Abstract
According to the vibration isolation requirements of a certain type of optoelectronic stability platform, an active-passive composite vibration isolation system based on the hierarchical vibration isolation idea is designed. The system uses the active and passive hybrid vibration isolator as the outer frame damper, and the two-axis four-frame optoelectronic system. The stable platform has a reasonable layout. The system realizes the three-way stiffness, removes the line vibration coupling in the three directions of the system, establishes the three-dimensional model of the vibration reduction system in UG, and uses the Altair HyperMesh/OptiStruct software for finite element analysis. The results show that the vibration isolation system meets the design requirements.
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