MARC

 008070710s2002        ulka                    000      kor
■020    ▼a8931531664
■0801  ▼a681.3.02
■082    ▼a600▼223
■090    ▼a600▼b이97
■1001  ▼a이희문  지음
■24510▼aPIC16F84의  기초+  a▼d이희문  지음
■260    ▼a서울▼b성안당▼c2002
■300    ▼a633p.▼b삽도▼c26cm
■505    ▼a제1장  PIC16F84의  구조▼a1.1  마이크로  컨트롤러▼c4▼a1.2  PIC  시리즈▼c6▼a1.3  PIC16F84의  특징▼c15▼a1.4  PIC16F84의  메모리▼c23▼a1.4.1  프로그램  메모리▼c24▼a1.4.2  데이터  메모리▼c27▼a1.4.4  EEPROM▼c32▼a1.5  PIC16F84의  특수  기능  레지스터▼c33▼a1.6  PIC16F84의  I/O  포트▼c4400▼a제2장  PIC16F84(PIC16XXX)의  명령11▼a2.1  명령어  35개▼c5522▼a2.2  혼란스러운  명령▼c5833▼a2.3  명령의  설명  및  예제▼c6244▼a2.4  어셈블러  지시어(의사명령)▼c8355▼a2.5  자주  사용되는  프로그램  기법▼c9366▼a제3장  무료  어셈블러/시뮬레이터(MPASM/MPLAB)77▼a3.0  실제  프로그램  설치▼c10888▼a차  례99▼a3.1  MPASM▼c11000▼a3.2  무료  통합  환경(MPLAB)  INTEGRATED  DEVELOPMENT  ENVIRONMENT▼c12311▼a3.3  MPLAB  IDE를  이용한  시뮬레이션▼c13122▼a3.3.1  코딩▼c13233▼a3.3.2  어셈블(컴파일)▼c13344▼a3.3.3  시뮬레이션▼c13755▼a3.4  MPLAB  IDE를  이용한  디버링▼c14166▼a3.4.1  오류가  발생하면▼c14277▼a3.4.2  WDT의  시뮬레이션▼c14388▼a3.4.3  각종  메모리의  임의  변경(입출력  시뮬레이션)▼c14999▼a3.4.4  인터럽트의  시뮬레이션▼c15300▼a3.4.5  디버그  및  시뮬레이션의  참고  사항▼c15811▼a제4장  기본  프로그램  및  예제22▼a4.1  실제  제작을  위한  준비▼c16433▼a4.1.1  회로도  보기▼c16544▼a4.1.2  설계시  주의할  점▼c16755▼a4.1.3  회로도에  없는  내용▼c17666▼a4.1.4  제작시  주의점  및  테크닉▼c17877▼a4.1.5  전원  부분  만들기▼c18488▼a4.2  기본  개발  환경  만들기▼c18899▼a4.2.1  실험용  보드  만들기▼c18800▼a4.3  포트  제어▼c19111▼a4.3.1  포트  입출력  실험▼c19222▼a4.3.3  카운터  사용법▼c22533▼a4.3.4  인터럽트  사용법▼c23244▼a4.3.5  SLEEP과  임터럽트▼c24055▼a4.3.6  7세그먼트  사용법▼c25066▼a4.3.7  LCD  제어▼c26677▼a4.3.8  RS-232  통신  및  PC  터미널  연결▼c29888▼a4.4  스태핑  모터  제어▼c32799▼a4.4.1  스태핑  모터  구조▼c32800▼a4.4.2  유니폼과  1상  여자  방식  구동▼c33011▼a4.4.3  유니폼과  2상  구동▼c33422▼a4.4.4  유니폼과  1.2상  구동  방식▼c33733▼a4.4.5  가감속  루틴▼c34044▼a4.5  DC  모터  제어▼c34755▼a4.5.1  일반  DC  모터와  감속  기어가  부착된  DC  모터▼c34866▼a4.5.2  DC  모터  구동에서  PWM  제어의  이해▼c35077▼a4.5.3.  DC  모터의  정.역회전▼c35788▼a4.6  센서  제어▼c36499▼a4.6.1  OP-AMP  개념잡기▼c36500▼a4.6.2  AD  컨버터▼c36911▼a4.6.3  온도  센서▼c37622▼a4.6.4  광센서▼c38833▼a4.7  PC와  통신하기▼c42444▼a4.7.2  PC의  I/O  포트  개념▼c42555▼a4.7.2  PC  프린터  포트와  연결하기▼c42766▼a4.7.3  PC  직렬  포트와  연결하기▼c43577▼a4.7.4  PC와  연결되는  계측  시스템  설계▼c44388▼a제5장  PIC16F84를  이용한  응용99▼a5.1  직렬  LCD  제어기▼c45500▼a5.1.1  직렬  LCD  제어기의  구성▼c45611▼a5.1.2  직렬  LCD  제어기의  인클루드  파일들▼c45722▼a5.1.3  직렬  LCD  제어기의  주프로그램▼c45933▼a5.1.4  직렬  LCD  실험▼c46244▼a5.2  직렬  그래픽  LCD  제어기▼c47055▼a5.2.1  그래픽  LCD에  관하여▼c47166▼a5.2.2  240X  128  중형  LCD  제어▼c48177▼a5.2.3  그림  블록,문자  표시,CG  표시▼c48788▼a자례99▼a5.2.4  직렬  그래픽  LCD  제어기▼c50400▼a5.2.5  PC와  통신하기▼c51711▼a5.3  회전식  전광판  제작▼c53122▼a5.3.1  기본  구동  원리▼c53233▼a5.3.2  조합형  한글  분석▼c53444▼a5.3.3  골격  만들기▼c54155▼a5.3.4  전광판용  PC  프로그램▼c54666▼a5.3.5  EEPROM  달기▼c54777▼a5.3.6  장문표시하기▼c54988▼a부록99▼a부록  1.  C언어  엿보기▼c56300▼a1.C언어를  적용하는  이유▼c56411▼a1.1  C언어를  사용하는  장접▼c56422▼a1.2  일반  C언어와  PIC용  C언어의  차이점▼c56533▼a2.CCS-C란  무엇인가?▼c56644▼a2.2  CCS-C    설치  및  기본  설정▼c56755▼a2.3  MPLAB에  CCS-C(PCM)연결하기▼c57066▼a3.CCS-C  함수▼c57177▼a3.1  CCS-C  기본  프로그램  작성▼c57288▼a3.2  프리프로세서(선언문)▼c57499▼a3.3  함수  설명▼c5790000▼a부록  2.  다른  PIC  시리즈  맛보기▼c5900101▼a1.PIC16C71X(PIC16C71,710,711)▼c5910202▼a1.1  PIC16C71X의  내장  ADC▼c5930303▼a1.2  ADC에  관련된  특수  기능  레지스터▼c5940404▼a1.3  PIC16C711을  이용한  4채널  스코프▼c5970505▼a2.PIC16F874(PIC16F877,PIC16C74)▼c6060606▼a2.1  PIC16F874로  LCD  표시하기▼c6090707▼a2.2  PIC16F874를  이용한  전압계  시스템▼c6110808▼a부록  3.  HSPIN  프로그램  전문▼c6160909▼a1.HSPIN.H  헤더  파일▼c6161010▼a2.MOUSE.H  헤더  파일▼c6271111▼a3.HSPIN.CPP  주  프로그램▼c6291212
■9500  ▼c20,000

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