International Journal of Microwave and Millimeter-Wave Computer-Aided Engineering 1994: Vol 4 Index

3 Pages·1994·0.66 MB·English

International Journal of Microwave and
Millimeter-Wave Computer-Aided Engineering
Subject Index to Volume 4
Active antennas, 100 Finite difference method, 111 NICs, 130
Active filter, 175 Finite element method, 327 Nonlinear simulation, 100
Active MMICs, 130 Full-wave, 31, 140
Anisotropic, 363 Full-wave SDA, 297
Optimization, 396
Anisotropic dielectrics, 184
Optimization routine, 327
Anisotropic substrate, 374
GaAsFET, 175 Orthogonal array, 396
Antennas, 31, 230
GaAs MESFET, 396 Oscillator with slot line resonator, 349
ARGUS, SOS, 125
GaAs microstrip, 140
Arrays, 31, 58
Guided wavelength, 43
Automatic non-uniform discretization, Pass-band filter, 327
384 Patch, 31
Harmonic balance (HB), 349 Pattern synthesis, 88
High-efficiency, 198 Phased array microstip antennas, 6
Built-in test (BIT), 259 Power amplifier, 198
Printed antenna, 50, 88
Image theory, 67
CAD, 50, 163, 248, 336 Impedance transformers, 307 Probe feed, 18
Characteristic current modes, 18 Interaction impedance, 125
Circularly polarized wave, 43 Iterative technique, 43 Quasi-analytical solution, 163
Class-AB, 198 Quasi-static analysis of MICs, 111
Computer-aided design, 374 Quasi-static characteristics, 336
Conformal mapping, 336 Leaky-wave, 88 Quasi-TEM, 363
Convergence, 140 Linear array, 50 Quasi-TEM analysis, 163
Coplanar waveguides, 111, 163 Low-noise FET, 396
Crank-type antenna, 43 Lumped element models, 148
Lumped element models for MMICs, 148 Return-loss, 31
Design-for-test (DFT), 259 Series-fed, 50
Design method, 198 Metallic losses, 327 Shielded coplanar waveguides, 336
Dielectric antennas, 230 MMeetthhoodd offo r moosmceinlltast,o r 7d6e velopment, 349 Simulation, 248
Dielectric resonator antennas, 230 Small antennas, 230
Dielectric substrate, 43 Microstrip, 31, 248 Sommerfeld-type integral, 43, 67
Microstrip antenna, 58, 67
Dielectric waveguides, 184 Microstrip circuit elements, 219 Sonnet’s EM, 140
Discrete complex image theory, 67 Microstrip discontinuities, 297, 384 Space domain, 18
Disk-loaded waveguide, 125 Microstrip filters, 272 Spectral domain, 363
Dispersion characteristics, 125, 184 Microstrip patches, 18, 100 Spectral domain method, 163
Microstrip tranmission line, 374 Statistical design, 282
Edge-fed, 31 Microwave active filters, 130 Statistical model, 282
Stepped transmission-lines, 307
Electromagnetic simulation, 219 Microwave CAD compatible models, 148
Stratified media, 67
E-plane, 31 Microwave fault simulation, 259
Equivalent circuit, 50 Microwave and millimeter-wave inte- Surface wave, 43
Equivalent circuit of metal-semiconduc- grated circuits, 219
tor field-effect transistors (MESFET), MMIC SPICE Model, 175 Tapered slot antennas, 76
349 Microwave techniques, 307 Thick conductors, 363
Equivalent circuits of the oscillators, 349 Millimeter-wave length, 327 Three-dimensional electromagnetic simu-
Expansion functions, 297 Modeling, 248 lation, 384
Mode-matching, 88 Tolerance analysis, 31
Moments method, 18 Transmission-line, 31
Fault modeling, 259
Multilayer, 363 Transmission line parameters, 140
FDTD, 58
Mutual coupling, 31 Tuning, 175
FD-FD method, 184
Field theory for the calculation of slot
resonators, 349 Negative resistance, 130 Validation, 248
Finite array, 18 Network, 31 Verification, 248
International Journal of Microwave and
Millimeter-Wave Computer-Aided Engineering
Author Index to Volume 4
Aubourg, M. See Courivaud, N., 327 Faraone, A. See Chicchetti, R., 297 Mongia, R. K.
Furlow, R. J. See Wu, D. I., 248 —+; Bhartia, P.: Dielectric Resonator An-
Bahl, I. J. Fusco, V. F. tennas—A Review and General De-
Editorial, 1, 123, 217, 325 —; Drew, S., McDowall, D. S.: Synthesis sign Relations for Resonant Frequency
MIC Simulation Column, 120, 203, 315, and Performance of an Active Mi- and Bandwidth, 230
crostrip Antenna, 100
411
See Miller, D. C., 396 Naishadham K.
See Sadhir, V. K., 148 Giannini, F. —; Nuteson, T. W.: Efficient Analysis of
Beker, B. —; Leuzzi, G., Limiti, E., Scucchia, L.: Passive Microstrip Elements in
—; Cokkinides, G. J.: Computer-Aided Iterative Design-Oriented Analysis MMICs, 219
Quasi-Static Analysis of Coplanar Method for Class-AB High-Efficiency Naito, M.
Transmission Lines for Microwave In- Microwave Power Amplifiers, 198 —; Ito, K., Matsuzawa, S.-I., Takada, J.-L:
tegrated Circuits Using the Finite Dif- Gairola, A. J. See Sobrinho, C. L. da S. A Practical Design Procedure for Cir-
ference Method, 111 S., 184 cularly Polarized Printed Arrays Using
Beyer, A. See Roth, B., 349 Gevorgian, S. S. See Vendik, I. B., 374 High Frequency CAE, 50
Bhartia, P. See Mongia, R. K., 230 Gregory, R. O. See Richard, W. D., 175 Nakano, H.
Guillon, P. See Courivaud, N., 327 —; Hirose, K.: Numerical Analysis of a
Crank-Type Antenna on a Dielectric
Campbell, L. L.
—; Purviance, J. E.: Interpolation Mod- Hall, P. S. Substrate, 43
eling of S-Parameter Data Bases for —; Jackson, D. R.: Guest Editorial, 4 Notter, M. J.
Use in Monte Carlo Simulations, 282 Hirose, K. See Nakano, H., 43 —; Parini, C. G.: Moments-Method
Carroll, J. M. Heitbrink, A. See Roth, B., 349 Analysis of a Finite Array of Arbitrary
—; Chang, K.: Full-Wave Convergence Horno, H. See Drake, E., 163 Shaped Microstrip Patch Radiating El-
Analysis of Microstrip Transmission Horno, M. See Plaza, G., 363 ements, 18
Parameters, 140 Nuteson, T. W. See Naishadham K., 229
Castaneda, J. A. See Yang, H.-Y. D., 31 Ito, K. See Naito, M., 50
Chang, K. See Carroll, J. M., 140 Olsson, E. See Vendik, I. B., 374
Chan, C. H. See Yang, H.-Y. D., 31 Jackson, D. R. See Hall, P. S., 4
Cicchetti, R. Parini, C. G. See Notter, M. J., 18
—,; Faraone, A.: An Expansion Function Kauffman, J. F. See K6ksal, A., 76 Plaza, G.
Suited for Fast Full-Wave Spectral Do- Kishk, A. A. —; Mesa, F., Horno, M.: Quasi-TEM
main Analysis of Microstrip Disconti- —; Ramaraju, S. L.: Design of Different Analysis of Reciprocal /Nonreciprocal
nuities, 297 Configurations of Finite Microstrip Ar- Planar Lines with Polygonal Cross-Sec-
Cokkinides, G. J. See Beker, B., 111 rays of Circular Patches, 6 tion Conductors, 363
Ciurivaud, N. Koksal, A. Pramanick, P.
—; Verdeyme, S., Aubourg, M., Guillon, —; Kauffman, J. F.: Moment Method Compact 900-MHz Hairpin-Line Filters
P.: A Rigorous Design of Millimeter- Analysis of Linearly Tapered Slot An- Using High Dielectric Constant Mi-
Waveguide Devices Using the 3D Fi- tennas, 76 crostrip Line, 272
nite Element Method, 327 Purviance, J. E. See Campbell, L. L., 282
Cummings, M. T. See Rhodes, D. L., 259
Lee, R. Q. See Zimmerman, M. L., 58
Leuzzi, G. See Giannini, F., 198 Qureshi, A. H. See Wallett, T. M., 125
Drake, E. Limiti, E. See Giannini, F., 198
—; Medina, F., Horno, M.: Quasi-Ana- Lin, W. See Wan, C., 336 Ramaraju, S. L. See Kishk, A. A., 6
lytical Static Solution for the General- Rhodes, D. L.
ized Boxed Coplanar Waveguide, 163 Matsuzawa, S.-I. See Naito, M., 50 —; Cummings, M. T.: Application of
Drew, S. See Fusco, V. F., 100 McDowall, D. S. See Fusco, V. F., 100 Fault Modeling to Continuous Built-IN
Medina, F. See Drake, E., 163 Test (c-BIT) for Microwave and MMIC
Encinar, J. A. Mesa, F. See Plaza, G., 363 Circuits, 259
Analysis and CAD Techniques for Peri- Miller, D. C. Richard, W. D.
odic Leaky-Wave Printed Antennas: —; Sadler, R. A., Bahl, I. J.: Low-Noise —; Gregory, R. O.: A GaAsFET SPICE
Numerical and Experimental Results, GaAs MESFET Optimization Using an Model for Active Filter Tuning Pur-
88 Orthogonal Array Approach, 396 poses, 175
446
Author Index 447
Rosloniec, S. Takada, J.-I. See Naito, M., 50 Wong, W. C. See Yang, H.-Y. D., 31
Algorithms for the Computer-Aided De- Tempel, G. F. See Rhodes, D. L., 259 Wu, D. I.
sign of Nonsynchronous, Noncommen- —; Furlow, R. J.: Software Verification
surate Transmission-Line Impedance Effort at the MIMICAD Center for
Transformers, 307 Vendik, I. B. Microstrip Passive Components, 248
Roth, B. —; Vendik, O. G.; Gevorgian, S. S.; Sit-
—; Heitbrink, A., Beyer, A.: A CAD nikova, M. F.; Olsson, E.: A CAD Xiaowen, W.
Method Applied to the Development Model for Microstrips on r-Cut Sap- —; Shizhi, L.: An Efficient Method to
of Microwave Oscillators, 349 phire Substrates, 374 Calculate the Sommerfeld Integrals
Vendik, O. G. See Vendik, I. B., 374 Concerning a Microstrip Antenna in
Verdeyme, S. See Courivaud, N., 327 Stratified Media: Extension of Discrete
Sadhir, V. K.
Complex Image Theory without the
—; Bahl, I. J., Willems, D. A.: CAD Optimization Process, 67
Campatible Accurate Models of Mi- Wallett, T. M.
crowave Passive Lumped Elements for —; Qureshi, A. H.: Characteristics of a Yang, H.-Y. D.
MMIC Applications, 148 Cylindrical Disk-Loaded Slow-Wave —; Chen, C. H., Castaneda, J. A., Wong,
Sadler, R. A. See Miller, D. C., 396 Structure Found by Theoretical, Exper- W. C.: Design of Microstrip Line-Fed
Scucchia, L. See Giannini, F., 198 imental, and Computational Tech- Patch Arrays Including Mutual Cou-
Shizhi, L. See Xiaowen, X., 67 niques, 125 pling, 31
Sitnikova, M. F. See Vendik, I. B., 374 Wan, C.
Sobrinho, C. L. da S. S. —; Lin, W.: CAD-Oriented Formulas for Zheng, J.-X.
—; Giarola, A. J.: Analysis of Coupled the Quasi-TEM Parameters of Shielded Three-Dimensional Electromagnetic
Anisotropic Dielectric Waveguides Us- and Semi-Enclosed (Coupled) Copla- Simulation of Electronic Circuits of
ing the Frequency Domain Finite-Dif- nar Waveguides, 336 General Shape, 384
ference Method, 184 Willems, D. A. See Sadhir, V. K., 148 Zimmerman, M. L.
Sussman-Fort, S. E. Wolff, I. —; Lee, R. Q.: Use of the FDTD Method
An NIC-Based Negative Resistance Cir- Book Review Column, 213, 432 in the Design of Microstrip Antenna
cuit for Microwave Active Filters, 130 Software Review Column, 434 Arrays, 58