博碩士論文 83246009 詳細資訊




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姓名 孫萬力(Wan-Li Hsun)  查詢紙本館藏   畢業系所 光電科學與工程學系
論文名稱 時間振幅轉換鏈於雷射測距之應用
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摘要(中) 本文探討了飛時半導體雷射測距儀主要電子電路工作原理與設計方法,並且分析時間振幅轉換鏈(TACC: Time-to-Amplitude Conversion Chain)三角時脈於時距測量之誤差來源,並進一步提出降低誤差的方法。相較於僅能提供二值振幅的數位時脈,使用時間振幅轉換鏈並無需額外的插補動作,因為其隨時間線性變化的振幅中已包含與時間相依的資料,可直接由其振幅的高度計算得知其對應的時間位置,可作為諸如飛時雷射測距儀、雷射雷達等需要大範圍、高解析度時距測量之計時時脈。
關鍵字(中) ★ 雷射測距
★ 時距量測
★ 時間振幅轉換鏈
關鍵字(英)
論文目次 封面
目錄
圖目錄
表目錄
第一章導論
1-1引言
1-2飛時雷射測距
1-3強度調變之半導體雷射測距儀
1-4連續輸出光頻率調變(FMCW)之雷射測距儀
1-5直接偵測與同調外差偵測
第二章脈衝強度調變雷射測距儀
2-1雷射二極體(Laser Diode)脈衝驅動電路
2-2光感測器與前置放大器(preamplifier)電路
2-3互阻放大器之雜訊分析
2-4固定比例鑑別器(CFD:Constant Fraction Discriminator)
第三章時距測量
3-1次計數時距測量(Sub-count Time Interval Measurement)
3-2數位插補
3-3類比插補
第四章時間振幅轉換鏈
4-1時間振幅轉換鏈(TACC:Time-to-Amplitude Conversion Chain)
4-2時間振幅轉換鏈時距量測評估系統
4-3誤差來源分析
4-4自動校準(Automatic Calibration)
第五章結論
參考文獻
附錄一:電子零件規格資料
附錄二:時間振幅轉換鏈時距測量評估系統電路圖
附錄三:時間振幅轉換鏈時距測量評估系統控制程式
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指導教授 王迺愨(Na-Ture Wang) 審核日期 2000-7-9
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