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一个基于Protel PCB版图文件接口的激光直写微加工CAM系统 被引量:3

A Laser Direct Writing Micro-processing CAM System Based on Protel PCB Files
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摘要 详细分析了以ASCII码存储的ProtelPCB版图文件的存储格式和图元数据结构,并基于Protel版图文件接口,实现了应用于厚膜集成电路制造的激光微细熔覆柔性布线CAD/CAM系统开发。 The file store format and element data structure in Protel PCB FILE 6 are described in this paper, and its potential application in designing and manufacturing thick film integrated circuit board based on laser micro cladding technique is given.
出处 《制造技术与机床》 CSCD 北大核心 2006年第6期72-75,共4页 Manufacturing Technology & Machine Tool
关键词 PROTEL PCB 文件格式 厚膜集成电路 激光微细熔覆 Protel PCB File Format Thick Film Integrated Circuit Laser Micro Cladding
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  • 1S. M. Piomenov,G. A. Shafeev, V. A. Laptev et al.. Laser activation of diamond surface for electroless metal plating[J].Appl.Phys.Lett.,1994,64(15):1935-1937.
  • 2Maeda Shigo, Minami Kazuyki, et al.. KrF excimer laser induce selective non-planer metalization[J].Proceeding of the IEEE Microelectrnic Mechanical Systems,1994,(2):75-80.
  • 3Suh Nam P.. Method for forming electrically conductive paths[P].U. S.Patent, No,4159414,1979.
  • 4Soszek, Peter. Mothod for manufacturing a circuit board[P],U.S. Patent,No,4710254,1987.
  • 5A.Kestenbaum, Ami, Serafino et al.. Electrical conductor deoposition method[P].U. S.Patent. No. 5064685,1991.
  • 6Castro, Anthony J.,Van Duyne et al.. Laser direct writing [P].U.S.Patent,No.5378508,1995.
  • 7Weigel, David C., Morgan et al.. Laser direct process for making a conductive metal circuit[P].U. S. Patent. No.5576074,1996.
  • 8S.Maruyama, M.Hongo, H.Sakamoto et al.. Method of modifying conductive lines of an electronic circuit board and its apparatus[P].U.S.Patent. No.5832595.1998.
  • 9Sharma, Sunity, Annavajjula et al.. Deposition of substance on a surface[P].U.S.Patent, No.59800998,1999.
  • 10Xiaoyan Zeng, Zengyi Tao, Beidi Zhu et al.. Investigation of laser cladding ceramic-metal composite coatings:processing modes and mechanisms[J].Surface and Coatings Technology,1996,79:209-217.

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