摘要
通过对红外发光管和光电接收管的选型,光栅、反射式光栅、光电位移传感器的设计,以及信号采集与处理、算法、延伸设计等内容的介绍,详述了一种基于简易光栅尺的位移测量实验教学系统设计。该系统的教学应用为国内高校面向交叉学科培养实践创新型人才提供了一种新的实践教学参考模式。
Through the design of infrared emitting tube,photoelectric receiver,grating,reflective grating and photoelectric displacement sensor,and through the introduction of signal acquisition and processing,algorithms,extension design,etc.,the design of an experimental teaching system for displacement measurement based on the simple grating scale is described in detail.The teaching application of this system provides a new reference model for practical teaching in domestic universities to train practical and innovative talents for inter-disciplines.
作者
程春雨
吴振宇
周晓丹
商云晶
秦晓梅
吴雅楠
CHENG Chunyu;WU Zhenyu;ZHOU Xiaodan;SHANG Yunjing;QIN Xiaomei;WU Yan’an(Electrical and Electronic National Experimental Teaching Demonstration Center,Faculty of Electronic Information and Electrical Engineering,Dalian University of Technology,Dalian 116024,China;School of Innovation and Entrepreneurship,Dalian University of Technology,Dalian 116024,China)
出处
《实验技术与管理》
CAS
北大核心
2019年第4期79-82,108,共5页
Experimental Technology and Management
基金
大连理工大学教材出版基金项目(JC2016059)
大连理工大学教材出版基金项目(JC2018010)
中国高等教育学会理科专业委员高等理科教育研究课题(2017)"新工科建设背景下CDIO工程教育模式与高等理科人才培养关系研究"
关键词
移位测量
反射式光栅
光电传感器
光电位移传感器
displacement measurement
reflective grating
photoelectric sensor
photoelectric displacement sensor
