1. |
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Chapter 1. Circuit Variable 1 |
강의 소개, 강의내용 요약 |
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Chapter 1. Circuit Variables 2 |
전압, 전류, 에너지, 전력의 의미, ideal circuit element의 특징 |
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2. |
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Chapter 2. Circuit Elements |
circuit element의 종류와 특징, 저항, 옴의법칙 |
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3. |
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Chapter 3. Simple Resistive Circuits 1 |
회로해석 방법, 키르히호프법칙 |
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Chapter 3. Simple Resistive Circuits 2 |
Dependent source가 있는 경우의 키르히호프 법칙 적용, 직렬/병렬 연결된 저항 회로의 합성저항, 전압분배/ 전류분배를 이용한 단순 저항회로 해석 방법 |
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4. |
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Chapter 3. Simple Resistive Circuits 3 |
전압계와 전류계의 원리와 측정방법 |
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Chapter 3. Simple Resistive Circuits 4 |
델타투와이 변환, 와이투델타 변환 |
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5. |
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Chapter 4. Techniques of Circuit Analysis 1 |
일반적인 회로 해석 방법 - node voltage method |
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Chapter 4. Techniques of Circuit Analysis 2 |
일반적인 회로 해석 방법 - node voltage method, mesh current method |
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6. |
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Chapter 4. Techniques of Circuit Analysis 3 |
super node, super mesh, source transformation |
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Chapter 4. Techniques of Circuit Analysis 4 |
테비닌, 노턴 등가회로 |
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7. |
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Chapter 5. The Operational Amplifier 1 |
최대 전력 전달, superposition, OP-AMP |
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Chapter 5. The Operational Amplifier 2 |
수시시험 대비 요약, 예전 시험문제 풀이 |
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8. |
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Chapter 6. Inductance, Capacitance and Mutual Inductance 1 |
수시시험 풀이, OP-AMP, inductor, 특성 |
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Chapter 6. Inductance, Capacitance and Mutual Inductance 2 |
Inductor, capacitor 특성, 합성 inductance, 합성 capacitance |
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9. |
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Chapter 6. Inductance, Capacitance and Mutual Inductance 3 |
mutual inductance |
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10. |
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Chapter 7. Response of First-older RL and RC Circuits 1 |
RC, RL 회로의 natural response |
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11. |
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Chapter 7. Response of First-older RL and RC Circuits 2 |
RC, RL 회로의 step response |
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Chapter 7. Response of First-older RL and RC Circuits 3 |
sequential switiching, integrating amplifier |
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12. |
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Chapter 8. Natural and Step Response of RLC Circuits 1 |
병렬 RLC 회로의 natural response |
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Chapter 8. Natural and Step Response of RLC Circuits 2 |
병렬 RLC 회로의 step response |
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13. |
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Chapter 8. Natural and Step Response of RLC Circuits 3 |
직렬 RLC 회로의 natural response, step response |
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Chapter 8. Natural and Step Response of RLC Circuits 4 |
circuit with two integrating amplifier |
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14. |
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Review |
복습 |
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