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전자회로

전자회로. Electronics, Electronic circuits Analog 회로 , Digital 회로 반도체 (Semiconductor) Transistor IC (Integrated Circuits): 반도체위에 모든 회로를 Fabricated ( linear amplifier  digital logic gate). IT3303 전자회로 I. Class material

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전자회로

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  1. 전자회로 • Electronics, Electronic circuits • Analog 회로, Digital 회로 • 반도체 (Semiconductor) • Transistor • IC (Integrated Circuits): 반도체위에 모든 회로를 Fabricated (linear amplifier  digital logic gate)

  2. IT3303 전자회로I Class material • Donald A. Neamen, Microelectronics: Circuit Analysis and Design, 4th Ed., McGraw-Hill, 2009. • Reference: Sedra /Smith, Microelectronic Circuits, 5th Ed., Oxford, 2004. Class introduction • Goal:반도체의 여러 원리 및 특성을 공부하여 반도체 소자 및 전자회로의 여러 구성 즉, Diode, FET, BJT 및 각종 Amplifier의 원리를 익히고 실제 설계 능력을 배양한다. • Prerequisite :회로이론 I, II

  3. Table of Contents • Semiconductor Materials and Diodes • Diode Circuits • FET, FET Amplifiers • BJT, BJT Amplifiers • Frequency Responses • Op amps • Biasing and Active loads • Differential amps Grading • H/W (15%), Midterm Exam (40%), Final Exam (40%), 수업참여도 (5%) 결석 1/4이상이면 F Exams: Midterm Exam (7주째), Final (15th Week)

  4. Homework Copy 1번 0점, 2번 이전 H/W 모두 0점. 3번 F Office Hours: Mon 1~2pm , Tue 10-11am, Wed 10~11am, TA: 소순원 (전 224호) Office: 전자관 208호 (02-300-0419, cscho@kau.ac.kr) Homepage: http://rfmwlab.kau.ac.kr 휴대전화 절대 사용 (발신 수신 모두) 금지 • 1번 사용시 퇴장 • 2번 사용시 F

  5. 어떻게 하면 전자회로를 잘 할 수 있을까? • Design examples • Design exercise problems • End-of-chapter design problems • PSPICE: Simulation Program with Integrated Circuit Emphasis

  6. 평가는? • Closed book: 기본적인 수식은 제공 • 얼마나 원리를 잘 이해하고 분석, 설계 할 수 있는 지 평가 • 수업참여도 반영 • 숙제는 연습문제 및 Design 문제

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