本論文的目的在於以矽光學平台技術為基礎，建構光收發器，並將其應用於高畫質多媒體傳輸介面(High Definition Multimedia Interface)。我們在矽基板上製作V型槽和U型槽，並整合半導體雷射、光檢器、多模光纖等，進而製作出積體化之光收發器。利用矽基板上的V型槽之精準定位特性，使光收發器之組裝能以被動對準的方式進行，可大幅降低封裝所需成本。我們量測所得之光收發器發送端(Transmitting end)與接收端(Receiving end)二端之間的光損耗小於6dB，頻寬超過4 × 1 Gb/sec。

The primary target of this thesis is to fabricate an optical transceiver base on Si-bench technology for High Definition Multimedia Interface (HDMI). The HDMI transceivers were formed by hybrid integration of the semiconductor laser, photo detectors, multi-mode fibers (MMF) on Si optical bench using V-groove and U-groove structures. Using V-groove structures, we were able to passively align semiconductor lasers to MMFs and MMFs to photo detectors with accurate precision. The measured optical losses between transmitting module and receiving module were less than 6dB with a speed of 4 × 1 Gb/sec.

第一章 簡介 1
1-1導論 1
1-2動機 4
第二章 光收發器之設計 5
2-1 光收發器transmitting end 5
2-2 光收發器receiving end 6
2-3 Submount之設計 7
2-4 Bench之設計 9
第三章 光收發器元件製作 10
3-1 Submount 製程製作 10
3-2 Bench製程製作 18
3-3 Bench transmitting end 元件整合 24
3-4 Bench receiving end元件整合 25
第四章 元件整合量測分析 26
4-1 Bench receiving end 量測分析 26
4-2 Bench transmitting end量測分析 27
4-3 光收發器之AC量測 29
第五章 結論 36

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