印制电路板协同设计数据融合分析
|
摘要
印制电路板协同设计各工作项目需具备相应数据资源的输入,但并非仅仅是元器件固有属性数据,协同设计过程中某一项工作的数据输出同时也可能是其他工作项目的输入,目前这部分数据普遍存在管理分散、复用率低的问题。通过对印制电路板协同设计各工作项目的输入输出数据进行梳理,分析出各工作项目间的数据融合关系,形成协同设计数据管理思路。研究结果将有助于简化协同设计流程,规范数据管理,提高工作效率,为协同设计数据资源平台提供了建设思路参考。
Printed circuit board collaborative design Each work item needs to have the input of corresponding data resources, but it is not just the inherent attribute data of the component. The data output of a certain work in the collaborative design process may also be the input of other work items. Some data generally have problems of decentralized management and low reuse rate. Through combing the input and output data of the printed circuit board collaborative design work items, the data fusion relationship between each work item is analyzed, and the collaborative design data fusion management and application plan is formed. The research results will help simplify the collaborative design process, Standardizing data management, improve work efficiency, and provide a solution for the collaborative design of data resource platform.
Printed circuit board collaborative design Each work item needs to have the input of corresponding data resources, but it is not just the inherent attribute data of the component. The data output of a certain work in the collaborative design process may also be the input of other work items. Some data generally have problems of decentralized management and low reuse rate. Through combing the input and output data of the printed circuit board collaborative design work items, the data fusion relationship between each work item is analyzed, and the collaborative design data fusion management and application plan is formed. The research results will help simplify the collaborative design process, Standardizing data management, improve work efficiency, and provide a solution for the collaborative design of data resource platform.
引文
[1]周勇志.基于企业信息化管理的电气设计协同平台构建[J].城市轨道交通研究, 2017, 20(02):111-116.
[2]胡宗海,赵彦,王立平,曹立勇,姚程宽. PCB设计流程的改进研究[J].成都工业学院学报, 2017, 20(01):16-19.
[3]王志兵,魏海红,李杏清.电子产品PCB设计及其可制造性分析[J].电子世界, 2016(11):142.
[4]乔洪.高速PCB信号完整性分析及应用[D].西南交通大学, 2006.
[5]徐江华,喻欣,陈裕林.三维CAD技术在机械设计中的应用[J].南方农机, 2018, 49(16):53.
[6]张鹏南,任艳,于迪,余昭杰,戴泽林.基于仿真技术的集成电路国产化替代验证[J].国外电子测量技术, 2018, 37(06):140-145.
[7]王静,刘亭亭.一种基于MCAD的产品三维设计方法[J].微电子学, 2017, 47(01):96-99.
[8] Rob Evans. ECAD-MCAD协同设计——面向变革的机制[J].电子设计应用, 2009, 7(07):49-52+10.
[2]胡宗海,赵彦,王立平,曹立勇,姚程宽. PCB设计流程的改进研究[J].成都工业学院学报, 2017, 20(01):16-19.
[3]王志兵,魏海红,李杏清.电子产品PCB设计及其可制造性分析[J].电子世界, 2016(11):142.
[4]乔洪.高速PCB信号完整性分析及应用[D].西南交通大学, 2006.
[5]徐江华,喻欣,陈裕林.三维CAD技术在机械设计中的应用[J].南方农机, 2018, 49(16):53.
[6]张鹏南,任艳,于迪,余昭杰,戴泽林.基于仿真技术的集成电路国产化替代验证[J].国外电子测量技术, 2018, 37(06):140-145.
[7]王静,刘亭亭.一种基于MCAD的产品三维设计方法[J].微电子学, 2017, 47(01):96-99.
[8] Rob Evans. ECAD-MCAD协同设计——面向变革的机制[J].电子设计应用, 2009, 7(07):49-52+10.