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 Hya			N10	N	PERIOD	MIN0	RA 2000	DE 2000	MAX	MINP	MINS
RX	p	7	3	84	2.28166	53450.491	9:5:41.16	-8:15:39.8	8.9	11.6	8.95	V	predict
SX	p	7	3	16	2.89571	52104.954	13:44:37.36	-26:46:48.4	8.6	12.6	8.6	P	predict
SY	p	7	3	40	3.40291	55648.745	8:29:51.67	-9:23:57.5	10.7	13.6	10.7	P	predict
SY	s	7	3	40	3.40291	27130.417	8:29:51.67	-9:23:57.5	10.7	13.6	10.7	P	predict
TT	p	9	1	8	6.953495	43918.106	11:13:12.5	-26:27:54.2	7.25	9.02	7.32	V	predict
TY	p	4	6	28	4.661058	34478.464	9:29:2.4	+5:34:28.3	10.5	13.5	10.5	P	predict
UW	p	4	6	36	1.055439	25248.708	8:42:3.71	+2:37:52.6	13.3	14	13.8	P	predict
UY	p	9	1	24	0.727521	25984.567	9:0:28.47	+2:34:51.2	13.3	13.8	13.8	P	predict
UY	s	9	1	24	0.727521	51870.133	9:0:28.47	+2:34:51.2	13.3	13.8	13.8	P	predict
VW	p	5	5	31	2.696445	26421.43	8:33:51.03	-14:39:53.9	10.5	14.1	10.5	V	predict
VY	p	7	3	65	2.001189	53041.1421	10:20:15.98	-23:9:5.1	9	11.3	9.1	P	predict
VZ	p	6	4	35	2.904301	54866.3976	8:31:41.41	-6:19:7.6	8.96	9.68	9.46	V	predict
VZ	s	6	4	35	2.904301	48684.5934	8:31:41.41	-6:19:7.6	8.96	9.68	9.46	V	predict
WY	p	1	31	206	0.716008	40570.9755	8:14:10.94	+0:29:43.6	10.4	11.2	11.2	P	predict
WY	s	1	31	206	0.716008	40571.3335	8:14:10.94	+0:29:43.6	10.4	11.2	11.2	P	predict
XZ	p	10	0	11	0.6262836	51868.811	9:25:23.71	-22:10:15.5	14.7	15.6	15	P	predict
ZZ	p	10	0	2	0.3595363	26382.55	9:29:5.82	-20:55:4.4	14.3	14.9	14.3	P	predict
ZZ	s	10	0	2	0.3595363	26382.73	9:29:5.82	-20:55:4.4	14.3	14.9	14.3	P	predict
AE	p	9	1	6	0.3928872	26382.35	9:45:4.88	-23:2:37.6	13.9	14.8	14.6	P	predict
AE	s	9	1	6	0.3928872	53013.2303	9:45:4.88	-23:2:37.6	13.9	14.8	14.6	P	predict
AF	p	9	1	5	0.5761742	51868.941	9:48:3.29	-23:12:8.8	12.8	13.8	13.8	P	predict
AF	s	9	1	5	0.5761742	26382.738	9:48:3.29	-23:12:8.8	12.8	13.8	13.8	P	predict
AI	p	9	1	44	8.289676	41726.3872	8:18:47.5	+0:17:0.6	9.35	9.94	9.84	V	predict
AI	s	9	1	44	8.289676	41730.532	8:18:47.5	+0:17:0.6	9.35	9.94	9.84	V	predict
AL	p	7	3	22	4.026375	53375.558	9:14:46.19	+2:48:16.8	11	13	11	V	predict
AS	p	4	6	29	1.063597	51913.747	9:30:46.8	-18:56:14.1	12.02	14.8	12.02	V	predict
AV	p	1	26	148	0.6833985	47263.429	9:35:2.55	+5:19:24	10.2	10.77	10.35	V	predict
AV	s	1	26	148	0.6833985	52735.0593	9:35:2.55	+5:19:24	10.2	10.77	10.35	V	predict
BC	p	10	0	2	1.11481	51869.347	9:49:56.04	-22:49:38.5	11.2	12	11.2	P	predict
CH	p	10	0	2	0.346546	43190.564	12:44:6.28	-29:15:44.2	14.5	15.5	15.5	V	predict
CH	s	10	0	2	0.346546	43190.737	12:44:6.28	-29:15:44.2	14.5	15.5	15.5	V	predict
CQ	p	7	3	6	1.102929	25298.585	8:37:45.17	+2:21:23.8	13.5	14	13.5	P	predict
CQ	s	7	3	6	1.102929	25299.136	8:37:45.17	+2:21:23.8	13.5	14	13.5	P	predict
CU	p	5	5	13	0.7190715	54922.36476	8:54:20.53	+3:42:23	13.5	14.5	13.5	P	predict
DE	p	7	3	34	4.227684	31149.151	8:27:47.54	+5:38:58.8	11	14	11	V	predict
DF	p	1	64	166	0.3306008	30676.883	8:55:2.24	+6:5:37.7	11	11.5	11.5	P	predict
DF	s	1	64	166	0.3306008	30677.048	8:55:2.24	+6:5:37.7	11	11.5	11.5	P	predict
DI	p	1	22	44	0.6147125	53463.3199	9:6:51.33	-12:31:36.8	11	12	11	P	predict
DI	s	1	22	44	0.6147125	54172.397	9:6:51.33	-12:31:36.8	11	12	11	P	predict
DK	p	1	19	66	0.521922	53033.183	9:44:52.96	-20:54:12.7	10.5	11.5	10.7	P	predict
DK	s	1	19	66	0.521922	31178.481	9:44:52.96	-20:54:12.7	10.5	11.5	10.7	P	predict
DM	p	10	0	3	0.7878255	51868.245	9:54:13.64	-23:25:53.1	11.9	12.6	11.9	P	predict
DU	p	9	1	2	1.660175	27891.254	11:54:58.09	-31:55:25.1	11.9	14	11.9	P	predict
DZ	p	9	1	2	1.087788	53392.776	12:1:27.74	-32:13:34.5	11.4	11.9	11.4	P	predict
EE	p	10	0	3	1.602358	28714.238	12:2:27.24	-33:55:14	14.2	15.2	14.2	P	predict
EE	s	10	0	3	1.602358	51870.771	12:2:27.24	-33:55:14	14.2	15.2	14.2	P	predict
EG	p	9	1	2	0.611294	27889.257	12:3:59.82	-32:0:33.9	12.6	13	12.6	P	predict
EH	p	10	0	7	0.2969053	27870.663	12:4:50.98	-33:9:22.8	14.2	15	14.2	P	predict
EH	s	10	0	7	0.2969053	51872.934	12:4:50.98	-33:9:22.8	14.2	15	14.2	P	predict
ER	p	10	0	3	0.6516339	29723.414	12:53:25.29	-25:36:38.2	13.6	14.7	13.6	P	predict
EU	p	3	7	62	0.7782075	53071.0198	8:42:3.57	-6:43:49.4	10.1	10.8	10.2	P	predict
EU	s	3	7	62	0.7782075	34126.725	8:42:3.57	-6:43:49.4	10.1	10.8	10.2	P	predict
EX	p	10	0	37	0.068233846	37699.94179	12:52:24.22	-29:14:56	9.6	13.99	9.6	V	predict
EZ	p	1	19	62	0.449751	42454.609	9:26:41.06	-13:45:6.4	10.4	10.7	10.7	V	predict
EZ	s	1	19	62	0.449751	53040.2192	9:26:41.06	-13:45:6.4	10.4	10.7	10.7	V	predict
FG	p	1	39	123	0.32783	55623.3952	8:27:3.94	+3:30:52.3	9.9	10.28	10.25	V	predict
FG	s	1	39	123	0.32783	48271.641	8:27:3.94	+3:30:52.3	9.9	10.28	10.25	V	predict
FO	p	8	2	32	0.469557	31216.14	9:59:43.28	-19:7:56.1	9.5	10	9.5	P	predict
FO	s	8	2	32	0.469557	31216.375	9:59:43.28	-19:7:56.1	9.5	10	9.5	P	predict
FW	p	9	1	2	0.406138	34478.279	11:4:19.81	-33:26:46.7	12.2	12.5	12.4	V	predict
GK	p	2	8	159	3.587036	55638.685	8:30:49.31	+2:16:26.6	9.35	9.91	9.57	V	predict
GK	s	2	8	159	3.587036	54873.0318	8:30:49.31	+2:16:26.6	9.35	9.91	9.57	V	predict
GM	p	7	3	32	12.18511	53396.433	8:43:48.19	+5:51:0.5	11	11.7	11	P	predict
GN	p	8	2	22	1.1247684	51908.766	8:48:18.51	+2:7:15.6	13.2	13.8	13.6	P	predict
HS	p	3	7	102	1.568041	41374.5954	10:24:36.77	-19:5:33	8.07	8.15	8.15	V	predict
HS	s	3	7	102	1.568041	46923.295	10:24:36.77	-19:5:33	8.07	8.15	8.15	V	predict
HU	p	7	3	95	2.516428	52146.427	8:11:0.93	-10:36:34.2	9.7	10.8	9.7	V	predict
IM	p	9	1	12	1.782043	38796.562	12:9:51.49	-32:27:57.4	12.1	13.2	12.1	V	predict
KT	p	9	1	32	3.387025	30674.637	8:30:37.76	+3:18:12.7	12.7	13.8	12.7	P	predict
KY	p	4	6	10	3.072472	54631.06	9:22:43.58	-18:10:39.9	9.5	11	9.5	P	predict
KY	s	4	6	10	3.072472	52070.154	9:22:43.58	-18:10:39.9	9.5	11	9.5	P	predict
LO	p	9	1	7	2.499629	44623.7848	8:28:29.15	-2:31:1.6	6.37	6.61	6.37	V	predict
LO	s	9	1	7	2.499629	43970.1313	8:28:29.15	-2:31:1.6	6.37	6.61	6.37	V	predict
NY	p	10	0	10	4.77404	51246.7084	9:21:22.81	-6:40:19.5	8.65	9.02	8.65	V	predict
NY	s	10	0	10	4.77404	48499.246	9:21:22.81	-6:40:19.5	8.65	9.02	8.65	V	predict
OW	p	10	0	2	5.757	48503.459	9:39:47.41	-10:34:13	6.31	6.66	6.31	V	predict
OW	s	10	0	2	5.757	48500.58	9:39:47.41	-10:34:13	6.31	6.66	6.31	V	predict
OZ	p	3	7	11	2.048765	54630.96976	10:2:11.57	-19:46:0.5	9.5	9.75	9.7	V	predict
OZ	s	3	7	11	2.048765	48502.07	10:2:11.57	-19:46:0.5	9.5	9.75	9.7	V	predict
PP	p	10	0	1	0.752311	48500.695	10:2:37.04	-20:25:26.5	6.844	6.909	6.844	V	predict
PX	p	10	0	2	36.1553	48462.195	10:33:30.72	-20:10:52.4	8.473	8.572	8.473	V	predict
PX	s	10	0	2	36.1553	48469.78761	10:33:30.72	-20:10:52.4	8.473	8.572	8.473	V	predict
QR	p	10	0	1	2.502939	48948.181	10:56:31.15	-34:33:50.1	8.508	8.69	8.508	V	predict
QY	p	2	8	15	0.292341	48500.249	12:9:20.82	-27:58:56	9.041	9.363	9.041	V	predict
QY	s	2	8	15	0.292341	52349.0791	12:9:20.82	-27:58:56	9.041	9.363	9.041	V	predict
V 340	p	9	1	3	3.64741	53470.6329	12:40:19.23	-29:36:54.4	8.23	8.5	8.23	V	predict
V 356	p	9	1	2	0.911829	48500.0361	14:32:5.12	-27:42:32.9	7.56	7.694	7.56	V	predict
V 358	p	8	2	25	3.00952	53404.7641	9:35:1.81	+4:45:22.1	9.53	10.04	9.53	p	predict
V 390	p	7	3	14	1.0797024	51621.55863	8:13:40.62	-1:12:21.7	11.86	13.77	11.86	V	predict
V 404	p	6	4	4	0.309535	52678.548	9:4:17.82	+4:32:29.8	14.85	15.25	14.85	R	predict
V 404	s	6	4	4	0.309535	52678.70277	9:4:17.82	+4:32:29.8	14.85	15.25	14.85	R	predict
V 410	p	5	5	5	3.15067	52732.719	9:12:44.4	-14:41:17	10.48	11.11	10.58	V	predict
V 412	p	8	2	3	1.894386	52031.47	9:14:29	-13:41:39	12.7	14.1	12.7	V	predict
V 426	p	9	1	2	7.3089	51578.88	8:28:35	-13:51:14	11.55	12.23	11.86	V	predict
V 432	p	10	0	1	1.115657	48594.965	9:12:18.6	-11:4:44	7.9	7.98	7.9	V	predict
V 434	p	8	2	2	5.9199	53404.795	9:51:16.1	-26:36:34	12.55	13.1	13	V	predict
V 434	s	8	2	2	5.9199	53407.98583	9:51:16.1	-26:36:34	12.55	13.1	13	V	predict
V 435	p	10	0	1	2.211	51932.715	9:55:36.1	-19:41:27	10.04	10.76	10.1	V	predict
V 441	p	10	0	1	0.58413	51979.683	11:10:38	-28:54:2	11.05	11.75	11.47	V	predict
V 443	p	10	0	1	4.67017	52406.54	11:16:26.1	-33:17:13	11.05	11.56	11.53	V	predict
V 445	p	9	1	1	1.50944	53499.6027	11:23:58.3	-33:8:23	13.1	14.3	13.1	V	predict
V 453	p	9	1	1	3.10366	53068.75	12:11:6.72	-34:30:28	12.85	13.5	12.85	V	predict
V 454	p	9	1	1	2.34751	53108.757	12:13:27.8	-32:39:25	12.22	13.15	12.3	V	predict
V 464	p	9	1	1	0.342528	53251.52	14:14:21	-26:53:17	13.25	13.8	13.8	V	predict
V 466	p	9	1	1	0.36299	52690.69	8:12:1.77	-0:32:59.8	11.2	11.5	11.2	V	predict
V 468	p	10	0	1	0.93511	52213.8	8:13:1.35	+1:19:41.2	11.2	11.6	11.2	V	predict
V 470	p	8	2	2	0.395389	52701.66	8:14:1.08	+0:22:55.5	13	13.5	13	V	predict
V 502	p	7	3	3	2.494482	53133.587	8:49:3.6	-11:21:2	10.05	10.41	10.05	V	predict
G6686.0470	p	8	2	3	0.371497	54252.301	12:26:18	-25:46:18	12.36	13.05	12.36	V	predict
G6686.0470	s	8	2	3	0.371497	53929.283	12:26:18	-25:46:18	12.36	13.05	12.36	V	predict
CzeV078	p	5	5	6	0.414588	52217.931	8:21:0	+0:31:0	13.1	13.5	13.1	V	predict
CzeV078	s	5	5	6	0.414588	53410.49636	8:21:0	+0:31:0	13.1	13.5	13.1	V	predict
G4902.1190	p	9	1	1	0.71958	52705.73	9:50:39	-5:30:42.6	9.9	10.5	9.9	c	predict
G0196.0699	p	9	1	2	0.52831	52184.87	8:18:43.49	+0:28:50.7	11.8	12.4	11.8	V	predict
G0196.0699	s	9	1	2	0.52831	52185.134	8:18:43.49	+0:28:50.7	11.8	12.4	11.8	V	predict
chi	p	10	0	9	2.2677	48501.9951	11:5:57.55	-27:17:16.1	5.643	5.917	5.897	V	predict
chi	s	10	0	9	2.2677	48503.129	11:5:57.55	-27:17:16.1	5.643	5.917	5.897	V	predict

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.

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> Minima predictions <

> Transits predictions <

New minimas B.R.N.O.:

GN Mus (C. Colazo)

V 676 Cen (C. Colazo, N. Marcionni)

V 659 Ara (C. Colazo)

VW Boo (M. Urbaník)

v 474 Cam (F. Scaggiante, D. Zardin)

HW Vir (L. Šmelcer)

New transits TRESCA:

WASP-43 b (T. and)

Qatar-1 b (T. and)

Qatar-1 b (P. Lake)

WASP-12 b (M. Salisbury)

Qatar-1 b (J. Mravik, J. Grnja)

Qatar-1 b (J. Trnka)

GJ1214 b (M. Vrašťák)

Qatar-1 b (F. Lomoz)

New data MEDUZA & HERO:

CCD:
M. Lehký:

NGC4151 CVn

MKN501 Her

V 1107 Her

YY Her

MKN421 UMa

NGC4151 CVn

MKN421 UMa

,
P. Dubovský:

3C 66A And

NSV 16874 Aur

S5 0716+714 Cam

VIZ:
P. Dubovský:

KV Boo

V 730 Cep

R CrB

T CrB

VW CrB

CI Cyg

EM Cyg

Q Cyg

SS Cyg

V 1028 Cyg

V 1113 Cyg

V 1251 Cyg

V 1329 Cyg

V 1363 Cyg

V 1454 Cyg

V 1504 Cyg

V 1742 Cyg

V 1805 Cyg

V 2037 Cyg

V 2176 Cyg

Currently operating observers:
Observers on-line chat

OAC, ORBA, EABA y OAEGG
(Carlos Colazo)

STATUS: Is active 16:01 - 00:01

PROGRAM: B.R.N.O TRESCA

Sternenstaub Observatorium
(Dittler, Ullrich)

STATUS: Is active 08:26 - 16:26

PROGRAM: Exoplanet Observing