模拟电子技术英文教学大纲.doc

“模拟电子技术”全英语（双语）教学大纲1Philosophy and GoalsAnalog Electronic Circuits is one of the core courses for electrical and computer engineering student, and the first important engineering course. It is to provide a foundation for analyzing and designing analog circuits. Various approaches and techniques for students to understand the operation, characteristics, and limitations of analog circuits are discussed.2OrganizationChapter1. Semiconductor Materials and Diodes1.1 Semiconductor Materials and Properties1.2 The pn Junction1.3 Diode Circuits: DC Analysis and Modes1.4 Diode Circuits: AC Equivalent Circuit1.5 Other Diode TypesChapter2. Diode Circuits2.1 Rectifier Circuits2.2 Zener Diode Circuits2.3 Clipper and Clamper Circuits2.4 Photodiode and LED CircuitsChapter 3 The BJT and BJT Amplifiers3.1Basic Bipolar Junction Transistor3.1.1Transistor Structure3.1.2NPN Transistor: Forward-Active Mode Operation3.1.3Current-Voltage Characteristic3.1.4BJT Main Parameters3.2DC Analysis of Transistor Circuits3.2.1DC Analysis of Common-Emitter Circuit3.2.2Basic Transistor Application3.2.3Bipolar Transistor BiasingChapter 4 Basic BJT Amplifiers4.1AC Analysis of Transistor Circuits4.1.1Graphical Analysis4.1.2Small-Signal Model Analysis4.1.3Common-Emitter Amplifiers4.2Common-Collector and Common-Base Circuits4.2.1Common-Collector Circuits4.2.2Common-Base Circuits4.2.3Multistage AmplifiersChapter 7 Frequency Response7.0Preview7.1Frequency Response of RC network7.2Low-Frequency Response of Transistor Circuits7.3High-Frequency Response7.4Frequency Response of Multistage Amplifiers7.5DistortionChapter 5 The MOS Field-Effect Transistor5.1Metal-Oxide-Semiconductor Field-Effect Transistor5.1.1n-channel Enhancement-Mode MOSFET5.1.2The Current-Voltage Characteristics and Parameters5.1.3n-channel Depletion-Mode MOSFET5.1.4p-channel MOSFET5.1.5Parameters of MOSFETChapter 6 Basic FET Amplifiers6.1Basic MOSFET Circuits6.1.1MOSFET DC Circuit Analysis6.1.2AC Analysis of MOSFET Circuits6.2Junction Field-Effect Transistor6.2.1Structure and Operation6.2.2The Current-Voltage Characteristics and ParametersChapter 8 Output Stages and Power Amplifiers8.1Introduction of Power Transistors8.2Class-A Amplifiers8.3Class-B Amplifiers8.4Class-AB AmplifiersChapter 9 The Ideal Operational Amplifier9.1Characteristics of Ideal Op-Amps9.2Analysis of Op-Amp Circuits9.2.1Inverting Amplifier9.2.2Summing Amplifier9.2.3Noninverting Amplifier9.2.4Difference Amplifier9.2.5Integrator9.2.6Differentiator9.3Nonlinear Circuit ApplicationChapter 10 Integrated Circuit Biasing and Active Loads10.1 Bipolar Transistor Current Sources10.1.1Basic Current Source (Current Mirror)10.1.2Improved Current Source10.1.3Multiple Current Source10.1.4Wildar Current Source10.1.5Active Load10.2 FET Current Sources10.2.1Basic Current Source10.2.2Multi-MOSFET Current SourceChapter 11 Differential and Multistage Amplifiers11.0 Preview11.1 Basic BJT Difference Pair11.2 FET Difference Amplifier11.3 DC Transfer CharacteristicChapter 13 Integrated Operational Amplifier13.1 Operational Amplifier Circuit13.2 Circuit Description of 741 Op-AmpChapter 14 Nonideal Effect in Practical Operational Amplifier14.1 Practical Operational Amplifier ParameterChapter 12 Feedback and Stability12.1 Basic Feedback Concepts and Configurations12.2 Basic Feedback Configuration12.2.1General Feedback Configuration12.2.2General Feedback Closed-Loop Transfer Function12.3 Feedback improving performance parameters12.3.1Gain Stability12.3.2Reducing nonlinear distortion12.3.3Bandwidth Extension12.3.4Feedback influence input and output resistances12.4 Analysis of Feedback Circuits12.4.1Calculate in an ideal feedback circuit12.5 Stability of The Feedback Circuit12.5.1The Stability Problem*12.5.2Frequency CompensationChapter 15 Applications and Designs of IC15.1 Active Filters15.1.1Basic Concepts and Categories15.1.2First-Order Active Filters15.1.3Second-Order Active Filters15.2 Sinusoidal Oscillators15.2.1Basic Principles for Oscillation15.2.2Sinusoidal RC Oscillators15.2.3Sinusoidal LC Oscillators15.3 Nonsinusoidal Oscillators15.3.1Schmitt Trigger Circuits15.3.2Square-wave Generators15.3.3Sawtooth-wave Generators15.4 Voltage Regulators15.4.1Basic Regulator Description15.4.2Seri