运行卡创建的过程定义电子表格

B. Baker
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引用次数: 0

摘要

保留和传播微加工工艺知识是大多数大学洁净室设施面临的挑战。许多新的研究生研究人员只有很少或没有微加工经验,也不了解工艺变量的影响。对于这些研究人员来说,记录良好的标准化流程为学习构建设备所需的步骤提供了坚实的起点。为了满足更好地沟通标准晶圆厂工艺的需要,我们创建了一个工艺定义电子表格。该电子表格使研究人员能够选择工艺,改变输入,生成配方参数,并查看标准工艺的沉积和蚀刻速率。它还允许创建和打印运行卡,这些卡片可以在工具设置期间携带到洁净室作为参考。可用的工艺包括光刻、沉积、蚀刻和包装。每道工序都有对应设备的综合下拉列表,每一种工具都有相关物料的下拉列表。该电子表格可通过网站链接下载,并在有新的流程信息时手动更新。基于excel的电子表格中的数据由兼职学生员工维护,他们执行常规流程运行并进行相关测量。结果在输入到工艺电子表格之前由专职工程人员进行验证。最初研究人员的反馈非常积极,40%的用户每周至少使用该软件进行一次匿名调查,沉积过程下拉列表是最常访问的部分。电子表格有一个意想不到的好处,那就是帮助员工更好地了解当前流程的结果和问题。目前正在开发一种基于网络的升级,其中将包括一些增强功能,例如到流程图的链接以及通过Coral数据库从研究人员测量中获得的最新结果。新系统将使用数据库来存储与流程相关的信息。一群计算机科学专业的学生正在为一个班级项目设计和开发新的网络应用程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Process Definition Spreadsheet for Run Card Creation
Retention and dissemination of microfabrication process knowledge is a challenge for most university clean room facilities. Many new graduate student researchers arrive with little or no microfabrication experience and do not possess an understanding of the effects of process variables. For these researchers, well-documented standardized processes give a solid starting point to learn the steps they need to build their devices. To address the need for better communication of standard fab processes, a process definition spreadsheet has been created. This spreadsheet gives researchers the ability to select processes, vary inputs, generate recipe parameters, and view deposition and etch rates for standard processes. It also allows the creation and printing of run cards that can be carried into the clean room for reference during tool set up. Available processes include photolithography, deposition, etch, and packaging. Each process contains an integrated drop-down list of corresponding equipment, and each tool contains a drop-down list of associated materials. The spreadsheet is available to download through a website link and is manually updated whenever new process information is available. The data in the Excel-based spreadsheet is maintained by part-time student employees who perform regular process runs and take associated measurements. The results are verified by full-time engineering staff before being entered into the process spreadsheet. Initial researcher feedback is very positive, with 40% of users who responded to an anonymous survey using the software at least once per week, and the deposition process drop-down list being the most frequently accessed section. The spreadsheet has had the unexpected benefit of helping staff be more aware of current process results and problems. A web-based upgrade is currently under development that will include enhancements such as links to process charts and up-to-date results obtained from the researcher measurements through a Coral database. The new system will use a database to store process-related information. A group of computer science students is doing the design and the development of the new web app for a class project.
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