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Vibration control of flexible satellites using a new isolator

机译:使用新的隔离器对柔性卫星进行振动控制

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As an effective means of separating the vibration transmitted from rocket to satellite, the Whole-Spacecraft Vibration Isolation (WSVI) has been widely studied and applied in the past 20 years. Based on a new Circular Payload Adapter Fitting (CPAF), this paper studied the vibration principles of the CPAF and established corresponding vibration isolation model. With the piezoelectric stack actuators, integrated passive and active vibration control was achieved based on passive vibration control. Model simulation results show that the CPAF has good vibration isolation performance, and could reduce the vibration transmitted from rocket to satellite in a wide frequency band.
机译:作为分离从火箭传播到卫星的振动的有效手段,近20年来,全航天器隔振(WSVI)得到了广泛的研究和应用。基于一种新型的圆形有效载荷适配器配件(CPAF),研究了CPAF的振动原理并建立了相应的隔振模型。使用压电叠层致动器,基于被动振动控制实现了集成的被动和主动振动控制。模型仿真结果表明,CPAF具有良好的隔振性能,可以减小宽频带内从火箭到卫星的振动。

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