MARC

 008080707s2007        ulka                    000      kor
■020    ▼a8975281116
■0801  ▼a621.379
■082    ▼a621▼b박65ㅁ▼223
■090    ▼a621▼b박65ㅁ
■1001  ▼a박용군,  정호성  공저
■24510▼a메카트로닉스의  기초▼xFundamentals  of  Mechatronics▼d박용군,  정호성  공저
■260    ▼a서울▼b(도서출판)두양사▼c2007
■300    ▼a308p.▼b삽도▼c24cm
■505    ▼a0.  메카트로닉스  개념▼c1▼a0-1  메카트로닉스  생성배경,  정의  및  구성▼c1▼a0-2  메카트로닉스  응용▼c4▼a0-3  메카트로닉스  진행과정  및  향후  전망▼c5▼a1.  기초  전기이론▼c9▼a1-1  원자구조▼c9▼a1-1-1  물질구성▼c9▼a1-1-2  도체,  부도체,  반도체▼c10▼a1-2  전하▼c12▼a1-3  전류▼c1400▼a1-4  전압▼c1611▼a1-4-1  전압  정의  및  단위▼c1622▼a1-4-2  전압  발생원▼c1633▼a1-5  전기회로  구성▼c1844▼a1-5-1  회로  구성▼c1855▼a1-5-2  개회로와  단락회로▼c2066▼a2.  전기회로  및  응용▼c2177▼a2-2  직렬회로▼c2188▼a2-3  병렬회로▼c2299▼a2-4  키르히호프  법칙▼c2300▼a2-4-1  전류법칙▼c2311▼a2-4-2  전압법칙▼c2422▼a2-5  저항  특성▼c2533▼a2-6  전력▼c2744▼a2-7  휘스톤  브리지  회로▼c2855▼a2-8  응용  소자  및  장치▼c2966▼a2-8-1  스트레인게이지▼c2977▼a2-8-2  로드셀▼c3088▼a2-8-3  가변  저항기▼c3299▼a3.  자기회로  및  응용▼c3300▼a3-1  자기장  특징▼c3311▼a3-1-1  자속▼c3322▼a3-1-2  자기장  단위▼c3433▼a3-2  전류에  의한  자기장  발생▼c3544▼a3-2-1  현상  발견  및  법칙▼c3555▼a3-2-2  응용▼c3666▼a3-3  자기장에  의한  기전력  발생▼c3977▼a3-3-1  현상  발견  및  법칙▼c3988▼a3-3-2  응용▼c4099▼a3-4  솔레노이드▼c4100▼a3-5  응용  소자  및  장치▼c4311▼a3-5-1  스피커▼c4322▼a3-5-2  벨▼c4333▼a3-5-3  홀  센서▼c4444▼a3-5-4  전류계▼c4655▼a3-5-5  분류계▼c4766▼a3-5-6  전압계▼c4877▼a4.  교류회로  및  응용▼c4988▼a4-1  교류  특징▼c4999▼a4-2  교류  표기▼c5000▼a4-3  인덕턴스▼c5111▼a4-3-1  자기  인덕턴스▼c5222▼a4-3-2  상호  인덕턴스▼c5333▼a4-4  변압기▼c5544▼a4-5  LVDT  (선형  차동변압기)▼c5655▼a4-6  와류를  이용한  측정장치▼c5866▼a4-6-1  와류의  정의▼c5877▼a4-6-2  와류  손실▼c5988▼a4-6-3  와류식  두께  측정기(비접촉식)▼c5999▼a4-6-4  자기유도식  비접촉  변위기▼c6000▼a4-6-5  와류  브레이크▼c6111▼a4-7  캐퍼시턴스▼c6222▼a4-8  R,  L,  C  특징  비교▼c6733▼a4-9  유효전력▼c6744▼a4-10  공진▼c6855▼a4-11  필터▼c7166▼a5.  전자  소자  및  응용▼c7377▼a5-1  반도체  특징▼c7388▼a5-2  다이오드▼c7599▼a5-3  발광  다이오드▼c7700▼a5-4  7  Segment▼c7811▼a5-5  트랜지스터▼c8022▼a5-5-1  트랜지스터  기본  동작▼c8133▼a5-5-2  트랜지스터  읽는  방법▼c8344▼a5-5-3  트랜지스터  응용  예▼c8755▼a5-6  스위치▼c9366▼a5-7  릴레이▼c9477▼a6.  디지털  회로▼c9588▼a6-1  디지털  특징▼c9599▼a6-2  2진수▼c9700▼a6-3  논리  게이트▼c9811▼a6-3-1  AND  게이트▼c9822▼a6-3-2  OR  게이트▼c9933▼a6-3-3  NOT  게이트▼c10044▼a6-3-4  NAND  게이트▼c10155▼a6-3-5  NOR  게이트▼c10366▼a6-3-6  Exclusive  OR와  NOR  게이트▼c10577▼a6-4  가산기▼c10788▼a6-4-1  반가산기▼c10799▼a6-4-2  전가산기▼c10800▼a6-5  비교기▼c10911▼a6-6  인코더▼c11222▼a6-7  디코더▼c11433▼a6-8  Multiplexer▼c11744▼a6-9  Digital  system  응용▼c11855▼a6-9-1  일정량의  약을  채우기▼c11866▼a6-10  플립-플롭▼c11977▼a6-10-1  채터링  제거▼c12188▼a6-11  플립-플롭  종류▼c12399▼a6-12  J-K  플립-플롭▼c1240000▼a6-12-1  J-K  플립-플롭  응용▼c1250101▼a6-13  비동기  카운터▼c1270202▼a6-14  동기  카운터▼c1300303▼a6-15  레지스터▼c1330404▼a6-16  ROM▼c1350505▼a6-17  RAM▼c1370606▼a7.  산술연산  증폭기▼c1390707▼a7-1  산술연산  증폭기  특징▼c1390808▼a7-2  OP-AMP  종류▼c1410909▼a8.  센서  원리  및  응용▼c1471010▼a8-1  센서  특징▼c1471111▼a8-2  변환기  기능▼c1481212▼a8-3  센서  분류▼c1491313▼a8-4  변위  센서▼c1521414▼a8-5  광  센서▼c1581515▼a8-6  가스  센서▼c1601616▼a8-7  초음파  센서▼c1621717▼a8-8  변형(뒤틀림)센서▼c1631818▼a8-9  열전대▼c1641919▼a8-10  적외선  센서▼c1652020▼a8-11  센서  사양▼c1662121▼a8-11-1  범위▼c1662222▼a8-11-2  감도▼c1662323▼a8-11-3  분해능▼c1662424▼a8-11-4  선형성▼c1662525▼a8-11-5  정확성▼c1662626▼a8-11-6  제로  드리프트▼c1672727▼a8-11-7  히스테리시스▼c1672828▼a8-11-8  정밀도▼c1672929▼a8-11-9  안정도▼c1673030▼a8-11-10  주파수응답▼c1673131▼a8-11-11  응답시간▼c1683232▼a9.  구동기▼c1713333▼a9-1  구동기  특성  및  종류▼c1713434▼a9-2  솔레노이드▼c1723535▼a9-3  모터▼c1733636▼a9-3-1  서보  모터▼c1753737▼a9-3-2  스테핑  모터▼c1793838▼a9-3-3  직류  모터▼c1873939▼a9-3-4  교류  모터▼c1924040▼a9-4  모터용량  선정▼c1994141▼a9-4-1  모터  시스템  관계식▼c2004242▼a9-4-2  관성모멘트  게산▼c2014343▼a9-4-3  관성모멘트  실제  측정법▼c2024444▼a9-4-4  등가  관성모멘트의  계산식▼c2044545▼a9-4-5  관성부하를  가속하는  데  필요한  토크  계산▼c2074646▼a9-4-6  플라이휠  효과▼c2084747▼a10.  제어기▼c2174848▼a10-1  제어기▼c2174949▼a10-2  마이크로  컴퓨터  구성▼c2225050▼a10-3  CPU  종류  및  특징▼c2255151▼a10-4  Bus(버스)의  종류  및  특징▼c2255252▼a10-5  CPU  연산  실행  절차▼c2265353▼a10-5-1  fetch  cycle▼c2275454▼a10-5-2  execute  cycle▼c2285555▼a10-5-3  ADD  명령  인출  재실행▼c2295656▼a10-6  Read▼c2315757▼a10-7  쓰기  실행  절차▼c2325858▼a10-8  인터페이스▼c2325959▼a10-8-1  l/O  port▼c2326060▼a10-8-2  A/D  변환기▼c2346161▼a10-8-3  D/A  변환기▼c2366262▼a10-9  PLC▼c2396363▼a10-9-1  시이퀀스  제어▼c2396464▼a10-9-2  PLC의  전체  구성  및  PLC의  내부  동작  원리▼c2406565▼a10-9-3  PLC  프로그램▼c2456666▼a11.  메카니즘▼c2516767▼a11-1  메카니즘  특성▼c2516868▼a11-2  운동의  형태▼c2526969▼a11-2-1  자유도와  구속조건▼c257070▼a11-2-2  기구학적  연쇄▼c2577171▼a11-3  4절  연쇄▼c2587272▼a11-3-1  평행  크랭크  4절  링크장치▼c2597373▼a11-3-2  비평행  등크랭크  링크장치▼c2607474▼a11-3-3  레버  크랭크  기구▼c2607575▼a11-4  캠▼c2627676▼a11-4-1  캠  기구  정의  및  특성▼c2627777▼a11-4-2  캠의  종류▼c2637878▼a11-4-3  평면  캠▼c2637979▼a11-4-4  입체  캠▼c2678080▼a11-5  다양한  메카니즘  구성  및  종류▼c2708181▼a부록  1  모터의  용어와  관계식▼c2778282▼a부록  2  산업용  로봇  용어▼c2828383▼a부록  3  수치제어  공작기게의  용어▼c2988484
■653    ▼a메카트로닉스▼a기계▼a전자
■9500  ▼c12,000

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