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Microcontroller System: From concept to printed board

机译:单片机系统:从概念到印制板

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A Microcontroller Systems course is now a days very important to electronic engineers. In this work, the development of laboratory classes to such course is presented. In these classes the objective is to provide the students with the skills necessary to acquire an analog signal, convert it to a digital signal able to be handled by a microprocessor and then convert the digital signal again to an analog signal to be used by a continuous system and effectively build the proposed system. Software tools are used to simulate the circuit designed, to test the program to be run in the microprocessor and to design the printed board layout on which the designed and simulated circuit will be built. The students, working in teams of two, effectively build the proposed system. When the system is built, each team of students must proposes a project to be developed using the boards already manufactured. These projects could be luminescence control, motor velocity control or another. Therefore, each team must study the system to be controlled, the delay time necessary to the signal processing and, eventually, build some physical structure to support the devices on the analog system. The success of this hands on process is verified by the enthusiasm of the students during the process of effectively build a physical system.
机译:对于电子工程师来说,微控制器系统课程现在变得非常重要。在这项工作中,介绍了针对该课程的实验室课程的开发。在这些课程中,目标是向学生提供获取模拟信号,将其转换为能够由微处理器处理的数字信号,然后再次将数字信号转换为模拟信号以供连续使用的必要技能。系统并有效地构建了建议的系统。软件工具用于模拟设计的电路,测试要在微处理器中运行的程序以及设计将在其上构建设计和模拟的电路的印刷电路板布局。学生以两个为一组,有效地构建了建议的系统。构建系统时,每个学生团队都必须提出一个计划,要使用已经制造好的电路板进行开发。这些项目可以是发光控制,电机速度控制或其他。因此,每个团队都必须研究要控制的系统,信号处理所需的延迟时间,并最终建立一些物理结构来支持模拟系统上的设备。在有效构建物理系统的过程中,学生的热情证明了这一动手过程的成功。

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