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Convenient and Economic Mechatronics Education Using Small Portable Electronic Devices
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 Title & Authors
Convenient and Economic Mechatronics Education Using Small Portable Electronic Devices
Kang, Chul-Goo;
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 Abstract
Although mechatronics education in a mechanical engineering curriculum is recently recognized as important, its experimental education has been done generally in the laboratory equipped with all the apparatus and could not be done at home by students. This paper introduces experimental educations on mechatronics, e.g., digital logic circuits, 7-segment LED drive, square wave generation, microcontroller programming using assembly and C languages, timer interrupt, and step motor drive using a small 5 V power supply, a breadboard, various electronic and electric components, a microcontroller and its programmer, a step motor, and a student`s PC. In the developed mechatronics course, experimental educations are scheduled in parallel with content`s lectures together, and cheap and economic experimental environment is prepared for students in which students can easily practice experimental works in advance or later at home by themselves.
 Keywords
Engineering Education;Mechatronics;Portable Electronic Devices;Microcontroller;Step Motor;
 Language
Korean
 Cited by
 References
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