회로이론2 강의노트

1. 강의 소개 및 R, L, C 각각 기본 정의 및 동작

2-1 Differential Equation for RLC Circuit

2-2 Natural response for considering Initial condition of LC

3-1 Natural response of parallel RLC circuit

3-2 Forced response, Complete response of RLC circuit

4-1 AC circuit & Phasor

4-2 Phasor의 Ohm의 법칙, KVL/KCL 측면

4-3 Phasor, Impedance를 이용한 AC circuit 해석

4-4 Phasor를 통한 Node, Mesh Eq의 AC circuit에 적용 (+Op-amp 기초)

4-5 Superposition, Thevenin equivalent circuit 복습 및 AC circuit에 적용

4-6 AC circuit에서 다른 frequency가 걸릴때 + Phase diagram

4-7 Op-amp in AC circuits

4-8 Complete response

5-1 Instantaneous Power, Average power, and Effective Value

5-2 Complex Power, Reactive Power

5-3 Complex Power Example and Power Factor

5-4 Impedance Compensation and Maximum Power Transfer

5-5 Power Superposition and Coupled Inductors

5-6 Coupled Inductors and Ideal Transformer

6-1 Gain, Phase Shift, and Network Function

6-2 Filter examples and Bode Plot

6-3 Bode plot Details

6-4 Some Bode plot examples and Resonant circuit

6-5 Frequency response of Op-amp circuits

7-1 Laplace transform definition and properties

7-2 Laplace transform properties and inverse Laplace transform

7-3 Inverse Laplace transform and Initial-Final Value Theorem

7-4 Laplace Transform for Circuit Analysis; Solution of Diff Eq.

7-5 Laplace Transform for Circuit Analysis; Circuit Analysis with Impedance and Initial Conditions

7-6 Transfer functions

7-7 Stability check of a circuit through Laplace transform