MARC

 008100312s2008        ulka                    000      kor
■020    ▼a8970855483
■0801  ▼a621.31
■082    ▼a621.317▼bR224ㅈ▼223
■090    ▼a621.317▼bR224ㅈ
■1001  ▼aMuhamad  H.  Rashid  지음
■24510▼a전력전자공학  3판▼dMuhamad  H.  Rashid  지음▼e백수현,  김영석,  김희준  역
■260    ▼a서울▼b교보문고▼c2008
■300    ▼a1036p.▼b삽도▼c24cm
■505    ▼a서문▼a(제1장  개요)▼c1▼a1.1  전력  전자의  응용▼c1▼a1.2  전력용  반도체  소자▼c4▼a1.3  전력용  소자의  제어  특성▼c11▼a1.4  스위치의  특성과  사양▼c16▼a1.5  전력  전자  회로의  형태▼c21▼a1.6  전력  전자  설비의  설계▼c25▼a1.7  파형의  실효치  결정▼c26▼a1.8  주변  효과▼c2600▼a1.9  파워  모듈▼c2811▼a1.10  인텔리전트  모듈▼c2822▼a1.11  전력  전자  공학의  학술지와  학술대회▼c3133▼a요약▼c3144▼a참고문헌▼c3255▼a문제▼c3266▼a(제2장  전력용  반도체  다이오드와  회로)▼c3577▼a2.1  개요▼c3588▼a2.2  반도체  기초  지식▼c3599▼a2.3  다이오드  특성▼c3700▼a2.4  역방향  회복  특성▼c4011▼a2.5  전력용  다이오드의  형태▼c4322▼a2.6  실리콘  탄화물  다이오드▼c4533▼a2.7  SPICE  다이오드  모델▼c4544▼a2.8  직렬  연결  다이오드▼c4755▼a2.9  병렬  연결  다이오드▼c5166▼a2.10  RC.RL  부하를  갖는  다이오드  회로▼c5277▼a2.11  LC.  RLC  부하를  갖는  다이오드▼c5688▼a2.12  환류  다이오드▼c6499▼a2.13  다이오드를  이용한  축적  에너지  회복▼c6600▼a요약▼c7111▼a참고문헌▼c7222▼a복습문제▼c7233▼a연습문제▼c7244▼a(제3장  다이오드  정류기)▼c7955▼a3.1  개요▼c7966▼a3.2  단상  반파  정류기▼c7977▼a3.3  동작  파라미터▼c8088▼a3.4  단상  전파  정류기▼c9099▼a3.5  RL  부하를  갖는  단상  전파  정류기▼c9500▼a3.6  다상  성형  정류기▼c10211▼a3.7  3상  브리지  정류기▼c10722▼a3.8  RL  부하를  갖는  3상  브리지  정류기▼c11133▼a3.9  다이오드  정류기의  비교▼c11744▼a3.10  정류  회로  설계▼c11855▼a3.11  LC필터를  갖는  풀력  전압▼c13066▼a3.12  전원과  부하  인덕턴스에  의한  영향▼c13477▼a요약▼c13888▼a참고문헌▼c13999▼a연습문제▼c13900▼a(제4장  전력용  트랜지스터)▼c14311▼a4.1  개요▼c14322▼a4.2  양극성  접합  트랜지스터▼c14433▼a4.3  전력용  MOSFET▼c16144▼a4.4  COOLMOS▼c16855▼a4.5  SIT▼c17166▼a4.6  IGBT▼c17277▼a4.7  직렬  및  병렬  동작▼c17588▼a4.8  di  /  dt와  dv/dt  제한▼c17799▼a4.9  SPICE  모델▼c18100▼a4.10  트랜지스터  비교▼c18711▼a요약▼c18722▼a참고문헌▼c18933▼a복습문제▼c19144▼a연습문제▼c19555▼a(제5장  Dc-Dc  컨버터)▼c19566▼a5.1  개요▼c19577▼a5.2  강압  동작의  원리▼c19688▼a5.3  RL  부하를  갖는  강압  컨버터▼c20099▼a5.4  승압  동작의  원리▼c20700▼a5.5  저항  부할르  갖는  승압  컨버터▼c21111▼a5.6  동작  파라미터▼c21222▼a5.7  컨버터의  분류▼c21333▼a5.8  스위칭  모드  레큘레이터▼c21744▼a5.9  레귤레이터의  비교▼c24155▼a5.10  다출력  boost  컨버터▼c24266▼a5.11  다이오드  정류기의  구동되는  boost  컨버터▼c24577▼a5.12  컨버터  회로의  설계▼c24788▼a5.13  레귤레이터의  상태  공간  해석▼c25599▼a요약▼c25900▼a참고문헌▼c25911▼a복습문제▼c26222▼a연습문제▼c26333▼a(제6장  펄스폭  변조  인버터)▼c26744▼a6.1  개요▼c26755▼a6.2  동작원리▼c26866▼a6.3  동작  파라미터▼c27277▼a6.4  단상  브리지  인버터▼c27488▼a6.5  3상  인버터▼c28099▼a6.6  단상  인버터의  전압  제어▼c29200▼a6.7  진보된  제어  기법▼c30611▼a6.8  3상  인버터의  전압  제어▼c31122▼a6.9  고조파  감소▼c32733▼a6.10  전류원  인버터▼c33244▼a6.11  가변  dc  링크  인버터▼c33755▼a6.12  boost  인버터▼c33766▼a6.13  인버터의  회로  설계▼c34377▼a요약▼c34888▼a참고문헌▼c34999▼a복습문제▼c3510000▼a연습문제▼c3520101▼a(제7장  다이리스터)▼c3570202▼a7.1  개요▼c3570303▼a7.2  다이리스터  특성▼c3580404▼a7.3  다이리스터의  두  가지  트랜지스터  모델▼c3600505▼a7.4  다이리스터  턴-온▼c3630606▼a7.5  다이리스터  턴-오프▼c3660707▼a7.6  다이리스터의  종류▼c3670808▼a7.7  다이리스터의  직렬  동작▼c3870909▼a7.8  다이리스터의  병렬  동작▼c3951010▼a7.9  di/dt  보호▼c3961111▼a7.10  dv/dt  보호▼c3971212▼a7.11  SPICE  다이리스터  모델▼c3991313▼a요약▼c4061414▼a참고문헌▼c4061515▼a복습문제▼c4101616▼a연습문제▼c4121717▼a(제8장  공진  펄스  인버터)▼c4151818▼a8.1  개요▼c4151919▼a8.2  직렬  공진형  인버터▼c4162020▼a8.3  직렬  공진  인버터의  주파수  응답▼c4342121▼a8.4  병렬  공진형  인버터▼c4412222▼a8.5  공진형  인버터의  전압  제어▼c4442323▼a8.6  E급  공진형  인버터▼c4462424▼a8.7  E급  공진형  정류기▼c4512525▼a8.8  영전류  스위칭  공진형  컨버터▼c4562626▼a8.9  영전압  스위칭  공진형  컨버터▼c4622727▼a8.10  ZCS와  ZVS  공진형  컨버터의  비교▼c4662828▼a8.11  2상한  영전압  스위칭  공진형  컨버터▼c4672929▼a8.12  공진  직류  링크  인버터▼c4693030▼a요약▼c4743131▼a참고문헌▼c4743232▼a복습문제▼c4753333▼a연습문제▼c4763434▼a(제9장  다중레벨  인버터)▼c4793535▼a9.1  서론▼c4793636▼a9.2  다중레벨의  개념▼c4803737▼a9.3  다중레벨  인버터의  형태▼c4823838▼a9.4  다이오드-클램프  다중레벨  인버터▼c4823939▼a9.5  플라잉-캐패시터  다중레벨  인버터▼c4894040▼a9.6  직렬  다중레벨  인버터▼c4924141▼a9.7  응용▼c4974242▼a9.8  스위칭  소자  전류▼c5004343▼a9.9  DC  링크  커패시터  전압  평형▼c5014444▼a9.10  다중레벨  인버터의  특징▼c5034545▼a9.11  다중레벨  컨버터의  비교▼c5044646▼a요약▼c5054747▼a참고문헌▼c5054848▼a복습문제▼c5064949▼a연습문제▼c5075050▼a(제10장  제어  정류기)▼c5095151▼a10.1  개요▼c5095252▼a10.2  위상  제어  컨버터의  동작  원리▼c5105353▼a10.3  단상  전파  컨버터▼c5135454▼a10.4  단상  이중  컨버터▼c5205555▼a10.5  3상  반파  컨버터의  원리▼c5245656▼a10.6  3상  전파  컨버터▼c5285757▼a10.7  3상  이중  컨버터▼c5355858▼a10.8  역률  개선▼c5385959▼a10.9  단상  반파  컨버터▼c5526060▼a10.10  3상  반파  컨버터▼c5666161▼a10.11  단상  직렬  컨버터▼c5666262▼a10.12  12펄스  컨버터▼c5726363▼a10.13  컨버터  회로의  설계▼c5726464▼a10.14  부하  인덕턴스와  전원  인덕턴스의  효과▼c5806565▼a요약▼c5826666▼a참고문헌▼c5836767▼a복습문제▼c5866868▼a연습문제▼c5876969▼a(11장  Ac  전압  제어기▼c5917070▼a11.1  개요▼c5917171▼a11.2  온-오프  제어의  원리▼c5927272▼a11.3  위상  제어의  원리▼c5957373▼a11.4  저하  부하를  갖는  단상  양방향  제어기▼c5987474▼a11.5  유도성  부하를  갖는  단상  제어기▼c6027575▼a11.6  3상  전파  제어기▼c6077676▼a11.7  3상  양방향  D결선  제어기▼c6127777▼a11.8  단상  변압기  결선  변환기▼c6177878▼a11.9  사이크로  컨버터▼c6227979▼a11.10  PWM  제어를  이용한    AC  전압  제어기▼c6318080▼a11.11  매트릭스  컨버터▼c6328181▼a11.12  AC전압  제어기  회로의  설계▼c6348282▼a11.13  전원과  부하  인덕턴스의  영향▼c6438383▼a요약▼c6448484▼a참고문헌▼c6458585▼a복습문제▼c6468686▼a연습문제▼c6478787▼a(제12장  정지형  스위치▼c6518888▼a12.1  개요▼c6518989▼a12.2  단상  AC  스위치▼c6529090▼a12.3  3상  AC  스위치▼c6559191▼a12.4  3상  역스위치▼c6559292▼a12.5  모선  절환을  위한  AC  스위치▼c6579393▼a12.6  DC  스위치▼c6589494▼a12.7  반도체  계전기▼c6639595▼a12.8  마이크로전자  계전기▼c6649696▼a12.9  정지형  스위치의  설계▼c6689797▼a요약▼c6699898▼a참고문헌▼c6709999▼a복습문제▼c6700000▼a연습문제▼c6710101▼a(제13장  유연  교류  송전  계통)▼c6730202▼a13.1  개요▼c6730303▼a13.2  전력  전송의  원리▼c6740404▼a13.3  병렬  보상의  원리▼c6760505▼a13.4  병렬  보상기▼c6780606▼a13.5  직렬  보상기의  원리▼c6870707▼a13.6  직렬  보상기▼c6890808▼a13.7  위상각  보상위  원리▼c6970909▼a13.8  위상각  보상▼c7001010▼a13.9  통합  전력  흐름  제어기▼c7011111▼a13.10  보상기의  비교▼c7031212▼a요약▼c7041313▼a참고문헌▼c7051414▼a복습문제▼c7061515▼a연습문제▼c7061616▼a(제14장  전원  공급  장치▼c7091717▼a14.1  개요▼c7091818▼a14.2  dc  전원  장치▼c7101919▼a14.3  ac  전원  장치▼c7332020▼a14.4  다단  변환▼c7372121▼a14.5  제어  회로▼c7372222▼a14.6  자기  회로  설계에  대한  고찰▼c7412323▼a요약▼c7502424▼a참고문헌▼c7502525▼a복습문제▼c7512626▼a연습문제▼c7522727▼a(제15장  dc  구동▼c7562828▼a15.1  개요▼c7552929▼a15.2  dc  전동기의  기본적  특성▼c7563030▼a15.3  동작  모드▼c7613131▼a15.4  단상  구동▼c7643232▼a15.5  3상  구동▼c7753333▼a15.6  DC-DC  컨버터  구동▼c7813434▼a15.7  dc  구동의  폐-루프  제어▼c7943535▼a요약▼c8103636▼a참고문헌▼c8103737▼a복습문제▼c8113838▼a연습문제▼c8123939▼a(제16장  ac  구동)▼c8174040▼a16.1  개요▼c8174141▼a16,2  유도  전동기  구동▼c8184242▼a16.3  유도  전동기의  폐-루프  제어▼c8524343▼a16.4  벡터  제어▼c8564444▼a16.5  동기  전동기  구동▼c8704545▼a16.6  스페터  전동기  제어▼c8834646▼a요약▼c8904747▼a참고문헌▼c8914848▼a복습문제▼c8934949▼a연습문제▼c8945050▼a(제17장  게이트  구동  회로)▼c8995151▼a17.1  소개▼c8995252▼a17.2  MOSFET  게이트  구동▼c8995353▼a17.3  BJT  베이스  구동▼c9015454▼a17.4  게이트와  베이스  구동  회로의  절연▼c9065555▼a17.5  다이리스터  점호  회로▼c9095656▼a17.6  단일접합  트랜지스터▼c9125757▼a17.7  프로그래머블  단일접합  트랜지스터▼c9155858▼a17.8  다이리스터  컨버터  게이트  회로▼c9185959▼a17.9  게이트  구동  IC▼c9186060▼a요약▼c9306161▼a참고문헌▼c9306262▼a복습문제▼c9316363▼a연습문제▼c9316464▼a(제18장  소자와  회로의  보호▼c9356565▼a18.1  개요▼c9356666▼a18.2  냉각과  방열판▼c9366767▼a18.3  전력  스위칭  소자의  열모델링▼c9426868▼a18.4  스너버  회로▼c9486969▼a18.5  역회복  과도  현상▼c9487070▼a18.6  전원  및  부하측의  과도  현상▼c9567171▼a18.7  셀런다이오드와  금속-산화막  배리스터에  의한  전압  보호▼c9607272▼a18.8  전류  보호▼c9627373▼a18.9  전자파  장애▼c9757474▼a요약▼c9797575▼a참고문헌▼c9797676▼a복습문제▼c9807777▼a연습문제▼c9827878▼a부록A  3상회로▼c9857979▼a부록B  자기회로▼c9898080▼a부록C  컨버터의  스위칭함수▼c9998181▼a부록D  dc과도현상해석▼c10078282▼a부록E  Fiurier  해석▼c10138383▼aBibllography▼c10178484▼aAnswers  to  Selected  Problems▼c10218585▼a찾아보기▼c10298686
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