课程简介
Low-frequency electronic circuit is a basic course for electrical majors, which mainly teaches the basic devices, basic principles and application circuits of amplifiers in analog electronic circuits. This course is the basis for learners to learn the following professional knowledge including high-frequency electronic circuit, single-chip microcomputer, embedded system and so on, and also the basis for carrying out practical experiments of amplifying circuit.。
课程大纲
Introduction
Introduction
Chapter 1:Diode
1.1 Basic knowledge of semiconductor physics
1.2 PN Junction
1.3 Method for the analysis of diode circuits
1.4 Diode applications
Example of diode simulation circuit
Chapter 2:Transistor
2.1 Operating principle of transistor in magnification mode
2.2 Other modes of operation of transistor
2.4 Volt-ampere characteristic curve of transistor
2.5 Small signal circuit model of transistor
2.6 Transistor circuit analysis method
2.7 Principle of application of transistor
Example of transistor simulation circuit
Chapter 3: Field Effect Transistor
3.1 MOS field effect
3.2 Junction Field Effect Transistor
3.3 Application principle of field effect transistor
Field effect transistor simulation circuit example
Chapter 4:Amplifier Fundamentals
4.1 Bias circuit and coupling mode
4.2 Amplifier performance index
4.3 Basic configuration amplifier
4.4 Differential amplifier
Simulation example of basic amplifying circuit
Experiment 1.Simulation of single - transistor common emission amplifier circuit
Experiment 2.Two - stage resistance - capacity coupling amplifier circuit simulation
Experiment 3.Differential amplifier circuit simulation
Chapter 5:Negative feedback in an amplifier
5.1 Basic concept of feedback amplifier
5.2 The effect of negative feedback on amplifier performance
5.3 Negative feedback amplifier
Simulation example of feedback amplifier
Experiment 4.Feedback amplifier circuit simulation
Chapter 6:Integrated operational amplifiers and their application circuits
6.1 The composition principle of integrated operational amplifier application circuit
6.4 Integrated voltage comparator
Examples of operational circuit simulation
Experiment 5. simulation of operation circuit
Extended information
The device manual
Experiments
Practical video
Final exam
Introduction
Chapter 1:Diode
1.1 Basic knowledge of semiconductor physics
1.2 PN Junction
1.3 Method for the analysis of diode circuits
1.4 Diode applications
Example of diode simulation circuit
Chapter 2:Transistor
2.1 Operating principle of transistor in magnification mode
2.2 Other modes of operation of transistor
2.4 Volt-ampere characteristic curve of transistor
2.5 Small signal circuit model of transistor
2.6 Transistor circuit analysis method
2.7 Principle of application of transistor
Example of transistor simulation circuit
Chapter 3: Field Effect Transistor
3.1 MOS field effect
3.2 Junction Field Effect Transistor
3.3 Application principle of field effect transistor
Field effect transistor simulation circuit example
Chapter 4:Amplifier Fundamentals
4.1 Bias circuit and coupling mode
4.2 Amplifier performance index
4.3 Basic configuration amplifier
4.4 Differential amplifier
Simulation example of basic amplifying circuit
Experiment 1.Simulation of single - transistor common emission amplifier circuit
Experiment 2.Two - stage resistance - capacity coupling amplifier circuit simulation
Experiment 3.Differential amplifier circuit simulation
Chapter 5:Negative feedback in an amplifier
5.1 Basic concept of feedback amplifier
5.2 The effect of negative feedback on amplifier performance
5.3 Negative feedback amplifier
Simulation example of feedback amplifier
Experiment 4.Feedback amplifier circuit simulation
Chapter 6:Integrated operational amplifiers and their application circuits
6.1 The composition principle of integrated operational amplifier application circuit
6.4 Integrated voltage comparator
Examples of operational circuit simulation
Experiment 5. simulation of operation circuit
Extended information
The device manual
Experiments
Practical video
Final exam
