以非线性油阻尼振冲隔离器为研究对象，物理模型为单自由度、阻尼元件与线性刚度元件并联。运用现代计算分析方法，通过大量科学试验及合理的数据处理，根据处理所得数据及显示的图形结果进行油阻尼特性的非线性分析及建模，提出了在小型电子设备中适用的振冲隔离器的油阻尼特性模型，由于其体积小，在忽略位移影响的情况下，油阻尼特性模型是按频率分区、按速度分段的。文中给出具体实例进行了详细的说明，并初步进行了理论分析和探讨 Taking the non-linear oil damping vibration isolator as the research object, the physical model is a single degree of freedom, and the damping element and the linear stiffness element are connected in parallel. Using modern calculation and analysis methods, a large number of scientific experiments and reasonable data processing, based on the processing of data and display the graphical results of the oil damping characteristics of non-linear analysis and modeling proposed in the small electronic devices applicable vibration isolators Due to its small size, the oil damping model is divided by frequency and segmented by speed without considering the influence of displacement. The article gives a detailed example of a detailed description, and preliminary theoretical analysis and discussion