摘要
电气专业中大多数课程对实践能力要求很高,教学中只有通过综合实验教学来锻炼学生实践能力。以"DSP原理及应用"课程为例说明电气专业综合实验的实行过程。这门课是一门实用性和实践性很强的课程,但现有实验教学方法过于简单,对学生不能很好地进行训练。提出通过设置基于DSP三相电路的U和I的采集及模拟继电保护跳闸回路综合实验,提高学生主观能动性和创造性,来培养和锻炼学生工程素质。实践证明该实验在培养学生掌握DSP应用设计及技术创新能力方面效果良好。详细介绍了综合实验的选题、硬件、软件、报告撰写等内容及实施过程。
Most of the electrical engineering courses require the high practice capacity, only compre- hensive experiment can train students＂ practical ability in teaching. Taking the course of principle and application of DSP as an example to illustrate our comprehensive experiment system. It is a course which focusing on practice and usefullness in electrical engineering, but the existing experimental teaching methods is too simple to improve students＂ ability. This paper advances a comprehensive ex- periment which is based on DSP three-phase circuit signal acquisition and the LED display, to en- hance students＂ initiative and creativity while cultivate their engineer senses. The research results have verified that this experiment exerted positive effects on students＂ grasp on the DSP design and technical creativity. This paper elaborates the topic selection, hardware, software, report writing of the compre- hensive experiment and its implementation process.
出处
《实验室科学》
2012年第3期34-36,39,共4页
Laboratory Science
基金
西安科技大学创新性实验项目(项目编号:S10015)
关键词
综合实验
创新性
交流采样
comprehensive experiment
innovativeness
AC sample
