MARC

 008090603s2008        ulka                    000      kor
■020    ▼a9788938105745
■0801  ▼a621.3
■082    ▼a621.3▼b임94ㄱ▼223
■090    ▼a621.3▼b임94ㄱ
■1001  ▼a임헌찬  저
■24510▼a기초다지기  전기공학개론▼b소방·전축·자동차·기계·전기·전자공학도를  위한▼d임헌찬  저
■260    ▼a서울▼b동일출판사▼c2008
■300    ▼a355p.▼b삽도▼c26cm
■505    ▼a1장  전기의  본질과  기초▼a1.1  전기의  본질▼c15▼a1.2  전류와  전압▼c18▼a1.3  회로  소자의  기준방향과  특성▼c23▼a1.4  전력,  전력량  및  줄의  법칙▼c31▼a1.5  저항의  온도계수▼c35▼a1.6  키르히호프의  법칙▼c38▼a연습문제▼c41▼a제2장  직류  회로▼a2.1  저항의  접속▼c4300▼a2.2  브리지  회로▼c4811▼a2.3  Δ-Y  등가  변환▼c4922▼a2.4  폐로  해석법▼c5333▼a2.5  전원의  변환▼c5644▼a2.6  중첩의  정리▼c5755▼a2.7  테브난의  정리▼c5966▼a2.8  배율기와  분류기▼c6077▼a2.9  전지의  접속▼c6588▼a2.10    열전  현상▼c6999▼a2.11  전류의  화학작용▼c7000▼a2.12  전지반응과  종류▼c7311▼a연습문제▼c8322▼a3장  정전계33▼a3.1  마찰전기와  정전유도▼c8744▼a3.2  쿨롱의  법칙▼c8955▼a3.3  전계와  전기력선▼c9066▼a3.4  전속과  전속밀도▼c9477▼a3.5  전위  및  전위차▼c9688▼a3.6  도체의  성질▼c9999▼a3.7  콘덴서▼c10000▼a3.8  유전체의  정전계▼c10911▼a3.9  저항과  정전용량▼c11322▼a연습문제▼c11533▼a4장  정자계와  전자유도44▼a4.1  자기  현상▼c11755▼a4.2  쿨롱의  법칙▼c11866▼a4.3  자계의  세기▼c11877▼a4.4  자속밀도▼c11888▼a4.5  자성체와  자화의  세기▼c12099▼a4.6  자계에너지▼c12300▼a4.7  강자성체의  자화▼c12411▼a4.8  정전계와  정자계의  유사성▼c12622▼a4.9  자석에  작용하는  회전력▼c12833▼a4.10  암페어의  오른나사  법칙▼c12944▼a4.11  암페어의  주회적분  법칙▼c12955▼a4.12  전류에  의한  자계▼c13066▼a4.13  자기회로▼c13677▼a4.14  자계  내의  전류에  작용하는  힘[전자력]▼c13888▼a4.15  핀치  효과와  홀  효과▼c14299▼a4.16  전자유도▼c14300▼a4.17  인덕턴스▼c14711▼a4.18  변압기▼c15022▼a4.19  인덕턴스의  접속▼c15133▼a4.20  전류에  의한  자계에너지▼c15444▼a연습문제▼c15755▼a5장  교류  회로  해석66▼a5.1  정현파  교류의  발생▼c15977▼a5.2  정현파의  순시값▼c16288▼a5.3  정현파의  평균값과  실효값▼c16499▼a5.4  파고율과  파형율▼c16600▼a5.5  복소수의  정의와  개념▼c16811▼a5.6  복소수의  극좌표  형식▼c17222▼a5.7  복소수의  지수함수  형식▼c17333▼a5.8  복소수의  간편한  연산▼c17644▼a5.9  정현파  교류의  벡터표시법▼c17855▼a5.10  기본소자의  교류회로  해석▼c18166▼a5.11  임피던스▼c18677▼a5.12  어드미턴스▼c19188▼a5.13  교류  직렬회로▼c19499▼a5.14  교류  병렬회로▼c20200▼a5.15  공진  회로▼c20411▼a5.16  교류전력▼c20722▼a5.17  역률의  개선▼c21233▼a5.18  최대전력  전달▼c21444▼a연습문제▼c21655▼a6장  3상  교류회로66▼a6.1  3상  교류▼c21977▼a6.2  3상  교류의  발생▼c22088▼a6.3  3상  회로의  결선법▼c22199▼a6.4  평형  3상  회로의  해석법▼c22500▼a6.5  3상  전력▼c22711▼a6.6  3상  전력  측정▼c23022▼a6.7  V결선▼c23233▼a6.8  교류  브리지  회로▼c23244▼a연습문제▼c23555▼a7장  전기기기66▼a7.1  직류  발전기▼c23777▼a7.2  직류  전동기▼c23988▼a7.3  동기  발전기▼c24199▼a7.4  동기  전동기▼c24400▼a7.5  유도  전동기▼c24511▼a7.6  전동기  정격의  선정  조건▼c25422▼a7.7  변압기▼c25733▼a연습문제▼c26644▼a8장  전기계측  및  배전선로55▼a8.1  전기계측▼c26766▼a8.2  대표적인  전기량  측정법▼c27177▼a8.3  배전  선로▼c27588▼a8.4  옥내배선  공사▼c28199▼a연습문제▼c2850000▼a9장  자동제어0101▼a9.1  자동제어계의  구성과  분류▼c2870202▼a9.2  블록  선도▼c2930303▼a9.3  시퀀스  제어▼c2950404▼a9.4  시퀀스  제어의  논리  회로▼c3010505▼a9.5  시퀀스  제어의  기본과  응용회로▼c3120606▼a연습문제▼c3220707▼a10장  반도체  소자특성0808▼a10.1  반도체의  기초▼c3250909▼a10.2  반도체의  기초  소자▼c3271010▼a10.3  반파  및  전파  정류회로▼c3291111▼a10.4  전력용  반도체  소자▼c3331212▼a연습문제▼c3381313▼a부록1414▼a부록(그리스  문자,  단위의  거듭제곱,  수학  공식)▼c3411515▼a연습문제  해답▼c3451616▼a찾아보기▼c3491717
■9500  ▼c17,000

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