Results 71 to 80 of about 140 (100)
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2018 International Conference on Actual Problems of Electron Devices Engineering (APEDE), 2018
A calculation of autodyne oscillator characteristics is performed with frequency stabilization by the additional high-Q cavity for cases of the strong and weak reflected (from the radar target) emission, when its level is commensurable with the level of own oscillations.
V.Ya. Noskov +2 more
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A calculation of autodyne oscillator characteristics is performed with frequency stabilization by the additional high-Q cavity for cases of the strong and weak reflected (from the radar target) emission, when its level is commensurable with the level of own oscillations.
V.Ya. Noskov +2 more
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Application of Autodyne Effect of UHF Oscillators for Studying Their Radio Physical Properties
2006 16th International Crimean Microwave and Telecommunication Technology, 2006An autodyne effect in UHF oscillators is presented for autonomous features investigation and checking its performance by means of the autodyne mode implementation. In this report operation modes analysis of active non-linear Gunn diodes is discussed on the base of autodyne effect which has an essential importance at studying and developing of ...
S. Votoropin, V. Noskov
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Proceedings of the 2000 IEEE/EIA International Frequency Control Symposium and Exhibition (Cat. No.00CH37052), 2002
The sensor is mounted in an orifice of the reactor wall. The antenna is inward to the reactor; its conductivity depends on the permittivity of a high-temperature working body and transforms to an autodyne frequency. Heating of the sensor is realized by the working body through the antenna surface.
V.V. Boloznev, E.V. Safonova
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The sensor is mounted in an orifice of the reactor wall. The antenna is inward to the reactor; its conductivity depends on the permittivity of a high-temperature working body and transforms to an autodyne frequency. Heating of the sensor is realized by the working body through the antenna surface.
V.V. Boloznev, E.V. Safonova
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2017 XI International Conference on Antenna Theory and Techniques (ICATT), 2017
The autodyne characteristics are oifered to use for steady-state stability analysis of the UHF oscillators. Theoretical substantiation of the proposed method is performed on an example of the oscillating system's mathematical model presented in the form of two mutually-locked partial oscillators under a condition of strong coupling between them ...
Ermak, G. P. +5 more
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The autodyne characteristics are oifered to use for steady-state stability analysis of the UHF oscillators. Theoretical substantiation of the proposed method is performed on an example of the oscillating system's mathematical model presented in the form of two mutually-locked partial oscillators under a condition of strong coupling between them ...
Ermak, G. P. +5 more
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Autodyne Effect of the System Involving Two Mutually Synchronized Oscillators under Strong Coupling
Journal of Communications Technology and Electronics, 2018The results of research into the autodyne effect of a self-oscillating system subjected to reflected self-radiation and composed of two mutually synchronized partial oscillators with delayed interconnection are presented. The behavioral peculiarities of autodyne changes in the oscillation amplitude of partial oscillators, frequency, phase difference ...
V. Ya. Noskov +2 more
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2018 Ural Symposium on Biomedical Engineering, Radioelectronics and Information Technology (USBEREIT), 2018
On the basis of the developed mathematical model of interaction of the single-circuit microwave oscillator with a strong reflected emission, using numerical methods, the role of load variations on the process of forming the autodyne response is shown.
V. Ya. Noskov +2 more
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On the basis of the developed mathematical model of interaction of the single-circuit microwave oscillator with a strong reflected emission, using numerical methods, the role of load variations on the process of forming the autodyne response is shown.
V. Ya. Noskov +2 more
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AIP Conference Proceedings, 2012
The experimental results to determine the motion characteristics of oscillations of elastic spherical shell filled under the pneumopulse action have been presented. The required characteristics of motion were determined by analysis of the autodyne signal. The relationship between the parameters of motion of the spherical shell and the internal pressure
S. Yu. Dobdin +2 more
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The experimental results to determine the motion characteristics of oscillations of elastic spherical shell filled under the pneumopulse action have been presented. The required characteristics of motion were determined by analysis of the autodyne signal. The relationship between the parameters of motion of the spherical shell and the internal pressure
S. Yu. Dobdin +2 more
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Technical Physics Letters, 2011
The possibility of using a semiconductor laser autodyne to determine the characteristics of oscillations of an elastic spherical shell under the action of an external load has been studied. The autodyne signal was used to reconstruct the function of motion of a segment of the shell.
D. A. Usanov +2 more
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The possibility of using a semiconductor laser autodyne to determine the characteristics of oscillations of an elastic spherical shell under the action of an external load has been studied. The autodyne signal was used to reconstruct the function of motion of a segment of the shell.
D. A. Usanov +2 more
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Resonance of relaxation oscillations in autodyne oscillators
Radiophysics and Quantum Electronics, 1981E. M. Gershenzon +3 more
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