Database of known eclipsing binaries (according to O-C gateway)

In the list bellow, there are all known eclipsing binaries, their coordinates, elements and neglection rating in last 10 years.

All data were passed from O-C gateway maintained by Anton Paschke.

And, Ant, Aps, Aql, Aqr, Ara, Ari, Aur, Boo, Cae, Cam, Cap, Car, Cas, Cen, Cep, Cet, Cir, CMa, CMi, Cnc, Col, Com, CrA, CrB, Crt, Cru, Crv, CVn, Cyg, Del, Dor, Dra, Equ, Eri, For, Gem, Gru, Her, Hor, Hya, Hyi, Cha, Ind, Lac, Leo, LMi, Lep, Lib, Lup, Lyn, Lyr, Men, Mic, Mon, Mus, Nor, Oct, Oph, Ori, Pav, Peg, Per, Phe, Pic, Psc, PsA, Pup, Pyx, Ret, Sco, Scl, Sct, Ser, Sex, Sge, Sgr, Tau, Tel, Tri, TrA, Tuc, UMa, UMi, Vel, Vir, Vol, Vul,

STAR Eri			N10	N	PERIOD	MIN0	RA 2000	DE 2000	MAX	MINP	MINS
RU	p	1	23	132	0.632199	53718.0497	3:54:43.78	-14:56:6.7	9.37	10.15	9.64	V
RU	s	1	23	132	0.632199	52998.9243	3:54:43.78	-14:56:6.7	9.37	10.15	9.64	V
RY	p	9	1	12	4.979286	53445.835	3:58:58.12	-17:13:46.6	10.09	10.8	10.09	V
RZ	p	10	0	41	39.28238	51901.969	4:43:45.83	-10:40:56	7.7	8.72	7.74	V
TT	p	10	0	5	1.33535	44912.361	2:52:39.22	-23:46:33.5	12.92	14.25	12.92	V
TU	p	9	1	4	0.334978	51927.537	3:3:13.4	-20:36:51.5	12.56	13.13	12.56	V
TV	p	10	0	3	1.298462	24790.79	3:8:46.73	-19:27:37.6	12.92	13.55	12.92	V
TX	p	10	0	2	0.628575	51869.36	3:12:34.73	-19:31:57.7	12.47	12.91	12.47	V
TX	s	10	0	2	0.628575	51869.67429	3:12:34.73	-19:31:57.7	12.47	12.91	12.47	V
TY	p	10	0	3	0.77195	51871.302	3:16:12.04	-22:5:31.2	12.55	13.3	12.55	V
TZ	p	1	18	130	2.606111	25951.527	4:21:40.33	-6:1:9.2	9.8	12.6	9.8	V
TZ	s	1	18	130	2.606111	25952.83	4:21:40.33	-6:1:9.2	9.8	12.6	9.8	V
UX	p	1	15	68	0.4452833	55906.9521	3:9:52.74	-6:53:33.5	11.15	11.71	11.66	V
UX	s	1	15	68	0.4452833	34358.131	3:9:52.74	-6:53:33.5	11.15	11.71	11.66	V
VV	p	1	10	35	1.55759	27342.51	3:21:22.6	-10:17:6	11.68	12.56	11.68	V
VV	s	1	10	35	1.55759	27343.3008	3:21:22.6	-10:17:6	11.68	12.56	11.68	V
WW	p	1	10	29	0.926499	53731.024	5:5:4.74	-7:33:42.9	11.12	11.71	11.32	V
WW	s	1	10	29	0.926499	53724.0732	5:5:4.74	-7:33:42.9	11.12	11.71	11.32	V
YY	p	1	149	902	0.3214972	53702.069	4:12:8.85	-10:28:10	8.37	9.04	8.99	V
YY	s	1	149	902	0.3214972	53734.059	4:12:8.85	-10:28:10	8.37	9.04	8.99	V
ZZ	p	3	7	34	0.45206	53281.8984	4:13:1.05	-10:44:54.3	13.9	15	14.4	P
ZZ	s	3	7	34	0.45206	44244.538	4:13:1.05	-10:44:54.3	13.9	15	14.4	P
AA	p	6	4	8	0.5008423	53350.314	4:13:41.89	-11:33:36.4	12.8	13.3	12.8	P
AK	p	10	0	5	2.6303	52133.706	4:25:35.22	-18:48:2	11.98	13.04	11.98	V
AM	p	4	6	66	0.3165735	43890.297	4:29:50.95	-12:14:23.1	14.4	15.2	14.4	P
AM	s	4	6	66	0.3165735	51563.249	4:29:50.95	-12:14:23.1	14.4	15.2	14.4	P
AN	p	10	0	3	0.42821	24772.84	4:31:56.47	-17:20:19.7	14.4	15.4	14.9	P
AN	s	10	0	3	0.42821	51868.488	4:31:56.47	-17:20:19.7	14.4	15.4	14.9	P
AO	p	9	1	10	9.29753	53246.894	4:32:0.95	-17:44:47.7	10.84	11.62	10.84	V
AS	p	1	11	66	2.664152	28538.055	3:32:25.13	-3:18:48.1	8.29	9	8.42	V
AX	p	10	0	2	3.8847	51866.579	4:23:15.53	-12:21:50.8	14.2	15	14.2	P
BC	p	1	27	52	0.527247	48500.04	4:46:59.01	-14:37:23.3	10.83	11.32	11.26	V
BC	s	1	27	52	0.527247	48500.304	4:46:59.01	-14:37:23.3	10.83	11.32	11.26	V
BL	p	1	11	49	0.41691786	55476.9055	4:11:48.18	-11:47:26.5	11.51	12.28	11.51	c
BL	s	1	11	49	0.41691786	44606.8118	4:11:48.18	-11:47:26.5	11.51	12.28	11.51	c
BQ	p	1	9	20	0.821971	51869.6	5:7:59.69	-5:50:37.7	10.94	11.28	11.24	c
BQ	s	1	9	20	0.821971	54829.9508	5:7:59.69	-5:50:37.7	10.94	11.28	11.24	c
BT	p	10	0	10	2.112291	41991.6039	3:34:31.07	-39:24:43.4	9.56	10.45	9.56	V
BU	p	6	4	10	0.8430936	55885.518	3:49:20.95	-20:52:26.7	9.4	9.82	9.4	c
BU	s	6	4	10	0.8430936	47555.346	3:49:20.95	-20:52:26.7	9.4	9.82	9.4	c
BV	p	1	20	52	0.5076545	55545.6781	3:51:53.34	-10:31:49.5	8.12	8.63	8.42	V
BV	s	1	20	52	0.5076545	46032.486	3:51:53.34	-10:31:49.5	8.12	8.63	8.42	V
BW	p	6	4	9	0.6384855	52664.5848	4:6:36.75	-27:40:7.6	10.16	10.75	10.38	V
BW	s	6	4	9	0.6384855	43449.0032	4:6:36.75	-27:40:7.6	10.16	10.75	10.38	V
BZ	p	1	22	96	0.6641701	53630.2617	4:12:12.66	-6:1:17.6	9	9.48	9.21	B
BZ	s	1	22	96	0.6641701	52279.0088	4:12:12.66	-6:1:17.6	9	9.48	9.21	B
CD	p	6	4	39	2.87674	55855.8679	3:47:45.95	-8:36:41.4	9.51	10.49	9.51	V
CI	p	10	0	16	1.238195	51869.95	1:58:38.46	-53:31:39.3	9.63	10.61	9.63	c
CI	s	10	0	16	1.238195	51870.5691	1:58:38.46	-53:31:39.3	9.63	10.61	9.63	c
CO	p	10	0	30	5.78352	28776.575	2:35:38.63	-45:4:12.4	9.11	10.02	9.21	V
CO	s	10	0	30	5.78352	28779.4668	2:35:38.63	-45:4:12.4	9.11	10.02	9.21	V
CR	p	10	0	3	7.2594	36845.554	3:54:17.82	-43:6:36.8	11.91	12.73	12	c
CT	p	10	0	108	0.6341963	52222.499	4:29:24.8	-33:34:34.3	10	10.52	10.27	V
CT	s	10	0	108	0.6341963	44672.7499	4:29:24.8	-33:34:34.3	10	10.52	10.27	V
CW	p	7	3	37	2.728372	41267.6752	3:3:59.95	-17:44:16.1	8.43	8.96	8.86	V
CW	s	7	3	37	2.728372	41269.039	3:3:59.95	-17:44:16.1	8.43	8.96	8.86	V
DS	p	10	0	3	0.827705	52135.953	3:49:10.59	-42:36:55.1	11.06	11.7	11.36	c
EZ	p	10	0	3	2.252	52660.192	5:7:28.48	-5:24:25.3	10.42	10.59	10.42	c
FK	p	7	3	6	2.232217	55557.9784	2:44:58.36	-17:46:52.1	9.21	9.58	9.21	V
FK	s	7	3	6	2.232217	48503.056	2:44:58.36	-17:46:52.1	9.21	9.58	9.21	V
FO	p	8	2	3	2.1964	48502.05	2:52:24.59	-41:9:2.7	8.51	8.802	8.51	V
FP	p	9	1	2	0.335269	53243.872	2:53:34.81	-9:12:28.8	9.705	9.849	9.705	V
FU	p	10	0	10	1.87221	52683.5672	3:9:56.54	-44:59:30.3	9.252	9.589	9.252	V
FX	p	8	2	4	0.292347	48500.113	3:37:1.44	-41:31:39.5	9.696	9.965	9.696	V
GG	p	9	1	2	80.782	51955.9	3:43:26.77	-39:37:22.9	9.54	9.65	9.54	c
GG	s	9	1	2	80.782	51996.333	3:43:26.77	-39:37:22.9	9.54	9.65	9.54	c
GH	p	7	3	5	0.722387	54042.6048	3:44:13.03	-41:16:46.8	9.016	9.605	9.016	P
GK	p	8	2	5	2.95968	48501.317	3:45:12.03	-16:24:37.6	8.96	9.49	8.96	P
GK	s	8	2	5	2.95968	48502.797	3:45:12.03	-16:24:37.6	8.96	9.49	8.96	P
GT	p	10	0	4	0.901375	48500.814	4:5:6.36	-31:10:10.9	8.621	9.121	8.621	V
GW	p	9	1	3	3.65866	48502.817	4:11:36.2	-20:21:22.2	5.84	6.13	5.84	V
HL	p	10	0	4	0.512616	51868.708	4:30:45.11	-7:14:27.8	8.564	8.602	8.564	V
HN	p	5	5	11	0.623592	48500.2951	4:33:24.85	-23:56:19.7	8.663	8.971	8.663	V
HN	s	5	5	11	0.623592	48500.6069	4:33:24.85	-23:56:19.7	8.663	8.971	8.663	V
HX	p	10	0	2	0.80615	51869.27	3:5:17.65	-18:38:10.3	12.6	13.2	12.6	V
IY	p	10	0	1	0.750035	52222.632	2:7:28.2	-57:52:10	10.86	11.31	11.3	V
KN	p	8	2	2	0.396604	53043.615	4:34:17.9	-4:56:46	13.23	14.2	13.9	V
KP	p	9	1	2	7.447126	47908.707	4:43:7.2	-7:24:42	8.78	8.93	8.78	V
KS	p	9	1	1	0.533437	53085.591	5:9:2.9	-7:44:12	9.32	9.41	9.33	V
KV	p	10	0	1	0.271753	51868.957	2:50:16	-46:49:12	12.48	13.01	12.48	V
KW	p	9	1	2	0.266771	51868.834	2:54:13.51	-47:6:50.3	13.38	13.9	13.38	V
KX	p	10	0	1	64.38	51504.8	2:58:10.41	-6:11:50.1	12.75	14	12.75	V
KZ	p	8	2	3	0.94268	52648.61	3:31:54.25	-1:38:21.5	11.3	11.7	11.3	V
LT	p	1	12	12	0.17017	52949.1504	4:7:15	-6:44:25	15	18.72	15	c
LW	p	5	5	7	0.46562	51928.429	4:31:27.73	-0:43:52.2	12.2	12.8	12.2	V
LW	s	5	5	7	0.46562	54832.737	4:31:27.73	-0:43:52.2	12.2	12.8	12.2	V
MQ	p	10	0	1	11.822	52227.72	4:53:31.51	-6:41:44.9	12.6	13	12.7	P

TABLE LEGEND:
Star - object designation, 2nd column - primary / secondary minimum, 3rd column - "neglection rating" in last 10 years, N10 - number of data in last 10 years, N - all data amount, both CCD, visual and photographic has the same weight of 1 point, PERIOD - orbtial period in days, MIN0 - basic minimum, RA 2000 - right acscension, DE 2000 - declination, MAX - brightness in maximum (mag), MINP - brightness in primary minimum, MINS - brightness in secondary minimum, spectral band, in which max, minp and mins are given.

NEGLECTION RATING LEGEND:
For each object, all known observations were counted (in O-C gateway) in last 10 years. 1 CCD minimum got value 1, 1 visual / pg minimum got value 0,1.
For example 1 CCD minimum + 1 visual minimum => N10 = 1.1
Such N10 value, it was substracted 10 - N10 and rounded to integer. The result is neclection rating.