电子学基础实验(FundamentalElectricalExperiments)

1 Electronic Measuring Equipments 1.1 Multimeter(万用表) 1.1.1 Function Description(功能描述) 1.1.2 Terminals(连接端口) 1.2 Oscilloscope(示波器) 1.2.1 Digital Storage Oscilloscope(数字存储示波器) 1.2.2 Function of Keysight 1102A(是德1102A型示波器功能说明) 1.2.3 Oscilloscope Probe(示波器探头) 1.3 Function Generator(函数发生器) 1.4 Objective(实验目的) 1.5 Experimental Procedure(实验步骤) 1.5.1 Generating and Measuring Sine Wave(正弦波产生与测量) 1.5.2 Measurement Affected by the Probe(探头对测量的影响) 1.5.3 Sine Wave of Different Magnitudes(信号幅度测量) 1.5.4 DC Coupling and AC Coupling(直流耦合与交流耦合) 1.5.5 Harmonic Analysis(谐波分析) 1.6 Questions(问题) Vocabulary Translations 2 Kirchhoff's Circuit Laws 2.1 Kirchhoff's Current Law(基尔霍夫电流定律) 2.2 Kirchhoff's Voltage Law(基尔霍夫电压定律) 2.3 Example of Calculation(计算举例) 2.4 Simulation T00l—SPICE(仿真工具——SPICE) 2.5 Objective(实验目的) 2.6 Experimental Procedure(实验步骤) 2.6.1 Preparations(实验准备) 2.6.2 Operations(实验操作) Vocabulary Translations 3 Equivalent Circuits 3.1 Th6venin's Theorem(戴维宁定理) 3.2 Norton's Theorem(诺顿定理) 3.3 Example of Calculation(计算举例) 3.4 Superposition Theorem(叠加定理) 3.5 Objective(实验目的) 3.6 Experimental Procedure(实验步骤) Vocabulary Translations 4 Transistor Amplifiers 4.1 Basic Amplifier Configurations(放大器基本构成形式) 4.2 DC Performance(直流性质) 4.2.1 AC Coupling(交流耦合) 4.2.2 Biasing the Transistor(晶体管偏置) 4.2.3 Determination of the Quiescent Point(确定静态工作点) 4.2.4 Summary to DC Performance(直流特性小结) 4.3 AC Performance(交流特性) 4.3.1 Current Gain of the CE Amplifier(共射极放大器电流增益) 4.3.2 Voltage Gain(电压增益) 4.3.3 Simulation(4h-真)