隨著科技的發展，人們的生活品質得以改善，再加上醫療技術的進步，使得國民的平均年齡逐漸增加，本論文以可居家健康監控的看護系統做為目標，整合現今的生物感測技術及晶片技術，透過無線傳輸，配合嵌入式系統，完成整合型的無線多通道電化學生醫感測平台系統，方便使用者居家使用，並透過此無線平台，配合嵌入式系統，可將個人的健康資訊傳透過網路送到家人或醫療人員，減少來回醫院之時間及成本，可以讓專業的醫生充分了解使用者的身體狀況，並做長期追蹤。
本系統之前端之類比多工器使用市售晶片提供4個通道，數位類比轉換電路也使用市售晶片完成，具備8位元的解析度，微控制器本論文使用Altera 公司出產的MAX||系列晶片完成中心微控制器。系統供應電壓為3.3V，而工作時脈由外部石英振盪給予50MHz之振盪頻率，前端每單一通道讀取頻率為24Hz，後端傳輸之UART波特率為1200bits/sec。系統中心微控制器使用有限狀態機完成輪循控制，並建立睡眠模式切換之機制用以節能，而整體發射端處於工作模式與處於睡眠模式時所相差之功耗可達70mW左右，此外，訊號處理單元以共用元件之概念完成可節省邏輯閘數，並且設計為可調式階數訊號處理，使處於不同環境下可調整為最佳階數以節省功耗及增加此系統之應用性。而此微控制器之功耗約為46mW。無線傳輸利用微控制器控制市售模組達到傳輸功能，資料傳送時最高約為20mW，包含讀取電路、數位類比轉換、微控制器、無線傳輸模組及所有燒錄電路之整體發射端工作時供號約為192.31mW，休眠時為118.23mW，而此系統發射端的面積為57mm*87mm，接收端包含模組為18mm*40mm。

The development of technology improves people's quality of life and makes average age of people gradually increase. The target of this paper is to build a home health care system, which integrates bio-sensor technology and chip technology, through wireless transmission and back-end software systems to realize an integrated wireless multi-channel electrochemical biomedical sensor platform. This proposed system can not only be used easily at home but also transmits personal health information through the network to his family or medical staff. By this way, it can reduce turnaround time and cost, Morover, the doctors can monintor the patients’ health information continuously.
System center microcontroller adopts the finite state machine to control function block sequentially and establish the sleep mode mechanism to save power consumption. The power consumption of sleep mode is less by 70mW than work mode. In addition, the digital signal process unit is implemented by using the construct of sharing components to reduce the number of logic gates. The orders of filter in this work can be adjusted in different environment for user to choose the order of the filiter to reduce power consumption and increase the applicability of this system. This paper adopts Altera's MAX | | Series programmable digital chip to complete the microcontroller center. The proposed system is supplied by the voltage of 3.3V. The working clock frequency is generated by external quartz oscillator, wihose operation frequency is 200kHz. The sample rate of each channel is 24Hz and the baud rate of the UART in the back-ebd transmission is 1200bits/sec. Finally, the board size of the transmitter is 57mm * 87 mm and the board size of the receiver which includes modules is 18mm * 40mm.

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