MARC

 008090601s2009        ulka                    000      kor
■020    ▼a9788990758002
■0801  ▼a621.379
■082    ▼a621▼bC423ㅁ▼223
■090    ▼a621▼bC423ㅁ
■1001  ▼aSabri  CetinKunt  저
■24510▼a메카트로닉스▼xMechatronics▼dSabri  CetinKunt  저▼e김정하,  곽문규,  김경수,  유정래,  임미섭  공역
■260    ▼a서울▼bITC▼c2009
■300    ▼a648p.▼b삽도▼c26cm
■505    ▼aCHAPTER01  메카트로닉스  소개▼c1▼a1.1  소개▼c1▼a1.2  사례  연구:  연소  기관의  모델링과  제어▼c13▼a1.2.1    디젤  엔진  부품▼c14▼a1.2.2  엔진  제어  시스템  부품▼c21▼a1.2.3  러그곡선을  이용한  엔진  모델링▼c24▼a1.2.4  엔진  제어  알고리즘:  엔진  지도와  비례  제어  알고리즘을  이용한  엔진  속력  조절▼c27▼a1.3  문제▼c27▼aCHAPTER02  폐루프  제어▼c29▼a2.1  디지털  제어  시스템의  부품▼c3000▼a2.2  표본  추출  동작과  신호  재구성▼c3211▼a2.2.1  포본  추출:A/D동작▼c3222▼a2.2.2  표본  추출  회로▼c3333▼a2.2.3  표본  추출  회로의  수학적인  이상화▼c3444▼a2.2.4  신호  재구성:  D/A  동작▼c4055▼a2.2.5  실시간  제어  갱신  방법과  시간  지연▼c4366▼a2.2.6  필터링과  주파수  대역  문제▼c4577▼a2.3  개루프  제어  대  폐루프  제어▼c4788▼a2.4  제어  시스템에  대한  성능  사양▼c5199▼a2.5  신호의  시간  영역과  영역  상호  관계▼c5300▼a2.6  동적  시스템의  안정▼c6111▼a2.7  근궤적법▼c6322▼a2.8  기본적인  궤환  제어  형태▼c6733▼a2.9  아날로그  제어에서  디지털  제어로의  변환▼c7944▼a2.10  문제▼c8355▼aCHAPTER  03  운동  전달을  위한  기구▼c8766▼a3.1  소개▼c8777▼a3.2  회전_회전  운동  전달  기구부▼c9188▼a3.3  회전_병진  운동  전달  기구▼c9499▼a3.4  주기  운동  전달  기구▼c9800▼a3.5  축의  어긋난  정렬과  유연  커플링▼c10911▼a3.6  구동기  크기▼c11022▼a3.7  동차  변환  행렬▼c11833▼a3.8  문제▼c12844▼aCHAPTER  04  마이크로컨트롤러▼c13355▼a4.1  내장형  컴퓨터와  비내장형  컴퓨터의  비교▼c13366▼a4.2  기본적인  컴퓨터  모델▼c13977▼a4.3  마이크로컨트롤러  하드웨어와  소프트웨어:  PIC  18F452▼c14488▼a4.4  인터럽트▼c15899▼a4.5  문제▼c16500▼aCHAPTER  05  메카트로닉스  시스템을  위한전자  소자▼c16711▼a5.1  소개▼c16722▼a5.2  기본  선형  회로▼c16733▼a5.3  등가  회로▼c17144▼a5.4  임피던스▼c17455▼a5.5  반도체  소자▼c18166▼a5.6  연산  증폭기▼c19977▼a5.7  디지털  전자  소자▼c21888▼a5.8  디지털/아날로  I/O와  컴퓨터  인터페이스▼c22399▼a5.9  DAC,ADC의  컴퓨터  인터페이스▼c22600▼a5.10  문제▼c23111▼aCHAPTER  06  센서▼c23522▼a6.1  계측  소자의  개요▼c23533▼a6.2  계측  소자의  부하  오차▼c23844▼a6.3  휘스톤  브리지  회로▼c24055▼a6.4  위치  센서▼c24466▼a6.5  속도  센서▼c26477▼a6.6  가속도  센서▼c26888▼a6.7  변형률,  힘,  그리고  토크  센서▼c27499▼a6.8  압력  센서▼c27900▼a6.9  온도  센서▼c28411▼a6.10  유량  센서▼c28722▼a6.11  습도  센서▼c29333▼a6.12  비전  시스템▼c29444▼a6.13  문제▼c29755▼aCHAPTER  07  전기  유압식  동작  제어  시스템▼c30166▼a7.1  소개▼c30177▼a7.2  유압  펌프▼c32288▼a7.3  유압  구동기:  유압  실린더와  회전  모터▼c34199▼a7.4  유압  밸브▼c34600▼a7.5  유압  동작  시스템  부품의  크기▼c38211▼a7.6  EH  동작축  자연  주파수와  대역폭  제한▼c39322▼a7.7  하나의  축  유압  동작  시스템의  선형  동역학  모델▼c39633▼a7.8  유압  운동  시스템의  비선형  동적  모델▼c40344▼a7.9  전기유압에서의  현재의  동향▼c40555▼a7.10  사례  연구▼c40866▼a7.11  문제▼c41377▼aCHAPTER  08  전기  구동기:  모터와  구동  기술▼c41788▼a8.1  소개▼c41799▼a8.2  솔레노이드▼c44900▼a8.3  DC  서보  모터와  드라이브▼c45611▼a8.4  AC  유도  모터와  구동기▼c47422▼a8.5  스텝  모터▼c48933▼a8.6  스위치  저항  모터와  구동▼c49944▼a8.7  선형  모터▼c50755▼a8.8  DC  모터:  전기기계의  동적  모델▼c51066▼a8.9  전기  모터에서  에너지  손실▼c51877▼a8.10  문제▼c52288▼aCHAPTER09  프로그래머블  로직  제어기▼c52599▼a9.1  소개▼c52500▼a9.2  PLC의  하드웨어  요소▼c52911▼a9.3  PLC의  프로그래밍▼c53622▼a9.4  PLC  제어  시스템  응용▼c54033▼a9.5  PLC  응용  예:  컨베이어  및  오븐  제어▼c54344▼a9.6  문제▼c54555▼aCHAPTER  10  프로그래머블  동작  제어  시스템▼c54766▼a10.1  소개▼c54777▼a10.2  PMC  시스템의  설계  방법▼c55288▼a10.3  동작  제어기의  하드웨어  및  소프트웨어▼c55399▼a10.4  기본  단축  동작▼c5540000▼a10.5  조정  동작  제어  방법▼c5590101▼a10.6  조정  동작의  응용▼c5650202▼a10.7  문제▼c5770303▼aAPPENDIX  A  표▼c5790404▼aAPPENDIX  B  동역학  시스템의  모델링과  스뮬레이션▼c5810505▼aB.1  동역학  시스템의  모델링▼c5810606▼aB.2  복소  변수▼c5820707▼aB.3  라플라스  변환▼c5850808▼aB.4  푸리에  급수,  푸리에  변환과  주파수  응답▼c6000909▼aB.5  전달  함수와  충격  응답의  관계▼c6091010▼aB.6  합성▼c6141111▼aB.7  미분  방정식  복습▼c6161212▼aB.8  선형화▼c6181313▼aB.9  상미분  방정식의  수치적  해와  동적  시스템의  시뮬레이션▼c6241414▼aB.10  5.4.1절의  RL과  RC  회로  예제  풀이▼c6351515▼aB.11  문제▼c6411616▼a찾아보기▼c6431717
■9500  ▼c30,000

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