2001Shengwu yixue gongcheng yu linchuangRequires access

Development of Digital Multi-channel Oscilloscope for Physiological Signals

Huang Ye-cho

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Abstract

Objective A digital multi-channel physiological signal oscilloscope was designed. Methods The oscilloscope consists of a PC(386 or higher function), and an acquisition box. Its construction is simple and effective. Results The available functions of the oscilloscope includes real time measurement, analysis, display, storage and printing.Conclusion The digital multi-channel physiological oscilloscope can be used for replacing the common physiological oscilloscope and other physiological signal recorder. It is cost-effectiveness and can be promoted for widely use, and looking forward to getting better social and economic benefit.

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Objective A digital multi-channel physiological signal oscilloscope was designed. Methods The oscilloscope consists of a PC(386 or higher function), and an acquisition box. Its construction is simple and effective. Results The available functions of the oscilloscope includes real time measurement, analysis, display, storage and printing.Conclusion The digital multi-channel physiological oscilloscope can be used for replacing the common physiological oscilloscope and other physiological signal recorder. It is cost-effectiveness and can be promoted for widely use, and looking forward to getting better social and economic benefit.

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Available abstract

Objective A digital multi-channel physiological signal oscilloscope was designed. Methods The oscilloscope consists of a PC(386 or higher function), and an acquisition box. Its construction is simple and effective. Results The available functions of the oscilloscope includes real time measurement, analysis, display, storage and printing.Conclusion The digital multi-channel physiological oscilloscope can be used for replacing the common physiological oscilloscope and other physiological signal recorder. It is cost-effectiveness and can be promoted for widely use, and looking forward to getting better social and economic benefit.

Key concepts: Oscilloscope, Digital storage oscilloscope, SIGNAL (programming language), Medicine, Channel (broadcasting), Computer hardware, Digital storage, Electronic engineering

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