A Study on the Transient Response and Impact Coefficient Calculation of PCB Handler

PCB Handler의 과도응답해석 및 충격계수 산출 연구

  • Received : 2017.06.01
  • Accepted : 2017.07.20
  • Published : 2017.07.28


Europe, the US and Japan have acquired test results on impact coefficient for a long time and applied it to equipment design to secure safety of structures. However, Korean enterprises use the impact factor held by advanced business to design equipment as it is difficult for them to obtain it through tests. In this paper, NX/NASTRAN, was used to perform static load analysis and impact load analysis of a PCB Handler, semiconductor test equipment, and the result was employed to study how to calculate the impact coefficient with the finite element analysis. The calculation method was applied to the JIS(Japanese Industrial Standard), and the impact coefficient of the PCB handler was calculated as 1.27 for the sudden start or stop. The impact coefficient generated by the analysis is expected to make a great contribution to the industry as it can be used to improve the equipment structure and develop on existing equipment in the future.


Impact Force;Impact Coefficient;Transient Response;FEA(Finite Elements Analysis);Strain Gage Test


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