NOISE IN IMPATT-DIODE OSCILLATORS AT LARGE SIGNAL LEVELS
J.J. Goedbloed, M.T. Vlaardingerbroek
BARITT AND GUNN DIODES AS LOCAL OSCILLATOR DEVICES
P. Weissglas
X-BAND TRAPATT OSCILLATORS
M. Grace, H. Kroger, C. Bozler, K. Gsteiger
A THEORETICHAL AND EXPERIMENTAL STUDY OF THE ANTI-PARALLEL TRAPATT DIODE OSCILLATOR CIRCUIT
S.C. Cripps, R.S. Orton, J.E. Carroll
ON THE DESIGN OF TRANSFERRED ELECTRON OSCILLATORS AND AMPLIFIERS
E. Hammershaimb, P. Jeppesen, B. Jeppsson, P. Jøndrup, B. Källbäck, H. Schjaer-Jacobsen
CIRCUIT ANALYSIS OF A STABLE AND LOW NOISE IMPATT OSCILLATOR FOR X-BAND
H. Tjassens
CIRCUIT
ANALYSIS
OF A STABLE
AND LOW NOISE
IMPATT
OSCILLATOR
FOR X-BAND
H. Tjassens
Abstract An Impatt diode oscillator using a circuit as proposed by Kurokawa and Magelhaes1) is described on the basis of a practical equivalent circuit. Conditions for maximum output power and low oscillator noise are derived and compared with experimental results. Using a Si n+pp+ diode an rms frequency de
EQUIVALENT CIRCUIT AND TUNING CHARACTERISTICS OF 'RESONANT-CAP' TYPE IMPATT DIODE OSCILLATORS
N.D. Kenyon
PROPAGATION AND ROTATION OF ENERGY IN WAVEGUIDES
H. Liska
ELECTROMAGNETIC FIELDS AND ENERGY FLOW LINES IN WAVEGUIDE BIFURCATIONS WITH ARBITRARY PASSIVE TERMINATIONS
A.C. Schrott
DEFORMATION EFFECTS ON MICROWAVE PROPAGATION IN RECTANGULAR WAVEGUIDE
L.E. Roemer, D.C. Thorn
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