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(2010)
Using of IMPATT diode for detection of microwave amplitude - modulated optical oscillation
(1968)
Lavinno-proletnye diody i ikh primenenie v tekhnike SVCh (IMPATT Diode and their Application in the Microwave Technology)
(2012)
Generator of chaotic oscillations on IMPATT diode
M. Sobhy, E. Hosny, A. Nasser (1997)
Chaos in Microwave Systems1997 27th European Microwave Conference, 2
(2013)
A research of a possibility of chaotic oscillation driving in an IMPATT diode oscillator by means of introduces a discontinuity to output transmission line, Izv. Vyssh
Y. Alekseev, A. Dem’yanenko, I. Semernik (2013)
A study of the Gunn oscillator in deterministic and chaotic modesInstruments and Experimental Techniques, 56
A.S. Tager, V.M. Val’d-Perlov (1968)
Lavinno-proletnye diody i ikh primenenie v tekhnike SVCh
(2014)
The accuracy of solutions obtained by numerical analysis of self-oscillating microwave systems in the deterministic chaos mode, Nelin
A.V. Dem’yanenko (2012)
Study of generator noise parameters on IMPATT diode in chaotic generation modeIzv. Vyssh. Uchebn. Zaved., Radioelektron., 5
(2014)
Experimental research of a development dynamics of chaotic oscillation in IMPATT oscillator with own reflected signal, Nelin
Yu.I. Alekseev, A.V. Dem’yanenko, I.V. Semernik (2013)
Issledovanie khaoticheskikh sostoyanii avtokolebatel’nykh sistem. Generator na lavinno-proletnom diode: monografiya
(2012)
Study of generator noise parameters on IMPATT diode in chaotic generation mode, Izv. Vyssh
(2013)
Model for theoretic analysis of an IMPATT diode oscillator operating mode with a glance of the own reflected signal, Izv. Vyssh
(2014)
Dynamics of the chaotic state of IMPATT microwave oscillator
I. Sobhy Mohammed, N.A. Butcher, A.A.A. Nasser (1997)
in Proc. 27th European Microwave Conf., September 8–12, 1997, Jerusalem, Israel, Piscataway: IEEE
(2005)
Calculation of IMPATT diode impedance in small-signal mode
(2013)
Issledovanie khaoticheskikh sostoyanii avtokolebatel’nykh sistem. Generator na lavinno-proletnom diode: monografiya (Study of Chaotic State of Self-Oscillating Systems
A theoretical investigation of the IMPATT diode supply current on the operation mode of a generator is out. As additional parameters affecting the operation mode, the coefficients of signal reflection from the inhomogeneity in the output transmission line and the delay time of this signal have been analyzed. It is shown that the following modes of synchronization may appear at various relations between these parameters: with an instability of the amplitude, multifrequency mode, dynamic chaos mode, single-frequency mode, and oscillation suppression mode. Based on the solution to the autogenerator equation, the possible operation modes of a generator based on the IMPATT diode were analyzed. The results make it possible to assess the range of parameters where a negative effect upon the operation mode of the oscillator will be absent and the ranges of the oscillator’s parameters when the mode of dynamic chaos can be obtained.
Russian Microelectronics – Springer Journals
Published: Feb 16, 2017
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