Contents:
David Vye, Microwave Joual Editor. A brief review of this past year and a look ahead to 2012 as the industry forges forward with new opportunities
Simon L. Cotton and William G. Scanlon, Queen’s University Belfast. Presents the results of some illustrative experiments that will help quantify the impact of the human body and related movements on signal reception and their implications in body-centric system design
CST of America. Introduction to CST’s newest release of CST STUDIO SUITE™, which comprises CST’s full 3D electromagnetic simulation as well as other tools, dedicated to specific problems, such as cable haess or EM/circuit co-simulation
David A. Hall, National Instruments. In-depth look at some of the fundamental enabling features of the physical layer that allow the specification to support higher throughput
Chin Leong Lim, Avago Technologies. Describes the design and construction of the variable resistance circuit, as well as its modeling and performance
C.L. Wei, B.F. Jia, Z.J. Zhu and M.C. Tang, University of Electronic Science and Technology of China. Presents a compact microstrip, dual-mode, dual-band, bandpass filter with multiple transmission zeros and example design
Kirti Bansal, K.K. Jain, B.S. Matheru and U.C. Ray, Solid State Physics Laboratory. Presents an automated cavity perturbation technique at X-Band using a VNA and LabVIEW software
David Vye, Microwave Joual Editor. A brief review of this past year and a look ahead to 2012 as the industry forges forward with new opportunities
Simon L. Cotton and William G. Scanlon, Queen’s University Belfast. Presents the results of some illustrative experiments that will help quantify the impact of the human body and related movements on signal reception and their implications in body-centric system design
CST of America. Introduction to CST’s newest release of CST STUDIO SUITE™, which comprises CST’s full 3D electromagnetic simulation as well as other tools, dedicated to specific problems, such as cable haess or EM/circuit co-simulation
David A. Hall, National Instruments. In-depth look at some of the fundamental enabling features of the physical layer that allow the specification to support higher throughput
Chin Leong Lim, Avago Technologies. Describes the design and construction of the variable resistance circuit, as well as its modeling and performance
C.L. Wei, B.F. Jia, Z.J. Zhu and M.C. Tang, University of Electronic Science and Technology of China. Presents a compact microstrip, dual-mode, dual-band, bandpass filter with multiple transmission zeros and example design
Kirti Bansal, K.K. Jain, B.S. Matheru and U.C. Ray, Solid State Physics Laboratory. Presents an automated cavity perturbation technique at X-Band using a VNA and LabVIEW software