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KOI's (Blue)  or
K2 Objects (Green)

Exoplanet-Science.com

The plotted Corrected Flux vs. Time data (converted from NASA's K2 raw data by A. Vanderburg) were accessed by starting with his website https://www.cfa.harvard.edu/~avanderb/k2.html.  RED points are the major eclipses; YELLOW points are the minor eclipses.

10 MAJOR Eclipses (E_5, distorted by a data gap, was not used):
Binomial-Fit-Derivative-Zero Method:

Period: 2.865539 ± 0.000143 days.
T_0: 1941.823014 ± 0.000857 [BJD-2454833]
Depth: 794731 ± 5411 ppm
.
EXOFAST Online Method:
Period: 2.865532 ± 0.000094 days.
T_0: 1941.821484 ± 0.000582 [BJD-2454833]
Depth: 799328 ± 5081 ppm.

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10 MINOR Eclipses (e_2, distorted by a data gap, was not used):
Binomial-Fit-Derivative-Zero Method:

Period: 2.863788 ± 0.000997 days.
T_0: 1943.265731 ± 0.005321 [BJD-2454833]
Depth: 111241 ± 14768 ppm.

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PHASE: 0.500760 ± 0.004691 (circular orbits).
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K2 Data Search & Retrieval (http://archive.stsci.edu/k2/data_search/search.php):
RA: 90.36708, DE: 23.14028
RA: 06 01 28.099, DE: +23 08 25.01

SIMBAD (http://simbad.harvard.edu/simbad):
Object designation: "V* RW Gem -- Eclipsing binary of Algol type (detached)".
2MASS J06012805+2308274; WDS 06015+2308.
Distance: 96 pc.
"Semi-detached eclipsing binaries" (Surkova+, 2004): Period = 2.865497 days.
"Ceneral Catalog of Variable Stars" (GCVS; Samus+, 2007-2013): P = 2.865497 days.
"AAVSO International Variable Star Index" (Watson, 2006-2014): P = 2.865497 days.

7 Mar 2015.
                          Kepler K2-C0 EPIC-202060135: Eclipsing Binary

Discussion:
This K2-observed system was known and its [one deep minimum and one shallow minimum] appearance results in SIMBAD's characterization as an "Eclipsing binary of the Algol type (detached)".