  Magnetic fields are significant in the structure and evolution of stars. We
present a comprehensive catalogue of 1784 known magnetic stars, detailing their
identifications, HD numbers, precise locations, spectral types, and averaged
quadratic effective magnetic fields among other important information. The
group comprises 177 O-type stars, 551 B-type stars, 520 A-type stars, 91 F-type
stars, 53 G-type stars, 61 K-type stars, 31 M-type stars, and an additional 300
stars whose spectral classification remains indeterminate. Our analysis
examines the statistical properties of these magnetic stars. The relative
integrated distribution function and number distribution function for all
magnetic stars of the same spectral type can be effectively approximated using
an exponential function of the averaged quadratic effective magnetic field. The
analysis further reveals that A and B-type stars possess the strongest mean
magnetic fields, indicating an easier detection of their magnetic fields.
