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首页> 外文会议>IMAPS 2008 - 41st international symposium on microelectronics: bringing together the entire microelectronics supply chain >LTCC Materials, Guidelines, and CAM and Test Output Integration for Electronic Design Automation (EDA)
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LTCC Materials, Guidelines, and CAM and Test Output Integration for Electronic Design Automation (EDA)

机译：用于电子设计自动化（EDA）的LTCC材料，指南以及CAM和测试输出集成

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As ceramic industries move into the future, the need for schematic capture, checking, embedded components and elements, 3D checking and new materials integration will continue to grow in the quest for smaller, more complex, and more powerful designs, as well as new manufacturing and assembly processes. To support quick turn, back-to-back design, layout and manufacturing, an LTCC design engineer needs every possible advantage to complete the design quickly without design and manufacturing problems that cause delays.rnWith the focus on new materials that enable smaller traces / spaces and new processes, it is necessary to integrate these material specifications and process guidelines into the design process and layout software. In order to popularize the use of LTCC technology and rapidly expand production volume, the industry needs to provide materials and promote tools, which reduce time to market for new products.rnWhile both materials and EDA software for the LTCC market have advanced, there has been a disconnect between the parameters designers perceive as acceptable and what manufacturers can produce. It would be ideal for the LTCC layout engineer to select specific materials and have the design guidelines and processes carry forward, seamlessly into manufacturing. The result is that the layout engineer would be able to produce CAD files, CAM files and Test files that have been designed for the specific materials and manufacturing technologies, thereby insuring compatibility with the manufacturing processes (Design for Manufacture).rnThe purpose of this paper is to define what is required of the LTCC industry for the LTCC designers and manufacturers to be truly efficient.
机译：随着陶瓷工业的发展，对图形捕捉，检查，嵌入式组件和元素，3D检查和新材料集成的需求将继续增长，以寻求更小，更复杂，功能更强大的设计以及新的制造工艺。和组装过程。为了支持快速转弯，背对背的设计，布局和制造，LTCC设计工程师需要尽一切可能的优势来快速完成设计，而不会出现会引起延迟的设计和制造问题。和新流程，有必要将这些材料规格和流程指南集成到设计流程和布局软件中。为了普及LTCC技术的使用并迅速扩大产量，该行业需要提供材料和推广工具，以减少新产品的上市时间。rn虽然用于LTCC市场的材料和EDA软件已经取得了进步，设计者认为可接受的参数与制造商可以生产的参数之间存在脱节。对于LTCC布局工程师来说，理想的选择是选择特定的材料，并使设计准则和过程无缝地推进到制造中。结果是，布局工程师将能够生成针对特定材料和制造技术设计的CAD文件，CAM文件和测试文件，从而确保与制造过程（制造设计）的兼容性。是为了定义LTCC行业对LTCC设计人员和制造商真正有效的要求。

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