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以光時域反射計進行光纖傳輸的損耗量測與事件判讀之研究 = Study o...

李梓豪

以光時域反射計進行光纖傳輸的損耗量測與事件判讀之研究 = Study of loss measurement and event detection for fiber transmission by OTDR

紀錄類型:	書目-語言資料,印刷品 : 單行本
並列題名:	Study of loss measurement and event detection for fiber transmission by OTDR
作者:	李梓豪,
其他作者:	鍾秋嬌,
出版地:	[南投縣]
出版者:	南開科技大學電子工程研究所;
出版年:	民102[2013]
面頁冊數:	48葉 : 圖,表 ; 31公分+1張光碟
標題:	事件判斷
標題:	lose measurement
電子資源:	http://handle.ncl.edu.tw/11296/ndltd/21174883256547667419
附註:	指導教授: 鍾秋嬌
附註:	參考書目: 葉38-39
摘要註:	本論文使用光時域反射計(OTDR)進行光纖鏈路的損耗測量及事件判斷，分別以光源波長1310nm及1550nm作為光纖鏈路檢測之光源信號，進行光鏈路正反方向之反覆測試，藉以檢知光纖傳輸過程中與光源波長、光纖行進彎曲半徑與接續、熔接等各項事件的影響因素。

以光時域反射計進行光纖傳輸的損耗量測與事件判讀之研究 = Study of loss measurement and event detection for fiber transmission by OTDR
李, 梓豪

以光時域反射計進行光纖傳輸的損耗量測與事件判讀之研究 = Study of loss measurement and event detection for fiber transmission by OTDR / 李梓豪 - [南投縣] : 南開科技大學電子工程研究所, 民102[2013]. - 48葉 ; 圖,表 ; 31公分.
指導教授: 鍾秋嬌參考書目: 葉38-39.
事件判斷lose measurement

鍾, 秋嬌

以光時域反射計進行光纖傳輸的損耗量測與事件判讀之研究 = Study of loss measurement and event detection for fiber transmission by OTDR
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200 1 $a 以光時域反射計進行光纖傳輸的損耗量測與事件判讀之研究 $d Study of loss measurement and event detection for fiber transmission by OTDR $f 李梓豪 $z eng
210 $a [南投縣] $c 南開科技大學電子工程研究所 $d 民102[2013]
215 0 $a 48葉 $c 圖,表 $d 31公分 $e 1張光碟
300 $a 指導教授: 鍾秋嬌
300 $a 參考書目: 葉38-39
328 $a 碩士論文--南開科技大學電子工程研究所
330 $a 本論文使用光時域反射計(OTDR)進行光纖鏈路的損耗測量及事件判斷，分別以光源波長1310nm及1550nm作為光纖鏈路檢測之光源信號，進行光鏈路正反方向之反覆測試，藉以檢知光纖傳輸過程中與光源波長、光纖行進彎曲半徑與接續、熔接等各項事件的影響因素。 $u The lose measurements and event detection for fiber link by using Optical Time Domain Reflectometer (OTDR) is studied in this thesis. The various wavelength of light sources 1310nm and 1550nm, respectively, are bi-directionally incident to the bending fibers to find out the critical bending radius. Except the optical fiber bend radius, the other affecting factors for the optical fiber link transmission are also discussed, such as welding, splicing, or connecting with connector in this study.Experiment results show that the critical bend radius of curvature and is a function of wavelength. The relationship between light wavelength and the link loss is measured to verify through the optical fiber link transmission bi-directionally, the results also indicate that the measured error value also depends on the source wavelength. From the experimental data, the light source with wavelength 1310nm incident to the optical fiber link would have much smaller critical bending radius than that of wavelength 1550nm. That is why that the single-mode optic-fiber with light source of wavelength 1310nm is widely used for communication links, and the study information should benefit to reduce the loss of optical fiber link in the work-field construction.
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