A 15-kV-scale 4H-SiC insulated-gate bipolar transistor (IGBT) with a self-biased split-gate pMOS (SGPMOS) is proposed and simulated in this work. By introducing the SGPMOS, the proposed IGBT forms a hole barrier in the ON-state and a hole extraction path during the turn-on and turn-off transient, respectively. Compared to GS IGBT, the ON-state voltage ( ${V}_{\text {ON}}{)}$ of the SGPMOS IGBT is decreased by 54.95% for the same turn-off loss ( ${E}_{\text {off}}$ ). Meanwhile, compared with pMOS IGBT, the ${C}$ – ${V}$ and gate charge ( ${Q}_...