목     차

PART 0. 핵심요약

1. 전기자기학 ······ 10

2. 회로이론········ 23

3. 자동제어······ 37

4. 전자공학 ········ 49

PART 1. 전기자기학

1. 벡터 ········· 58

2. 정전계 ·········59

3. 도체계와 정전용량 ········ 75

4. 유전체 ······· 75

5. 전기영상법 ······· 93

6. 전류 ······· 96

7. 정자계 ········ 99

8. 자성체 ······· 106

9. 전자력과 전자유도 ······· 113

10. 인덕턴스 ········· 119

11. 전자계 ······ 125

PART 2. 회로이론

1. 진류회로 ······· 136

2. 정현파 교류 ········138

3. 기본류회로 ········· 141

4. 교류전력 ······ 153

5. 결합회로와 벡터궤적 ········ 160

6. 선형회로망 ········ 166

7. 대칭 3상 교류 ······· 176

8. 비정현파 교류 ······· 192

9. 2단자망 ······ 197

10. 4단자망 ········ 202

11. 분포정수회로 ········· 211

12. 과도현상 ········· 215

PART 3. 자동제어

1. 자동제어 개요 ··········· 226

2. 라플라스 변환 ········· 228

3. 전달함수 ········· 239

4. 블록선도와 선호흐름선도 ·········· 245

5. 제어계 시간영역 해석 ············ 254

6. 제어계 주파수영역 해석 ········· 262

7. 제어계 안정도 ········· 267

8. 근궤적 ········· 275

9. 시퀸스제어 ········ 284

PART 4. 디지털 전자회로

1. 전원회로  ·········· 288

2. TR 및 FET증폭회로 ·········· 298

3. 궤환 및 연산증폭회로 ········· 306

4. 발진회로 ······· 316

5. 변복조회로 ······· 324

6. 펄스회로 ·········· 332

7. 논리회로 ·········· 340

8. 응용 논리회로 ·········· 354

PART 5. 반도체공학

1. 반도체공학 ········ 362