Revisiting wrong sign Yukawa coupling of type II two-Higgs-doublet model in light of recent LHC data

In light of the recently obtained LHC Higgs data, we examine the parameter space of the type II two-Higgs-doublet model, in which the 125 GeV Higgs bosons exhibit wrong sign Yukawa couplings. Combining the relevant theoretical and experimental limits, we find that the LHC Higgs data exclude most of the parameter space of the wrong sign Yukawa coupling. For \begin{document}$m_H=$\end{document} 600 GeV, the allowed samples are mainly distributed across several corners and narrow bands of \begin{document}$m_A GeV, 30 \begin{document}$ GeV, 240 GeV \begin{document}$ GeV, 380 GeV \begin{document}$ GeV, and 480 GeV \begin{document}$ GeV. For \begin{document}$m_A=$\end{document} 600 GeV, \begin{document}$m_H$\end{document} is required to be lower than 470 GeV. The light pseudo-scalar with a mass of 20 GeV is still permitted in the case of the wrong sign Yukawa coupling of 125 GeV Higgs bosons.