MARC

 008030327s2002        ulka                    000a    kor
■020    ▼a89-5550-005-X
■0801  ▼a621.38
■082    ▼a621.3815▼bT459ㅈ▼223
■090    ▼a621.3815▼bT459ㅈ
■1000  ▼aThomas  L.  Floyd,  David  Buchla  공저  /  최웅세,  마석범,  박기식  외
■24510▼a전자회로  /  Fundamentals  of  Analog  circuits/▼dThomas  L.  Floyd,  David  Buchla  공저  /  최웅세,  마석범,  박기식  외  공역
■260    ▼a서울▼b사이텍미디어,▼c2002
■300    ▼a942p.:▼b삽도▼c29cm
■505    ▼a1.  아날로그  회로와  신호의  기본  개념▼a1-1  아날로그  전자공학▼c2▼a1-2  아날로그  신호▼c6▼a1-3  신호원▼c14▼a1-4  증폭기▼c21▼a1-5  아날로그  회로의  고장수리▼c32▼a2.  다이오드와  응용▼a2-1  반도체의  원자구조▼c50▼a2-2  PN접합▼c54▼a2-3  반도체  다디오드  바이어스▼c5600▼a2-4  다이오드  특성▼c5911▼a2-5  정류기▼c6422▼a2-6  정류기  필터와  IC  레귤레이터▼c7033▼a2-7  다이오드  리미팅과  클램핑  회로▼c7844▼a2-8  특수목적  다이오드▼c8555▼a2-9  다이오드  규격표▼c9766▼a2-10  고장수리▼c10177▼a2-11  시스템  응용▼c10688▼a3.  바이폴라  접합  트랜지스터(BJT)99▼a3-1  바이폴라  접합  트랜지스터의  구조▼c12600▼a3-2  트랜지스터의  바이어스  회로▼c13711▼a3-3  규격표의  파라미터와  AC해석▼c14922▼a3-4  공통이미터  증폭기▼c15533▼a3-5  공통컬렉터  증폭기▼c16444▼a3-6  공통베이스  증폭기▼c16955▼a3-7  트랜지스터의  스위칭  동작▼c17566▼a3-8  트랜지스터  패키지와  단자의  정의▼c18077▼a3-9  고장수리▼c18388▼a3-10  시스템  응용▼c19199▼a4.  전계효과  트랜지스터  (EFT)00▼a4-1  전계효과  트랜지스터(FET)의  구조▼c21211▼a4-2  JFET  특성▼c21322▼a4-3  JFET  바이어스▼c22333▼a4-4  MOSFET  특성▼c23344▼a4-5  MOSFET  바이어스▼c23755▼a4-6  FET  선형  증폭기▼c24166▼a4-7  FET  스위칭  회로▼c25377▼a4-8  시스템  응용▼c26188▼a5.  다단,  RF  전력  증폭기99▼a5-1  커패시터  결합  증폭기▼c28000▼a5-2  RF  증폭기▼c28711▼a5-3  변압기  결합  증폭기▼c29322▼a5-4  직접결합  증폭기▼c30133▼a5-5  A급  전력  증폭▼c30744▼a5-6  B급  전력  증폭기▼c31555▼a5-7  IC  전력  증폭기▼c32666▼a5-8  시스템  응용▼c33077▼a6.  다단,  RF,  전력증폭기88▼a6-1  연산  증폭기의  소개▼c35299▼a6-2  차동  증폭기▼c35400▼a6-3  연산  증폭기  규격표의  파라미터▼c36311▼a6-4  부궤환▼c37022▼a6-5  부궤환을  갖는  연산  증폭기  구성▼c37233▼a6-6  연산  증폭기  임피던스▼c37844▼a6-7  고장수리▼c38555▼a6-8  시스템  응용▼c38866▼a7.  연산증폭기의  주파수  응답77▼a7-1  기본  개념▼c40688▼a7-2  연산증폭기의  개루프  응답▼c41199▼a7-3  연산  증폭기  폐루프  응답▼c41400▼a7-4  정궤환과  안정도▼c41711▼a7-5  연산증폭기  보상▼c42322▼a7-6  시스템  응용▼c43133▼a8.  기본  연산  증폭기  회로44▼a8-1  비교기▼c44655▼a8-2  덧셈  증폭기▼c45966▼a8-3  적분기와  미분기▼c46577▼a8-4  변환기  및  기타  연산  증폭기  회로▼c47188▼a8-5  고장수리▼c47499▼a8-6  시스템  응용▼c47900▼a9.  능동  필터11▼a9-1  기본  필터응답▼c50022▼a9-2  필터응답특성▼c50533▼a9-3  능동  저역통과필터▼c51044▼a9-4  능동  고역통과필터▼c51455▼a9-5  능동  대역통과필터▼c51866▼a9-6  능동  대역정지필터▼c52377▼a9-7  필터응답  측정▼c52588▼a9-8  시스템  응용▼c52799▼a10.  발진기와  타이머00▼a10-1  발진기▼c54411▼a10-2  궤환  발진기  원리▼c54522▼a10-3  정현파  발진기▼c54833▼a10-4  이완  발진기▼c55644▼a10-5  발진기로서  555  타이머▼c56255▼a10-6  단안정으로서  555타이머▼c56766▼a10-7  시스템  응용▼c57177▼a11.  전압  레귤레이터88▼a11-1  전압변동률▼c58699▼a11-2  기본  직렬  레귤레이터▼c58900▼a11-3  기본  병렬  레귤레이터▼c59711▼a11-4  기본  스위칭  레귤레이터▼c60022▼a11-5  IC  전압  레귤레이터▼c60733▼a11-6  IC  전압  레귤레이터의  응용▼c61344▼a11-7  시스템  응용▼c62055▼a12.  특수  목적  증폭기66▼a12-1  계측용  증폭기▼c64377▼a12-2  고립  증폭기▼c64088▼a12-3  연산  변환  증폭기  (OTA)▼c64599▼a12-4  대수와  반대수  증폭기▼c6520000▼a12-5  시스템  응용▼c6620101▼a13.  통신회로0202▼a13-1  기본  수신기▼c6780303▼a13-2  선형  곱셈기▼c6830404▼a13-3  진폭  변조▼c6900505▼a13-4  혼합기▼c6970606▼a13-5  AM  복조▼c7000707▼a13-6  IF와  오디오  증폭기▼c7020808▼a13-7  주파수  변조▼c7060909▼a13-8  PLL▼c7101010▼a13-9  시스템  응용▼c7191111▼a14.  데이터  변환  회로1212▼a14-1  아날로그  스위치▼c7401313▼a14-2  샘플.홀드  증폭기▼c7451414▼a14-3  아날로그와  디지털  세계의  인터페이싱▼c7501515▼a14-4  디지털/아날로그  변환▼c7541616▼a14-5  아날로그/디지털  변환의  기본  개념▼c7601717▼a14-6  아날로그/디지털  변환  기법▼c7641818▼a14-7  전압/주파수와  주파수/전압  변환기▼c7761919▼a14-8  고장수리▼c7852020▼a14-9  시스템  응용▼c7902121▼a15.  측정  및  제어  회로2222▼a15-1  실효값/DC(RMS-TO-DC)변환▼c8142323▼a15-2  각도측정  회로▼c8192424▼a15-3  온도측정  회로▼c8262525▼a15-4  스트레인,  압력,  운동  측정  회로▼c8362626▼a15-5  전력제어  회로▼c8442727▼a15-6  시스템  응용▼c8502828
■9500  ▼b￦35000
■971    ▼aThomas  L.  Floyd,  David  Buchla  공저  /  최웅세,  마석범,  박기식  외  공역

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