ERROR ANALYSIS OF DYNAMICALLY TUNED GYROSCOPE RESULTING FROM TWIN SPIN FREQUENCY ANGULAR VIBRATION
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摘要: 本文试图利用简便的分析方法给出多平衡环动力调谐陀螺的动力调谐条件和消除驱动轴具有二倍频角振动输入所引起的误差力矩的条件。作为特例,对当内外扭杆平面和驱动轴不正交时的单环挠性陀螺给出了动力调谐条件,以及驱动轴作二倍频角振动对陀螺漂移的影响。Abstract: With a simplified analytical method,this paper presents both the dynamically tuned condition of a multigimbal dynamically tuned gyroscope and the condition of eliminating error torques resulting from a given twice spin frequency angular vibration inputs of the driving shaft.The obtained results include the corresponding results of the single or two-gimbals gyro which can be seen in the references.If the plane of inner and outer torsion springs is not orthogonal to the driving shaft,this paper presents the dynamically tuned condition,and in this case,this paper examines how tuned gyro's drift is affected by the error torque resulting from a given twice spin frequency angular vibration of the driving shaft.
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