文档介绍：Course Description
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Qualification: Bachelor of Engineering
Course Name：A profes Name：Fundamental Circuit Lab
Course properties: Required Courses
Course Credit: 1      
Course Hours: 16
Student score: Good
Course Description：
The course is the laboratory part of Circuit Analysis. It will provide the students studying basic circuits with essential lab training. The students will learn how to use lab instruments correctly, how to measure variables and parameters of a circuit, and how to find or verify its function by lab experiment. Students are also trained to select, measure and use elements by identifying their standard nominal values. They will acquire the abilities to design and construct simple circuits, and to write lab reports of correct form. Some simulation experiments using EDA software Multisim are also included.
Course Name：Circuit Analysis
Course properties: Required Courses
Course Credit: 4      
Course Hours: 64
Student score:60
Course Description：
Circuit Analysis is one of the core courses for students majoring in communications, automatic control and microelectronics. The course introduces t
he fundamental methods of linear circuit analysis. The course aims to provide the students with the understanding of basic principles of circuit analysis, the ability to solve circuit problems, and some knowledge of the use of circuit simulation software.
The first part of the course introduces the basic concepts and basic laws of electric circuits, followed by the general methods to analyze linear circuits, including mesh and nodal analysis, and circuit theorems. The circuit analyzed contains resistive passive elements, dependent sources and op-amps.
Then the circuits containing capacitors and inductors are discussed, and differential equations are used to get the responses of first- and second-order dynamic circuits. The analysis is concentrated on the reduced methods for finding the step response of