Fermi GBM Science
Marshall Space Flight Center / Louisiana State University /
University of Alabama, Huntsville / USRA

GBM Occultation Flux Histories
The Fermi Gamma-Ray Burst Monitor (GBM) is not a pointed or imaging instrument. To determine fluxes for known sources, we measure the change in the count rate observed in the NaI (or BGO) detectors when the source enters or exits Earth occultation. The measured counts in each energy channel are converted to fluxes using an assumed spectrum for each source. For these measurements we currently use CTIME data, with 0.256-s resolution and 8 energy channels covering 8 keV to 1 MeV. Our technique uses all 8 energy channels, but for most sources the majority of the signal is in the 12-25 keV and 25-50 keV bands. The fluxes listed in the table are for the 12-25 keV band and are the mission long average, the 5-day average flux for the most recent 5 days, and the 2-day average flux for the most recent 2 days. The fluxes are normalized to units of mCrab based on the Crab flux over the period from MJD 54690 to 54790, during which the Crab flux is relatively constant as measured by GBM. Time periods where the statistical significance is <2-sigma are denoted by "ND" for not detected. Time periods where there are no occultations are denoted by "NA" for not available. If a source's significance for 5-day average flux is >7-sigma or the significance of 2-day average flux >15-sigma, its row is highlighted in green. If a source's significance for the mission-long average flux is >7-sigma, its row is highlighted in orange.

Description of plots:
Four energy bands are plotted for each source. Daily, two-day, or four-day averages are plotted, depending upon the source intensity. Red diamonds denote > 5-sigma statistical significance (possible detections), blue diamonds denote < -3-sigma statistical significance (usually an indication of interference or background problems). Each plot shows the long-term average as a dashed line, which is shown in pink if the long-term average statistical significance is > 10 sigma. Long-term averages include all plotted data, usually for the full Fermi mission to date, except for recently added sources.

Caveats:

  1. These light curves are quick-look data only for observation planning purposes. Please contact the occultation project PI colleen.wilson@nasa.gov for more detailed analysis.
  2. The position of the Sun is calculated at the time of each occultation, so it is not listed in the main table.
  3. Sources in the galactic center region suffer from source confusion. Please treat galactic center sources with caution and correlate with other instruments before relying on these light curves.
  4. Because the position of the Earth's limb on the sky repeats at the precession period of the Fermi orbit, apparent periods in the range of 50-55 days (or multiples thereof) may be present in the data and are likely to be spurious.
  5. Significant negative (blue points) and positive (red points) close in time are often indicative of source interference problems. For example, the very bright outburst of A0535+262 in December 2009 caused such problems in several sources.

We ask that when results from these analyses are used, they be referenced as "Fermi GBM Earth occultation results provided by the Fermi GBM Earth occultation Guest Investigation teams at NASA/MSFC and LSU."

Python routines for the 5th Fermi Asian Workshop:
These codes require python be installed along with the following python modules: astropy, matplotlib, numpy, scipy, sys. ipython and notebook are highly recommended for newer python users as well. python documentation is readily available online.
  • example.py
  • OccView.py
  • plot_occ_txt_files.py
  • To read and plot the txt files,
  • $ ipython —pylab
  • $ run plot_occ_txt_files.py VELAX-1_GBM_occ_fluxhist_auto.txt #to plot the entire light curve
  • $run plot_occ_txt_files.py VELAX-1_GBM_occ_fluxhist_auto.txt 55000 56000 #to plot a particular time range.
  • Look in example.py for examples of how to read, plot, and extract values from the FITS files.
  • The links to the python notebooks:
  • 1. How to read and plot GBM Earth occultation text files
  • 2. How to make a power spectrum from Vela X-1's daily FITS light curve.
  • 3. How to make binned light curves and hardness ratios from single step or daily FITS files.
  • 4. Using FTOOLS with GBM Earth occultation FITS files.
  • GBM-related publications from the Gamma-Ray Astronomy Occultation team are listed here.

    GBM Earth Occultation Monitored Sources

    # Source name RA (deg) Dec (deg) l (deg) b (deg) Object Type Mission Avg Flux (mCrab) 5 Day Avg Flux (mCrab) 2 Day Flux (mCrab)
    1 SUNNANA96.337-60.189Star36.31 ± 0.8329.59 ± 14.76ND
    2 IGR_J00234+61415.74061.685119.561-1.000CV3.64 ± 0.91193.15 ± 27.07261.40 ± 36.16
    3 V709_CAS7.20459.289120.042-3.456CV/DQHer5.98 ± 0.9188.59 ± 24.1686.87 ± 28.65
    4 BD+62709.30061.380121.227-1.445Star8.01 ± 0.90NDND
    5 FERMIJ0109+613417.44561.558125.115-1.236AGN4.28 ± 0.80NDND
    6 SMCX-119.275-73.433300.412-43.569HMXB/NS43.95 ± 0.97NDND
    7 3A0114+65019.51165.292125.7102.564HMXB/NS12.26 ± 0.87NDND
    8 4U0115+63419.63063.740125.9221.026HMXB/NS9.96 ± 0.77NDND
    9 PKS_0116-21919.740-21.690173.445-81.707AGN1.78 ± 0.56NDND
    10 PKS_0142-27826.260-27.560218.089-78.095AGNNDNDND
    11 PKS_0215+01534.4501.750162.132-54.413AGN3.05 ± 0.56NDND
    12 S4_0218+3535.27035.940142.598-23.485AGN3.11 ± 0.58NDND
    13 PKS_0235-61839.220-61.600283.193-51.296AGNNDNDND
    14 LSI+61_30340.13261.229135.6751.086Gamma-raybinary4.92 ± 0.77NDND
    15 NGC_105240.270-8.256182.019-57.925AGN/Sy2NDNDND
    16 PKS_0244-47041.500-46.860261.837-60.092AGNNDNDND
    17 ALGOL47.04040.960148.973-14.897Star6.04 ± 0.72NDND
    18 NGC127549.95041.510150.576-13.263AGN/Sy217.26 ± 0.74NDND
    19 GKPER52.79943.905150.955-10.104CV/DQHer7.33 ± 0.75NDND
    20 PKS_0332-40353.560-40.140244.763-54.073AGN/BLLac5.75 ± 0.7066.75 ± 14.85ND
    21 V0332+5353.75053.173146.052-2.194HMXB/NS10.80 ± 0.73NDND
    22 PKS_0347-21157.490-21.050214.402-49.015AGN3.41 ± 0.59NDND
    23 XPER58.85031.050163.081-17.131HMXB/NS38.54 ± 0.7235.62 ± 14.33ND
    24 PKS_0402-36260.970-36.080237.737-48.486AGNNDNDND
    25 PKS_0420-0165.820-1.340195.290-33.135AGN3.78 ± 0.58NDND
    26 LSV+44_1770.25044.530159.849-1.269HMXB2.60 ± 0.86NDND
    27 PKS_0440-0070.660-0.300197.203-28.465AGNNDNDND
    28 3C12972.29045.010160.4290.142AGN3.64 ± 0.80NDND
    29 LMCX-280.120-71.960283.094-32.691LMXB6.05 ± 1.01NDNA
    30 PKS_0528+13482.74013.530191.372-11.009AGN/FSRQNDNDND
    31 LMCX-483.200-66.367276.331-32.532HMXB/NS24.41 ± 0.82NDNA
    32 CRAB83.63322.015184.557-5.784Pulsar/PWN957.15 ± 0.65956.83 ± 13.13971.19 ± 21.50
    33 A0535+26284.72826.316181.445-2.643HMXB/NS25.15 ± 0.75NDND
    34 LMCX-384.786-64.083273.573-32.060XRB/BH10.07 ± 0.94NDNA
    35 NGC211088.041-7.458212.925-16.552AGN/Sy213.63 ± 0.72NDND
    36 MAXIJ0556-33289.190-33.170238.934-25.184TransientNDNDND
    37 PKS_0601-7090.300-70.600281.032-29.629AGNNDNDNA
    38 4U0614+0994.2809.137200.877-3.364LMXB/NS26.18 ± 0.67NDND
    39 TXS_0628-24097.750-24.110232.686-14.988AGNNDNDND
    40 HESSJ0632+05798.2505.800205.668-1.437Gamma-raybinaryNDNDND
    41 MXB0656-072104.612-7.263220.194-1.756HMXB/NS3.87 ± 0.67NDND
    42 MG2_J071354+193108.48019.580197.65113.588AGNNDNDND
    43 4C_+14.23111.32014.420203.64413.908AGNNDNDND
    44 PKS_0805-07122.060-7.850229.03713.160AGNNDNDND
    45 VELA-X128.287-45.190263.332-3.106PWN14.06 ± 0.88NANA
    46 VELA_PSR128.850-45.183263.563-2.783Pulsar13.52 ± 0.78NANA
    47 GRS0834-430128.979-43.185262.019-1.511HMXB/NS11.90 ± 1.12NANA
    48 BZQ_J0850-1213132.540-12.230238.66319.517AGNNDNDND
    49 VELAX-1135.529-40.555263.0593.930HMXB/NS219.01 ± 0.79324.93 ± 49.27324.93 ± 49.27
    50 S4_0917+44140.24044.700175.69844.813AGN1.75 ± 0.64NDND
    51 MCG-05-23-016146.920-30.950262.74717.234AGN/Sy28.75 ± 0.74NDND
    52 SN2014J148.92669.674141.42640.558SN4.52 ± 0.98NDND
    53 4C_+55.17149.41055.380158.60247.930AGN2.72 ± 0.70NDND
    54 GROJ1008-57152.442-58.293282.998-1.823HMXB/NS24.00 ± 0.84NANA
    55 MG2_J101241+243153.17024.660207.76854.356AGN2.27 ± 0.5628.54 ± 11.59ND
    56 TXS_1013+054154.0105.220236.51347.032AGNNDND71.52 ± 19.05
    57 2FGLJ1019.0-5856154.750-58.942284.323-1.700Gamma-raybinary5.48 ± 0.89NANA
    58 FIRSTJ102347.6+003841155.9500.640243.49645.780Gamma-raybinaryNDNDND
    59 MRK421166.11438.209179.83165.032AGN/BLLac8.12 ± 0.66NDND
    60 A1118-61170.238-61.917292.499-0.892HMXB/NS4.90 ± 1.34225.89 ± 86.09225.89 ± 86.09
    61 CENX-3170.314-60.623292.0910.336HMXB/NS143.12 ± 0.95NDND
    62 PKS_1124-186171.770-18.960276.73039.581AGN3.26 ± 0.61NDND
    63 NGC3783174.750-37.733287.44822.951AGN/Sy13.93 ± 0.79NDND
    64 1E1145.1-6141176.869-61.954295.490-0.010HMXB/NS21.54 ± 0.94NDND
    65 NGC_3998179.48455.454138.17260.063SeyfertNDNDND
    66 TON_599179.88029.250199.39378.371AGN3.84 ± 0.57NDND
    67 NGC4151182.65039.417155.01775.061AGN/Sy1.530.41 ± 0.81NDND
    68 NGC4388186.45012.660279.14174.335AGN/Sy10.47 ± 0.67NDND
    69 GX301-2186.657-62.770300.098-0.035HMXB/NS193.88 ± 1.07NDND
    70 1FGLJ1227.9-4852186.980-48.880298.95413.810Gamma-raybinary2.46 ± 0.91NDND
    71 3C273187.2752.050289.94564.357AGN/Blazar10.59 ± 0.62NDND
    72 PKS_1244-255191.700-25.800301.62437.060AGN6.71 ± 0.63NDND
    73 3C_279194.050-5.790305.11157.062AGN/Blazar2.18 ± 0.60NDND
    74 4U1254-690194.405-69.289303.482-6.424LMXB/NS15.88 ± 1.10NDND
    75 COMA_CLUSTER194.95027.98058.09587.960Galaxycluster9.61 ± 0.67NDND
    76 GX304-1195.321-61.602304.1031.247HMXB/NS24.68 ± 0.92NDND
    77 PSRB1259-63195.700-63.833304.184-0.989Gamma-raybinary4.40 ± 0.8741.28 ± 19.68ND
    78 MAXIJ1305-704196.731-70.451304.238-7.619Transient7.02 ± 1.45NDND
    79 GB_1310+487198.18048.480113.38368.252AGN3.22 ± 0.66NDND
    80 CEN_A201.365-43.019309.51619.417AGN/Sy238.94 ± 0.7232.88 ± 14.88ND
    81 4U1323-62201.650-62.140307.0270.452LMXB/NS14.19 ± 0.99NDND
    82 PKS_1329-049203.020-5.160321.36756.250AGN1.99 ± 0.60NDND
    83 NGC5252204.5714.543331.30964.802AGN/Sy1.95.85 ± 0.68NDND
    84 IC4329A207.330-30.309317.49630.921AGN/Sy1.210.20 ± 0.75NDND
    85 MAXIJ1409-619212.011-61.984311.797-0.438XRB/NS5.36 ± 0.8736.34 ± 17.55ND
    86 CIRCINUS_GALAXY213.291-65.339311.326-3.808AGN/Sy210.83 ± 0.80NDND
    87 NGC5506213.312-3.207339.15153.811AGN/Sy1.910.15 ± 0.68NDND
    88 H1417-624215.300-62.700313.019-1.599HMXB/NS7.63 ± 0.91NDND
    89 CENX-4224.592-31.669332.24323.881LMXB/NS2.74 ± 0.70NDND
    90 PKS_1502+106226.10010.49011.37254.582AGN4.00 ± 0.63NDND
    91 PKS_1510-08228.210-9.100351.28940.139AGNNDNDND
    92 MSH15-52228.507-59.256320.270-1.271Pulsar5.54 ± 0.97NDND
    93 H_1517+656229.45065.420102.25745.390AGN/BLLac5.66 ± 0.94ND56.65 ± 27.66
    94 CIRX-1230.170-57.167322.1180.038LMXB/NS12.99 ± 1.20NDND
    95 B2_1520+31230.54031.74050.16957.024AGN2.46 ± 0.65NDND
    96 SWIFTJ1539.2-6227234.818-62.459321.030-5.641XRB/BHNDNDND
    97 4U1538-52235.597-52.386327.4202.164HMXB/NS20.44 ± 0.81NDND
    98 4U1543-624236.980-62.570321.757-6.338LMXB/NS5.50 ± 1.04NDND
    99 SGR1550-5418237.725-54.307327.237-0.132SGRNDNDND
    100 PKS_1551+130238.39012.95023.79545.218AGNNDNDND
    101 H1608-522243.175-52.417330.929-0.844LMXB/NSNDNDND
    102 SCOX-1244.980-15.640359.09523.784LMXB/NS4153.72 ± 1.104293.51 ± 25.644778.03 ± 42.26
    103 USCO245.628-17.878357.66921.869CV/NovaNDNDND
    104 PKS_1622-253246.450-25.460352.14416.316AGNNDNDND
    105 X1624-490247.011-49.198334.915-0.262LMXB/NS25.60 ± 1.28NDND
    106 IGRJ16318-4848247.967-48.803335.633-0.446HMXB/NS37.23 ± 1.18NDND
    107 AXJ1631.9-4752248.008-47.874336.3300.169XRB/NS32.84 ± 1.12NDND
    108 4U1626-67248.070-67.462321.788-13.092LMXB/NS63.20 ± 1.02ND100.57 ± 34.15
    109 4U1630-472248.502-47.394336.9080.252LMXB/BH30.65 ± 0.98NDND
    110 4C_+38.41248.81038.13061.07942.340AGN1.70 ± 0.70ND62.70 ± 22.45
    111 4U1636-536250.231-53.751332.915-4.818LMXB/NS47.70 ± 1.27NDND
    112 IGRJ16418-4532250.450-45.533339.1890.500HMXB/NS14.19 ± 1.50NDND
    113 SWIFTJ164449.3P573451251.20057.60086.73439.442Transient6.95 ± 0.96NDND
    114 GX340+0251.449-45.611339.588-0.079LMXB/NS166.10 ± 1.44108.92 ± 50.42168.19 ± 74.26
    115 IGRJ16479-4514251.975-45.233340.115-0.116HMXB/NSNDNDND
    116 GROJ1655-40253.500-39.850344.9782.454LMXB/BHNDNDND
    117 HERX-1254.45735.34258.14837.523LMXB/NS69.62 ± 0.73ND75.86 ± 28.79
    118 MAXIJ1659-152254.760-15.2585.51716.524XRB/BHNDNDND
    119 TXS_1700+685255.04068.50099.56035.203AGN/Sy19.47 ± 0.92NDNA
    120 OAO1657-415255.199-41.673344.3540.312HMXB/NS63.33 ± 1.25ND311.35 ± 136.32
    121 XTEJ1701-462255.240-46.190340.808-2.489LMXBNDNDND
    122 GX339-4255.706-48.789338.940-4.326LMXB/BH10.16 ± 1.45NDND
    123 4U1700-377255.986-37.844347.7542.174HMXB/NS196.83 ± 1.58227.58 ± 76.24NA
    124 GX349+2256.450-36.417349.1162.743LMXB/NS298.08 ± 1.88NDNA
    125 4U1702-429256.564-43.036343.887-1.319LMXB/NS45.29 ± 1.26NDND
    126 H1705-440257.228-44.101343.322-2.342LMXB/NS49.89 ± 1.08NDND
    127 IGRJ17091-3624257.275-36.402349.5262.220LMXB/BH10.71 ± 1.61NDND
    128 4U1708-407258.100-40.840346.332-0.928LMXB22.62 ± 1.65NDND
    129 OPH_CLUSTER258.110-23.3800.5629.268Galaxycluster18.54 ± 1.29NDND
    130 SWIFTJ1713.4-4219258.361-42.327345.242-1.960Transient13.54 ± 1.45131.20 ± 57.46264.00 ± 72.43
    131 IGRJ17191-2821259.813-28.299357.3525.186TransientNDNDND
    132 GRS1724-308261.900-30.800356.3272.291LMXB16.74 ± 1.61NDND
    133 GX9+9262.934-16.9618.5139.038LMXB/NS62.24 ± 1.65NDND
    134 GX354-0263.000-33.833354.309-0.157LMXB/NS89.62 ± 1.39128.38 ± 54.19147.42 ± 69.20
    135 GX1+4263.008-24.7471.9354.795LMXB/NS51.34 ± 1.39NDND
    136 H1730-333263.350-33.390354.839-0.159LMXB/NS50.51 ± 1.71149.32 ± 56.30ND
    137 KS1731-260263.554-26.0861.0743.655LMXB/NS25.40 ± 2.49NDND
    138 B2_1732+38A263.59038.96064.02131.004AGN1.51 ± 0.71ND83.85 ± 29.48
    139 SLX1735-269264.567-27.0040.7862.398LMXB/NS25.11 ± 2.10NDND
    140 X1735-444264.743-44.450346.054-6.994LMXB/NS74.05 ± 1.57NDND
    141 4C_+51.37265.15052.20079.56931.751AGN3.90 ± 0.80NDND
    142 GRS1739-278265.670-27.7600.6721.175XRB47.69 ± 3.29145.76 ± 45.70134.21 ± 65.84
    143 1E1740-29265.969-29.742359.114-0.097LMXB/BH83.55 ± 2.12NANA
    144 GRO_J1744-28266.138-28.7410.0440.301LMXB134.88 ± 5.67NANA
    145 AX_J1744.8-2921266.213-29.355359.55-0.075Transient93.50 ± 4.51NANA
    146 SWIFTJ174510.8-262411266.29-26.40359.114-0.097Transient63.64 ± 3.02144.55 ± 51.12ND
    147 MAXIJ1745-288266.460-28.8200.1240.019Transient84.22 ± 2.36NANA
    148 1A1742-294266.523-29.515359.559-0.389LMXB/?89.00 ± 4.43NANA
    149 IGRJ17464-3213266.575-32.240357.254-1.844LMXB/BH33.09 ± 2.31NDND
    150 IGRJ17473-2721266.825-27.3441.5530.511XRB40.19 ± 3.07NANA
    151 GX3+1266.984-26.5642.2940.793LMXB/NS111.50 ± 2.23NDNA
    152 NGC6440267.220-20.3607.7293.801GlobularclusterNDNDND
    153 EXO1745-248267.233-24.8933.8411.463LMXBNDNDNA
    154 GRO_J1750-27267.300-26.6472.36820.5080Pulsar82.15 ± 5.35NANA
    155 4U1746-370267.550-37.050353.532-5.002LMXB/NS30.49 ± 1.70NDND
    156 XTEJ1752-223268.044-22.3256.4292.138XRB/BHND236.60 ± 65.61NA
    157 SWIFTJ1753.5-0127268.368-1.45324.89712.185LMXB/BH46.19 ± 1.24NDND
    158 SWIFTJ1753.7-2544268.429-25.7423.6640.099TransientNDNDND
    159 GX5-1270.275-25.0835.070-1.013LMXB/NS295.29 ± 7.44NANA
    160 GRS1758-258270.300-25.7334.516-1.355LMXB/BH66.00 ± 5.86NANA
    161 GX9+1270.382-20.5319.0741.155LMXB/NS205.44 ± 2.00238.75 ± 48.69167.93 ± 76.18
    162 SAXJ1806.5-2215271.636-22.2388.160-0.701Transient17.43 ± 1.84NDND
    163 SAXJ1808.4-3658272.115-36.979355.385-8.148LMXBNDNDND
    164 XTEJ1810-189272.608-19.0711.3720.041LMXB28.39 ± 1.64326.05 ± 140.82326.05 ± 140.82
    165 GX13+1273.632-17.15613.5180.107LMXB/NS71.57 ± 2.14NDND
    166 4U1812-12273.800-12.08318.0562.383LMXB/NS17.35 ± 2.44NDND
    167 GX17+2274.006-14.03616.4331.278LMXB/NS324.17 ± 2.09NDNA
    168 SAXJ1818.6-1703274.663-17.05214.078-0.711HMXB7.35 ± 1.94NDND
    169 H1820-303275.925-30.3672.785-7.921LMXB/NS140.11 ± 1.34NDND
    170 IGRJ18245-2452276.111-24.8577.798-5.553Transient5.32 ± 1.61NDND
    171 HESSJ1825-137276.130-13.85217.567-0.453PulsarNDNDND
    172 4U1822-000276.340-0.01029.9405.795LMXB/NSNDNDND
    173 3A1822-371276.445-37.105356.850-11.291LMXB/NS48.19 ± 1.26NDND
    174 LS5039276.560-14.85016.879-1.288Gamma-raybinaryNDNDND
    175 MAXIJ1828-249277.244-25.0298.116-6.546TransientNDNANA
    176 GS1826-238277.367-23.7979.272-6.087LMXB/NS79.03 ± 1.17NDND
    177 SGR1833-0832278.435-8.51923.3400.020SGRNDNDND
    178 MAXIJ1836-194278.959-19.38513.899-5.408TransientND100.30 ± 45.04100.30 ± 45.04
    179 SERX-1279.9905.03636.1184.842LMXB/NS52.75 ± 0.96145.70 ± 37.20224.77 ± 53.68
    180 SWIFTJ1842.5-1124280.500-11.40021.711-3.108XRB/BHNDNDND
    181 SWIFTJ1843.5-0343280.899-3.73028.7190.041Transient10.87 ± 0.94ND87.87 ± 37.61
    182 GS1843+00281.4120.89133.0651.694HMXB/NS30.44 ± 0.82NDND
    183 IGRJ18483-0311282.075-3.16229.760-0.744HMXB/NS18.63 ± 0.93NDND
    184 S4_1849+67282.32067.09097.48625.042AGN/Sy15.74 ± 0.96NANA
    185 S4_1851+48283.12048.93078.59419.945AGNND86.53 ± 36.85NA
    186 IGRJ18539+0727283.4757.45839.8542.849XRB/BHNDNDND
    187 XTEJ1855-026283.880-2.60731.076-2.096HMXB/NS15.14 ± 0.94NDND
    188 XTEJ1858+034284.6503.35036.729-0.064HMXB/NSNDNDND
    189 XTEJ1859+083284.7708.25041.22.0001HMXB/NSNDNANA
    190 HT1900.1-2455285.036-24.92011.305-12.873LMXB/NS13.22 ± 0.78NDND
    191 TXS_1902+556285.80055.68085.96920.540AGN2.39 ± 0.99NANA
    192 4U1901+03285.9053.19237.162-1.250HMXB/NSNDNDND
    193 XTE_J1908+094287.2219.385043.2630.434HMXB45.60 ± 0.9443.05 ± 19.00ND
    194 H1907+097287.4009.83343.7430.484HMXB/NS43.47 ± 0.8746.42 ± 18.0462.85 ± 26.89
    195 SWIFTJ1910.2-0546287.595-5.79929.902-6.844TransientNDNDND
    196 4U1909+07287.6997.59841.896-0.810HMXB/NS40.87 ± 0.91NDND
    197 AQLX-1287.8170.58535.719-4.143LMXB/NS5.01 ± 0.87NDND
    198 IGRJ19140+0951288.5189.88844.296-0.468HMXB39.71 ± 1.63116.96 ± 53.17116.96 ± 53.17
    199 GRS1915+105288.82010.97045.397-0.227LMXB/BH486.24 ± 0.90394.08 ± 18.17427.11 ± 28.36
    200 TXS_1920-211290.880-21.08017.173-16.253AGNNDND45.99 ± 19.83
    201 IGRJ19294+1816292.48018.64053.8280.275HMXB/NS1.73 ± 0.74NDND
    202 XTEJ1946+274296.41427.36563.2071.395HMXB/NS10.27 ± 0.95NDND
    203 KS1947+300297.39030.21366.0992.083Be/X-rayTransient8.27 ± 0.92NDND
    204 4U1954+31298.92932.10068.3961.927LMXB/NS13.75 ± 1.03NDND
    205 PKS_1954-388299.500-38.7501.581-28.958AGNNDNDND
    206 CYGX-1299.59035.20271.3353.067HMXB/BH486.43 ± 0.94838.83 ± 20.75770.53 ± 32.64
    207 4U1957+115299.85011.71051.309-9.329LMXBNDNDND
    208 V404_CYG306.01633.86873.119-2.091LMXBNDNANA
    209 EXO2030+375308.06437.63977.153-1.241HMXB/NS22.14 ± 0.85NDND
    210 CYGX-3308.10740.95879.8450.700HMXB/?203.85 ± 0.74NANA
    211 PKS_2052-47314.070-47.250352.586-40.382AGNNDNDND
    212 V407CYG315.54145.77686.983-0.482CV/MiraCetNDNANA
    213 SAXJ2103.5+4545315.89945.75787.134-0.681HMXB/NS6.29 ± 0.73NANA
    214 IGJR21247+5058321.18050.98093.3310.391AGN10.78 ± 0.93NANA
    215 4U2127+119322.49012.17065.013-27.308LMXB6.05 ± 0.73NDND
    216 GINGA2138+56324.87856.98699.0123.312HMXB/NS6.53 ± 0.92NANA
    217 SS_CYG325.67843.58690.559-7.110CV/Dwarfnova2.59 ± 0.91NDND
    218 OX_169325.90017.73072.117-26.086AGN/Sy12.13 ± 0.61NDND
    219 CYGX-2326.17038.32087.326-11.317LMXB/NS135.44 ± 0.82157.94 ± 22.01172.74 ± 28.45
    220 PKS_2155-304329.720-30.23017.724-52.249AGN/BLLac4.25 ± 0.68NDND
    221 PKS_2201+171330.86017.43075.670-29.633AGNNDNDND
    222 4U2206+54331.98454.518100.603-1.106HMXB/NS10.14 ± 0.89NANA
    223 CTA_102338.15011.73077.436-38.582AGN/BlazarNDNDND
    224 3C454.3343.49016.14886.110-38.184AGN/Blazar6.20 ± 0.5642.70 ± 17.06ND
    225 PKS_2255-282344.520-27.97024.392-64.916AGN/Sy11.86 ± 0.58NDND
    226 B2_2308+34347.77034.420100.414-24.026AGN1.72 ± 0.57102.70 ± 43.15159.66 ± 67.24
    227 CAS_A350.86058.820111.741-2.127SNR9.41 ± 0.88NDND
    228 CTS_0490351.370-35.9701.760-69.726AGNNDNDND
    229 PKS_2325+093351.8909.67091.143-47.957AGN/FSRQNDNDND
    230 PKS_2326-502352.340-49.930331.986-62.313AGNNDNDND
    231 PMN_J2345-1555356.300-15.92065.666-70.984AGNNDNDND
    232