CAJ | 학술논문

为提高机载电子设备的机械环境适应能力，对某机载电子设备机架的隔振缓冲系统设计进行研究。从隔振缓冲系统的基础理论出发，结合机架的实际要求目标进行仿真分析，提出一套将理论计算、仿真分析和试验验证等先进技术相结合的隔振缓冲系统设计方法和流程。经用某机架的试验验证，表明方法和流程合理，达到了设计目标，并节省了设计的时间和成本。可为类似机架在其它动态环境中应用时的设计作参考。
위제고궤재전자설비적궤계배경괄응능력，대모궤재전자설비궤가적격진완충계통설계진행연구。종격진완충계통적기출이론출발，결합궤가적실제요구목표진행방진분석，제출일투장이론계산、방진분석화시험험증등선진기술상결합적격진완충계통설계방법화류정。경용모궤가적시험험증，표명방법화류정합리，체도료설계목표，병절성료설계적시간화성본。가위유사궤가재기타동태배경중응용시적설계작삼고。
In order to improve the mechanical environment adaptability of an airborne electronic equipment,the vibration and shock isolation system of an airborne electronic device rack was designed and studied.Based on the basic theory of vibration and shock isolation,an advanced vibration and shock isolation system's design method and flow path were proposed combining theoretic calculation,simulation analysis and test verification.The reasonability of the method and flow path was verified with the test results of a certain rack to reach the design goal and save the design time and cost. The results provided a reference for design of similar racks under other dynamic environments.