奈米光電元件技術

This course aims to give the basic concept of electro-optics devices and materials. The first part is mainly focused on the introduction of theoretical background and technologies in light emitting diodes, semiconductor lasers and organic light emitting diodes. The second part is focused on improving the device performance by using nano-technology and photonic crystal.

半導體物理

作業部份:  Homework due will be 1 weeks after that homework was assigned. No Late turn-in homework will be accepted. 考試部份: 評量部份: Credit percentage: Homework: 20% Roll call: 10% (三次點名無故缺席將予以未通過此課程) Midterm: 30% Final Presentation: 40%(期末分組報告20%、書面報告繳交20%)

• 化合物半導體應用於電動車、AI、VCSEL與SiC
• 台灣半導體簡介與積體電路發明60週年(IC 60)
• AI應用於自駕車
• 發光二極體概論(一)
• 發光二極體概論(二):MicroLED / MiniLED
• 發光二極體概論(三) - UVCLED與MOCVD
• 半導體雷射之歷史與簡介
• 半導體雷射概論:VCSEL & DFB
• 期中考
• 半導體雷射概論(二): Lidar
• 超穎介面(Metasurface)與奈米光學
• 氮化鎵功率元件簡介
• 寬能隙功率元件GaN/SiC市場應用態勢
• 期末報告:第一、二組
• 期末報告:第三、四組
• 期末報告:第五、六組

Text: Class lecture notes Reference: Light Emitting Diodes E. Fred Schubert, Cambridge. 2006 光電半導体技術手冊 紀國鍾,蘇炎坤