[电子书]【2008清华---Wireless Microwave Systems and Technologies】【Professor Stepan Lucyszyn】【英文】

[post]【资料名称】： 清华短期课程---Wireless Microwave Systems and Technologies（从射频系统到MMIC，RF MEMS Bt,'g*Cs  
【作者】： Professor Stepan Lucyszyn 4:a ~Wlp[  
【语言】： 英文 4;AQ12<[1  
【页数/格式】： pdf 32SkxcfrCK  
【作品日期】: 2008.5 ji\LC%U-  
【内容摘要】: 4K7ved)  
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The Book U!c+i#:t  
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The course is based around the following book: <\Y(+?+uZ  
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I. D. Robertson and S. Lucyszyn (Editors), “RFIC and MMIC Design and Technology”, English Version Published by the IEE, London, Nov. 2001; Chinese Translation Published by the Publishing House of Electronics Industry, Beijing, China, Feb. 2007 % 33O)<?  
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RFIC and MMIC technology provides the core component for a wide range of microwave and millimetre-wave communications, radar and sensing systems. This textbook, for final-year under graduates and Masters level students, introduces the technology and covers all the key circuit techniques. It takes a detailed look at: devices and fabrication technology; passive components, such as inductors, resistors and coplanar circuits; CAD techniques; amplifiers; oscillators; mixers; switches and attenuators; phase shifters; integrated antennas; transceivers; and measurement techniques. w+*rbJ  
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Background k\T]*A  
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A major problem within a company is the poor communications between marketing managers, system engineers, circuit designers and R&D engineers. Each understand their own field of expertise, but may have limited practical insight at the other levels. For example, a systems engineer may ask a circuit designer to meet specifications that are unrealistic, based on current in-house technologies; so the R&D group steps in to investigate alternative technologies, which may be too costly from the outset or may result in production lead times that are unacceptable for the targets recommended by marketing managers. y }R2ZO  
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Introduction to the Course ;}U]^LT=  
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The commercial landscape for wireless microwave systems is changing at an ever increasing rate. Driven by consumer demands for greater efficiency, higher levels of performance at lower cost and greater freedom of movement, industry has to demonstrate flexibility as well as good engineering practice. To this end, this course will try to increase human resource potential by explaining some of the fundamental issues associated with commercial wireless microwave applications, at both systems and technological levels. xZ`vcS(  
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Objectives ':_gYA  
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To introduce students to some of the many techniques and technologies associated with wireless microwave systems and circuit implementation.To illustrate the conflicting requirements (e.g. increasing performance and cost drivers) imposed by those at other levels in the organizational chain. Through examples, a better understanding of the “big picture” can be gained.

DAY 1 (2^nd June): SYSTEMS LEVEL O{\<Izm`D  
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Topic 1: Commercial Communications Systems CALD7qMK  
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Spectrum and Band AllocationWireless ApplicationsWireless CommunicationsWideband-COMAWireless Local Area NetworksITS and OSRCUltra Wideband (UWB)Optical Communications

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Topic 2: Transceiver Architectures 047PlS  
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Simple ArchitecturesSimple Receiver ArchitecturesSimple Transmitter ArchitecturesWideband-COMA ArchitecturesSoftware RadioPhased-Array AntennasUltra-WidebandRadio-Over-Fibre Base Stations

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Topic 3: Subsystem Specifications .*oL@iX  
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General Circuit SpecificationsSpecifications for Nonlinear CircuitsMixersFiltersPhase Shifters

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Topic 4: RF Power Link Budgets ;R2A>f~  
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Friis Link EquationReceiver’s Minimum Detectable Signal and SensitivityCompression and Third-Order IntermodulationReceiver Power Budget AnalysisSoftware Radar

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DAY 2 (3^rd June): TECHNOLOGY LEVEL Y:m8UnT  
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Topic 5: HMIC and MMIC Technologies i>CR{q  
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Introduction to MICsAdvantages and DisadvantagesCircuit Design TechniquesAdvanced Foundry TechnologiesMulti-Chip Module Technology Applications

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Topic 6: Control Circuits 1EQ:@1  
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Phased Array AntennasPhase Shifters

Attenuators

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Topic 7: Software Radio/Radar Transceivers iWr #H  
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Direct Carrier Signal ProcessingI-Q Vector Modulators

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      - Diode Mixer 7SYe:^Dx  
        - PIN Diode Reflection-Type pxedj  
        - Balanced (I-Q) <[}zw!z  
        - Push-Pull (I-Q) A=|a!N/  
        - I-Q (Push-Pull) (,+#H]L  
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DAY 3 (4^th June): RF MEMS m zoH$@  

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Topic 8: RF Microelectromechanical Systems s%Ph  
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Introduction to MEMSFabrication Technologies for MEMSRF MEMS ComponentsSelf-Assembly InductorsVariable CapacitorsSwitches (MMIC and MEMS)Phase ShiftersTunersFiltersAntennaTransceiverPackaging

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Stepan Lucyszyn is currently a Reader (Associate Professor) in Millimetre-Wave Electronics at Imperial College London and a Visiting Professor at Tsinghua University (Beijing, China). Following 12 years of RFIC/MMIC research, he has spent the past 7 years focusing on RF MEMS. In 1999, he was a Tan Chin Tuan Exchange Fellow in Engineering at Nanyang Technological University (Singapore). During the summer of 2002, Dr Lucyszyn worked as a Guest Researcher, within the MEMS laboratory of the National Institute of Advanced Industrial Science and Technology (Tsukuba, Japan). In 2004, he published a review paper on RF MEMS technology, which won an IEE Premium Award in 2005. From 2004-2007, he represented Imperial within the European Union’s Framework VI Network of Excellence on Advanced MEMS for RF and Millimeter Wave Communications (AMICOM). gjnEN1T22  
          To date, Dr Lucyszyn has (co-)authored well over 100 technical papers in applied physics and engineering, and presented many invited lectures at international conferences and workshops. In Nov. 2005, he was appointed an Associate Editor for the IEEE/ASME Journal of Microelectromechanical Systems. Over the past few years Dr Lucyszyn has been an External Examiner for numerous research students in the UK, Singapore and China. In addition, he has sat on European panels for the funding of research projects and served as a member of technical programme committees for international conferences. In 2005, he was elected Fellow of the Institution of Electrical Engineers and a Fellow of the Institute of Physics. zIS ,N '  
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清华短期课程---Wireless Microwave Systems and Technologies（从射频系统到MMIC，RF MEMS） [io|qLr}\  
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