Accreting X-ray Binary Pulsars
Sorted on Pulse Period

Last update: 24 Apr 2024
You are free to use the information in this catalog in publications, however, I ask that you refer to the url http://www.iasfbo.inaf.it/~mauro/pulsar_list.html in either the acknowledgements or a footnote.
Please contact me for any comment, error or omission present in the table.
Table | CRSF | Statistics | ASCII

 TyREFNameRA
(J2000) 		DEC
(J2000)		Optical
Counterpart 		Spectral
Type		Spin
(sec) 		CRSFs
(keV)
1 LM LM IGR J00291+5934 00 29 03.060+59 34 19.00 star 0.00167
2 LM ADS PSR J1023+0038
FIRST J102347.6+003841 		10 23 47.69 +00 38 40.8 AY Sex Mid-G V 0.001687
3 LM ADS 4U 1908+00
Aql X-1 		19 11 16.05 +00 35 05.8 V1333 Aql G7-K3 0.001817
4 LM ATel MAXI J1816-195 18 16 52.41 -19 37 57.0 UGPS J181652.34-193755.7 0.001892
5 LM ADS IGR J17591-2342 17 59 02.86 -23 43 08.3 0.001897
6 LM ATel Swift J1749.4-2807 17 49 31.83 -28 08 04.7 2XMM J174931.6-280805 0.0019
7 LM ADS IGR J17379-3747 17 37 58.81 -37 46 19.6 0.002136
8 LM ATel SRGA J144459.2-604207 14 44 59.0 -60 41 56.1 2MASS 14445957-6042066 0.002233
9 LM ADS SAX J1748.9-2021 17 48 52.163-20 21 32.40 [PLV2002] CX1 0.00226
10 LM LM XTE J1751-305 17 51 13.490-30 37 23.40 0.0023
11 LM LM SAX J1808.4-3658
XTE J1808-369 		18 08 27.600-36 58 43.90 V4580 Sgr 0.00249
12 LM ATel IGR J17498-2921 17 49 55.35 -29 19 19.6 0.0025
13 LM LM HETE J1900.1-2455 19 00 08.650-24 55 13.70 star 0.00265
14 LM ADS IGR J17494−3030 17 49 23.62 -30 29 59.0 0.002659
15 LM ADS MAXI J0911-655
Swift J0911.9-6452 		09 12 02.43 -64 52 06.4 0.00294
16 LM ATel MAXI J1957+032
IGR J19566+0326 		19 56 39.04 +03 26 42.7 0.003185
17 LM LM XTE J1814-338 18 13 39.040-33 46 22.30 star 0.0032
18 LM ADS IGR J17511-3057 17 51 08.66 -30 57 41.0 0.00408
19 LM ADS NAME NGC 6440 X-2 17 48 52.76 -20 21 24.0 0.00485
20 LM LM XTE J1807-294 18 06 59.800-29 24 30.00 0.00525
21 LM LM XTE J0929-314 09 29 20.190-31 23 03.20 star 0.0054
22 LM ADS Swift J1756.9-2508 17 56 57.35 -25 06 27.8 0.0055
23 LM ADS IGR J17062-6143 17 06 16.25 -61 42 40.5 0.00611
24 LM ADS IGR J16597-3704 19 59 32.90 -37 07 14.22 2MASS J16593293-3707115 0.00951
25 He HM SAX J0635.2+0533
SAX J0635+0533 		06 35 18.29+05 33 06.3 B2V-B1IIIe 0.0338
26 Hme MC 1A 0535-668
1A 0538-66 		05 35 41.20-66 51 52.0 *Q B0.5 IIIe 0.069
27 L ADS IGR J17480-2446 17 48 04.831-24 46 48.87 0.09
28 HU ADS 4XMM J235747.9-323457
NGC 7793 ULX-4 		23 57 47.9 -32 34 57 0.397
29 HU ADS CXOU J235750.9-323726
NGC 7793 P13 		23 57 50.90-32 37 26.6 [RP99] P13 B9Ia 0.4197
30 LY ADS GRO J1744-28
AX J1744.5-2844 		17 44 33.08 -28 44 27.03 [SKM2002] 24 G/K III 0.467
31 L LM 2A 1822-371 18 25 46.800-37 06 19.00 V691 CrA 0.590.66
32 Hm MC 2U 0115-737
SMC X-1 		01 17 05.50-73 26 32.0 Sk 160B0 Ib 0.71
Hm SXP SXP0.72 01 17 05.2-73 26 36.0 AzV 490B2I 0.72
33 Hme SXP SXP0.92 00 45 35.0-73 19 02.0 B0.5-B2IV-Ve 0.92
34 HU ADS 2XMM J151558.6+561810
NGC 5907 ULX-1 		15 15 58.60 +56 18 10.0 1.137
35 L ADS 3XMM J004301.4+413017 00 43 01.46 +41 30 17.0 1.2
36 L LM 2A 1655+353
Her X-1 		16 57 49.830+35 20 32.60 HZ HerHeB1kB9: 1.2441
37 HU ADS NuSTAR J095551+6940.8
M82 X-2 		09 55 51.05 +69 40 47.9 1.37
38 HU ADS 2E 756
NGC 1313 X-2 		03 18 22.00 -66 36 04.3 [ZMF2004] C1 O7-B0 V 1.47
39 Hme SXP SXP2.16 01 19 51.0-73 11 48.0 2dFS 3366B0-5 Ve 2.16
40 Hme ATel XTE J0119-731
IGR J01217-7257 		01 21 40.5 -72 57 32 [MA93] 1888 B0-5IIe 2.16501
41 Hme SXP SXP2.37 00 54 34.0-73 40 43.0 O9.5III-Ve 2.37
Hme MC H 0053-739
SMC X-2 		00 54 36.20-73 40 35.0 *5B1.5Ve 2.3727
42 Hme MC RX J0059.2-7138 00 59 11.30-71 38 45.0 starB1IIIe 2.76
Hme SXP SXP2.76 00 59 12.8-71 38 44.0 B1IIIe 2.76
43 He ATel 4U 1901+03 19 03 39.39 +03 12 16.2 UKIDS J190339.39+031215.6B8-9 IVe 2.76230
44 HU ADS CXOM51 J133001.0+471344
RX J133001+47137 		13 30 01.01+47 13 43.9 [LM2005] NGC 5194-5 ULX7OB 2.8
45 H ADS 3XMM J004232.1+411314
Swift J0042.6+4112 		00 42 32.1+41 13 14.33 3
46 Hme SXP SXP3.34 01 05 02.6-72 10 55.6 2dFS 1957B1-5 IIe 3.34
Hme MC AX J0105-722
RX J0105.1-7211 		01 05 09.76-72 11 46.4 [MA93] 1506Be 3.343
47 He HM 4U 0115+634
4U 0115+63 		01 18 31.90+63 44 24.0 V635 CasB0.2Ve 3.6114 (5)
48 Hme MC RX J0502.9-6626
CAL E 		05 02 51.60-66 26 25.0 star B0Ve 4.0635
49 He HM V 0332+53
EXO 0331+530 		03 34 59.90+53 10 24.0 BQ CamO8.5Ve 4.426 (3)
50 Hme ADS IGR J05414-6858
LXP4.42 		05 41 26.0 -68 58 23 OGLEIII LMC175.4 21714 B0-1IIIe 4.4208
51 H ADS GRO J1750-27 17 49 12.96 -26 38 38.6 VVV J174912.96-263838.9 B1-2 4.4543
52 H HM AX J1841.0-0536
IGR J18410-0535 		18 41 00.43-05 35 46.5 4.7394
53 Hme ADS XTE J0052-723
Swift J005139.2-721704 		00 51 39.2-72 17 03.6 [M2002] 20671 B0.5 IV-Ve 4.78
Hm SXP SXP4.78 00 52 11.0-72 20 18.0 4.78
54 H HM 4U 1119-603
Cen X-3 		11 21 15.10-60 37 25.5 V779 CenO6.5 II-III 4.8430
55 Hm SXP SXP5.05 00 57 02.3-72 25 55 5.05
Hme ADS IGR J00569-7226 00 57 02.34 -72 25 55.34 B0.2Ve 5.05
56 H ATel Swift J0549.7-6812
1RXS J055007.0-681451 		05 50 06.47 -68 14 55.7 2MASS J05500646-6814559 6.2
57 Hm MC XTE J0103-728 01 03 24.00-72 43 00.0 6.8482
Hme SXP SXP6.85 01 02 53.1-72 44 33 O9.5-B0 IV-Ve 6.85
58 Hme SXP SXP6.88
Same as SXP4693? 		00 54 46.2-72 25 21 2MASS J00544633-7225228B1e 6.88
59 L LM 4U 1626-67 16 32 16.800-67 27 43.00 KZ TrA 7.737
60 Hme SXP SXP7.78 00 52 07.7-72 25 43.7 B1-B1.5 IV-Ve 7.78
Hme MC 2S 0050-727
SMC X-3 		00 52 07.70-72 25 50.0 *4O9 III-Ve 7.78
61 H HM XTE J1829-098 18 29 44.00-09 51 23.0 7.8215
62 Hme ATel CXOU J005758.4-722229 00 57 58.4 -72 22 29.5 [SHP2000] SMC 75 Be? 7.91807
Hme SXP SXP7.92 00 57 58.4-72 22 29.5 AzV 285B1Ve 7.92
63 Hm SXP SXP8.02 01 00 42.8-72 11 32.0 8.02
64 Hme ATel RX J0520.5-6932 05 20 30.9 -69 31 55.0 [SG2005] LMC 8 O8-9Ve 8.0353331.5
65 Hm SXP SXP8.88 00 51 52.0-72 31 51.7 2dFS 0828B0-5 II 8.88
Hme MC RX J0051.8-7231
2E0050.1-7247 		00 51 53.00-72 31 45.0 *2Be 8.9
66 Hme SXP SXP9.13
CXOU J004913.6-731138 		00 49 13.6-73 11 37.0 2MASS J00491360-7311378B1e 9.13
Hme MC RX J0049.2-7311
XMMU J004913.8-731136 		00 49 13.84-73 11 36.7 starBe 9.1321
67 HUme ATel RX J0209.6-7427
MAXI J0206-749 		02 09 33.85 -74 27 12.5 2MASS J02093456-7427118 B0-B1.5 IV-Ve 9.29
68 H ADS 2S 1553-542 15 57 48.3 -54 24 53.1 B1-2V 9.323.5
69 He ADS XTE J1859+083 18 59 01.57 +08 14 44.2 2MASS 18590163+0814444 B0-2 Ve 9.801
70 HUe ADS Swift J0243.6+6124 02 43 40.33 +61 26 02.8 USNO-B1.0 1514-0083050 O9.5Ve 9.8661146
71 Hme ATel IGR J01054-7253 01 04 41.60 -72 54 04.5 B0IIIe 11.48
Hme SXP SXP11.5 01 04 41.4-72 54 04.6 O9.5-B0IV-Ve 11.5
72 Hme ATel IGR J015712-7259
SXP11.6 		01 57 16.15 -72 58 32.6 USNO-B1 0170-0064697 Be? 11.6
Hm SXP SXP11.6 01 57 16.4-72 58 33 11.6
73 H ADS IGR J18179-1621 18 17 52.18 -16 21 31.68 2MASS J18175218-1621316 11.8222?
74 Hm SXP SXP11.9 00 48 14.0-73 22 04 11.9
75 He HM GS 0834-430 08 35 55.40-43 11 11.9 ^*^DB0-2 III-Ve 12.3
76 He ATel IGR J19294+1816 19 29 24.0 +18 16 00 2MASS J19295591+1818382 B1Ve 12.4442.8
77 H HM 1WGA J0648.0-4419
RX J0648.1-4419 		06 48 04.60-44 18 58.4 HD 49798sdO6 13.1789
78 Hm MC 2A 0532-664
LMC X-4 		05 32 46.10-66 22 03.0 Sk-Ph O8 III 13.5100?
79 Hme MC RX J0531.2-6607
EXO 053109-6609.2 		05 31 13.80-66 07 03.0 *1 B0.7Ve 13.7
80 He ATel MAXI J0903-531 09 05 06.9 -53 30 18.6 2MASS J09051306-5329517 B1.5-2 III-Ve 14.055
81 Hme MC RX J0052.1-7319
1E0050.3-7335 		00 52 13.90-73 19 13.0 *AO9.5IIIe 15.3
Hme SXP SXP15.3 00 52 15.3-73 19 14.0 O9.5-B0 III-Ve 15.35
82 He ATel Swift J1626.6-5156 16 26 36.24 -51 56 33.5 2MASS J16263652-5156305 B0-2Ve 15.375 (4)
83 Hme ATel XMMU J004855.5-734946
SXP15.6 		00 48 55.38 -73 49 45.6 OGLE SMC720.11 13342 B0IV-Ve 15.639
84 He HM XTE J1946+274
GRO J1944+26 		19 45 39.30+27 21 55.4 ^*^AB0-1 IV-Ve 15.836
85 Hm MC XTE J0050-732#1 00 50 00.00-73 16 00.0 16.6
Hm SXP SXP16.6 00 51 52.038-73 10 34.08 16.6
86 Hme ADS RX J0501.6-7034 05 01 23.84 -70 33 33.9 OGLE LMC508.31.16128 Be 17.3
87 He HM 2S 1417-624 14 21 12.90-62 41 54.0 ^*^7B1Ve 17.6
88 He ADS CXOU J073709.1+653544 07 37 09.1 +65 35 44 NGC 2403 Be? 18
89 Hm SXP SXP18.3 00 49 11.4-72 49 39.0 18.3
90 Hm MC XTE J0055-727 00 55 24.00-72 42 00.0 18.37
91 He ADS KS 1947+300
GRO J1948+32 		19 49 35.49 +30 12 31.8 2MASS J19493548+3012317 B0Ve 18.712.5?
92 H ADS IGR J18483-0311 18 48 17.21 -03 10 16.88 2MASS J18481720-0310168 B0.5Ia 21.0526
93 Hme MC RX J0117.6-7330 01 17 41.40-73 30 49.0 starB0.5IIIe 22.07
Hme SXP SXP22.1 01 17 40.5-73 30 52.0 2dFS 3273B1-3 IIe 22.1
94 Hme SXP SXP25.5
CXOU J004814.2-731004 		00 48 14.1-73 10 04.0 2MASS J00481410-7310045B1.5e 25.5
95 H HM XTE J1543-568 15 44 01.00-56 45 54.0 27.12
96 Hme ATel Swift J0513.4-6547
LXP27.2 		05 13 28.28 -65 47 18.4 2MASS 05132826-6547187 B1Ve 27.28
97 Hme ADS Swift J053041.9-665426 05 30 42.17 -66 54 31.0 2MASS J05304215-6654303 B0-1.5Ve 28.77521
98 He HM GS 1843+009 18 45 36.80+00 51 48.3 1BMW J184536.8+005148B0-2IV-Ve 29.520
99 Hme SXP SXP31.0 01 11 09.0-73 16 46.0 2dFS 2745B1-5 IIe 31
Hme MC XTE J0111.2-7317
AX J0111.1-7316 		01 11 08.40-73 16 46.0 ^*^BB0.5-1Ve 31.0294
100 HUe ATel NGC 300 2010da 00 55 04.86 -37 41 43.7 SPIRITS 14bme Be 31.612?
101 He HM RX J0812.4-3114 08 12 28.40-31 14 21.0 LS 992B0.2IVe 31.8851
102 Hm MC CXOU J005527.9-721058
RX J0055.4-7210 		00 55 27.70-72 10 59.0 star 34.08
103 H HM W63 X-1
2E 2017.1+4553 		20 19 00.00+45 42 00.0 36
104 H ADS OAO 1657-415
AX J1700.7-4139 		17 00 48.90 -41 39 21.6 2MASS J17004888-4139214 Ofpe/WN9 3836?
105 Hme ADS IGR J05007-7047
LXP38.55 		05 00 46.06 -70 44 37.4 OGLE LMC130.4 19472 B2IIIe 38.551
106 Hme ADS eRASSU J050810.4-660653 05 08 09.99 -66 06 51.6 OGLE LMC512.20.12 Be 40.6
107 He HM EXO 2030+375 20 32 15.20+37 38 15.0 ^*^2B0Ve 41.811
108 H ATel Swift J1843.5-0343 18 43 34.75 -03 42 56.6 42.5
109 Hm MC XTE SMC46 00 51 00.00-73 18 00.0 46.4
110 Hme SXP SXP46.6
CXOU J005355.3-722646 		00 53 53.8-72 26 35.0 B0.5e 46.6
Hme MC 1WGA J0053.8-7226
XTE J0053-724 		00 53 55.00-72 26 47.0 2MASS J00535518-7226448B0.5e 46.63
111 He ADS 1RXS J225352.8+624354
IGR J22534+6243 		22 53 55.12 +62 43 36.8 2MASS J22535512+6243368B0-1III-Ve 46.67
112 Hm MC XTE J0050-732#2 00 50 00.00-73 16 00.0 51
113 Hm SXP SXP51.0 51
114 He ADS IGR J18219-1347 18 21 54.821-13 47 26.703 UKIDSS/K Star A Be 52.46
115 Hm MC XTE J0055-724
1SAX J0054.9-7226 		00 54 56.17-72 26 27.6 [MA93] 810B0-B1III-V 58.969
Hme SXP SXP59.0
CXOU J005456.3-722648 		00 54 57.4-72 26 40.3 B0e 59
116 Hm ATel XMMU J054134.7-682550 05 41 34.7 -68 25 50 [SG2005] LMC 5 61.610 (2)
117 Hme SXP SXP65.8 01 07 12.6-72 35 33.8 B1-B1.5II-IIIe 65.8
118 He HM 1H 2138+579
Cep X-4 		21 39 30.60+56 59 12.9 V490 CepB1-B2Ve 66.228 (2)
119 Hme MC RX J0529.8-6556 05 29 48.40-65 56 51.0 GSC 8891.0213 B0.5Ve 69.5
120 H ADS IGR J17544-2619 17 54 25.27 -26 19 52.58 2MASS J17542527-2619526 O9Ib 71.4917
121 Hme MC AX J0049-729
RX J0049.1-7250 		00 49 02.50-72 50 52.0 starBe 74.676
Hme SXP SXP74.7 00 49 04.6-72 50 53.0 B3Ve 74.7
122 H HM GS 1839-04 18 41 48.00-04 27 00.0 81.1
123 Hme SXP SXP82.4
CXOU J005209.0-723804 		00 52 09 -72 38 03 2MASS J00520896-7238032B1-3e 82.4
Hm MC XTE J0052-725 00 52 09.10-72 38 03.0 MACS 82.4
124 Hm MC XTE Position A 00 53 54.00-72 26 42.0 89
125 Hm SXP SXP89.0 89
126 H HM XTE J1906+09 19 04 47.48+09 02 41.8 star 89.17
127 Hme SXP SXP91.1
AX J0051-722 		00 50 55.8-72 13 38.0 2MASS J00505698-7213343B0.5e 91.1
Hme MC RX J0051.3-7216
AX J0051-722 		00 50 55.80-72 13 55.0 [MA93] 413Be 91.1
128 He HM GRO J1008-57 10 09 46.90-58 17 35.5 starB0e 93.590
129 H ADS 2S 1845-024 18 48 16.8 -02 25 25.1 IR J18481687-02252502 B5-9 O5 Ia 94.71
130 Hm MC XTE SMC95 00 53 24.00-72 49 18.0 95
Hm SXP SXP95.2 00 53 26.4-72 49 16 95.2
131 Hme MC 1SAX J0544.1-7100
RX J0544.1-7100 		05 44 06.30-71 00 50.0 star B0Ve 96.08
132 Hme SXP SXP101 00 57 27.0-73 25 19.55 B3-B5 Ib-IIe 101
Hm MC AX J0057.4-7325
RX J0057.4-7325 		00 57 26.80-73 25 02.0 ^*^D 101.45
133 He HM 3A 0726-260
4U 0728-25 		07 28 53.60-26 06 29.0 V441 PupO8-9Ve 103.2
134 He HM 1A 0535+262
H 0535+262 		05 38 54.60+26 18 57.0 V725 TauO9.7IIIe 10446 (2)
135 Y ADS H 1833-076
Sct X-1 / AX J1835.4-0737 		18 35 25.8-07 36 50 2MASS J18352582-0736501 M5III-V 112
136 He ATel XTE J1824-141 18 24 28 -14 26.3 Be? 120
137 H ATel AX J1749.1-2733 17 49 06.80 -27 32 31.5 [KRL2007b] 283 132.1
138 Hme SXP SXP138
CXOU J005323.9-722716 		00 53 23.8-72 27 15.0 2MASS J00532381-7227152B0.5e 138
139 LY ADS 3A 1728-247
GX 1+4 		17 32 02.160-24 44 44.00 V2116 Oph M5III 138.1734?
140 H ADS SAX J1802.7-2017
IGR J18027-2016 		18 02 39.90 -20 17 13.5 2MASS J18024194-2017172 OB 139.6124
141 Hme SXP SXP140 00 56 05.2-72 22 00.0 B1Ve 140
Hme MC XMMU J005605.2-722200
2E0054.4-7237 		00 56 05.24-72 22 00.9 [MA93] 904Be 140.1
142 H ATel Swift J1816.7-1613 18 16 42.30 -16 13 20.5 USNO B1.0 0737-0562754 143
143 Hm ADS SXP144 00 53 53.0 -72 26 42 144.1
144 Hme ADS Swift J004516.6-734703
SXP146.6 		00 45 17.91 -73 47 05.5 2MASS J00451740-7347044 B1-3 IIIe 146.6
145 Hme SXP SXP152 00 57 50.3-72 07 56.0 Cl* NGC 346 ELS 067B1-2e 152
Hm MC CXOU J005750.3-720756
RX J0057.8-7207 		00 57 50.30-72 07 56.0 [MA93] 1038 152.1
146 He HM AX J1820.5-1434 18 20 29.50-14 34 24.0 O9.5-B0Ve 152.26
147 Hme SXP SXP153 01 07 43 -71 59 53 B2IV-Ve 153
148 He HM XTE J0658-073
MXB 0656-072 		06 58 17.30-07 12 35.3 [M81] I-33O9.7Ve 160.733
149 He HM IGR J11435-6109 11 44 10.70-61 07 02.0 B3e 161.76
150 Hme ADS XMMU J010429.4-723136
SXP164 		01 04 29.4 -72 31 36.5 [M2002] SMC 59367 B1 Ve 164
151 Hm MC XTE Position B 01 05 00.00-72 06 21.6 164.7
152 Hme ADS LXP169 05 07 55.38 -68 25 04.6 OGLE LMC118.4 46009 Be 168.8
153 Hme SXP SXP169 00 52 54.0-71 58 08.0 B0-B1 III-Ve 169
Hme MC RX J0052.9-7158
2E 0051.1-7214 		00 52 59.20-71 57 58.0 [MA93] 623Be 169.3
154 H HM SAX J1324.4-6200 13 24 26.30-62 00 53.0 170.84
155 Hme SXP SXP172
XMMU J005152.2-731033 		00 51 50.0-73 10 40.0 B0e 172
Hme MC RX J0051.9-7311
AX J0051.6-7311 		00 51 52.29-73 10 33.4 2MASS J00515203-7310340B0e 172.4
156 Hm SXP SXP175 01 01 52.5-72 23 35 2dFS 1604B0-5 II 175
He ATel RX J0101.8-7223 01 01 52.2 -72 23 26 [MA93] 1288 Be 175.4
157 Hme ADS Swift J010902.6-723710
SXP182 		01 09 02.72 -72 37 11.7 OGLE J010902.25-723710.1B0-0.5Ve 182
158 H ATel IGR J11215-5952 11 21 46.82 -59 51 47.97 2MASS J11214682-5951479 B0.5Ia 186.78
159 He ADS Swift J045106.8-694803
LXP187 		04 51 06.4 -69 48 02.5 [M2002] 9775 B0-1III-Ve 187.07
160 H HM 1H 1238-599 12 42 01.00-60 12 00.0 191
161 He ADS XMMU J004415.8+413057 00 44 15.8 +41 30 57 M31 Be? 197.19
162 He HM GRO J2058+42
CXOU J205847.5+414637 		20 58 47.50+41 46 37.0 UCAC2 46319809O9.5-B0IV-Ve 19810(3)
163 He ATel Swift J1845.7-0037 18 45 54.72 -00 39 34.0 2MASS J18455462-0039341 Be 200
164 Hme SXP SXP202A 00 59 21 -72 23 16.0 B0-B1 Ve 202
Hm MC 1XMMU J005921.0-722317
RX J0059.3-7223 		00 59 21.04-72 23 16.7 starB0 202
165 Hme SXP SXP202B 00 59 29.0-72 37 03 2dFS 1393B0-5 IIIe 202
166 He HM RX J0440.9+4431
BSD 24- 491 		04 40 59.30+44 31 49.0 LS V +44 17B0.2Ve 202.532
167 Hm SXP SXP214 00 50 11.0-73 00 25 2dFS 0753B9 II 214
168 H HM AX J1749.2-2725 17 49 10.10-27 25 16.0 220.38
169 HY ADS XTE J1858+034 18 58 43.64 +03 26 05.8 2MASS J18584363+0326052 K-M 22148
170 H ADS IGR J16465-4507 16 46 35.26 -45 07 04.5 2MASS J16463526-4507045 B0.5-B1Ib 228
171 Hme MC RX J0047.3-7312
AX J0047.3-7312 		00 47 23.42-73 12 27.3 [MA93] 172B2e 263.64
Hme SXP SXP264
XMMU J004723.7-731226 		00 47 23.7-73 12 27.0 2MASS J00472330-7312275B0.5e 264
172 Hme ADS SXP265
Swift J0132.5-7425 		01 32 51.39 -74 25 45.4 2MASS J01325144-7425453 B1-2II-IVe 264.516
173 Hm MC XMMU J053011.2-655122
RX J0530.1-6551 		05 30 10.60-65 51 27.0 272
174 He HM 4U 1258-61
GX 304-1 		13 01 17.10-61 36 07.0 V850 CenB0.7Ve 27251
175 Hme SXP SXP280 00 58 08.0-72 03 30.0 B0-B2 III-Ve 280
Hme MC RX J0057.8-7202
AX J0058-7203 		00 57 48.40-72 02 42.0 [MA93] 1036Be 280.4
176 H HM 4U 0900-40
Vela X-1 		09 02 06.90-40 33 17.0 HD 77581B0.5 Ib 28324 (2)
177 He ADS XMMU J013359.5+303634 01 33 59.52 +30 36 34.5 M33 Be? 285.4
178 Hme SXP SXP292 00 50 48 -73 18 18 O9-B2 III-Ve 292
179 He HM 2S 1145-619
2E 1145.5-6155 		11 48 00.00-62 12 25.0 V801 CenB0.2IIIe 292.4
180 Hme ADS CXOU J005047.9-731817
SXP292 		00 50 47.99 -73 18 18.05 2MASS J00504799-7318180 O6-B2IV-Ve 292.7
181 Hme SXP SXP293 00 58 12.6-72 30 48 [M2002] SMC 42654B0IIIe 293
182 Hm MC XTE J0051-727 00 51 42.00-72 45 00.0 293.9
183 He HM 1E 1145.1-6141 11 47 28.60-61 57 14.0 V830 CenB2Iae 298
184 Hme SXP SXP304 01 01 02.7-72 06 58.0 B0-B2 III-Ve 304
Hme MC RX J0101.0-7206
CXOU J010102.7-720658 		01 01 01.10-72 06 57.0 ^*^1B3-4Ve 304.49
185 Hme ADS CXO J005215.4-731915
SXP305 		00 52 15.4 -73 19 15.5 OGLE SMC-SC6 99991 Be 305.69
186 Hme ADS XMMU J045736.9-692727 04 57 36.91 -69 27 27.2 2MASS 04573695-6927275 Be 317.7
187 He ADS IGR J21343+4738 21 34 20.37 +47 38 00.4 USNO-B1.0 1376-00511904 B1IVe 320.35
188 Hme MC RX J0050.7-7316
AX J0051-733 		00 50 44.70-73 16 05.0 *512B0III-Ve 323
Hme SXP SXP323
CXOU J005044.6-731605 		00 50 44.8-73 16 06.0 2MASS J00504470-7316054B0.5e 323
189 Hme SXP SXP327 00 52 52.5-72 17 14.9 B2??e 327
190 H ADS IGR J17200-3116 17 20 05.91 -31 16 59.6 2MASS J17200591-3116596 328
191 Hme ATel eRASSU J012422.9-724248 01 24 22.9 -72 42 48.7 Be 341.712?
192 Hm SXP SXP342 00 54 03.8-72 26 32 342
193 Hme MC RX J0103-722
SAX J0103.2-7209 		01 03 13.90-72 09 14.0 [MA93] 1367O9-B1III-Ve 345.2
Hme SXP SXP348 01 03 14.2-72 09 14.3 B0.5IV-Ve 348
194 He HM SAX J2103.5+4545 21 03 35.70+45 45 04.0 starB0Ve 358.61
195 Hme ADS RX J0524.2-6620 05 24 11.82 -66 20 50.7 2MASS 05241180-6620512 Be 360.7
196 H HM XTE J1855-026 18 55 31.30-02 36 24.0 361
197 He ADS IGR J06074+2205 06 07 26.61 +22 05 47.8 2MASS J06072661+2205477 B0.5Ve 373.22651
198 He HM 1A 1118-615 11 20 57.20-61 55 00.0 Hen 3-640O9.5Ve 40555
199 Y ADS 3XMM J181923.7-170616
Swift J1819.2-1706 		18 19 23.73-17 06 15.9 PSO J181923.731-170616.083K3 III 407.9
200 H HM EXO 1722-363
IGR J17252-3616 		17 25 11.40-36 16 57.5 B0-1Ia 413.9
201 H HM SAX J1452.8-5949 14 52 49.30-59 49 18.0 437.4
202 H HM 4U 1907+09
H 1907+097 		19 09 39.30+09 49 45.0 starO8-9 Ia 43819 (2)
203 Hme SXP SXP455 01 01 20.5-72 11 18.0 B0.5-B2 III-Ve 455
204 Hme MC AX J0054.8-7244
RX J0054.9-7245 		00 54 55.88-72 45 10.5 [MA93] 809O9Ve 503.5
Hme SXP SXP504
CXOU J005455.8-724511 		00 54 55.6-72 45 10.0 2MASS J00545586-7245108B1e 504
205 H ATel MAXI J1409-619 14 09 02.40 -61 57 00.0 50644 (3)
206 Hme ADS 2XMM J010247.4-720449
Suzaku J0102-7204 		01 02 47.42-72 04 50.8 Be 522.5
Hm SXP SXP523 01 02 47 -72 04 54 523
207 H HM 4U 1538-52 15 42 23.30-52 23 10.0 QV NorB0 Iab 52922 (2)
208 H ATel Swift J1729.9-3437 17 30 08.9 -34 36 44.6 530?
209 He ADS SRGA J124404.1-632232 12 44 03.57 -63 22 28.1 2MASS J12440380-6322320 Be 538.7
210 Hme MC CXOU J005736.2-721934
XMMU J005735.7-721932 		00 57 36.20-72 19 34.0 [MA93] 1020Be 564.83
Hme SXP SXP565
CXOU J005736.0-721934 		00 57 36.2-72 19 34.0 2MASS J00573602-7219341B0-4e 565
211 Hme ADS XMMU J050722.1-684758
MCSNR J0507-6847 		05 07 22.37-68 47 58.2 2MASS 05072214-6847592B3 IIIe 570.3
212 H HM 4U 1909+07
OI7.5-9.5 		19 10 48.20+07 35 52.3 2MASS J19104821+0735516O7.5-9.5If 604.6844?
213 Hme SXP SXP645 00 55 35.2-72 29 06 Cl* NGC 330 G 40B2-8e 645
214 H ATel XTE J1716-379 17 16 28.6 -37 57 36.0 670.464
215 H HM 4U 1223-624
GX 301-2 		12 26 37.60-62 46 13.0 WRAY 15-977B1-1.5 Ia 69645
216 Hme SXP SXP701 00 55 17.9-72 38 53.0 O9.5 Ve 701
Hm MC XMMU J005517.9-723853
RX J0055.2-7238 		00 55 18.44-72 38 51.8 starO9V 701.6
217 He ADS 2RXP J130159.6-635806 13 01 58.80 -63 58 08.8 B0.5Ve 704
218 H HM AX J1700-419
AX J170006-4157 		17 00 05.30-41 57 44.0 714.5
219 Hm ATel SXP723 00 50 -73 06 723
220 Hm SXP SXP726 01 05 55.3-72 03 50.2 726
221 H HM AX J1740.1-2847 17 40 11.60-28 47 48.0 729
222 He ADS SRGA J204318.2+443815 20 43 18.66 +44 38 20.0 ZTF18abjpmzf B0-2e 741.8
223 Hme MC RX J0049.7-7323
XMMU J004942.3-732313 		00 49 42.00-73 23 15.0 [MA93] 315B1-3Ve 755.5
Hme SXP SXP756 00 49 42.1-73 23 14.1 O9.5-B0.5 III-Ve 756
224 He ADS XMMU J031747.5-663010 03 17 47.59 -66 30 10.2 NGC 1313 Be? 765.6
225 Hme ADS eRASSt J044811.1-691318 04 48 10.65 -69 13 17.0 OGLE LMC531.23.22017 Be 784
226 He HM 4U 0352+309 03 55 23.00+31 02 59.0 X PerB0Ve 83529
227 He HM RX J1037.5-5647
4U 1036-56 		10 37 35.20-56 47 59.0 LS 1698B0V-IIIe 862
228 He ADS Swift J2000.6+3210 20 00 21.86 +32 11 23.2 2MASS J20002185+3211232 B0-1III-Ve 890
229 Hme SXP SXP893
CXOU J004929.7-731059 		00 49 29.8-73 10 58.0 2MASS J00492984-7310583B1e 893
230 He ATel Swift J1808.4-1754 18 08 25.14 -17 53 49.2 2MASS J18082507-1753482 B0-1e 909.7321
231 H ADS AX J1639.0-4642
IGR J16393-4643 		16 39 05.47 -46 42 13.0 OB? 91229.3
232 Hme ADS 3XMM J051259.8-682640 05 12 59.76 -68 26 41.2 2MASS J05125997-6826382 Be 956.2
233 Hm SXP SXP967 01 02 06.7-71 41 15.8 AzV 294O9-B0I 967
234 Hme SXP SXP1062 01 27 46 -73 32 56.4 2dFS 3831B0.5 IIIe 1062
235 H ATel IGR J16493-4348 16 49 26.95 -43 49 09.0 2MASS J16492695-4349090 B0.5Ib 1093.130
236 He ATel MAXI J0655-013 06 55 12.37 -01 28 52.7 V* V520 Mon O9.5-B0Ve 1129.1
237 H ADS IGR J16418-4532 16 41 50.65 -45 32 27.3 2MASS J16415078-4532253 BN0.5Ia 1212
238 He HM SAX J2239.3+6116
1H 2214+589 		22 39 20.90+61 16 26.8 starB0V-B2IIIe 1247
239 H HM IGR J16320-4751
AX J1631.9-4752 		16 32 01.90-47 52 27.1 ^*^ 1 1309
240 Hme SXP SXP1323 01 03 37.5-72 01 33 B0 III-Ve 1323
Hme MC RX J0103.6-7201 01 03 37.57-72 01 33.2 [MA93] 1393O5Ve 1323.2
241 Hme ADS eRASSU J052914.9-662446 05 29 14.9 -66 24 46 Be 1411.5
242 He ADS RX J0146.9+6121
LS I +61 235 		01 47 00.21 +61 21 23.68 V831 Cas B1III-Ve 1412
243 Hme ADS XMMU J053108.3-690923 05 31 08.33 -69 09 23.5 [M2002] LMC 150004 B0 II-be 2013.5
244 Hme SXP SXP4693
Same as SXP6.88? 		00 54 46.3-72 25 23 2MASS J00544633-7225228B1e 4693
245 He ADS 4U 2206+54 22 07 56.237+54 31 06.404 BD+53 2790 O9.5IIIe 5559
246 Y ADS IGR J16358-4726 16 35 53.8 -47 25 41.1 2MASS J16355369-4725398 K-M III 5880
247 H ADS IGR J19140+0951 19 14 04.23 +09 52 57.7 2MASS J19140422+0952577 B0.5Ia 5937
248 Y ADS IGR J17329-2731 17 32 50.28 -27 30 04.9 2MASS J17325067-2730015 M6 III 668021
249 H HM 2S 0114+650
LS I +65 10 		01 18 02.70+65 17 30.0 V662 CasB0.5 Ib 1000822 (2)
250 LY ADS IGR J16194-2810 16 19 33.34 -28 07 39.9 2MASS J16193334-2807397 M2 III 14570
251 H ADS 4U 1954+319 19 55 42.338+32 05 49.06 2MASS J19554232+3205492 M4 I 18000?
252 H ADS AX J1910.7+0917
2XMM J191043.4+091629.4 		19 10 43.551+09 16 29.83 UGPS J191043.55+091629.8B 36200

Accreting Pulsars with CRSFs
Sorted on CRSF Energy

 TyREFNameRA
(J2000) 		DEC
(J2000)		Optical
Counterpart 		Spectral
Type		Spin
(sec) 		CRSFs
(keV)
1 L LM 2A 1822-371 18 25 46.800-37 06 19.00 V691 CrA 0.590.66
2 He ATel Swift J1626.6-5156 16 26 36.24 -51 56 33.5 2MASS J16263652-5156305 B0-2Ve 15.375 (4)
Hme SXP SXP15.3 00 52 15.3-73 19 14.0 O9.5-B0 III-Ve 15.35
4 Hm ATel XMMU J054134.7-682550 05 41 34.7 -68 25 50 [SG2005] LMC 5 61.610 (2)
5 He HM GRO J2058+42
CXOU J205847.5+414637 		20 58 47.50+41 46 37.0 UCAC2 46319809O9.5-B0IV-Ve 19810(3)
6 He HM EXO 2030+375 20 32 15.20+37 38 15.0 ^*^2B0Ve 41.811
7 HUe ATel NGC 300 2010da 00 55 04.86 -37 41 43.7 SPIRITS 14bme Be 31.612?
8 Hme ATel eRASSU J012422.9-724248 01 24 22.9 -72 42 48.7 Be 341.712?
9 He ADS KS 1947+300
GRO J1948+32 		19 49 35.49 +30 12 31.8 2MASS J19493548+3012317 B0Ve 18.712.5?
10 He HM 4U 0115+634
4U 0115+63 		01 18 31.90+63 44 24.0 V635 CasB0.2Ve 3.6114 (5)
11 H HM XTE J1829-098 18 29 44.00-09 51 23.0 7.8215
12 H ADS IGR J17544-2619 17 54 25.27 -26 19 52.58 2MASS J17542527-2619526 O9Ib 71.4917
13 H HM 4U 1907+09
H 1907+097 		19 09 39.30+09 49 45.0 starO8-9 Ia 43819 (2)
14 He HM GS 1843+009 18 45 36.80+00 51 48.3 1BMW J184536.8+005148B0-2IV-Ve 29.520
15 He ATel Swift J1808.4-1754 18 08 25.14 -17 53 49.2 2MASS J18082507-1753482 B0-1e 909.7321
16 Y ADS IGR J17329-2731 17 32 50.28 -27 30 04.9 2MASS J17325067-2730015 M6 III 668021
17 H HM 4U 1538-52 15 42 23.30-52 23 10.0 QV NorB0 Iab 52922 (2)
18 H HM 2S 0114+650
LS I +65 10 		01 18 02.70+65 17 30.0 V662 CasB0.5 Ib 1000822 (2)
19 H ADS IGR J18179-1621 18 17 52.18 -16 21 31.68 2MASS J18175218-1621316 11.8222?
20 H ADS 2S 1553-542 15 57 48.3 -54 24 53.1 B1-2V 9.323.5
21 H HM 4U 0900-40
Vela X-1 		09 02 06.90-40 33 17.0 HD 77581B0.5 Ib 28324 (2)
22 H ADS SAX J1802.7-2017
IGR J18027-2016 		18 02 39.90 -20 17 13.5 2MASS J18024194-2017172 OB 139.6124
23 He HM V 0332+53
EXO 0331+530 		03 34 59.90+53 10 24.0 BQ CamO8.5Ve 4.426 (3)
Hme MC H 0053-739
SMC X-2 		00 54 36.20-73 40 35.0 *5B1.5Ve 2.3727
25 He HM 1H 2138+579
Cep X-4 		21 39 30.60+56 59 12.9 V490 CepB1-B2Ve 66.228 (2)
26 He HM 4U 0352+309 03 55 23.00+31 02 59.0 X PerB0Ve 83529
27 H ADS AX J1639.0-4642
IGR J16393-4643 		16 39 05.47 -46 42 13.0 OB? 91229.3
28 He ATel 4U 1901+03 19 03 39.39 +03 12 16.2 UKIDS J190339.39+031215.6B8-9 IVe 2.76230
29 H ATel IGR J16493-4348 16 49 26.95 -43 49 09.0 2MASS J16492695-4349090 B0.5Ib 1093.130
30 H HM 4U 1119-603
Cen X-3 		11 21 15.10-60 37 25.5 V779 CenO6.5 II-III 4.8430
31 Hme ATel RX J0520.5-6932 05 20 30.9 -69 31 55.0 [SG2005] LMC 8 O8-9Ve 8.0353331.5
32 He HM RX J0440.9+4431
BSD 24- 491 		04 40 59.30+44 31 49.0 LS V +44 17B0.2Ve 202.532
33 He HM XTE J0658-073
MXB 0656-072 		06 58 17.30-07 12 35.3 [M81] I-33O9.7Ve 160.733
34 LY ADS 3A 1728-247
GX 1+4 		17 32 02.160-24 44 44.00 V2116 Oph M5III 138.1734?
35 He HM XTE J1946+274
GRO J1944+26 		19 45 39.30+27 21 55.4 ^*^AB0-1 IV-Ve 15.836
36 H ADS OAO 1657-415
AX J1700.7-4139 		17 00 48.90 -41 39 21.6 2MASS J17004888-4139214 Ofpe/WN9 3836?
37 L LM 4U 1626-67 16 32 16.800-67 27 43.00 KZ TrA 7.737
38 L LM 2A 1655+353
Her X-1 		16 57 49.830+35 20 32.60 HZ HerHeB1kB9: 1.2441
39 He ATel IGR J19294+1816 19 29 24.0 +18 16 00 2MASS J19295591+1818382 B1Ve 12.4442.8
40 H ADS GRO J1750-27 17 49 12.96 -26 38 38.6 VVV J174912.96-263838.9 B1-2 4.4543
41 H ATel MAXI J1409-619 14 09 02.40 -61 57 00.0 50644 (3)
42 H HM 4U 1909+07
OI7.5-9.5 		19 10 48.20+07 35 52.3 2MASS J19104821+0735516O7.5-9.5If 604.6844?
43 H HM 4U 1223-624
GX 301-2 		12 26 37.60-62 46 13.0 WRAY 15-977B1-1.5 Ia 69645
44 He HM 1A 0535+262
H 0535+262 		05 38 54.60+26 18 57.0 V725 TauO9.7IIIe 10446 (2)
45 HY ADS XTE J1858+034 18 58 43.64 +03 26 05.8 2MASS J18584363+0326052 K-M 22148
46 He HM 4U 1258-61
GX 304-1 		13 01 17.10-61 36 07.0 V850 CenB0.7Ve 27251
47 He ADS IGR J06074+2205 06 07 26.61 +22 05 47.8 2MASS J06072661+2205477 B0.5Ve 373.22651
48 He HM 1A 1118-615 11 20 57.20-61 55 00.0 Hen 3-640O9.5Ve 40555
49 He HM GRO J1008-57 10 09 46.90-58 17 35.5 starB0e 93.590
50 Hm MC 2A 0532-664
LMC X-4 		05 32 46.10-66 22 03.0 Sk-Ph O8 III 13.5100?
51 HUe ADS Swift J0243.6+6124 02 43 40.33 +61 26 02.8 USNO-B1.0 1514-0083050 O9.5Ve 9.8661146

Accreting Pulsars Statistics

Low Mass X-ray Binary Pulsars........32 (24 milliseconds)
High Mass X-ray Binary Pulsars.......215 (107 in MC; 137 Be; 9 ULX)
Symbiotic X-ray Binary Pulsars.........8
Total.......252 (51 (8 tentative) with CRSFs)
Table | CRSF | Statistics | ASCII

This file was generated by create_pulsar_CAT rev4.26
and last modified on Wednesday, 24-Apr-2024 09:04:44 CEST by Mauro Orlandini

[Home]
Return to Mauro's Home 		[Valid HTML 4.01 Transitional] [Valid CSS]