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  • 學位論文

電流模式經皮神經電刺激器之研製

The Study of Transcutaneous Electrical Nerve Stimulation of Current Mode

指導教授 : 陳慎銚
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摘要


市售上大部分所看到的經皮神經電刺激器主要是以低頻的電壓模式輸出,因為人體皮膚是呈電容性,因此要以低頻的電壓模式輸出,必須要提高電壓,以達到人體內離子細胞的活躍,刺激經絡的功效,如此會造成對人體皮膚的刺痛感。而本論文研製之經皮神經刺激器是利用電流模式輸出,所以不會對人體皮膚造成刺痛感且能達到刺激深層皮下組織的功效。本論文利用盛群單晶片微處理器(HT66F50)為核心,透過單晶片來控制周邊整合的硬體電路,主要功能為控制其波型強度與模式選擇。

並列摘要


Most of the commercially available saw transcutaneous electrical nerve stimulation mainly low-frequency voltage mode output because the human skin is capacitive, and therefore to low-frequency voltage mode output must improve the voltage, in order to achieve the efficacy of the human body ion cells active and stimulate the meridians, such will cause tingling sensation on the human skin. The research of this thesis transcutaneous electrical nerve stimulation is use current-mode output, so it will not cause tingling sensation on the the human skin and can stimulate deep subcutaneous tissue effect. In this paper, the use of the Holtek single-chip microprocessor (HT66F50) as the core, through the single chip to control the peripheral integrated circuit hardware, the main function is control the wave intensity and mode selection.

參考文獻


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