用途：用于挠性印制电路板。
文章研究、分析了紫外激光在挠性印制电路板外形加工方面的优势与特性。
This thesis studies and analyzes the advantages and characteristics of ultra-violate laser used in shape processing of flexible printed circuit board.
挠性印制电路板生产中经常需要在基材的某些区域开出设计要求大小的窗口。
FPCB often need to design the window of demanding size in certain region during manufacture.
从电子产品的发展趋势入手，分析了在未来几年挠性印制电路的技术市场需求。
Through the development tendency of the electronic production, analysing the technique marketplace demand of the flexible printed circuit in the future.
本发明制造的半挠性印制电路板特别适用于例如可靠性要求较高 的车载产品。
The semi-flexible printed circuit board produced by the method particularly suits vehicle-borne products with higher reliability requirement.
近年来，以二层覆铜板为基材的挠性印制电路板，具有薄、轻、结构灵活的鲜明特点，被广泛应用于折叠手机、数码相机、笔记本电脑等。
In recent years, flexible printed circuit boards based on two layer flexible copper clad laminate has been widely applied in folding mobile phone, digital camera and notebook computer etc.
近年来，以二层覆铜板为基材的挠性印制电路板，具有薄、轻、结构灵活的鲜明特点，被广泛应用于折叠手机、数码相机、笔记本电脑等。
In recent years, flexible printed circuit boards based on two layer flexible copper clad laminate has been widely applied in folding mobile phone, digital camera and notebook computer etc.
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