温度控制用微控制器--外文翻译.rar
温度控制用微控制器--外文翻译,abstract. this paper describes an interdisciplinary designproject which was done under the author’s supervision by agroup of four senior students in the departm...
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Abstract. This paper describes an interdisciplinary design
project which was done under the author’s supervision by a
group of four senior students in the Department of Engineering
Science at Trinity University. The objective of the project
was to develop a temperature control system for an air-filled
chamber. The system was to allow entry of a desired chamber
temperature in a prescribed range and to exhibit overshoot
and steady-state temperature error of less than 1 degree
Kelvin in the actual chamber temperature step response.
The details of the design developed by this group of students,
based on a Motorola MC68HC05 family microcontroller, are
described. The pedagogical value of the problem is also discussed
through a description of some of the key steps in the
design process. It is shown that the solution requires broad
knowledge drawn from several engineering disciplines including
electrical, mechanical, and control systems engineering.
摘要：
圣安东尼奥，TX78212本文介绍了一个跨学科的设计项目，该项目是根据作者的监督工作由组四个工程系大四学生科学在三位一体大学。该项目的目标是开发一个充满空气的温度控制系统室。该系统允许所需室入口在规定的温度范围，并表现出冲和稳态小于1度的温度误差开尔文在实际室温度阶跃响应。设计的细节制定本组学生，在摩托罗拉MC68HC05系列微控制器为基础，描述。问题的教学价值也讨论通过在一些关键步骤的描述设计过程。结果表明，该解决方案需要广泛从几个工程学科包括制定知识电气，机械和控制系统的工程。
project which was done under the author’s supervision by a
group of four senior students in the Department of Engineering
Science at Trinity University. The objective of the project
was to develop a temperature control system for an air-filled
chamber. The system was to allow entry of a desired chamber
temperature in a prescribed range and to exhibit overshoot
and steady-state temperature error of less than 1 degree
Kelvin in the actual chamber temperature step response.
The details of the design developed by this group of students,
based on a Motorola MC68HC05 family microcontroller, are
described. The pedagogical value of the problem is also discussed
through a description of some of the key steps in the
design process. It is shown that the solution requires broad
knowledge drawn from several engineering disciplines including
electrical, mechanical, and control systems engineering.
摘要：
圣安东尼奥，TX78212本文介绍了一个跨学科的设计项目，该项目是根据作者的监督工作由组四个工程系大四学生科学在三位一体大学。该项目的目标是开发一个充满空气的温度控制系统室。该系统允许所需室入口在规定的温度范围，并表现出冲和稳态小于1度的温度误差开尔文在实际室温度阶跃响应。设计的细节制定本组学生，在摩托罗拉MC68HC05系列微控制器为基础，描述。问题的教学价值也讨论通过在一些关键步骤的描述设计过程。结果表明，该解决方案需要广泛从几个工程学科包括制定知识电气，机械和控制系统的工程。
