Conference Proceedings, Volume 26Microwave Exhibitions and Publishers, 1996 - Microwave devices |
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Page 588
... range sensors [ 1 ] , [ 2 ] . One of the obstacles of transit - time - diode - based chips for sensor applications covering a wider range of distances is their critical frequency stability and their load pull sensitivity . A possibility ...
... range sensors [ 1 ] , [ 2 ] . One of the obstacles of transit - time - diode - based chips for sensor applications covering a wider range of distances is their critical frequency stability and their load pull sensitivity . A possibility ...
Page 817
... band of waveguide are realized only in low - frequency part of mm band . The reason of working frequencies band decrease with frequency increase is the same . In mm wave band the isolators based on Y - circulators with load have ...
... band of waveguide are realized only in low - frequency part of mm band . The reason of working frequencies band decrease with frequency increase is the same . In mm wave band the isolators based on Y - circulators with load have ...
Page 987
frequency of the first higher order mode is moved approximately from 27 GHz to 46 GHz , meaning an improvement of single mode frequency band of 19 GHz . Figs . 3 ( c ) and ( d ) illustrate variations of the phase constant and ...
frequency of the first higher order mode is moved approximately from 27 GHz to 46 GHz , meaning an improvement of single mode frequency band of 19 GHz . Figs . 3 ( c ) and ( d ) illustrate variations of the phase constant and ...
Contents
Invited papers | 533 |
Session A7 Nonlinear circuit simulation algorithms | 540 |
Session B7 Printed antennas | 560 |
Copyright | |
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amplifier amplitude analysis antenna applications array attenuation band bandwidth broadband calculated capacitance characteristic impedance chip coefficient components computation conductor configuration constant coplanar coupler coupling devices dielectric dielectric constant diode domain effect electric electromagnetic Electronics elements equations equivalent circuit experimental FDTD feed ferrite field Figure filter Frequency GHz frequency range function GaAs HEMT Hotel Hilton Atrium IEEE IEEE MTT-S IEEE Trans input insertion loss integration L band layers leaky wave linear matrix measured MESFET method microstrip line Microwave Microwave Theory Tech millimeter wave MMIC mode modulation monolithic multilayer noise noise figure nonlinear obtained optical oscillator output power parameters patch performance phase shifter planar port Prague Proc propagation radar radiation pattern reflector resonator return loss S-parameters shown in Fig signal simulation stripline structure substrate surface switch technique transistor transmission lines values vector voltage waveguide YBCO