摘要
详细介绍了"继电保护原理及应用"综合实验实施形式、题目选择,分析了实验的可行性、给出了线路参数、提供元器件和提出要求。实验室自制实验板。要求学生自行完成一个电气产品设计到制作的全过程。分析了实验中常见问题及解决对策。通过实验的实施,不仅使学生加深对课程的理解和掌握,更能培养学生团队协作能力、自己动手分析和解决实际问题的能力。实验使用自制实验板,不仅节约经费,更能适应实验实际需求。
The implementation mode and subject selection of the comprehensive experiment for the Principle and Application of Relay Protection course are introduced in detail. The feasibility of the experiment is analyzed, the circuit parameters are presented,the components are provided, the experimental board is made by students themselves, and the requirements are set up. Students are required to complete a whole process of making an electrical product by themselves and analyze the common problems in the experiment and solve these problems. Through the experiment, the students can not only deepen their understanding and mastering of the course, but also cultivate their cooperative ability for teamwork and for their analyzing and solving actual problems on their own. The self-made experimental board not only saves money, but also fits well into the actual needs of the experiment.
出处
《实验技术与管理》
CAS
北大核心
2016年第10期171-175,共5页
Experimental Technology and Management
基金
陕西省自然科学基础研究计划项目(2015JM5211)
西安科技大学2014年本科教学实验室自研仪器设备项目
关键词
继电保护
三段过流
实施方案
设备研制
relay protection
three-stage over-current
implementation plan
equipment development
