本論文使用可規劃邏輯陣列(FPGA)設計一個可應用於生物感測器之電化學分析儀。相較於傳統電化學分析儀所採用的單晶片設計方式，使用可規劃邏輯陣列(FPGA)所設計之電化學分析儀具有更高電化學分析效能，因FPGA具有電路可平行同步運算之特點，而此特性可同時進行高速信號掃描與高速電流量測，對植入式生物感測器(例如，帕金森氏症之多巴胺掃描檢測)而言特別重要，因植入式生物感測器一般電極面積很微小，且反應電流也很小，故需高速信號掃描以提升電流信號。

In this paper, a potentiostat designed and implemented by field programmable gate array (FPGA) is proposed for electrochemical biosensors. Taking advantage of the FPGA, whose circuit modules can be concurrent executed in parallel, the proposed potentioatat’s performance designed by FPGA can be more efficient than any other potentioatat’s performance designed by microprocessor. This feature of FPGA is very important for the implanted application, i.e., Dopamine scan for Parkinson’s disease, because it needs high speed signal scan and high speed current measurement.