● Course Desc<x>ription
<br>This is one of the mandatory courses for the EE Department. This course introduces 
<br>the basic theory of linear circuit analysis, which helps students for solving 
<br>realistic problems involving these circuits and further being able to design 
<br>complex electronic, communication, computer, power, and control systems.
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<br>● Text Books
<br>Svoboda and Dorf, Dorf’s Introduction to Electric Circuits, Global Edition, Wiley
<br>
<br>● References
<br>Electric Circuits, Eleventh edition, J. W. Nilsson and S. A. Riedel
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<br>● Teaching Method
<br>Verbal instruction and lectured in English
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<br>● Syllabus
<br>Circuit variables and elements 
<br>Resistive circuits 
<br>Method of analysis of resistive circuits 
<br>Circuit theorems 
<br>Operational amplifiers 
<br>Energy storage elements 
<br>Complete response of RL and RC circuits 
<br>Circuits with two energy storage elements (RLC circuits) 
<br>Sinusoidal steady-state analysis 
<br>AC steady-state power
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<br>● Evaluation
<br>Quiz and participation (deletion of one worst) (25%) 
<br>1st midterm (25%) 
<br>2nd midterm (25%) 
<br>Final exam (25%)
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<br>● Personal Website
<br>https://eeclass.nthu.edu.tw/ 
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