Results 51 to 60 of about 140 (100)
The basic equations for transient processes investigation in the autodyne oscillator and its sustainability analysis [PDF]
, 2012 Ignatkov, K. A. +3 more
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The calculation and analysis of transient processes in the autodyne oscillator [PDF]
, 2012 Ignatkov, K. A. +3 more
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2017 XI International Conference on Antenna Theory and Techniques (ICATT), 2017 Analysis results of coupling degree influence of the autodyne oscillator with an antenna are presented together with influence of the impedance characteristic type (soft or rigid) of the active element on the coefficients of autodyne amplification, autodyne frequency deviation and power transfer as well as on the noise parameters and characteristics ...
G P Ermak, A S Vasiliev, V Ya Noskov
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2017 Radiation and Scattering of Electromagnetic Waves (RSEMW), 2017 Starting relations are obtained for the coupling influence analysis between an oscillator and an antenna for autodyne transponder features in the mode of frequency locking by the request radar signal. The operation speed investigation results show the dependence upon a coupling degree and the oscillator operation mode as well as on the value of the ...
V Ya Noskov, V E Ivanov, A P Chupahin
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Analysis of autodyne effect of an rf oscillator
Russian Physics Journal, 2008Theoretical and experimental results of investigations on a pulse-modulated autodyne oscillator affected by its own reflected radiation are presented. The main relations for the analysis of autodyne response as a function of reflected radiation delay time are obtained.
V Ya Noskov, S M Smolskiy, Noskov V Ya
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Autodyne Response Formation in Injection-Locked Microwave Oscillators
2020 IEEE Ukrainian Microwave Week (UkrMW), 2020The results of studies of autodyne synchronized in frequency by a signal from an external oscillator are presented. The features of the formation of the autodyne response under various conditions of synchronization and exposure to intrinsic radiation reflected from the target are considered.
V Ya Noskov, G P Ermak, A V Varavin
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An analysis of the autodyne effect of a radio-pulse oscillator with frequency modulation
Russian Physics Journal, 2008The results of investigations of an autodyne oscillator with concurrent pulse-and frequency modulation are presented, with the oscillator being affected by its own reflected radiation. The main relations for the analysis of the autodyne response with respect to the time delay of the reflected radiation are presented for the case of an arbitrary ...
V Ya Noskov, S M Smolskiy, Noskov V Ya
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Autodyne Response of Injection-Locked Microwave Oscillators for Changing Output Power
2020 Systems of Signal Synchronization, Generating and Processing in Telecommunications (SYNCHROINFO), 2020The results of studies of the features of the formation of an autodyne signal in microwave oscillators, which are under the influence of their own reflected from the target microwave emitting and external injection signal, are presented. Parameters and characteristics of injection-locked autodyne with a soft impedance characteristic of the active ...
G P Ermak, A S Vasiliev, V Ya Noskov
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Autodyne response formation in stabilized microwave oscillators at strong reflected emission
2018 Ural Symposium on Biomedical Engineering, Radioelectronics and Information Technology (USBEREIT), 2018Results of autodyne response formation features in the microwave oscillator stabilized by the external high-Q cavity are presented. An analysis is carried out for the case of strong reflected emission when the reflected wave amplitude is commensurable with the natural oscillation amplitude of the oscillator.
V Ya Noskov, A P Chupahin
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2018 XIV International Scientific-Technical Conference on Actual Problems of Electronics Instrument Engineering (APEIE), 2018
An analysis of autodyne characteristics of a microwave oscillator with frequency stabilization by an additional high-Q resonator with various coupling degree between resonators is performed. Advantages of strong coupling utilization between resonators, which provides improvement of the autodyne signal quality at strong reflected emission, are presented.
V Ya Noskov
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An analysis of autodyne characteristics of a microwave oscillator with frequency stabilization by an additional high-Q resonator with various coupling degree between resonators is performed. Advantages of strong coupling utilization between resonators, which provides improvement of the autodyne signal quality at strong reflected emission, are presented.
V Ya Noskov
exaly +2 more sources