本課程旨在深入介紹半導體元件的物理原理，並進一步探討其在實際應用中的可靠度議題與分析方法。學生將學習如何從物理層面理解元件劣化機制、失效模式及可靠度評估技術，為未來從事半導體元件設計、製程整合開發與良率缺陷的可靠度工程建立基礎。

This course aims to provide an in-depth introduction to the physical principles of semiconductor components and further explore its reliability issues and analytical methods in practical applications. Students will learn how to understand component degradation mechanisms, failure modes and reliability evaluation techniques from the physical level, and establish a foundation for future reliability engineering from semiconductor component design, process integration and yield defects.

Neamen - Semiconductor Physics And Devices 4E
S.M.Sze - Physics of Semiconductor Devices, Wiley
Neil Goldsman - Semiconductor and Device Physics: A Concise Introduction, Spring
B.JayantBaliga - Fundamentals of Power Semiconductor Devices, Spring 2E
Micron-semiconductor-fundamentals-and-pn-junction-device-physics-presentation

Neamen - Semiconductor Physics And Devices 4E
S.M.Sze - Physics of Semiconductor Devices, Wiley
Neil Goldsman - Semiconductor and Device Physics: A Concise Introduction, Spring
B.JayantBaliga - Fundamentals of Power Semiconductor Devices, Spring 2E
Micron-semiconductor-fundamentals-and-pn-junction-device-physics-presentation