MARC

 008030218s2000        ulka                    000      kor
■020    ▼a89-8325-252-9
■0801  ▼a621.38
■082    ▼a621.3815▼b김68ㅅ▼223
■090    ▼a621.3815▼b김68ㅅ
■1000  ▼a김인태,  이재곤
■24510▼a실용  전자회로▼d김인태,  이재곤  공저.
■260    ▼a서울▼b한올출판사▼c2000
■300    ▼a590p.▼b삽도▼c26cm
■505    ▼a1.기초회로법칙▼a1.1  kirchhoff의  법칙▼c1▼a1.2  Ohm  법칙▼c3▼a1.3  중첩의  정리▼c4▼a1.4  테브난(Thevenin)의  정리▼c5▼a1.5  노튼(Norton)의  정리▼c6▼a1.6  Miller의  정리▼c8▼a1.7  최대  전력  공급▼c11▼a2.  pn접합  다이오드와  그  응용▼a2.1  반도체  기초  이론▼c1700▼a2.2  n형  및  p형  반도체▼c2511▼a2.3  pn접합(pn  Junction)▼c2822▼a2.4  pn  접합의  바이어스(Bias)▼c3033▼a2.5  다이오드(Diode)▼c3344▼a2.6  정류회로▼c3955▼a2.7  다이오드  클리퍼와  클램퍼회로▼c5166▼a2.8  전압체배기  (Voltage  Multplier)▼c5677▼a3  특수  다이오드와  기타  2단자  소자88▼a3.1  제너  다이오드▼c6399▼a3.2  바렉터  다이오드  (Varavtor  Diode)▼c6700▼a3.3  전력(電力)  다이오드▼c6911▼a3.4  쇼트키  다이오드  (Schottky  Diode)▼c7022▼a3.5  터널  다이오드  (Tunnel  Diode)▼c7133▼a3.6  LED(Light-emitting  Diode)▼c7244▼a3.7  광  다이오드  (Photo  Diode)▼c7355▼a3.8  기타  2단자  소자▼c7566▼a4  바이폴라  트랜지스터와  그  바이어스  회로77▼a4.1  바이폴라  트랜지스터  (Bipolar  Transistor)▼c7788▼a4.2  트랜지스터  증폭회로▼c8099▼a4.3  트랜지스터  바이어스▼c8600▼a5  트랜지스터  소신호  증폭기와  그  주파수  특성11▼a5.1  트랜지스터  모델링(Modeling)▼c10322▼a5.2  공통  에미터  증폭기(Common-Emitter  Amplifier)▼c11033▼a5.3  에미터  저항  Re를  같는  C-E  증폭기▼c11744▼a5.4  공통  컬렉터  증폭기  (C-C  Amplifler)▼c12055▼a5.5  공통  베이스  회로  (Common-Base  Amplifier)▼c12366▼a5.6  Darlington  증폭회로▼c12577▼a5.7  캐스코드  (Cascode)증폭기▼c12788▼a5.8  다단  증폭기▼c13299▼a5.9  증폭기의  주파수  특성▼c13500▼a6  전계효과  트랜지스터11▼a6.1  FET의  특징▼c16422▼a6.2  JFET의  특성과  정수▼c16633▼a6.3  공핍형  MOSFET▼c17244▼a6.4  증가형  MOSFET▼c17455▼a6.5  CMOS▼c17766▼a6.6  FET의  바이어스  회로▼c18277▼a7  FET  소신호  증폭기와  동조증폭기88▼a7.1  FET  등가회로▼c18999▼a7.2  공통  소스(Common-Sourse)  증폭기▼c18900▼a7.3  소스  저항가  있는  증폭기▼c19311▼a7.4  공통  드레인  증폭기▼c19822▼a7.5  공통  게이트  증폭기▼c20133▼a7.6  FET  다단  증폭기▼c20444▼a7.7  동조  증폭기  (Tunde  Amplifier)▼c20655▼a8  대신호  증폭기66▼a8.1  점에  의한  증폭기의  분류▼c21777▼a8.2  신호왜곡  (Distortion)▼c21988▼a8.3  A급  증폭기▼c22399▼a8.4  변압기  결합  전력  증폭기(Transformer-Coupled  Power  Amplifier)▼c22800▼a8.5  B급  푸쉬풀  증폭기▼c23311▼a9  연산  증폭기와  그  응용22▼a9.1  연산증폭기의  개요▼c24333▼a9.2  자동증폭기▼c24644▼a9.3  기본  연산증폭기  회로▼c26655▼a9.4  연산증폭기의  응용▼c27866▼a10  특수  반도체  소자77▼a10.1  Shockley  다이오드▼c31288▼a10.2  SCR(Silicon  controllde  Rectfier)▼c31699▼a10.3  실리콘  제어  스위치  (SCS)▼c32200▼a10.4  다이악  (DIAC)▼c32511▼a10.5  트라이악  (TRIAC)▼c32822▼a10.6  GTO  (Gate  Turn-OFF  Switch)▼c33033▼a10.7  UJT(Unijunction  Transistor)▼c33144▼a10.8  PUT(Programmable  Unikunction  Transistor)▼c33855▼a10.9  광전자  소자▼c34166▼a11  귀환  증폭기와  발진회로77▼a11.1  귀환  회로의  일반적인  구성▼c35688▼a11.2  부귀환  증폭기의  일반적인  특징▼c35799▼a11.3  귀환  증폭기의  회로  형태▼c36100▼a11.4  귀환  증폭기의  동작량▼c36211▼a11.5  귀환  증폭회로의  해석▼c37022▼a11.6  발진의  원리▼c38833▼a11.7  LC  귀환  발진회로▼c39344▼a11.8  RC  발진회로▼c40455▼a11.9  크리스탈  발진회로  (Crystal  Oscillator)▼c41466▼a11.10  이완  발진기(Relaxation  Oscillator)▼c41777▼a12  선형  및  디지털  IC와  그  응용88▼a12.1  인터페이스  회로▼c43999▼a12.2  Timmer  IC▼c45000▼a12.3  Voltage-Controllde  Oscillator(VCO)▼c43611▼a12.4  PLL(Phade-Locked  Loop)▼c46722▼a13  정전압  회로33▼a13.1  정  전압  회로의  일반적  구성▼c48144▼a13.2  전압  변동률(Voltage  Regulation)▼c48255▼a13.3  직렬  전압  안정회로(Series  Voltage  Regulator)▼c48566▼a13.4  병렬  정전압회로▼c50177▼a13.5  스위칭  정  전압  회로▼c50388▼a13.6  IC  전압  회로▼c50599▼a14  변조와  복조0000▼a14.1  변조의  필요성▼c5170101▼a14.2  변조방식▼c5180202▼a14.3  진폭  변조▼c5190303▼a14.4  진폭  변조  회로▼c5260404▼a14.5  AM파  복조▼c5300505▼a14.6  주파수  변조와  위상  변조▼c5340606▼a14.7  주파수  변조기  (FM  Modulator)▼c5410707▼a14.8  주파수  복조기  (FM  Demodulator)▼c5420808▼a14.9  FM  수신기▼c5430909▼a14.10  펄스(Pulse)  변조▼c5441010▼a14.11  주파수  분할  다중방식과  시분할  다중방식▼c5461111▼a15  펄스  회로1212▼a15.1  펄스파형▼c5511313▼a15.2  선형회로의  파형정형C▼c5541414▼a15.3  스위칭소자▼c5651515▼a15.4  펄스회로▼c5691616
■9500  ▼b￦20000

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