MARC

 008110225s2008        ulka                    000      kor
■020    ▼a9788931523010
■0801  ▼a621.3(076)
■082    ▼a621.3076▼b공92ㅈ▼223
■090    ▼a621.3076▼b공92ㅈ
■1001  ▼a공하성  지음
■24510▼a(초스피드  기억법)전기이론▼d공하성  지음
■250    ▼a개정증보7판
■260    ▼a서울▼b(도서출판)성안당▼c2008
■300    ▼a477p.▼b삽도▼c26cm
■505    ▼a제1장  전기와  자기▼a1.  전기의  본질▼a1.1  전기와  물질▼a1.2  전하의  전류▼a2.  전기장▼a2.1  전기장의  세기▼a2.2  전위와  등전위면▼a2.3  도체와  전기저항▼a2.4  유전체와  전속▼a3.  커패시턴스00▼a3.1  정전유도11▼a3.2  커패시턴스와  콘덴서22▼a3.3  콘덴서의  접속33▼a3.4  정전에너지44▼a3.5  정전기의  흡인력55▼a4.  자기장66▼a4.1  자기장의  세기77▼a4.2  전류에  의한  자기장88▼a4.3  자기회로99▼a4.4  자기장의  계산▼c5100▼a5.  전자력11▼a5.1  전자력의  방향과  크기22▼a5.2  코일에  작용하는  힘33▼a5.3  평행도체  사이에  작용하는  힘44▼a6.  인덕턴스55▼a6.1  전자유도66▼a6.2  자체  인덕턴스77▼a6.3  상호  인덕턴스88▼a6.4  인덕턴스의  접속99▼a7.  전자에너지00▼a7.1  전자에너지11▼a7.2  자기  흡인력22▼a7.3  자화곡선33▼a제2장  직류회로44▼a1.  전기회로의  회로해석55▼a1.1  전기회로66▼a1.2  옴의  법칙77▼a1.3  저항의  접속88▼a1.4  전위의  평형99▼a1.5  키르히호프의  법칙00▼a1.6  회로망  정리11▼a2.  전기저항22▼a2.1  고유저항33▼a2.2  저항의  온도계수44▼a2.3  여러  가지  저항55▼a3.  발열작용과  전력66▼a3.1  전류의  발열작용77▼a3.2  전력량과  전력88▼a4.  전류의  화학작용과  전지99▼a4.1  전기분해00▼a4.2  전지11▼a제3장  교류회로22▼a1.  교류회로의  기초33▼a1.1  사인파의  교류44▼a1.2  교류의  표시55▼a1.3  사인파  교류의  벡터66▼a1.4  교류회로의  기호법  표시77▼a2.  교류전류에  대한  RLC의  동작88▼a2.1  저항의  동작99▼a2.2  인덕턴스의  동작00▼a2.3  정전용량의  동작11▼a3.  RLC의  직·병렬  회로22▼a3.1  RL  직렬회로33▼a3.2  RC  직렬회로44▼a3.3  RLC  직렬회로55▼a3.4  RLC  병렬회로66▼a3.5  기호법에  의한  교류회로의  계산77▼a4.  교류전력88▼a4.1  교류의  전력과  역률99▼a4.2  피상전력00▼a5.  3상  교류11▼a5.1  3상  교류의  발생22▼a5.2  기호법에  의한  대칭  3상  교류의  표시33▼a5.3  평형  3상  회로44▼a5.4  불평형  3상  회로55▼a5.5  3상  전력66▼a5.6  회전자기장77▼a6.  4단자망88▼a6.1  4단자망99▼a6.2  영상임피던스의  영상전달함수00▼a7.  비사인파  교류의  기초11▼a7.1  비사인  주기파22▼a7.2  비선형  회로의  전압  및  전류33▼a7.3  비사인파  교류의  성분44▼a8.  비사인파  교류회로55▼a8.1  비사인파  교류회로의  전압  및  전류66▼a8.2  비사인파  교류회로의  전력77▼a8.3  등가  사인파88▼a8.4  3상  회로의  비사인파99▼a제4장  과도현상00▼a1.  과도현상11▼a1.1  RC  직렬회로의  과도현상22▼a1.2  RL  직렬회로의  과도현상33▼a1.3  교류회로의  과도현상44▼a1.4  RLC  직렬회로의  과도현상55
■9500  ▼c20,000

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