IEEE MTT-V053-I07 (2005-07)

Description

010 - 01463341......Page 1 020 - [email protected] 3 II. F ORMULATION......Page 4 III. S TABILITY A NALYSIS......Page 6 TABLE II C OMPARISON OF C ONDITION N UMBER A BOUT $M_{LE}$ B ETW......Page 7 Fig.€6. $S$ -parameter results of a general high-order lumped ci......Page 8 D. E. Johnson, J. R. Johnson, J. L. Hilburn, and P. D. Scott, El......Page 9 II. S IX -P ORT J UNCTION D ESIGN......Page 10 A. SIW Power Divider......Page 11 Fig.€7. Simulation and measurement results of the SIW six-port j......Page 12 Fig.€9. Simulation and measurement magnitudes of port 2 to the o......Page 13 IV. C ONCLUSION......Page 14 D. Deslandes and K. Wu, Integrated transition of coplanar to rec......Page 15 I. I NTRODUCTION......Page 17 Fig.€2. Dependence of the maximum offset on the time step via Co......Page 18 A. Modeling of Off-Grid Dirichlet BC......Page 19 Fig.€4. Variation of the first resonant frequency with respect t......Page 20 C. Modeling of Slanted PEC Walls......Page 21 2) Accuracy Improvement With the New Staircases: The conventiona......Page 22 Fig.€10. Modification of the staircase from Fig.€4 at all bounda......Page 23 Fig.€12. Worst case scenario: the rotated resonator has corner(s......Page 24 V. C ONCLUSION......Page 25 F. J. Harris, On the use of windows for harmonic analysis with t......Page 26 I. I NTRODUCTION......Page 27 A. Approach Based on Newton Method in 2-D Geometry......Page 28 C. MR-CSI Method......Page 29 Fig.€2. Photographic view of an excised segment of a pig's hind......Page 30 Fig.€3. Reconstructed images of an excised segment of a pig's hi......Page 31 Fig.€4. Reconstructed images of an excised segment of a pig's hi......Page 32 Fig.€5. Reconstructed images of an excised segment of a pig's hi......Page 33 Fig. 7. Profiles of scattered EM fields together with ${\mmb\var......Page 34 J. L. Schepps and K. R. Foster, The UHF and microwave dielectric......Page 35 A. Abubakar and P. M. van den Berg, Iterative forward and invers......Page 36 II. A NISOTROPIC P ARAMETERS AND N UMERICAL S TABILITY......Page 38 III. N UMERICAL D ISPERSION IN 2-D C ASE......Page 39 IV. N UMERICAL V ALIDITY IN 2-D C ASE......Page 40 V. D ISCUSSIONS ON THE N UMERICAL D ISPERSION P ROPERTY IN 3-D C......Page 41 Fig.€8. Bistatic RCS of a 2-D conducting cylinder with radius $r......Page 42 VII. C ONCLUSION......Page 43 A. P. Zhao, Improvement on the numerical dispersion of 2-D ADI-F......Page 44 Fig.€1. Microstrip implementation for: (a) sixth-order quasi-ell......Page 45 III. CAD M ETHOD FOR F ILTER D IAGNOSIS......Page 46 Fig.€3. Quadruplet filter with: (a) ideal quasi-elliptical respo......Page 47 Fig.€6. Experimental and circuit model results. Solid line: expe......Page 48 A. Quadruplet Filter With Two Pair of Real Frequency Transmissio......Page 49 Fig.€8. Response of quadruplet filter with controlling line of s......Page 50 Em User's Manual, Sonnet Software, Liverpool, NY, 2004.......Page 51 II. F IRST C IRCULATION C ONDITION OF J UNCTION C IRCULATOR......Page 52 Fig.€2. Eigenvalue diagrams of definitions of passband frequenci......Page 53 V. F IRST C IRCULATION C ONDITION OF T URNSTILE J UNCTION U SING......Page 54 VIII. $E$ -P LANE T URNSTILE J UNCTION C IRCULATOR U SING S INGL......Page 55 IX. S USCEPTANCE S LOPE P ARAMETER......Page 56 Fig.€15. Split frequencies of a turnstile junction using a singl......Page 57 J. Helszajn and J. Sharp, Frequency responses of quarter-wave co......Page 58 I. I NTRODUCTION......Page 60 Fig.€1. Progression of the time-reversed electric field as funct......Page 61 A. FDTD Model and System Configuration......Page 62 B. TR Imaging......Page 63 Fig.€6. Same as in Fig.€5 for two additional tumor locations, ma......Page 64 A. E. Bulyshev, S. Y. Semenov, A. E. Souvorov, R. H. Svenson, A.......Page 65 G. Montaldo, M. Tanter, and M. Fink, Real time inverse filter fo......Page 66 II. M ICROSTRIP F ILTER......Page 67 Fig.€3. Measured and simulated results for the fourth-order micr......Page 68 Fig.€6. Measured and simulated results for the fourth-order micr......Page 69 A. E. Ruehli, Inductance calculations in a complex integrated ci......Page 70 II. EBG M ODELING......Page 72 Fig.€2. Division of the total capacitance of the EBG's finger in......Page 73 III. P ROPOSED D ESIGN......Page 74 IV. R ESULTS AND D ISCUSSIONS......Page 75 B. L. Ooi, W. Palei, and M. S. Leong, Broad-banding technique fo......Page 76 R. E. Collin, Periodic structure and filters, in Foundations for......Page 77 II. R ESONATORS W ITH I NCREASED E XTERNAL C OUPLING......Page 78 IV. F ILTER 1: 409 MHz......Page 79 V. F ILTER 2: 1560 M HZ......Page 80 F. Huang and X. Xiong, Very compact spiral resonator implementat......Page 81 G. Zhang, F. Huang, and M. J. Lancaster, Superconducting spiral......Page 82 I. I NTRODUCTION......Page 83 Fig.€1. Schematic cross section of the passive and active device......Page 84 B. Inductors......Page 85 Fig.€6. Comparison of maximum available gain of transformers bui......Page 86 Fig.€8. Comparison of integrated Marchand balun back-to-back ins......Page 87 V. C ONCLUSION......Page 88 Y. Baeyens, G. Georgiou, J. S. Weiner, A. Leven, V. Houtsma, P.......Page 89 Fig.€1. Diagrammatic illustration of: (a) the coplanar double-sp......Page 91 Fig.€2. Comparison of the CPW double-spiral line and double-spir......Page 92 B. Measurements Details......Page 93 IV. E XPERIMENTAL R ESULTS AND D ISCUSSION......Page 94 V. C ONCLUSION......Page 95 D. R. Smith and F. R. Fickett, Low temperature properties of sil......Page 96 I. I NTRODUCTION......Page 98 III. T RANSMITTER C HARACTERIZATION......Page 99 IV. B ASEBAND D IGITAL P REDISTORTER......Page 100 V. PAPR R EDUCTION......Page 101 Fig.€12. Impact of the filtering on the ACLR performances.......Page 102 Fig.€14. EVM versus power efficiency for different clipping fact......Page 103 M. Pauli and P. Kuchenbecker, On the reduction of the out-of-ban......Page 104 II. M ULTIWAVELETS......Page 105 A. Integral Equations......Page 106 C. Scattered Fields......Page 107 D. Eigenequation......Page 108 IV. N UMERICAL E XAMPLES......Page 109 Example 3: Coupled Asymmetric Lossy Transmission Lines: The coup......Page 110 $A_{e}^{{\rm in}\pm}$ AND $A_{h}^{{\rm in}\pm}$ IN (22)......Page 111 S CATTERED F IELDS IN F IG .€4......Page 112 G. Pan and J. Tan, General edge element approach to lossy and di......Page 113 II. B ASIC C ONSIDERATIONS......Page 114 IV. E XPERIMENTAL R ESULTS......Page 115 V. C ONCLUSIONS......Page 116 W. E. Hord and F. J. Rosenbaum, Coupled-mode analysis of longitu......Page 117 II. T HEORY......Page 118 Fig. 2. Diffusion-controlled plasma profile $N_{ v}(d)$ calculat......Page 119 A. Sample Preparation......Page 120 C. Results......Page 121 Fig.€6. (a) Attenuation properties and (b) phase-shift propertie......Page 122 Fig.€8. Comparison of experimental and theoretical data for of a......Page 123 Y.-W. Chang, Millimeter-wave ( $W$ -band) quartz image guide Gun......Page 124 II. T HEORY......Page 126 Fig.€2. (a) Representation of the proposed filter with two seria......Page 127 III. LTCC L AYOUTS AND EM S IMULATION......Page 128 Fig.€7. 3-D LTCC layout of the 4.8-GHz bandpass filter. The diel......Page 129 V. S UMMARY AND F UTURE W ORKS......Page 130 D. M. Pozar, Microwave Engineering, 2nd ed. New York: Wiley, 199......Page 131 II. F REQUENCY -R ESPONSE A NALYSIS......Page 132 Fig.€3. Evaluation of time-varying transconductance.......Page 133 B. Analysis Verification......Page 135 III. W IDE -B AND A CTIVE M IXER D ESIGN......Page 136 IV. E XPERIMENTAL R ESULTS......Page 137 A NALYSIS OF S HUNT F EEDBACK L OAD C IRCUIT......Page 138 T. K. Johansen, Monolithic microwave integrated circuits for wid......Page 139 II. E XPERIMENTAL S ETUP......Page 141 III. N OISE P ARAMETERS OF THE P OST -A MPLIFIER S TAGE......Page 142 IV. N OISE P ARAMETERS OF THE T RANSISTOR......Page 143 V. C ONCLUSION......Page 144 J. Stenarson, M. Garcia, I. Angelov, and H. Zirath, A general pa......Page 145 Fig.€1. Block diagram of a UWB pulsed radar solution.......Page 146 TABLE I C IRCUIT AND T RANSISTOR P ARAMETERS FOR N UMERICAL E VA......Page 147 Fig. 5. Plot of: (a) driving current $I_{\rm EE}$ and (b) curren......Page 148 C. Effect of the Output Matching Network on the RF Envelope......Page 149 E. Summary of Rise-Time Analysis......Page 150 TABLE II S IMULATED AND M EASURED P ERFORMANCE OF THE 70-ps SPDT......Page 151 J. M. C. Stork, Bipolar transistor scaling for minimum switching......Page 152 B. Jagannathan, M. Meghelli, K. Chan, J.-S. Rieh, K. Schonenberg......Page 153 II. E XTREME V ALUES AND T RANSMISSION Z EROS......Page 154 III. N EW F ORMULAS FOR Z ERO O RDERS......Page 155 B. Synthesis Example......Page 156 C. Realization Example......Page 157 M. Abramowitz and I. A. Stegun, Eds., Handbook of Mathematical F......Page 158 Fig.€1. Extracted frequency-dependent capacitance and conductanc......Page 159 Fig. 3. Schematic presentation of typical 0.18- $\mu{\hbox {m}}$......Page 160 Fig.€4. Illustration of image Green's function.......Page 161 III. H IERARCHICAL C OMPUTATION......Page 162 Example 1......Page 163 Example 3......Page 164 D. R. Wilton, S. M. Rao, A. W. Glisson, O. M. Albundak, and C. M......Page 165 A. Self-Heating......Page 167 III. I NTERMODULATION M EASUREMENTS......Page 168 B. Transfer Function......Page 169 V. M ODEL I MPLEMENTATION......Page 170 K. M. McNally, A. E. Parker, D. L. Heintzelman, B. S. Sorg, J. M......Page 171 A. E. Parker and J. G. Rathmell, Contribution of self heating to......Page 172 II. V ARIABLE A TTENUATOR C IRCUIT......Page 173 Fig.€2. VVA model.......Page 174 Fig.€5. (a) Attenuation, (b) input reflection coefficient, and (......Page 175 H. Statz, P. Newman, I. Smith, R. Pucel, and H. Haus, GaAs FET d......Page 176 A. DS-Connected pHEMT Diode......Page 178 B. GD-Connected pHEMT Diode......Page 179 Fig.€7. Simulated conversion loss with the gatewidth as a parame......Page 180 III. F ABRICATION AND M EASUREMENT R ESULTS......Page 181 IV. C ONCLUSION......Page 182 S. S. Kim, J. H. Lee, and K. W. Yeom, Design and fabrication of......Page 183 Fig. 2. Simulated and measured $S$ -parameters at $V _{\rm DS}=......Page 184 Fig.€5. Measured (symbols) and simulated (solid lines) power per......Page 185 A. Transistor Choice......Page 186 B. DC-Biasing Network......Page 187 C. Feedback and Matching Networks......Page 188 Fig.€20. Power performance measurements versus frequency.......Page 189 E. NF Measurements......Page 190 J. Vuolevi and T. Rahkonen, Distortion in RF Power Amplifiers .......Page 191 I. I NTRODUCTION......Page 193 Fig.€2. Timing diagram of control signals for switching operatio......Page 194 IV. F ABRICATION......Page 195 Fig.€5. Scanning electron microscopy (SEM) photograph of the fab......Page 196 Fig.€8. Displacement of the fabricated series-type switch as a f......Page 197 B. RF Characteristics......Page 198 L. W. Ke, Y. J. Chan, and Y. C. Chiang, Monolithic microwave AlG......Page 199 J. B. Muldavin and G. M. Rebeiz, High isolation CPW MEMS shunt s......Page 200 II. A NALYSIS AND D ESIGN......Page 201 Fig.€4. Theoretical results of the three-section transformer for......Page 203 IV. C ONCLUSION......Page 204 C. Monzon, A small dual-frequency transformer in two sections, I......Page 205 320 - 01463372......Page 206 330 - 01463373......Page 207 340 - [email protected] 208