Calibration adapter device for three-axis high-impact sensor based on Hopkinson rod

The invention relates to a three-axis high-impact sensor calibration adapter device based on a Hopkinson rod, and belongs to the technical field of weapon testing. Specifically, it includes the Z-direction anvil body calibration adapter device for Z-axis shock sensitivity and X-axis and Y-axis lateral sensitivity calibration, and the XY-direction anvil body calibration transfer device to realize Y-axis shock sensitivity and X-axis and Z-axis lateral sensitivity calibration. Calibration, or calibration of X-axis shock sensitivity and Y-axis and Z-axis transverse sensitivity; applied to the calibration experiment of Hopkinson rod high shock acceleration sensor, two sensor calibration adapters jointly complete the calibration of the calibrated high shock three-dimensional MEMS acceleration sensor Calibration of three-axis shock sensitivity and three-axis transverse sensitivity; can accurately obtain the relationship between each axial response and transverse response of high-impact three-dimensional MEMS acceleration sensors; has the advantages of strong shock resistance and high overload resistance.