MARC

 008060526s2005        ulka                    000a    kor
■020    ▼a89-7914-335-4
■0801  ▼a621.382
■082    ▼a621.395▼b임54ㄴ▼223
■090    ▼a621.395▼b임54ㄴ
■1001  ▼a임석구,  홍경호
■24510▼a논리회로▼d임석구,  홍경호  공저▼c  이론,  실습,  시뮬레이션/
■260    ▼a서울▼b한빛미디어(주),▼c2005
■300    ▼a656p.:p.▼b삽도▼c25cm
■505    ▼a저자  머리말▼c04▼a워밍업▼c06▼a강의  계획표▼c08▼a숲과  나무  이야기▼c10▼a강의  보조  자료  및  참고  자료▼c12▼aChapter01  들어가기▼a01_디지털과  아날로그▼c28▼a02_디지털  정보의  표현▼c32▼a03_논리  레벨과  펄스파형▼c36▼a04_디지털  집적회로▼c3900▼a05_ADC와  DAC▼c4311▼aChapter02  수의  체계22▼a01_10진수▼c5033▼a02_2진수▼c5244▼a03_8진수와  16진수▼c5455▼a04_진법  변환▼c5666▼a05_2진수  정수  연산과  보수▼c6677▼a06_2진  부동소수점의  표현▼c7488▼aChapter03  디지털  코드99▼a01_BCD  코드와  3초과  코드▼c8200▼a02_다양한  2진  코드들▼c8411▼a03_그레이코드▼c8622▼a04_오류  검출  코드▼c8633▼a05_영숫자  코드▼c9544▼aChapter04  기본논리  게이트55▼a01_논리레벨▼c10666▼a02_NOT  게이트와  버퍼  게이트▼c10877▼a03_AND  게이트▼c11088▼a04_OR  게이트▼c11299▼a05_NAND  게이트▼c11400▼a06_NOR  게이트▼c11611▼a07_XOR  게이트▼c11822▼a08_XNOR  게이트▼c12033▼a09_정논리와  부논리▼c12244▼a10_게이트의  전기적  특성▼c12455▼aChapter05  불대수66▼a01_기본  논리식의  표현▼c14077▼a02_불  대수  법칙▼c14388▼a03_논리회로의  논리식  변환▼c14699▼a04_논리식의  회로구성▼c14800▼a05_불  대수식의  표현  형태▼c15011▼a06_불  대수  법칙을  이용한  논리식의  간소화▼c16022▼aChapter06  논리식의  간소화33▼a01_2변수  카르노  맵▼c17444▼a02_3변수  카르노  맵▼c17755▼a03_4변수  카르노  맵▼c18166▼a04_선택적  카르노  맵▼c18577▼a05_논리식의  카르노  맵  작성▼c18788▼a06_5변수,6변수  카르노  맵▼c19199▼a07_퀸-맥클러스키  최소화  알고리즘▼c19400▼a08_  여러  개의  출력함수▼c20811▼a09_NAND와  NOR  게이트로의  변환▼c21422▼a10_XOR와  XNOR  게이트▼c22633▼aChapter07  조합논리회로44▼a01_가산기▼c23655▼a02_디코더/디멀티플렉서▼c25066▼a03_인코더/멀티플렉서▼c26477▼a04_코드  변환기▼c27388▼a05_패리티  발생기/검출기▼c27699▼aChapter08  플립플롭00▼a01_기본적인  플립플롭▼c28411▼a02_S-R  플립플롭▼c29122▼a03_D  플립플롭▼c29933▼a04_J-K  플립플롭▼c30544▼a05_T  플립플롭▼c31355▼a06_비동기  입력▼c31866▼a07_플립플롭의  동작  특성▼c32077▼aChapter09  동기  순서논리회로88▼a01_동기  순서논리회로  개요▼c33099▼a02_동기  순서논리회로의  해석과정▼c33200▼a03_플립플롭의  여기표▼c33911▼a04_동기순서논리회로의  설계  과정▼c34222▼a05_동기  순서논리회로의  설계▼c35333▼a06_미시용  상태의  설계  예▼c35744▼a07_카운터의  설계▼c36155▼a08_상태방정식을  이용한  설계▼c36766▼a09_디코더와  플립플롭을  사용한  설계▼c37577▼aChapter10  카운터88▼a01_비동기식  카운터▼c39099▼a02_동기식  카운터▼c39900▼a03_기타  카운터▼c41111▼a04_프리세트  카운터▼c41622▼a05_IC  카운터▼c41933▼a06_카운터의  응용▼c42544▼aChapter11  레지스터55▼a01_레지스터의  분류▼c43866▼a02_직렬입력-직렬출력  레지스터▼c44177▼a03_직렬입력-병렬출력  레지스터▼c44788▼a04_병렬입력-직렬출력  레지스터▼c44799▼a05_병렬입력-병력출력  레지스터▼c44900▼a06_양방향  시프트  레지스터▼c45111▼a07_범용시프트  레지스터▼c45322▼a08_시프트  레지스터의  응용▼c45733▼aChapter12  메모리와  프로그램  논리장치44▼a01_메모리  개요▼c46655▼a02_ROM▼c47466▼a03_RAM▼c48277▼a04_프로그램가능논리장치▼c49488▼aChapter13논리회로실험99▼a실험1.기본논리게이트▼c5130000▼a실험2.불대수와드모르간의정리▼c5200101▼a실험3.Exclusive-OR게이트▼c5290202▼a실험4.논리식의간소화▼c5360303▼a실험5.가산기와감산기▼c5380404▼a실험6.인코더와디코더▼c5450505▼a실험7.멀티플랙서와디멀티플렉서▼c5520606▼a실험8.코드변환기▼c5570707▼a실험9.플리플롭▼c5630808▼a실험10.비동식카운터▼c5710909▼a실험11.동기식카운터▼c5811010▼a실험12.기타카운터▼c5861111▼a실험13.레지스터▼c5901212▼aAppendixA  TTL  IC핀배치도▼c5951313▼aAppendixB  CMOS  IC  핀배치도▼c6111414▼aAppendixC  로지윅스5사용설명서1515▼a01_로지윅스소개와화면구성▼c6221616▼a02_회로그리기및시뮬레이션실습과정▼c6261717▼a03_로지윅스에서지원하는입출력소자▼c6331818▼a04_부품라이브러리제작▼c6391919▼a05_부품라이브러리제작예▼c6432020▼a06_기타사항▼c6472121▼a찾아보기▼c6512222
■950    ▼b￦20000

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