1985 IEEE MTT-S International Microwave Symposium Digest: 4-6 June, 1985, Sheraton Hotel, Cervantes Convention Center, St. Louis, MissouriLouis N. Medgyesi-Mitschang |
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Page 133
... coupling , which cannot be achieved by singly periodic structures , can now be realized . The three - mode coupling mechanism had been suggested as a mean for the enhancement of mode coupling [ 1,2 ] . We have carefully investigated ...
... coupling , which cannot be achieved by singly periodic structures , can now be realized . The three - mode coupling mechanism had been suggested as a mean for the enhancement of mode coupling [ 1,2 ] . We have carefully investigated ...
Page 268
... coupling degenerates to a pure resistance at the resonant frequency ; therefore , it is sufficient to model the coupling as a simple resistor when the analysis is conducted at the design center frequency . The resonator , however ...
... coupling degenerates to a pure resistance at the resonant frequency ; therefore , it is sufficient to model the coupling as a simple resistor when the analysis is conducted at the design center frequency . The resonator , however ...
Page 290
... coupling coefficient be- tween modes " kij " . The value of kij will be about 0.1 % in usual machinable size accuracy for the di- electric cavity resonator . An adjuster which re- duces the coupling coefficient between resonators is ...
... coupling coefficient be- tween modes " kij " . The value of kij will be about 0.1 % in usual machinable size accuracy for the di- electric cavity resonator . An adjuster which re- duces the coupling coefficient between resonators is ...
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amplitude analysis antenna applications attenuation band bandwidth bias calculated capacitance cavity channel characteristic impedance characteristics coefficient components configuration conversion loss coplanar coupler coupling device dielectric constant dielectric resonator diplexer efficiency electric Electronics elements equations equivalent circuit fabricated ferrite field filter finline FREQUENCY GHz function GaAs FET gain gain compression gate harmonic HEMT hybrid IEEE IEEE MTT-S IEEE Trans IMPATT diode impedance input power insertion loss integrated layer linear magnetic matching matrix measured MESFET metal method microstrip Microwave Microwave Theory Tech millimeter wave millimeter-wave mixer mode modulation monolithic noise figure noise temperature nonlinear obtained ohms operating optical optimization oscillator output power parameters performance phase shifter planar port propagation pulse range return loss S-parameters shown in Figure signal structure substrate technique thickness tion transistor transmission line tuning values varactor voltage waveguide wavelength X-band