The Aluminum manufacturing represents a major segment of the today Industries. The body of the engines is manufactured using Aluminum Alloy. The Thermal Analysis involves the measurement of temperature and time in order to produce cooling curves to describe the properties of a specific test sample. The cooling curves are the meaning to establish the proper composition of the Alloy. The Data Acquisition System represents the meaning with which the analysis is performed. On the marketplace already exist many Data Acquisition Systems dedicated for this task. One of them is currently used in the Aluminum Alloy Analysis Research at the University of Windsor. This is a National Instrument System special configured to acquire Thermocouple signals. To perform an accurate Data Acquisition the most important criteria is u27Accuracyu27. One way to achieve this is to fully understand the entire System involved in this process. Designing a System is the best way to gain this understanding. It was the objective of this Thesis to develop a very less cost system with similar characteristics than the National Instruments System. The Design for this System was performed and all the necessary programming was done to achieve the desired performance. The testing carried out over the system shows positive aspects conform the expectations. In the same time there were observed possible improvements, which will, may increase the performance of the actual prototype. Therefore this project represents a first step. The data accumulated in the time of the design and all the results from the tests performed over the system may constitute the reference for a further development in this direction.Dept. of Electrical and Computer Engineering. Paper copy at Leddy Library: Theses u26 Major Papers - Basement, West Bldg. / Call Number: Thesis2001 .C545. Source: Masters Abstracts International, Volume: 40-03, page: 0752. Advisers: J. J. Soltis; J. H. Sokolowsky. Thesis (M.A.Sc.)--University of Windsor (Canada), 2001.
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机译：铝制造是当今工业的主要部分。发动机的主体使用铝合金制造。热分析涉及温度和时间的测量，以便生成冷却曲线来描述特定测试样品的特性。冷却曲线是建立适当合金成分的含义。数据采集系统代表进行分析的意义。市场上已经存在许多专用于此任务的数据采集系统。其中之一目前在温莎大学的铝合金分析研究中使用。这是专门配置为获取热电偶信号的国家仪器系统。要执行准确的数据采集，最重要的标准是 u27Accuracy u27。实现此目的的一种方法是完全了解此过程涉及的整个系统。设计系统是获得这种了解的最佳方法。本论文的目的是开发一种成本更低，性能与美国国家仪器系统相似的系统。执行了该系统的设计，并完成了所有必要的编程，以实现所需的性能。在系统上进行的测试显示出积极方面符合预期。同时观察到可能的改进，这可能会提高实际原型的性能。因此，该项目代表了第一步。在设计时累积的数据以及在系统上进行的测试所产生的所有结果均可以作为朝该方向进一步发展的参考。电气和计算机工程系。莱迪图书馆的纸质副本：论文主要论文-西楼地下室。 /电话号码：Thesis2001 .C545。资料来源：国际硕士摘要，第40卷，第0752页。顾问：J。J. Soltis； J。J. Soltis。 J. H. Sokolowsky。论文（硕士）-温莎大学（加拿大），2001。
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