1977 IEEE MTT-S International Microwave Symposium Digest |
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Results 1-3 of 69
Page 282
... maximum stable power gain MSG and the maximum available power gain MAG were estimated and shown in Fig . 3 . The maximum available oscillating frequency f was estimated to be above 5 GHz and the MAG at 1 GHz was 5 dB . max The power ...
... maximum stable power gain MSG and the maximum available power gain MAG were estimated and shown in Fig . 3 . The maximum available oscillating frequency f was estimated to be above 5 GHz and the MAG at 1 GHz was 5 dB . max The power ...
Page 364
... maximum input power carrying capability of 300 Watts . The final design consists of a circular waveguide fed with a coaxial probe , two sets of posts placed in the guide at 45 degrees to the input probe to generate a circu- larly ...
... maximum input power carrying capability of 300 Watts . The final design consists of a circular waveguide fed with a coaxial probe , two sets of posts placed in the guide at 45 degrees to the input probe to generate a circu- larly ...
Page 470
... maximum Gain Stability 1.25 dB Peak - to - Peak 5-45 0.80 dB 0.50 dB maximum Gain Slope .004 dB / MHz maximum 0-50 0.003 dB / MHz 0.0032 dB / MHz Noise Figure 7 dB maximum ( Low Noise ) 0-50 5.6 dB 9.5 dB 10 dB maximum ( Linear ) Port ...
... maximum Gain Stability 1.25 dB Peak - to - Peak 5-45 0.80 dB 0.50 dB maximum Gain Slope .004 dB / MHz maximum 0-50 0.003 dB / MHz 0.0032 dB / MHz Noise Figure 7 dB maximum ( Low Noise ) 0-50 5.6 dB 9.5 dB 10 dB maximum ( Linear ) Port ...
Contents
JUNE 21 1977 | 16 |
Mechanically Tuneable CavityStabilized Milli | 22 |
KaBand Solid State Amplifier | 29 |
Copyright | |
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AM-PM conversion amplifier amplitude antenna applications attenuation band bandwidth beam bias calculated calibration capacitance carrier cavity cepstrum characteristics coaxial coupler coupling delay detector device efficiency electric electron elements equation equivalent circuit error experimental filter FREQUENCY GHz frequency range function GaAs FET gain gate high power hyperthermia IEEE IEEE Trans IMPATT amplifier IMPATT diode impedance injection locking input power insertion loss laser linear load matching measured MESFET microstrip microwave Microwave Theory mixer mode modulator noise figure obtained operation output power p-i-n diode P-N junction parameters performance phase phase noise PIN diodes port power level pulse radiation radio reflection coefficient resonator response S-parameters shown in Figure sideband signal six-port switching technique temperature thermal tion tissue transistor transmission line tumor tuning values varactor voltage VSWR watts wave wavelength