The impedance of test base directly affects the vibration level of base, thus may influence the effect of vibration isolation equipment.
试验基座的阻抗大小直接影响基座振动的测量结果，从而对隔振装置的隔振效果有着直接的影响。
This paper analyses the main effect of damping upon vibration isolation, presents an effective scheme to decrease the resonance of electronic equipment vibration isolation system in camion.
分析了阻尼对隔振系统设计的主要影响，对抑制某车载电子设备隔振系统共振响应提出了一种比较有效的解决方法。
The design of mechanical environment adaptability for electronic equipment, the principle and method of reinforce design and isolation of vibration and shock are discussed in this paper.
本文介绍了电子设备机械环境适应性设计，以及进行加固设计和隔振缓冲系统设计的原则和方法。
The test equipment and experiment method of vibration characteristics of VIM(Vibration Isolation Module) of the underwater cable are introduced.
介绍了水下拖缆隔振段隔振性能的测试装置和试验方法；
Mainly used for a variety of lifting the fan noise isolation, pipelines, power equipment, can also be used for precision instruments, meters, lifting passive vibration isolation.
主要用于各种风机、管道、动力设备的吊装隔振降噪，也可用于精密仪器、仪表的吊装消极隔振。
This thesis focuses on the technique research of adaptive vibration-isolation for vehicle electronic equipment by piezoelectric materials.
本文主要研究车载电子设备压电式自适应隔振技术。
The paper concludes with a. series of pictures illustrating state-of-the-art applications of vibration isolation techniques for mechanical equipment.
最后给出了许多实物图片，说明隔振技术在工程中的最新应用。
Secondly the vibration isolation of multi-stage rigid body system and the parametric optimize are researched, and also the parametric optimization of non-rigid machine or equipment system and non-r.
本文先后研究了多层刚性体的隔振及参数的优化，以及非刚性机组和非刚性基础隔振系统参数的优化，对刚性体系统和非刚性体系统各参数对隔振传递率的影响进行了一定的分析和探讨。
It's necessary to research optimization of electronic equipment vibration isolation system.
因此，有必要展开对电子设备隔振系统优化设计的研究。
It's necessary to research optimization of electronic equipment vibration isolation system.
因此，有必要展开对电子设备隔振系统优化设计的研究。
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