首页> 外国专利> BOARD OR ELECTRONIC COMPONENT WARP ANALYZING METHOD, BOARD OR ELECTRONIC COMPONENT WARP ANALYZING SYSTEM AND BOARD OR ELECTRONIC COMPONENT WARP ANALYZING PROGRAM

BOARD OR ELECTRONIC COMPONENT WARP ANALYZING METHOD, BOARD OR ELECTRONIC COMPONENT WARP ANALYZING SYSTEM AND BOARD OR ELECTRONIC COMPONENT WARP ANALYZING PROGRAM

机译:板或电子组件WARP分析方法,板或电子组件WARP分析系统以及板或电子组件WARP分析程序

摘要

The board warp analysis method includes, in board warp calculation based on model data including at least a configuration and an elastic constant of a board and an electronic component including various kinds of parts which is mounted on the board, the processing of dividing a temperature profile indicative of a relationship between a temperature and a time with respect to the electronic component by a predetermined time, obtaining a relaxation elastic modulus of the electronic component corresponding to the divisional time by shifting on a time base of a master curve related to the electronic component which is composed with respect to a reference temperature based on a temperature-time conversion rule, calculating a curing degree of the electronic component based on a relationship between a time after shift and an actually applied temperature, and analyzing a warp of the electronic component based on a relaxation elastic modulus on the master curve corresponding to the curing degree or a relaxation elastic modulus calculated based on a relationship between the curing degree and the elastic constant according to a value of the curing degree calculated.
机译:板翘曲分析方法包括在基于模型数据的板翘曲计算中,该模型数据至少包括板的构造和弹性常数以及安装在板上的包括各种部件的电子部件,该温度曲线划分处理通过预定时间指示相对于电子部件的温度和时间之间的关系,通过移动与电子部件有关的主曲线的时基来获得与分割时间相对应的电子部件的松弛弹性模量基于温度-时间转换规则针对参考温度组成,基于移位后的时间与实际施加的温度之间的关系计算电子部件的固化度,并基于该温度分析电子部件的翘曲在对应于固化度的主曲线上的松弛弹性模量根据计算出的固化度的值,根据固化度与弹性常数之间的关系计算出的松弛弹性模量。

著录项

  • 公开/公告号US2009276164A1

    专利类型

  • 公开/公告日2009-11-05

    原文格式PDF

  • 申请/专利权人 ICHIRO HIRATA;

    申请/专利号US20080306491

  • 发明设计人 ICHIRO HIRATA;

    申请日2008-06-25

  • 分类号G06F19;G06F15;

  • 国家 US

  • 入库时间 2022-08-21 19:33:32

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