SJSU EE 220 - GS_EE220 (4 pages)

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GS_EE220



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GS_EE220

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Pages:
4
School:
San Jose State University
Course:
Ee 220 - Radio Frequency Integrated Circuit Design I
Radio Frequency Integrated Circuit Design I Documents

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San Jos State University Department of Electrical Engineering EE220 Radio Frequency Integrated Circuit Design I Number 43744 Section 01 Fall 2011 Instructor Office Location Phone Email Office Hours Class Schedule Classroom Prerequisites Prof Hamedi Hagh ENGR381 408 924 4041 hamedi sjsu edu Tuesdays 13 30 to 16 00 and Wednesdays 10 15 to 12 00 or by appointment Tuesdays Thursdays 16 30 17 45 ENGR401 EE124 or instructor consent Course Description The radio frequency integrated circuit design 1 RFIC I is an introductory graduate level course which covers topics of wireless transceiver architectures RF modeling of transistors and integrated components including planar inductors capacitors and transformers in submicron CMOS and Bipolar processes network theory S parameters power gains of 2 port networks lumped transmission lines wideband impedance matching and concepts such as intercept points intermodulation distortion and link budgets of transmitter distortion as well as phase noise noise figure and link budgets of receiver noise Required Textbook The RFIC notes authored by Prof Hamedi Hagh are available from the IEEE office ENGR 370 Students must respect the copyright law and they should not copy or duplicated notes Suggested Reference Materials for Extra Readings B Razavi RF Microelectronics Upper Saddle River New Jersey Prentice Hall 1998 T H Lee The Design of CMOS Radio Frequency Integrated Circuits Cambridge U K Cambridge University Press 2004 D M Pozar Microwave Engineering New York John Wiley 1998 Grading assignments midterm exam project final exam 20 20 30 30 Grading Percentage Breakdown 90 and above 89 85 84 82 A AB RFIC Design I EE220 Fall 2011 page 1 81 79 78 75 74 72 71 69 68 65 64 62 61 59 58 55 below 55 B BC C CD D DF Exams Exams will be based on the lecture notes and class discussions Exam schedules are listed on the course syllabus The midterm exam will be 75 minutes with 3 questions and the final exam will be 135 minutes with 5 questions Exams will be



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