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GC062 CMOS 초고주파 회로설계

GC062 CMOS 초고주파 회로설계. Class material Thomas H. Lee, The Design of CMOS Radio-Frequency Integrated Circuits , 2nd Ed. , 2004 (Cambridge) Class introduction Goal: CMOS RFIC 에 대한 기초 이론 및 설계 방법론을 익힌다 Prerequisite : 반도체 물리 , 전자회로 I/II, 전자기학 I/II. Table of Contents Passive RLC Networks

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GC062 CMOS 초고주파 회로설계

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  1. GC062 CMOS 초고주파 회로설계 Class material • Thomas H. Lee, The Design of CMOS Radio-Frequency Integrated Circuits, 2nd Ed., 2004 (Cambridge) Class introduction • Goal: CMOS RFIC에 대한 기초 이론 및 설계 방법론을 익힌다 • Prerequisite :반도체 물리, 전자회로 I/II, 전자기학 I/II

  2. Table of Contents • Passive RLC Networks • A Review of MOS Device Physics • Bandwidth Estimation • High-Frequency Amplifier Design • Voltage Reference and Biasing • Noise • LNA • Mixers • Feedback Systems • RF Power Amplifiers • PLL/Oscillators • Phase Noise

  3. Grading • H/W (25%), Midterm Exam (25%), Final Exam (25%), Term Project (25%) • 결석 1/4이상이면 F Exams: 1st Exam (7th week), Final (15th Week) Office Hours: Tue 1~2pm , Wed 3~4pm , Thu 1~2pm Office: 전자관 208호 (02-300-0140, cscho@hau.ac.kr) Homepage: http://rfmwlab.kau.ac.kr

  4. Project • Set up & Presentation: 5th week • Topics: LNA, PA, Mixer, VCO, Active balun, Active circulator, Active phase shifter, Active hybrid, LNA+Mixer, Frequency divider, Self oscillating mixer, etc. • Tool: Cadence • Interim presentation: 9th week • Final presentation & report: 15th week

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