Twelve TESS sectors cover 100 percent of orbital phase for circular HD 216520 b models with 2 Earth radii at 201 tested periods near 35.45 days and three impact parameters

We measured repeated-transit phase coverage for HD 216520 b in twelve public TESS light curves with 120-second samples. Circular models with 2 Earth radii have at least four eligible events across 100 percent of phase at 201 tested periods from 35.417 to 35.483 days and impact parameters of 0, 0.5 and 0.8. The first three sectors cover only 74.33 to 75.13 percent of phase with at least two eligible events. Eligibility requires at least 80 percent of nominal in-transit samples and 60 samples on each baseline side. No original model passes the preset repeated-event rule in either corrected or aperture flux. The rule requires a total score of 8 and a score of 5 after the event with the largest individual dip score is removed. A primary test adds 23040 physical signals in corrected flux. At the four tested radii from 1.25 to 3 Earth radii, 18432 of 18432 trials pass. At one Earth radius, 4232 of 4608 trials pass. An aperture-flux control recovers all 1536 inserted 2-Earth-radius signals. An offset period and phase check recovers all 3072 signals with 1.5 or 2 Earth radii. These are conditional tests in saved flux after mission processing. They use fixed stellar values and limb darkening. They do not give planet probabilities or radius confidence limits. No new planet or transit is confirmed. The package preserves exact source files, provenance, continuous phase intervals, trial records, figures, code and reproduction instructions.

HD 216520 b · TIC 264899051 · TESS · repeated transit · orbital phase coverage · injection recovery · public astronomical data