Basic Circuit Theory 1 (기초회로이론1)

This is an introduction course fsophomore students majoring in electrical and electronic engineering in most of universities in Korea.

Introduction

1.	Introduction	Introduction, Syllabus, Preliminary aptitude test, Survey
2.	Basic concepts and definitions	Charges, Current, Voltage
3.	Circuits and networks and elements	Power, Energy, Linear device, Passive and active device, Sources
4.	Basic laws for DC circuit analysis	Ohm's law, KVL, KCL
5.	Various methods for DC circuit analysis	Nodal equation, Mesh equation
6.	Superposition Theorem	Independent and depend sources, Circuit transformation
7.	Thevenin and Norton equivalent circuits	TE, NE, Load, Maximum power transfer
8.	Introduction of Operational amplifiers	Inverted mode Op-Amp, non-inverted mode Op-Amp
9.	Passive energy storage devices	Inductance, Capacitance
10.	Sinusoids and complex numbers	Sinusoids, Complex exponentials, Phasors Euler's theorem
11.	Sinusoidal response of AC circuits	Sinusoidal response, RLC circuits
12.	AC circuit analysis using phasors	Phasor, Impedance
13.	Review on AC circuits and problem solving	Problem solving