Based adjust the damping from the inertial stable platform of forced oscillations

Inertial stabilization platform with high accuracy is required to isolate the disturbance and stabilized the load. In this paper, in order to damp the forced vibration of the inertial stabilization platform, we propose a new method with the use of active damper. This method trough adjusting the elasticity coefficient K of the active feedback loop in real time to keep the track of the frequency of the disturbance and this kind of behavior can achieve the damping of the forced vibration, which is brought about by the circum-interference-axial movement of the inertial stabilization platform. Then we make the simulation experiments and analyze the advantages and disadvantages of this proposed method and verify the possibility of its application. The proposed of the damper active feedback loops real-time adjustment and the corresponding simulation experiments help expand the academic research of this new method.