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研究生:張帆
研究生(外文):Fan.Chang
論文名稱:多波長注入鎖模雷射半導體雷射及其應用之研究
論文名稱(外文):Characteristics and application of multiple wavelength injection locked semiconductor laser
指導教授:潘犀靈徐琅
指導教授(外文):Ci-Ling PanLong Hsu
學位類別:碩士
校院名稱:國立交通大學
系所名稱:電子物理系
學門:自然科學學門
學類:物理學類
論文種類:學術論文
論文出版年:1999
畢業學年度:87
語文別:中文
論文頁數:35
中文關鍵詞:多波長雷射注入放大雷射
外文關鍵詞:multiple wavelengthlaser injection
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我們利用一波長可調外腔式半導體雷射,產生波長可調的雙波長與三波長雷射輸出。作為主雷射光源分別注入市售的寬面積高功率半導體雷射,研究其注入特性。
實驗結果顯示
1. 對於雙波長可調範圍0.14nm到6.88nm,三波長的可調範圍0.26nm到7.88nm。
2. 對於雷射注入實驗,注入功率幾個mw經過從雷射的放大可得到幾百mw的輸出。改變不同的雙波長和三波長的間隔,依然可以得到相同的放大功率。
3. 同時利用雙波長的可調特性也可以產生THz的電磁波

In this thesis, we report for the time generation continuous wave single, dual and triple wavelength output from an external cavity semiconductor laser diode.
The laser cavity consists of a grazing-incident grating lens and a stripe mirror of different design. Using a V-shaped end mirror consisting of three stripe mirrors, the laser could produce tunable output. With wavelength separation range from 0.14nm to 6.88nm on dual wavelength, and another triple wavelength tuning range is from 0.26nm to 7.88nm.
By injection amplification, we injection mill-watts dual and triple wavelength laser to a high power laser to get hundreds of mili-watts output. According to the experiment, we observe the larger different spacing the smaller laser output.
Also we use this tunable laser to focus on the biased electrode gap of the photoconductive antenna to generate THz radiation. By recording the interferometer signal, we get tunable THz radiation.

chapter1 Introduction
1-1Motivation and Objective
1-1-1Tunable Laser
1-1-2 Injection Locking
1-2 Previous Works
1-3 My Research
chapter2 Basic Theory
2-1 External--Cavity Laser
2-1-2 Common Mountings
2-1-3 Grating Efficiency
2-1-4 Wavelength Resolution
2-2 Injection Locking
2-2-1 Locking Equation
2-2-2 Stationary Solution
chapter3 Setup
3-1 Master Laser Configuration
3-2 Injection Amplification
chapter4 Data Analysis
4-1 Data of Multiple Wavelength
4-1-1 Single Wavelength
4-1-2 Dual Wavelength
4-1-3 Triple Wavelength
4-2 Data of Injection Amplification
4-2-1 Slave Laser Diode Character
4-2-2 Single Wavelength Injection
4-2-3 Dual Wavelength Injection
4-2-4 Triple Wavelength Injection
4-2-5 Four Wavelength Injection
chapter5 Conclusion

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