IEEE MTT-V053-I06A (2005-06)

Description

010 - [email protected] 1 020 - [email protected] 2 II. A NTENNA D ESIGN AND C HARACTERISTICS......Page 3 B. Dipole Design......Page 4 III. C HANNEL M ODEL......Page 5 V. R ESULTS......Page 6 Fig.€12. Comparison between experimentally and simulated EMI for......Page 7 Fig.€13. Scattering parameters measured in the three-element vec......Page 8 A. Taflove, Computational Electodynamics: The Finite-Difference......Page 9 I. I NTRODUCTION......Page 11 B. Nondestructive In Situ Package Characterization......Page 12 C. Recursive Implementation of the Algorithm......Page 13 Fig.€3. Simplified schematic of a programmable termination cell.......Page 14 Fig.€7. Smith chart of $S$ -parameters up to 50 GHz of three of......Page 15 A. Uncorrelated Errors......Page 16 V. C OMPARISON W ITH EM S IMULATIONS AND C ONVENTIONAL M EASUREM......Page 17 TABLE II H IGH -F REQUENCY EM S IMULATION P ARAMETERS (F INITE -......Page 18 VI. D ISCUSSION AND O UTLOOK......Page 19 C. Schuster, G. Leonhardt, and W. Fichtner, Electromagnetic simu......Page 20 I. I NTRODUCTION......Page 22 TABLE I U SABLE M ATERIALS OF E ACH L AYER OF THE P OLARIZER......Page 23 Fig.€2. TLMIE method applied to the modeling of the unit section......Page 24 Fig.€4. Polarizer (ARROW) TM power loss. Comparison between expe......Page 25 IV. C ONCLUSIONS......Page 26 A. Massaro, L. Pierantoni, and T. Rozzi, Accurate analysis of wa......Page 27 II. C OMPONENT D ESIGN......Page 29 B. Directional Coupler......Page 30 Fig. 4. Scattered radiation patterns $(P_s /P_o \times 10^{3})$......Page 31 Fig.€7. Cold-test transmission measurements of the 22-mm-diamete......Page 32 TABLE II C OLD -T EST I NSERTION -L OSS M EASUREMENT R ESULTS W......Page 33 V. C ONCLUSIONS......Page 34 F. B. Foote, D. T. Hodges, and H. B. Dyson, Calibration of power......Page 35 II. P ERTURBATION F ORMULA......Page 36 Fig.€4. Vertical cut through the cavity showing the field distri......Page 37 IV. H IGHER O RDER M ODES IN $Z$ - DIRECTION......Page 38 Fig.€5. Feed positioning fixture.......Page 39 H. E. Bussey and A. J. Estin, Errors in dielectric measurements......Page 40 II. D ESIGN OF THE S TROBE P ULSE G ENERATOR......Page 41 Fig.€2. Measured output pulse waveforms of the delay-line and sh......Page 42 Fig.€4. Equivalent-circuit model of the two-diode-bridge sampler......Page 43 Fig.€5. Layout of the designed sampling circuit with main RF com......Page 44 IV. F ABRICATION AND P ERFORMANCE OF THE CSH S AMPLER......Page 45 Fig.€10. Measured and calculated normalized conversion losses of......Page 46 S. Azevedo and T. E. McEwan, Micropower impulse radar, Sci. Tech......Page 47 Advanced Design System 2003A, Agilent EEsof EDA, Westlake Villag......Page 48 I. I NTRODUCTION......Page 49 III. V ERTICAL S OLENOID I NDUCTOR......Page 50 Fig.€5. Single-turn stacked inductor can be represented by the d......Page 51 Fig.€6. Contour plot of: (a) the impedance and (b) the QF of the......Page 52 Fig.€9. Measured QFs of solenoid inductors and spiral inductors.......Page 53 Fig. 13. Magnitude of $S_{21}$ without pad deembedding for diffe......Page 54 S.-M. Yim, T. Chen, and K. O, The effects of a ground shield on......Page 55 I. I NTRODUCTION......Page 57 Fig.€2. Schematic of the proposed $V$ -band divide-by-four frequ......Page 58 III. M EASUREMENT R ESULTS OF D IVIDE - BY -F OUR MMIC......Page 59 Fig.€7. Measured phase-noise performance of the input and output......Page 60 IV. E XTENSION TO D IVIDE - BY -F IVE MMIC......Page 61 Fig.€14. Measured bandwidth of the divide-by-five MMIC as a func......Page 62 K. Kurokawa, Injection locking of microwave solid-state oscillat......Page 63 II. F ORMULATION OF THE M ODEL......Page 65 III. N UMERICAL R ESULTS AND C OMPARISONS......Page 66 Fig.€3. Magnitude of the input return-loss parameter for the mic......Page 67 S. D. Gedney, An anisotropic perfectly matched layer layer-absor......Page 68 II. S TRUCTURE D ESCRIPTION AND F ORMULATION OF THE P ROBLEM......Page 70 A. Orthogonality......Page 71 B. Defining the Structure of the Matrix $[{P}]$......Page 72 C. Concept of Partial Powers......Page 73 Fig.€5. Cross-sectional view of the coupled strip slot lines ( $......Page 74 Fig. 9. (a) Slot-line hairpin resonator ( ${s} = {w} = {200}~ \m......Page 75 TABLE I F REQUENCY D EPENDENCE OF THE ${\rm {\rm Err}}$ FOR THE......Page 76 T. Itoh, Spectral domain immitance approach for dispersion chara......Page 77 A. Deleniv, M. S. Gashinova, and I. Vendik, SDA full-wave analys......Page 78 II. P RE -I TERATIVE ADI FDTD M ETHOD......Page 79 III. L OSSY M EDIUM F ORMULATIONS......Page 80 IV. N UMERICAL E XAMPLES......Page 81 Fig. 6. $E_{x}$ -field distribution calculated by the proposed m......Page 82 Fig. 9. $S_{11}$ calculated by the proposed method with $\chi =3......Page 83 S. Wang and F. L. Teixeira, A three-dimensional angle-optimized......Page 84 II. T HEORY......Page 85 B. Detailed Development......Page 86 Fig.€3. TLM model for the tetrahedral node.......Page 88 Fig.€4. Definition of the stub reflection coefficients.......Page 89 Fig.€6. Merging two equivalent circuits.......Page 90 IV. R ESULTS......Page 91 V. D ISCUSSION OF F UTURE W ORK......Page 92 P. Sewell, J. G. Wykes, T. M. Benson, D. W. P. Thomas, A. Vukovi......Page 93 M. Bern and D. Eppstein, Mesh generation and optimal triangulati......Page 94 Website......Page 95 160 - 01440699......Page 96 170 - 01440700......Page 97 180 - 01440701......Page 98 190 - [email protected] 99 200 - [email protected] 100