Table 1:

Counterparts to CDFS X-ray sources: positions, fluxes, redshifts and luminosities.

AID	XID	OID	RA	Dec	dist	FLAG	S2-10 keV	S0.5-2 keV	Redshift	)
			J2000	J2000	arcsec		10-15 cgs	10-15 cgs		erg s-1
51	108a	13 272	53.024029	-27.746366	0.32	0m	1.13	0.41	1.608 (3)	43.33
53	560*	12 222	53.026127	-27.760183	0.22	0	<0.51	0.15	0.669 (1)	41.63
67	221	70 103	53.036953	-27.740129	0.34	0k,m	<0.52	0.15	2.43 (0.7-4.5)	43.13
71	61	70 051	53.043751	-27.719135	0.12	0	12.28	5.68	3.59 (3.4-4.3)	45.04
73	536	15 717	53.044842	-27.709606	0.34	0	<0.87	0.11	0.418 (4)	41.26
75	185	14 349	53.045467	-27.728628	1.66	0	<0.61	0.09	0.998 (3)	42.55
76	60	13 849	53.045471	-27.737484	0.16	0	11.89	6.66	1.615 (1)	44.23
77	80	8168	53.045666	-27.815575	0.03	0	1.64	0.93	1.39 (1.2-3.0)	43.21
80	535	10 619	53.047535	-27.780546	0.21	0	1.28	0.26	0.575 (1)	42.23
82	58	11 180	53.049049	-27.774496	0.02	0m	2.18	0.79	2.21 (1.6-4.0)	43.81
83	534	12 281	53.050819	-27.758352	0.73	0	<0.55	0.07	0.676 (2)	42.27
84	149	11 285	53.050934	-27.772402	0.42	0	1.19	0.17	1.033 (2)	42.79
88	56a	15 626	53.055141	-27.711374	0.09	0	17.50	2.81	0.605 (1)	43.4
90	600	12 434	53.057587	-27.757130	0.14	0	0.66	<0.06	1.327 (2)	43.13
91	266	15 382	53.057747	-27.713591	0.73	0	1.01	<0.08	0.735 (1)	42.81
93	583	70 323	53.057854	-27.833355	0.78	0k,m	<0.48	0.19	2.24 (1.2-2.3)	43.6
94	55	5434	53.058353	-27.850199	0.12	0	7.78	0.83	0.122 (1)	41.51
95	532	16 040	53.058666	-27.708439	0.17	0	<0.85	0.16	2.026 (4)	42.83
96	531	5281	53.060116	-27.853006	0.18	0	0.97	0.07	1.544 (1)	43.46
99	593	14 104	53.061623	-27.734022	1.84	0m	<0.59	<0.10	1.67 (1.3-2.25)	42.44
100	82a	5440	53.061905	-27.851044	0.17	0m	1.46	0.27	1.21 (0.8-2.6)	43.05
102	83	16 094	53.062420	-27.706909	0.29	0	3.29	1.04	2.494 (4)	43.56
103	53	4878	53.062420	-27.857515	0.18	0	4.00	1.93	0.675 (1)	42.86
106	552	2654	53.065826	-27.890200	0.35	0	<0.40	0.28	0.674 (1)	41.91
111	218b	4384	53.068401	-27.866474	0.33	0	<0.56	0.29	1.48 (1.7-2.6)	42.72
112	564	10 944	53.069603	-27.777264	0.09	0m	0.31	0.12	2.61 (0.5-3.4)	43.14
113	173	14 774	53.069737	-27.724312	0.37	0	<0.58	0.10	0.524 (1)	41.56
114	635a	6606	53.069878	-27.835489	1.73	0	<0.32	0.04	0.729 (1)	41.49
115	575	7393	53.071068	-27.822748	0.43	0	0.47	0.06	0.340 (1)	41.26
116	205a	17 038	53.071293	-27.693579	0.29	0	1.29	0.17	2.22 (1.5-2.7)	43.62
117	52	15 207	53.071426	-27.717581	0.02	0	7.89	4.85	0.569 (1)	42.98
118	51	3920	53.071545	-27.872448	0.13	0	14.16	0.62	1.097 (1)	44.02
121	566	9792	53.075058	-27.788486	0.83	0	<0.41	0.30	0.734 (2)	42.02
122	87	3533	53.076000	-27.878160	0.12	0	0.76	0.39	2.801 (1)	43.58
123	153	5551	53.076405	-27.848669	0.05	0	5.06	0.19	1.536 (1)	44.17
124	526a	13 866	53.077923	-27.736874	1.06	0	0.66	0.09	0.958 (1)	42.46
125	263b	4835	53.078468	-27.859856	0.73	0m	1.11	0.08	3.660 (1)	44.13
126	50	9279	53.079144	-27.798740	0.10	0	2.21	0.37	0.670 (1)	42.61
129	525	17 067	53.082535	-27.689650	0.36	0	<0.97	0.25	0.229 (1)	40.78
130	524	70 052	53.083061	-27.711782	0.85	0m	1.23	0.22	1.50 (0.0-5.5)	43.19
131	253	13 250	53.083542	-27.746447	0.32	0	2.99	0.13	0.481 (1)	42.47
133	523	70 044	53.084816	-27.707909	0.07	0k,m	0.65	0.13	>3.50	>43.76
134	151	9723	53.085323	-27.792313	0.14	0	4.34	0.07	0.604 (2)	42.98
136	522a*	489	53.089176	-27.930479	0.43	0	<0.97	0.47	2.611 (4)	43.73
137	612b	15 948	53.089264	-27.708660	0.87	0	1.24	<0.08	0.736 (1)	42.8
139	602	10 384	53.091606	-27.782188	0.60	0	0.38	<0.06	0.668 (1)	42.34
141	572	70 249	53.092484	-27.803045	0.71	0m	<0.50	0.07	2.75 (1.5-3.8)	43.37
143	561a	12 146	53.093548	-27.762192	0.13	0m	<0.36	0.10	2.14 (1.1-3.8)	42.64
145	145	11 723	53.093922	-27.767733	0.07	0	3.84	0.38	1.727 (6)	43.87
146	188	7031	53.093948	-27.830509	0.16	0	0.59	0.10	0.734 (1)	42.15
149	521	3781	53.094841	-27.873321	0.50	0	0.81	0.26	0.131 (1)	40.56
151	204	11 854	53.096493	-27.765190	0.26	0	0.40	0.07	1.223 (2)	42.51
152	627	8029	53.097259	-27.814608	0.52	0	<0.30	0.07	0.248 (1)	40.94
154	241	15 419	53.100811	-27.715981	0.10	0	<0.65	0.26	2.303 (4)	43.12
155	49	17 077	53.101070	-27.690670	0.35	0	3.76	2.01	0.534 (1)	42.59
157	598	1780	53.102806	-27.903250	0.10	0	<0.62	<0.09	0.617 (1)	42.72
158	565	10 250	53.103580	-27.785107	0.35	0	<0.38	0.10	0.363 (2)	40.93
159	48	371	53.103531	-27.933342	0.13	0	4.83	1.03	1.049 (3)	43.4
160	606a	6640	53.103993	-27.835571	0.19	0m	1.19	0.07	1.037 (1)	42.88
162	260	5832	53.104610	-27.845348	0.24	0	1.09	0.09	1.043 (1)	42.93
163	46	16 224	53.104858	-27.705219	0.05	0	4.24	2.99	1.617 (1)	43.78
164	150	1192	53.104832	-27.913927	0.55	0	2.62	<0.09	1.090 (1)	43.33
166	45	15 260	53.107006	-27.718241	0.14	0m	5.04	1.22	2.291 (1)	44.22
167	233	7194	53.107262	-27.826765	0.25	0	<0.66	0.09	0.577 (1)	42.14
170	589	70 385	53.107422	-27.855698	0.66	0k,m	<0.38	0.10	3.98 (1.25-4.8)	43.24
171	519	978	53.107746	-27.918447	1.09	0	<0.80	0.20	1.034 (1)	42.41
172	81	12 747	53.108109	-27.753985	0.21	0m	1.12	0.52	2.98 (2.0-3.7)	43.82
175	518	70 168	53.111542	-27.767839	0.26	0m	0.63	0.10	>0.40	>41.55
176	43	16 792	53.111519	-27.695988	0.06	0	3.57	0.69	0.734 (1)	42.91
177	42a	17 452	53.112530	-27.684723	0.15	0	84.95	53.27	0.734 (1)	44.27
179	41	16 831	53.115097	-27.695806	0.19	0	8.81	0.55	0.668 (1)	43.24
180	623a	10 464	53.118420	-27.783386	0.70	0	<0.20	0.08	2.14 (1.8-2.6)	42.62
181	224	11 248	53.119724	-27.772304	0.10	0	0.27	0.26	0.735 (2)	41.77
182	103	13 977	53.120071	-27.732124	0.25	0	1.07	0.72	0.215 (1)	41.15
187	599	2637	53.124100	-27.891216	0.76	0m	0.67	<0.08	2.59 (2.0-4.0)	43.62
188	202	5390	53.124371	-27.851633	0.16	0	2.81	0.35	3.700 (1)	44.55
189	95	13 855	53.124493	-27.740086	0.69	0	<0.50	0.81	0.076 (2)	40.27
191	39	12 354	53.124916	-27.758301	0.08	0	15.57	8.44	1.218 (1)	44.06
192	116	13 853	53.124950	-27.734684	0.90	0	0.89	0.61	0.076 (2)	40.1
193	78	12 489	53.125252	-27.756536	0.04	0	2.75	1.94	0.960 (1)	43.06
195	38	12 880	53.125900	-27.751274	0.11	0	9.04	6.23	0.738 (1)	43.3
196	516	9791	53.130642	-27.790258	0.19	0	<0.42	0.08	0.665 (1)	41.91
197	563	11 272	53.131081	-27.773107	0.23	0	<0.37	0.07	2.223 (1)	42.64
198	574	8217	53.131554	-27.814941	0.47	0	<0.34	0.09	1.879 (6)	42.56
200	37*	16 661	53.133640	-27.698654	0.16	0	2.20	0.64	1.393 (3)	43.34
201	515	70 195	53.134022	-27.781019	0.27	0m	1.23	0.11	2.98 (1.9-4.6)	43.9
202	220a	70 404	53.136291	-27.864195	0.57	0	0.75	0.35	1.42 (1.3-1.6	42.9
204	36a	11 970	53.137573	-27.763176	0.06	0	3.09	1.14	0.953 (3)	43.11
205	217a	70 429	53.137924	-27.868242	0.57	0k,m,r	<0.50	0.19	>3.0	>43.68
206	265	15 927	53.138687	-27.709997	0.22	0m	3.24	0.25	1.213 (6)	43.45
207	514*	14 880	53.139412	-27.720207	0.34	0	0.93	0.20	0.103 (5)	40.4
208	86a	12 616	53.140991	-27.755701	0.20	0	<0.48	0.11	1.894 (3)	42.75
209	513a	70 289	53.141506	-27.816603	0.92	0m	0.64	<0.06	2.66 (1.75-4.3)	43.58
210	579b	7316	53.141880	-27.827168	0.00	0	<0.38	0.08	0.832 (3)	41.59
212	512	14 262	53.143093	-27.730581	0.64	0	0.72	0.20	0.668 (1)	42.11
214	34a	921	53.145634	-27.919773	0.23	0	4.12	1.66	0.839 (1)	43.1
216	171	13 946	53.146271	-27.736269	0.07	0	<0.49	0.14	0.839 (2)	41.82
218	148	2818	53.146698	-27.888338	0.36	0m	2.68	0.44	2.06 (1.2-2.75)	43.85
219	901	7814	53.148827	-27.821100	0.06	0	0.60	0.06	2.578 (1)	43.43
221	100	8231	53.149887	-27.814003	0.16	0	0.38	0.23	1.309 (1)	42.52
222	239a	4993	53.150711	-27.857361	0.15	0	<0.39	0.21	1.613 (3)	42.75
223	609	5988	53.150658	-27.843628	0.20	0	0.80	<0.10	1.608 (3)	43.53
224	577a	7347	53.150726	-27.825510	0.58	0	<0.34	0.13	0.547 (1)	41.35
226	511c	11 049	53.152779	-27.775293	0.40	0	<0.46	0.13	0.999 (2)	42.05
227	33	13 964	53.152977	-27.735123	0.16	0	9.98	4.40	0.665 (2)	43.24
230	31	4119	53.157345	-27.870085	0.13	0	10.78	6.45	1.603 (1)	44.18
231	555	3010	53.158051	-27.885572	0.24	0m	<0.46	0.09	2.73 (2.3-3.1)	42.86
233	79	11 237	53.158451	-27.773975	0.11	0m	1.85	0.95	>0.50	>42.22
235	210	461	53.159641	-27.931435	0.47	0m	<0.94	0.37	1.61 (1.2-2.25)	43.12
236	567a	9696	53.161564	-27.792257	0.19	0	<0.35	0.09	0.458 (5)	41
237	510	5099	53.161503	-27.856007	0.28	0m	0.82	0.13	2.97 (2.8-3.7)	43.72
238	582b	6757	53.161751	-27.832291	0.12	0	<0.33	0.07	0.242 (3)	40.92
241	201a	70 116	53.162647	-27.744331	0.59	0	2.18	0.52	2.52 (1.5-4.0)	43.96
242	28	11 701	53.162861	-27.767160	0.12	0	3.24	0.90	1.216 (1)	43.38
243	605	8625	53.163220	-27.808992	0.32	0m	0.52	<0.04	2.470 (7)	43.44
244	586	6047	53.164421	-27.842169	0.57	0	0.23	0.13	0.580 (1)	41.46
245	27	8273	53.165272	-27.814062	0.23	0	6.34	0.85	3.064 (1)	44.63
246	26	11 588	53.165394	-27.769762	0.45	0	3.00	0.94	1.552 (7)	43.6
247	25	540	53.170151	-27.929647	0.14	0	7.53	0.62	0.625 (1)	43.11
249	611a	14 708	53.173809	-27.724491	0.65	0	1.05	<0.09	0.979v (1)	42.95
250	23	14 158	53.174454	-27.733299	0.27	0	3.16	1.72	2.576 (6)	44.12
251	24	4302	53.174389	-27.867353	0.23	0	4.37	1.83	3.610 (1)	44.59
254	91	10 429	53.178478	-27.784033	0.13	0	1.84	0.70	3.193 (1)	44.11
255	256	8374	53.179325	-27.812527	0.20	0	2.73	0.10	1.730 (7)	43.76
256	22	7822	53.180149	-27.820604	0.05	0	7.36	3.97	1.920 (1)	44.19
258	94c	11 006	53.183357	-27.776384	0.70	0	0.70	0.60	2.688 (1)	43.51
259	132*	1203	53.183304	-27.915039	0.89	0	0.90	0.27	0.908 (1)	42.53
260	98a	4578	53.184448	-27.861420	0.19	0	<0.45	0.53	0.279 (1)	41.3
261	21	3323	53.184639	-27.880918	0.27	0	0.86	0.58	3.471 (1)	43.84
262	573	8741	53.185150	-27.805275	0.35	0	0.25	0.14	0.414 (1)	41.16
263	20a	7260	53.185230	-27.827835	0.19	0	4.79	0.64	1.016 (1)	43.39
264	85	8543	53.185833	-27.809969	0.23	0	1.45	0.52	2.593 (1)	43.81
266	646	9856	53.187954	-27.789999	0.40	0	<0.34	0.10	0.438 (1)	41.02
268	147*	11 062	53.193100	-27.775555	0.11	0m	5.06	0.21	1.220 (3)	43.68
269	170	1633	53.193371	-27.903877	0.31	0	1.34	0.25	0.664 (1)	42.38
272	146	2532	53.196079	-27.892647	0.25	0m	2.52	0.52	2.74 (1.25-3.6)	44.11
273	592	4564	53.196575	-27.863205	0.42	0	<0.55	0.10	1.114 (3)	42.34
276	184	3047	53.200737	-27.882391	0.12	0	1.68	0.18	0.667 (1)	43.15
277	17a	1059	53.204872	-27.917955	0.44	0	2.15	0.86	2.02 (1.4-2.75)	43.72
281	159	3320	53.209366	-27.881090	0.33	0	8.19	2.67	3.470 (4)	44.84
283	508	70 435	53.215118	-27.870249	0.20	0k,m	1.09	0.15	>1.50	>43.15
286	15	5062	53.220356	-27.855511	0.27	0	6.41	3.15	1.227 (1)	43.68
292	553a	2750	53.236080	-27.887917	0.75	0	<0.78	0.25	0.366 (1)	41.23
300	240	4751	53.245850	-27.861208	1.03	0m	<0.95	0.27	0.16 (0.0-2.0)	40.47
70	537	70 340	53.040970	-27.837717	0.52	1	<0.48	0.11	>5.00	>43.5
81	236	6685	53.047676	-27.834925	0.39	1	0.46	0.24	1.920 (4)	42.26
89	257	70 286	53.055836	-27.815449	0.48	1	1.28	0.08	2.27 (1.0-4.0)	43.68
104	587	70 357	53.063774	-27.843531	1.08	1	0.31	0.13	2.28 (1.6-3.8)	43
128a	254	70 139	53.082344	-27.755135	0.61	1	1.60	0.05	2.28 (1.4-4.2)	43.82
135	96	80 001	53.086806	-27.872953	0.21	1	0.90	0.33	-1.00	-1
140	902	70 380	53.091476	-27.853201	0.75	1	<0.44	0.08	>1.30	>42.08
144	570	70 251	53.093704	-27.801287	0.32	1	<0.35	0.17	2.84 (0.4-4.4)	43.15
232	557	70 091	53.158222	-27.733713	0.60	1r	<0.43	0.09	>3.80	>43.17
74	...	11 122	53.044952	-27.774378	0.21	2	<0.44	0.10	1.607 (2)	42.34
85	...	16 795	53.052723	-27.696955	0.18	2	<0.83	0.08	1.78 (1.4-2.3)	42.71
97	...	13 053	53.060192	-27.749054	0.52	2	<0.49	0.04	0.738 (2)	41.6
107	...	11 065	53.065842	-27.775141	0.63	2	<0.37	<0.06	1.023 (2)	42.34
119a	...	8977	53.073456	-27.803286	1.11	2	0.27	<0.08	0.735 (3)	41.83
132	...	11 695	53.084652	-27.765228	0.65	2	<0.36	0.14f	0.231 (2)	41.74
138	...	70 198	53.090870	-27.782350	0.94	2	0.29	<0.03	>1.80	>42.85
142	...	70 307	53.092407	-27.826687	0.69	2	<0.43	0.06	>1.75	>42.39
148	...	13 552	53.094093	-27.740505	0.64	2	<0.49	0.19f	0.738 (2)	42.25
165	...	70 449	53.105164	-27.875032	0.81	2	<0.37	0.06	2.92 (1.7-4.7)	42.81
178	...	2768	53.112713	-27.888447	0.27	2	<0.33	0.08	1.103 (3)	41.84
185	...	4402	53.122162	-27.865400	0.23	2	<0.47	0.07	0.511 (7)	41.18
190	...	3290	53.124699	-27.881210	0.31	2	<0.45	0.06	1.017 (3)	41.86
199	...	13 111	53.133503	-27.747704	0.29	2	<0.44	0.17f	0.895 (2)	41.8
203	...	17 284	53.137443	-27.688057	0.59	2	<0.96	0.05	1.071 (4)	42.32
215p	...	7453	53.146000	-27.825754	0.92	2	<0.19	0.05	2.22 (1.7-2.6)	42.36
217	...	70 437	53.146461	-27.870947	0.45	2r	<0.45	0.18f	>4.42	>43.49
225p	...	7443	53.151447	-27.825872	0.28	2s	<0.34	0.06	0.70	41.34
239p	...	3743	53.161980	-27.875204	1.57	2	<0.34	0.04	2.01 (1.0-2.6)	42.45
248	...	9957	53.172524	-27.788107	1.25	2	<0.33	0.04	0.622 (7)	41.24
257	...	8053	53.181049	-27.817164	0.39	2	<0.27	0.05	1.603 (4)	42.29
265	...	1263	53.187576	-27.910996	1.02	2	<0.68	0.16	0.458 (7)	41.26
267	...	564	53.190334	-27.926205	0.46	2	0.24	0.12	0.102 (3)	39.81
183p	...	70 241	53.120380	-27.798939	0.73	2aa	<0.23	0.04	2.94 (1.3-3.60)	42.62
		9269	53.119881	-27.798738	1.04	2	<0.23	0.04	..	..
186	264	70 403	53.123787	-27.862678	0.31	1	1.77	0.06	2.47 (1.4-5.5)	43.95
		4606	53.123939	-27.863092	1.54	0	1.77	0.06	..	..
282	...	...	...	...	...	-	1.50	<0.12	-1.00	..

Notes: AID = X-ray identifier from A03; XID = X-ray identifier from S04, OID = MUSIC identifier from Santini et al. (2009).
^a: X-ray positions corrected from that reported in A03 (by visual inspection of the event file);  tentative X-ray to IRAC association; in this case, also a ``secondary'' candidate counterpart is reported;  optical/IRAC counterpart not associated. Legenda for the FLAG column: 0 - counterpart published in S04; 1 - counterpart different from the one published in S04; 2 - new published counterparts (sources detected only in A03). Notes on single sources: <sup>k</sup>: source published in Koekemoer et al. (2004); <sup>m</sup>: source published in Mainieri et al. (2005); <sup>r</sup>: source published in Rodighiero et al. (2007); <sup>aa</sup>: source published by Alonso-Herrero et al. (2006); <sup>s</sup>: this source is listed as counterpart ``b'' of XID 557 in S04 (577b); ^f: flux in the 0.5-8 keV band; ^p: possible spurious source (see discussion in Sect. 2.1). The redshift column report the photometric or spectroscopic redshift. When a spectroscopic redshift is present, the relative source catalog is reported, as follow: (1) CXO-CDFS (S04); (2) K20 (Mignoli et al. 2005); (3) GOODS-FORS2 (various releases); (4) GOODS-VIMOS (Popesso et al. 2008); (5) COMBO-17 (Wolf et al. 2003); (6) GMASS; (7) others: VVDS, Daddi, TrzK, LCIRS ast0612152 Otherwise, the redshift is from SED fitting. (CCC): photometric redshift soultion preferred to the low-quality spectroscopic redshift available; ^v: this object has a different redshift solution from the VIMOS observation, z=0.798 (Popesso et al. 2008).