33.6203076(3) 365 1.98 –0.02  ±  0.6 –263  ±  2
0412592401 1687 B T YES N 54 885.70 18.90 33.6265670615 33.6265671(0) 355 1.67 0.1  ±  0.5 –379  ±  2
0412592501 1687 TI T YES N 54 886.52 4.54 33.6265967322 33.6265966(8) 341 6.78 –0.1  ±  2 –305  ±  2

Notes. N: no time jump, S: time jump corrected by the SAS, E: time jump not corrected by the SAS, data had to be partly excluded from the analysis. TI: timing mode, B: burst mode, M: medium filter, T: thick filter. Epoch: the epoch of the 1st XMM-Newton event. Radio period: the radio period extrapolated to the XMM-Newton epoch. The accuracy of the radio periods can be considered to be good to 10-13, which is almost negligible compared to the X-ray errors of the period.

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