微电子专业英语

微电子专业英语
作 者: 吕红亮
出版社: 电子工业出版社
丛编项:
版权说明: 本书为公共版权或经版权方授权,请支持正版图书
标 签: 电工电子
ISBN 出版时间 包装 开本 页数 字数
未知 暂无 暂无 未知 0 暂无

作者简介

暂缺《微电子专业英语》作者简介

内容简介

本书以英文的形式介绍了微电子学和集成电路设计的相关技术。全书共分四部分:第一部分为半导体物理基础知识,包括晶格结构、能带结构、载流子浓度和输运等;第二部分介绍半导体器件物理基础理论,包括pn结、肖特基二极管、异质结二极管、双极型晶体管和场效应晶体管;第三部分简要阐述半导体集成电路的设计过程和设计方法;第四部分介绍半导体集成电路的制造工艺。本书可作为高等学校微电子学、集成电路设计及相关专业的“专业英语”课程的教材,也可作为从事微电子和集成电路相关科研和工程技术人员的参考书。

图书目录

目 录

Session 1  Introduction to Semiconductor  

 1.1  What is Semiconductor 

 1.2  Classification of Semiconductor  

 Reading Materials 

Session 2  Crystal Structure  

 2.1  Primitive Cell and Crystal Plane  

 2.2  Atomic Bonding  

 Reading Materials  

Session 3  Band Model  

 3.1  Introduction to Quantum Mechanics 

 3.2  Band  

 3.3  Effective Mass Theory  

 Reading Materials 

Session 4  The Semiconductor in Equilibrium 

 4.1  Charge Carriers in Semiconductor 

 4.2  Intrinsic Semiconductor 

 4.3  Extrinsic Semiconductor  

 Reading Materials 

Session 5  Carrier Transport  

 5.1  Overview of Carrier Transport  

 5.2  Low Field Transport 

 5.3  High Field Transport  

 5.4  Diffusion Current  

Session 6  Nonequilibrium Excess Carriers in Semiconductor  

 6.1  Recombination  

 6.2  Minority Carrier Lifetime  

 6.3  Ambipolar Transport  

 Reading Materials

Session 7  The pn Junction (  Ⅰ  ) 

 7.1  Introduction  

 7.2  Basic Structure of the pn Junction  

 7.3  Energy Bands for a pn Junction 

 7.4  Ideal CurrentVoltage Relationship 

 7.5  Characteristics of a Practical Diode 

 Reading Materials  

Session 8  The pn Junction(  Ⅱ  ) 

 8.1  Breakdown in pn Junction  

 8.2  SmallSignal Diffusion Resistance of the pn Junction  

 8.3  Junction Capacitance 

 8.4  Diffusion or Storage Capacitance 

 8.5  Diode Transients  

 8.6  Circuit Models for Junction Diodes  

 Reading Materials  

Session 9  MetalSemiconductor Contacts  

 9.1  Schottky Contacts 

 9.2  Ohmic Contacts 

 Reading Materials  

Session 10  Heterojunctions  

 10.1  Strain and Stress at Heterointerfaces

 10.2  Heterojunction Materials 

 10.3  EnergyBand Diagrams  

 Reading Materials. 

Session 11  The Bipolar Junction Transistor (  Ⅰ  ) 

 11.1  The Bipolar Junction Transistor Construction 

 11.2  Transistor Action 

 11.3  Nonideal Effects 

 11.4  Base Resistance  

 Reading Materials  

Session 12  The Bipolar Junction Transistor (  Ⅱ  ) 

 12.1  Breakdown Voltage  

 12.2  Frequency Limits of BJT 

 12.3  The SchottkyClamped Transistor 

 12.4  Smallsignal Transistor Model 

 Reading Materials 

Session 13  Basics of MOSFETs 

 13.1  Introduction 

 13.2  General Characteristics of a MOSFET  

 13.3  MOS System  

 13.4  Work Function Differences  

 13.5  FlatBand Voltage  

 13.6  Threshold Voltage 

 Reading Materials  

Session 14  Nonideal Effects of MOSFETs 

 14.1  Introduction 

 14.2  Effective Mobility 

 14.3  Velocity Saturation  

 14.4  Channellength Modulation 

 14.5  DIBL 

 14.6  Hotcarrier Effect  

 14.7  GIDL  

 Reading Materials  

Session 15  Advanced MOSFET Devices  

 15.1  Introduction 

 15.2  Channel Doping Profile  

 15.3  Gate Stack  

 15.4  Source/Drain Design  

 15.5  SchottkyBarrier Source/Drain  

 15.6  Raised Source/Drain  

 15.7  SOI  

 15.8  Three Dimensional Structure  

 Reading Materials

Session 16  Introduction to Integrated Circuits

 16.1  Introduction  

 16.2  Size and Complexity of Integrated Circuits  

 16.3  Semiconductor Device for Integrated Circuits  

 16.4  IC Design Process  

 Reading Materials 

Session 17  Analog Integrated Circuits Design  

 17.1  Introduction 

 17.2  Analog Signal Processing  

 17.3  CMOS Technology  

 17.4  Amplifiers  

 17.5  Differential Amplifiers  

 17.6  Operational Amplifiers 

 17.7  Characterization of Op Amps 

 Reading Materials  

Session 18  Digital Integrated Circuits Design  

 18.1  Introduction  

 18.2  The Static CMOS Inverter  

 18.3  Designing Combinational Logic Gates in CMOS 

 Reading Materials  

Session 19  Radio Frequency Integrated Circuits Design 

 19.1  Introduction 

 19.2  RF System Performance Metrics  

 19.3  RF Transceiver Architectures 

 19.4  RF Passive Component