电容器研究与开发中的电解液测量自动化

D. Fodor, O. Klug, I. Balint, Á. Horváth, A. Riz
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引用次数: 3

摘要

本文介绍了一套完整的测量自动化系统(MAS),该系统在匈牙利爱普科斯公司的铝电解电容器开发实验室中实现。MAS的主要作用是方便电解液和电容器的研发,通过自动化完成相关的测量任务,并为数据检索和决策支持提供强大的数据库系统后台。为实现上述要求,选择了国家仪器测量与开发工具作为实现与开发平台。演讲重点介绍了测量系统的架构,并通过重要的测量(“混合(电导率与单一温度)”)展示了实施过程,从十多个自动化测量中选择。结果表明,随着创新的MAS系统在实验室的引入,新型电解质和电容器的研发时间大大缩短
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrolyte Measurements Automation for Capacitor Research and Development
The paper deals with the presentation of a complete measurement automation system (MAS) implemented in an Aluminium Electrolytic Capacitor Development Laboratory at EPCOS Hungary. The main role of the MAS is to facilitate the electrolyte and capacitor research and development, through the automation of the related measurement tasks, and to provide a powerful database system background for data retrieval and decision support. For the realization of the above requirements the National Instrument measurement and development tools were chosen as implementation and development platform. The presentation focuses on the architecture of the measurement system and presents the implementation process via a significant measurement ("Mixing (conductivity with single temperature)"), selected from the more then ten automated measurements. The results shows that with the introduction of the innovative MAS system in the Lab the research and development time for new electrolytes and capacitors has been decreased considerably
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