摘要
文章以微波功率多芯片真空焊接试验用工装(2Z-6P)设计为例,阐述了工装功能构件设计思路及其关键细节。提出了依据TRIZ冲突解决原理,在明确设计的输入、输出要求的前提下,分析了工装设计的构成要素,从中梳理核心冲突要素,再寻求具有针对性的冲突要素有效解的实效方法。展示工装工程验证结果,旨在于促进精密工装设计水平提升和工程中的实际应用。
In this paper,microwave power multi chip vacuum welding test tool（ 2z-6p） design is taken as an example,and the design ideas and key details are expounded. Resolving theories are proposed based on TRIZ conflict. Under definite design requirements of input and output,the constructive elements are analyzed,the core conflict factors are reorganized,and then an effective method is found to seek the efficient solution of the conflicting elements. The tooling engineering verification results are shown. The purpose is to promote the precision tooling design to enhance the level and engineering practical application.
出处
《空间电子技术》
2016年第4期22-26,共5页
Space Electronic Technology
关键词
多芯片
组装技术
共晶焊接
工装设计
工程应用
Multichip
Assembly technology
Eutectic solder
Tooling design
Engineering application
