半导体基础(普渡大学)

本课程提供半导体器件操作所需的基础知识：如晶体管、二极管、太阳能电池、发光器件等。该教程主要面向对半导体器件在电路和系统中应用感兴趣的电气工程专业的同学。分析是物理的和直觉的，而不是数学的。

• 课时1：Commercial (4分46秒)

• 课时2：How to Take this Course (9分54秒)

• 课时3：Materials Properties - Energy Levels to Energy Bands (21分23秒)

• 课时4：Materials Properties - Crystalline, Polycrystalline.... (14分16秒)

• 课时5： Materials Properties - Miller Indices (13分31秒)

• 课时6：Materials Properties - Common Semiconductors (10分13秒)

• 课时7：Materials Properties - Free Carriers in Semiconductor (13分13秒)

• 课时8：Materials Properties - Doping (22分50秒)

• 课时9：Materials Properties - Recap (15分30秒)

• 课时10：Quantum Mechanics - The Wave Equation (28分13秒)

• 课时11：Quantum Mechanics - Quantum Confinement (20分6秒)

• 课时12： Quantum Mechanics - Tunneling and Reflection (17分44秒)

• 课时13：Quantum Mechanics - Electron Waves in Crystal (20分53秒)

• 课时14：Quantum Mechanics - Density of States (24分18秒)

• 课时15：Quantum Mechanics - Recap (13分0秒)

• 课时16：Equilibrium Carrier Concentration - Fermi Function (13分58秒)

• 课时17：Equilibrium Carrier Concentration - Fermi-Dirac... (17分30秒)

• 课时18：Equilibrium Carrier Concentration - Fermi Level (15分45秒)

• 课时19：Equilibrium Carrier Concentration - Doping Density (9分53秒)

• 课时20：Equilibrium Carrier Concentration - Temperature (15分11秒)

• 课时21：Equilibrium Carrier Concentration - Recap (14分19秒)

• 课时22：Recombination & Generation - Landauer Approach (20分24秒)

• 课时23：Recombination and Generation - Nanoscale to Macroscale (22分33秒)

• 课时24：Recombination and Generation - Drift-Diffusion Equation (26分15秒)

• 课时25：Recombination and Generation - Carrier Recombination (25分22秒)

• 课时26：Recombination and Generation - Carrier Generation (18分8秒)

• 课时27：Recombination and Generation - Recap (19分14秒)

• 课时28：Semiconductor Equations - Mathematical Formulation (23分13秒)

• 课时29：Semiconductor Equations - Energy Band Diagrams (23分16秒)

• 课时30：Semiconductor Equations - Quasi Fermi-Levels (15分54秒)

• 课时31：Semiconductor Equations - Minority Carrier Diffusion (35分30秒)

• 课时32：Semiconductor Equations - Recap (10分21秒)