电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2012年
21期
25-27
,共3页
陀螺%稳定平台%随机振动%模态试验
陀螺%穩定平檯%隨機振動%模態試驗
타라%은정평태%수궤진동%모태시험
the gyro%stabilized platform%random vibration%model experiments
分析了陀螺声音对平台性能的影响，提出间隙变化是导致陀螺声音变大的重要因素，进而通过提高零件的装配一致性．从而避开由于陀螺故障导致平台的失效。最后通过建立陀螺声音测试系统，试验验证了理论分析的正确性和改进措施的有效性．改善了稳定平台系统的可靠性。
分析瞭陀螺聲音對平檯性能的影響，提齣間隙變化是導緻陀螺聲音變大的重要因素，進而通過提高零件的裝配一緻性．從而避開由于陀螺故障導緻平檯的失效。最後通過建立陀螺聲音測試繫統，試驗驗證瞭理論分析的正確性和改進措施的有效性．改善瞭穩定平檯繫統的可靠性。
분석료타라성음대평태성능적영향，제출간극변화시도치타라성음변대적중요인소，진이통과제고령건적장배일치성．종이피개유우타라고장도치평태적실효。최후통과건립타라성음측시계통，시험험증료이론분석적정학성화개진조시적유효성．개선료은정평태계통적가고성。
The influence of platform function caused is analyzed by gyro voice and put forward the idea that clearance change is the important factor to the increase of gyro voice. From this point of view,the failure of platform caused by gyro trouble can be avoided by means of increasing the component assembling consistency. Finally,the gyro voice test system for gyro stabilization platform has been established and experiment data demonstrated the correctness of theocratic analyses and validness of modifying measures. The reliability of the stable platform is improved.
