MARC

 008071016s2006        ulka                    000      kor
■020    ▼a8959270814
■0801  ▼a621.38(076)
■082    ▼a621.3815▼b정94ㅈ▼223
■090    ▼a621.3815▼b정94ㅈ
■1001  ▼a정현기  편저
■24510▼a전자회로▼d정현기  편저
■250    ▼a개정판
■260    ▼a서울▼b한국고시원▼c2006
■300    ▼a543p.▼b삽도▼c26cm
■44000▼ae-tech▼v13
■505    ▼a1장  반도체  이론▼a제1절  물질과  전자▼a01  물질의  구조▼c2▼a02  전자  운동▼c5▼a03  전자  방출▼c8▼a04  진공관▼c15▼a제2절  반도체▼a01  반도체  소자의  개념▼c17▼a02  다이오드▼c26▼a03  특수  반도체▼c3300▼a※  적중예상문제▼c4511▼a제2장  전원  회로22▼a제1절  정류  회로33▼a01  개  요▼c7244▼a02  종류  및  특징▼c7355▼a제2절  평활  회로66▼a01  개  요▼c8277▼a02  종류  및  특징▼c8388▼a제3절  정전압  회로99▼a01  개  요▼c8800▼a02  종류  및  특징▼c8911▼a※  적중예상문제▼c9222▼a제3장  트랜지스터의  증폭  원리33▼a제1절  트랜지스터의  저주파  해석44▼a01  트랜지스터의  구조▼c12055▼a02  바이어스  공급  및  전류  관계▼c12166▼a03  트랜지스터의  선형  해석▼c12677▼a제2잘  트랜지스터의  고주파  해석88▼a01  트랜지스터의  고주파  등가  회로▼c13499▼a02  트랜지스터  고주파  특성  곡선의  분석▼c14200▼a제3절  트랜지스터의  바이어스  회로11▼a01  트랜지스터의  바이어스  회로의  개념▼c14322▼a02  바이어스  회로  보상  방법▼c15033▼a제4절  다단  증폭  회로44▼a01  결합  커패시터  및  에미터  바이패스  콘덴서▼c15455▼a02  다단  증폭  회로의  종합  특성  해석▼c15866▼a03  증폭  회로의  왜곡과  잡음▼c16277▼aRC  결합  증폭기의  대역  제한  요소▼c16488▼a제5절  전계  효과  트랜지스터(FET)99▼a01  FET의  구조와  특성▼c16600▼a02  FET의  소신호  모델  해석▼c16911▼a※  적중예상문제▼c17422▼a제4장  연산  증폭  회로33▼a제1절  차동  증폭  회로44▼a01  차동  증폭  회로의  동작  원리▼c22455▼a02  에미터  결합  증폭  회로▼c22766▼a제2절  귀환  증폭  회로77▼a01  부귀한  증폭  회로▼c22888▼a02  귀한  증폭  회로의  해석▼c23899▼a제3절  연산  증폭  회로00▼a01  연상  증폭  회로의  특징▼c24111▼a02  연산  증폭기의  응용▼c24522▼a※  적중예상문제▼c25933▼a제5장  동조형  증폭회로44▼a제1절  동조형  증폭  회로의  기본  개요55▼a01  동조형  증폭  회로의  개념▼c30266▼a02  동조  회로의  특성▼c30277▼a03  공진  회로의  해석▼c30388▼a제2절  동조  회로의  형태99▼a01  협대역  동조  증폭  회로▼c30500▼a02  광대역  증폭  회로▼c30611▼a03  동조  대신호  증폭기▼c30822▼a04  중화  회로▼c30933▼a※  적중예상문제▼c31044▼a제6장  전력  증폭  회로55▼a제1절  전력  증폭  방식의  특성66▼a01  전력  증폭  회로의  개요▼c32077▼a02  각  전력  증폭  회로의  해석▼c32488▼a제2절  푸시풀  증폭  회로99▼a01  push-pull  증폭  회로의  개념과  특징▼c32900▼a02  OCL(Output  Condensor  Less)▼c33311▼a※  적중예상문제▼c33522▼a제7장  발진  회로33▼a제1절  발진  회로의  분류  및  특징44▼a01  발진  회로의  분류▼c34655▼a02  발진  회로의  동작  원리▼c34766▼a제2절  정현파  발진  회로77▼a01  LC  발진  회로▼c34988▼a02  수정  진동자▼c35399▼a03  RC  발진  회로▼c35600▼a※  적중예상문제▼c36111▼a제8장  변복조  회로22▼a제1절  진폭  변조(FM)33▼a01  변조의  개념▼c38444▼a02  진폭  변조(AM)▼c38655▼a03  AM  복조(검파)  회로▼c39366▼a제2절  주파수  변조(FM)77▼a01  주파수  변조  회로의  특성▼c39888▼a02  FM  복조(검파)  회로▼c40599▼a제3절  디지털  변복조  회로00▼a01  디지털  변복조의  구성▼c40911▼a02  디지털  변조의  종류▼c41122▼a03  디지털  변복조의  형태와  특징▼c41233▼a※  적중예상문제▼c43044▼a제9장  펄스  회로55▼a제1절  펄스  회로의  개념  및  응답66▼a01  펄스  회로의  개념▼c47677▼a02  펄스  회로의  형태  및  분석▼c47788▼a제2절  파형  정형  회로99▼a01  파형  정형  회로의  개요▼c4810000▼a02  파형  정형  회로의  종류와  특징▼c4820101▼a제3절  펄스파  발생  회로0202▼a01  멀티바이브레이터(multivibrator)▼c4880303▼a02  슈미트(Schmitt)  회로▼c4910404▼a03  SCR을  이용한  펄스  발생  회로▼c4920505▼a04  Damper  diode▼c4930606▼a※  적중예상문제▼c4940707
■9500  ▼c25,000

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