课件内容:
Chapter 1 Junctions
Lecture 1: p-n Junctions(p-n结)
Lecture 2: Metal-Semiconductor Junctions or Contacts(金-半结或金-半接触)
Chapter 2 Field-Effect Transistors
Lecture 3: The Junction FET(结型场效应管)
Lecture 4: The Metal-Semiconductor FET(金属-半导体场效应管)
Lecture 5: Operation Principle of MOSFETs(MOSFETs工作原理)
Lecture 6: The Threshold Voltage of Ideal MOS Capacitors(理想MOS电容器的阈值电压)
Lecture 7: Effects of Real Surfaces on the Threshold Voltage of MOS Capacitors(实际表面对理想MOS电容器阈值电压的影响)
Lecture 8: MOS Capacitance-Voltage Analysis (MOS电容器C-V特性分析)
Lecture 9: Current-Voltage Characteristics of MOS Gate Oxides (MOS栅氧层电流-电压分析)
Lecture 10: Output and Transfer Characteristics of MOSFET(MOSFET的输出特性和转移特性)
Lecture 11: Mobility Models & Short Channel MOSFET I-V Characteristics (迁移率模型与短沟道MOSFET 的I-V特性)
Lecture 12:Control of Threshold Voltage of MOSFETS and Substrate Bias Effects( MOSFET阈值电压的控制及衬底偏置效应)
Lecture 13: Equivalent Circuit for the MOSFET (MOSFETs的等效电路)
Lecture 14:Subthreshold Characteristics of MOSFET (MOSFET的亚阈值特性)
Lecture 15:MOSFET Scaling and Hot Electron Effects (MOSFET 尺寸缩小及热电子效应)
Lecture 16: Drain-Induced Barrier Lowering, Gate-Induced Drain Leakage, Short Channel Effect and Narrowing Width Effect (MOSFET器件的DIBL、GIDL、短沟道和窄沟道效应)
Chapter 3 Bipolar Junction Transistors (双极晶体管)
Lecture 17: Amplification with Bipolar Junction Transistors(BJTs的放大)
Lecture 18: Minority Carrier Distributions and Terminal Currents (BJTs中的少子分布与端口电流)
Lecture 19: Generalized Biasing and Ebers-Moll Equations (BJTs的任意偏置与E-M方程)
Lecture 20: Charge Control Analysis (BJT的电荷控制分析)
Lecture 21: Switching of BJTs (BJTs的开关效应)
Lecture 22: Drift in Base Regions and Modulation of Base Widths (BJTs的基区漂移效应、基区宽度调制效应)
Lecture 23: Large Injection Effects and Emitter Crowding of BJTs (BJTs的大注入效应以及发射极电流集边效应)
Lecture 24: Frequency Limitations of BJTs (BJTs的频率限制)
Lecture 25: Heterojunction Bipolar Junction Transistors (HBT)(异质结双极晶体管)
Chapter 4 Opto-electronic Devices (光电子器件)
Lecture 26: Photo Diodes——Solar Cells (光电二极管之一——太阳能电池)
Lecture 27: Photo Diodes——Photo Detectors(光电二极管之二—— 光电探测器)
Lecture 28: Light Emitting Diodes (LEDs) (发光二极管)
Lecture 29: Basic Concepts on Optic Fiber Communications(光纤通信基本概念)
Lecture 30: Lasers(激光器基本概念)
Lecture 31: Semiconductor Lasers/ Laser Diodes (半导体激光器)
Chapter 5 High-Frequency and High-Power Devices (高频与高功率器件)
Lecture 32: Tunnel Diodes (隧道二极管)
Lecture 33: The Gunn Diode (耿氏二极管)
Lecture 34: The IMPATT Diode (雪崩度越时间二极管)
《电子器件(双语)》PPT课件 东南大学 于虹
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