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研究生:蘇仁昌
研究生(外文):Jen-Chang Su
論文名稱:輕便型無線心電圖的研製
論文名稱(外文):The Study and Implementation of A Light and Portable Wireless ECG Device
指導教授:羅錦興羅錦興引用關係
指導教授(外文):Ching-Hsing Luo
學位類別:碩士
校院名稱:國立成功大學
系所名稱:電機工程學系碩博士班
學門:工程學門
學類:電資工程學類
論文種類:學術論文
論文出版年:2002
畢業學年度:90
語文別:中文
論文頁數:72
中文關鍵詞:輕便型無線心電圖生醫晶片
外文關鍵詞:CMOS BiochipECGlight and portableWireless
相關次數:
  • 被引用被引用:33
  • 點閱點閱:937
  • 評分評分:
  • 下載下載:329
  • 收藏至我的研究室書目清單書目收藏:2
隨著生理遙測技術的進步,病人可以在日常生活不受干擾之下,讓醫護或是研究人員隨時監控並記錄活動中的生理參數。而這些生理遙測系統一般是利用紅外線或是無線電的方式來傳送這些生理參數。尤其是在設計可攜帶式的生理遙測系統時,必須考慮到體積、重量、方便性、耗電量和對生理訊號的即時處理能力等因素。

由於可供傳送和量測的生理參數種類相當多,因此本論文主要在於設計一個能夠讓病人輕便地攜帶在身上的無線心電圖的裝置。另外,藉由標準的CMOS 0.5μm 2P2M製程技術,將本裝置中基本的電路建構方塊-運算放大器電路製作成晶片,作為將本裝置整合在一顆晶片上的第一步。
With the progress of biotelemetry technique, the doctors and nurses or the researcher, can continuously monitor and record the physiological parameters in the activities of the patients who are not interfered in their daily life. The physiological parameters are always transmitted by using the infrared LED or RF in the biotelemetry system. But there are some factors such as size, weight, convenience, power dissipation and the real time processing of bio-signals must be considered especially when designing the portable biotelemetry system.

Therefore, this paper presents a wireless ECG device that is lightly and portable to the patients. Furthermore, the basic building block-operational amplifier in this device which is realized in one chip by using the standard CMOS 0.5μm 2P2M technology is the first step to integrate the device in one single chip.
中文摘要. I
英文摘要. II
誌謝..... III
目錄..... IV
表目錄... VII
圖目錄... VIII

第一章 緒論....... 1
1.1前言.. 1
1.2研究目的與方法. 1
1.3章節提要....... 3

第二章 心電圖量測系統...... 4
2.1心電圖概論..... 4
2.1.1心臟的電氣傳導系統.... 4
2.1.2心電圖波形... 5
2.1.3心臟的電氣模型........ 5
2.2標準肢導系統... 6
2.2.1雙極肢導..... 7
2.2.2加強單極肢導. 8
2.2.3單極前胸壁肢導........ 9
2.3心電圖量測系統的電氣雜訊干擾..... 10
2.3.1生理的雜訊... 10
2.3.2外在環境的雜訊干擾.... 12

第三章 輕便型無線心電圖.... 15
3.1系統概述....... 15
3.2傳送端架構與電路設計.... 16
3.2.1訊號放大電路. 16
3.2.2濾波電路的設計........ 17
3.2.2.1低通濾波電路........ 18
3.2.2.2高通濾波電路........ 19
3.2.3 Wilson網路與肢導選擇電路...... 20
3.2.4電壓控制振盪電路...... 21
3.2.5電源供應電路. 22
3.3接收端架構與電路設計.... 23
3.4系統裝置的介紹、使用與量測....... 26
3.5討論.. 30

第四章 應用類比積體電路設計於輕便型無線心電圖 32
4.1目的與動機..... 32
4.2放大電路的設計. 33
4.2.1電路基本架構. 33
4.2.2差訊輸入級與第二級的設計....... 36
4.2.3偏壓電路的設計........ 37
4.2.4輸出級的設計. 39
4.3電路驗證、佈局與模擬.... 40
4.3.1 Pre-Layout Simulation 41
4.3.2電路佈局與配置圖...... 44
4.3.3 Post-Layout Simulation........ 45
4.4 Op-Amp相關電路測試與結果........ 45
4.4.1 Op-Amp規格量測....... 45
4.4.2電路測試..... 47
4.5討論與心得..... 49

第五章 結論與未來展望...... 51
5-1結論.. 51
5-2未來展望....... 51

參考文獻. ......... 53

附錄 系統實體與晶片實體照片 57

自述..... 60
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