此論文的研究目的為延續與俄國合作衛星的BCU(Block of Centrol University)上電子溫度與電子濃度探針(ETPEDP)之經驗，以提高原有電子溫度與濃度探針之性能。對原模組電路改良，提升硬體性能，從B2B更改通訊介面為ASA，使用C語言函式庫取代原先Lotus系統，以便於傳承與使用。並開發輔助數據處理工具軟體，可以於後端計算電子溫度，以及使用演算法ID電路模型，計算電子濃度。;The purpose of this research paper is to improve the performance of the electron temperature probe and electron density probe,based on the experience from Russian satellite BCU (Block of Centrol University). The research update the electric circuit to improve performance and change communication interface from B2B to ASA. Using C Code to replace the original Lotus system, in order to inheritance and use. We have developed a set of software about data processing,which can calculate electron temperature and electron density.
