Broadband Microstrip AntennasArtech House, 31. 10. 2002 - 448 strán (strany) Annotation Microstrip antennas are lightweight and small volume, can be made conformal to the host surface, and are manufactured using printed- circuit technology so can be mass produced at low cost, but alas, say Kumar and Ray (Indian Institute of Technology, Bombay) their use has been restricted by their inherently narrow bandwidth. Over the past few decades, however, reports have surfaced of broadband configurations, and they detail the most promising, compiling material from scattered journals, conference proceedings, and books. They explain concepts of several techniques, and describe examples without bogging down in mathematical detail. Annotation copyrighted by Book News, Inc., Portland, OR. |
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Časté výrazy a frázy
ACMSA air gap antenna increases Antennas Propagation Aperture Coupled array bottom patch broad BW Broadband broadside direction circular patch Circularly Polarized CMSA dielectric constant dual-band operation dual-frequency E-plane ECMSA Electronics Letters ETMSA fed patch feed point Frequency GHz fringing fields gap-coupled RMSA ground plane H-plane h₁ IE3D IEEE IEEE AP-S Int IEEE Trans impedance and VSWR impedance matching increase the BW Kumar L₁ loop measured BW measured input impedance Microstrip Antennas microstrip line Microstrip Patch Microwave monopole antenna MSA configurations multiresonator nonradiating edges obtained orthogonal parasitic patches Patch Antenna plots are shown radiating edges radiation pattern ratio rectangular patch resonance frequency resonance frequency decreases SCMSA shorted RMSA shown in Figure single-feed slot SMA connector Smith chart square MSA square patch stacked stub length substrate parameters three gap-coupled TMSA top patch Tunable U-slot values variation VSWR BW VSWR plots width yield
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Strana xxiii - least, we express our appreciation and gratitude to our families for their encouragement, understanding, and patience during the writing of this book.