【正文】 為國家重點開發(fā)關(guān)鍵技術(shù)之一。日本工商界人士聲稱“支配了傳感器技術(shù)就能夠支配新時代”。由于電路板采用模塊結(jié)構(gòu)，可以靈活組合，以便于各學校根據(jù)基本原理配置開出極多的實驗，因此我的設(shè)計方案采用分體式實驗臺。本次畢業(yè)設(shè)計針對大學教學實驗要求，以更好的幫助學生理解傳感器原理，掌握其使用方法為目的設(shè)計實驗臺。 顯 然 ， 要 獲 取 大 量 人 類 感 官 無 法 直 接 獲 取 的 信 息， 沒 有 相 適 應(yīng) 的 傳 感 器 是 不 可 能 的 1。 現(xiàn) 代 科 學 技 術(shù) 的 發(fā) 展 ， 進 入 了 許 多 新領(lǐng) 域 ： 例 如 在 宏 觀 上 要 觀 察 上 千 光 年 的 茫 茫 宇 宙 ， 微 觀 上 要 觀 察 小 到 nm的 粒 子 世 界， 縱 向 上 要 觀 察 長 達 數(shù) 十 萬 年 的 天 體 演 化 ， 短 到 s的 瞬 間 反 應(yīng) 。 voltagestabilized source。s choice. This sensor laboratory bench may widely apply in the College of engineering tests in the teaching, has the widespread application background and market development space.Key Words: Sensor；Switching circuit；Voltagestabilized source；Display system；experimental research Key Words: sensor。s situation has also made the analysis to the current market condition, proposed that manufacture laboratory bench necessity which tested in view of the College of engineering. Next, the half writing style sensor laboratory bench has made the thorough analysis, mainly carries on from the following two aspects studies one is in the fission type sensor laboratory bench sensor principle。關(guān)鍵詞：傳感器；轉(zhuǎn)換電路；穩(wěn)壓電源；顯示系統(tǒng) Fission type sensor laboratory bench design ABSTRACTAlong with the expansion of the field of industrial automation, automatic detection of the rapid development of technology, the majority of engineering colleges to open a specialty automation automatic detection, sensor technology, types of courses. Lack of good experimental facilities, the quality of teaching affected. In order to strengthen the practice, awareness of engineering students to design experiments for the teaching of engineering university of significance Sensor Experiment.This article has mainly studied the fission sensor laboratory bench design. This topic was studied the sensor in formerly in the related sensor aspect research subject foundation (specially was building class specialty) examines in the laboratory in the College of engineering the application. First, this article proposed the fission type sensor laboratory bench39。其次,對分體式傳感器實驗臺做了深入的剖析,主要從以下兩個方面進行研究一是分體式傳感器實驗臺中的傳感器原理,二是分布體傳感器實驗臺的主要部件的選擇。本課題是在以往有關(guān)傳感器方面研究課題的基礎(chǔ)上研究傳感器在工科大學（特別是建筑類專業(yè)）檢測實驗室中的應(yīng)用。為了加強實踐環(huán)節(jié)、培養(yǎng)學生的工程意識,設(shè)計適合工科大學實驗教學的傳感器實驗臺有重要意義。建筑大學畢業(yè)設(shè)計作者：日期：本科畢業(yè)論文題 目：分體式傳感器實驗臺設(shè)計院 （部）：信息與電氣工程學院專 業(yè)：電氣工程及其自動化班 級：電本064姓 名：***學 號：2022081指導(dǎo)教師：羅完成日期：201年6月15日摘 要 .....................................................................................................................IIIFISSION TYPE SENSOR LABORATORY BENCH DESIGN .........................IVABSTRACT..........................................................................................................IV１ 前 言 ...................................................................................1 ...................................................................................................1 ...................................................................................................2 .......................................................................................................3２ 各個傳感器的工作原理及選擇 ...................................................................................4 ..................................................................................................................4 ..........................................................................................4 ..............................................................................................5 ...............................................................................................................................9 ...........................................................................................................9 ..................................................................................................9 ........................................................................................10 .................................................................................11 ........................................................................................11 ........................................................................................12 .................................................................................16 ............................................................................................16 ................................................................................17 ....................................................................................22 .................................................................................25 ....................................................................................25 ................................................................................25 ....................................................................................29 .................................................................................30 ........................................................................................30 ............................................................................................32 .................................................................................33 ....................................................................................33 ............................................................................................33 ....................................................................................343 可調(diào)直流穩(wěn)壓電源 .............................................................................................35 .............................................................................................................36 ........................................................................................................36 ........................................................