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1. 전자제어설계 반 라인트레이서A : (Line Tracer) ···································································································· 7
2. 전자제어설계 반B : OP-AMP 를 이용한 스피커 회로 ························································································· 23
3. 제어회로설계 반 크리스마스 트리C : ······················································································································ 37
4. 전자회로설계 반 납땜인두 온도 조절기A : ············································································································ 51
5. 전자회로설계 반 선풍기 속도 제어기A : ·············································································································· 57
6. 전자회로설계 반A : TRIAC 을 이용한 램프 조광기 ····························································································· 65
7. 전자회로설계 반A : NE555 를 이용한 DC 모터 제어기 ··················································································· 75
8. 전자회로설계 반B : PIR 센서와 키패드를 활용한 자동문 ··················································································· 83
9. 전자회로설계 반 아두이노와B : Tiny RTC 를 이용한 한글시계 ······································································· 93
10. 전자회로설계 반 블루투스 스피커B : ················································································································· 105
11. 전자회로설계 반 스마트 윈도우B : ····················································································································· 113
12. 전자회로설계 반 가스 누출 종합 경보 시스템C : ··························································································· 127
13. 전자회로설계 반 보행자 신호등 안전 안내 시스템C : ··················································································· 139
14. 정보통신기기 반A : LED 풍차 ····························································································································· 151
15. 정보통신기기응용 반 전원회로A : (Power Circuit) ······················································································· 159
16. 정보통신기기기초 반A : CMOS 를 통한 LED 동작 ··························································································· 167
17. 정보통신기기기초 반A : CMOS 발진회로를 이용한 LED 동작회로 ······························································· 173
18. 정보통신기기설계 반A : TR 을 이용한 비안정 멀티바이브레이터 ······························································· 183
19. 정보통신회로설계 반A : TTL 발진회로 ············································································································· 193
20. 정보통신기기기초 반B : C-MOS 를 이용한 발진회로 ····················································································· 201
21. 정보통신기기기초 반 하트 모양B : LED 무드등 ····························································································· 213
22. 정보통신기기기초 반B : TTL 을 이용한 발진회로 ··························································································· 225
23. 정보통신기기기초 반 전원회로B : ······················································································································· 235
24. 정보통신기기기초 반B : 10 초 줄게요 ················································································································· 245
