electro optic device 中文意思是什麼
electro optic device
解釋
電光器件-
Theory and experiments of bulk - wave acousto - electro - optical ( aeo ) device, involving one - dimension and multi - dimension, are systematically studied. the thesis includes the following contents : coupled - wave equation theory of aeo interaction, determination of the optimum operating mode of aeo device, geometrical relationships of the anisotropic acousto - optic interaction, design and experiment of the aeo device. finally, the optimum design of ao device with beam steering theory is also studied
論文主要研究內容包括:一維和多維聲電光效應的耦合波方程及其衍射效率計算公式的建立、一維和多維聲電光器件最佳工作模式的選擇、聲電光晶體反常聲光互作用幾何關系的計算、 ln一維反常聲電光器件和kdp二維反常聲電光器件的設計製作以及實驗測試、正常與反常超聲跟蹤聲光偏轉器的優化設計。 -
Because linbo _ 3 material have the characteristics such as good electro - optic, short electro - optic time response and high transnissivity, it is suitable substrate material used as manufacturing low loss waveguid device and has broad application prospects
由於linbo _ 3材料具有良好的電光效應、較短的電光響應時間和高透射率特性,因而適宜製作低損耗導波器件的襯底材料,應用前景廣闊。 -
This modulator works with the guided - wave reflectance peak, in which the light intensity is changed by the variation of the refractive index of poled polymer due to the electro - optic effects. device performances have been theoretically and experimentally investigated. we also successfully carried out experiments of video signal transmission using the proposed modulator
該調制器工作于金屬包覆波導的衰減全反射導模吸收峰,利用極化聚合物電光材料的折射率對導模吸收的影響來實現電光調制,並對器件的性能指標進行了實驗研究,同時利用製作的反射型電光調制器進行了視頻信號良好地傳輸實驗。 -
Operating modes of ln one - dimension anisotropic aeo device and kdp two - dimension isotropic and anisotropic aeo device are determined. the principle to determine electro - optic operating mode is that the difference of two intrinsic diffractive index doesn ’ t contain nature birefringence and the acousto - optic operating mode should achieve a higher acousto - optic merit value to improve the efficiency
選擇電光工作模式時,以所選取的電光工作模式的兩個本徵模之差不含有自然雙折射量為最佳模式;選擇聲光工作模式時,以聲光優值盡可能大為原則,以便提高器件的衍射效率。 -
First, the principle of electro - optic modulator is introduced. the significance of some key technologies in the lithium niobate phase modulator are expounded, and the status quo of the device are summarized
本文首先簡單介紹了電光調制器的原理,闡述了鈮酸鋰相位調制器中波導製作、 v型槽製作、器件封裝耦合及可靠性等幾項關鍵技術的研究意義,綜述了其研究、發展現狀。 -
The research results will lay the foundations for the design and manufacture of multi - dimensional acousto - electro - optic device
多維聲電光器件在光信號處理與多路光通信領域內有廣泛應用前景。
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