Digest and Technical Program: May 20, 21, 22, 1968, Howard Johnson's New Center Motor Lodge, Detroit Michigan |
From inside the book
Results 1-3 of 27
Page 64
... Noise Figure Conversion Gain tD = 1.1 F = 1.8 ( 2.5 db ) IF G = .25 ( -6 db ) C ( 2 ) In deriving equation ( 2 ) it is assumed , that both noise side bands arrive unattenuated at the mixer diode and are equal in magnitude ...
... Noise Figure Conversion Gain tD = 1.1 F = 1.8 ( 2.5 db ) IF G = .25 ( -6 db ) C ( 2 ) In deriving equation ( 2 ) it is assumed , that both noise side bands arrive unattenuated at the mixer diode and are equal in magnitude ...
Page 132
... noise figure with open circuited than with short circuited image . The series resistance is the predominant loss element which in addition to altering the conversion loss coefficients , degrades the conversion loss by direct RF and IF ...
... noise figure with open circuited than with short circuited image . The series resistance is the predominant loss element which in addition to altering the conversion loss coefficients , degrades the conversion loss by direct RF and IF ...
Page 166
... Figure 2. A single varactor is used in this in - line arrangement . The signal enters and passes through a linear ... noise figure . In this method , the overall noise figure F12 is measured and plotted as a function of the insertion ...
... Figure 2. A single varactor is used in this in - line arrangement . The signal enters and passes through a linear ... noise figure . In this method , the overall noise figure F12 is measured and plotted as a function of the insertion ...
Contents
SESSION | 1 |
T FjÀllbrant Telefonaktiebolaget LM Ericsson Sweden | 8 |
P C Goodman Bendix Research Laboratories | 16 |
Copyright | |
13 other sections not shown
Common terms and phrases
AMPLIFIER STAGE amplitude Antennas aperture applied approximately attenuation avalanche average power band bandwidth bias voltage calculated cavity center conductor characteristic impedance circulator coaxial coefficient components couplers coupling delay line detector device dielectric constant differential phase shift effective Electronics elements equations equivalent circuit experimental ferrite film filter FREQUENCY GHz ground plane high power IEEE increased inductance input power insertion loss integrated circuit intermodulation isolation Laboratory linear load magnetic field matching measured microstrip Microwave mixer mode negative resistance noise figure obtained ohms operation oscillator p-n junction parameters PARAMETRIC AMPLIFIER paramp peak performance phase shift PIN diode polarized power output Proc propagation constant pulse pump ratio reactance reduced resonator semiconductor shown in Figure signal slot strip stripline structure substrate switching temperature Trans transducer transformer transistor transmission line tunnel diode varactor VSWR waveguide wavelength width X-band zero