CCD 感測器技術具有較佳的靈敏度、較高的訊雜比與較好的穩定性，本研究使用高解析度面型 CCD 感測器作為基礎，電子電路系統以模組之觀念進行設計規劃，經電路設計製作、韌體程式撰寫、軟硬體整合測試，完成整體模組之製作。為能提供面型 CCD 感測器系統模組中電源電路所需的多組電壓，並輸出模組所需的負載電流，設計電源控制電路來控制電源，避免因短路造成模組的毀損。本面型 CCD 感測器系統模組同時搭配鏡頭及對焦工作，實際進行取像，成功地驗證系統的可行性。

CCD detecting device has many advantages including better sensitivity, higher value of SNR and good stability, the high resolution area CCD at many applications. The concept of electrical circuit module is described about coding of firmware, the integration testing of software and hardware. In order to provide the requirements of area CCD system module for a single input voltage and output loading current, it needs to design power control circuit to control the power supply, to avoid short circuit that cause the destruction of the module. At the same time, the lensof area CCD system module was mounted and focused at the focal plane of CCD device. It has been successfully presented to capture some images to verify feasibility with this CCD module.