An analysis of possible damage of electrical devices by thunderstorm activity on the model of cloud-to-ground discharge
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6. Пониматкин В. Е., Шпилевой А....
On the possibility of improving the physical parameters of the receiving and transmitting antenna system
... The construction of a radio frequency module according to a multi-channel scheme makes it possible to increase the range of operating frequencies by the required width of the range used in communication systems.
Artemov D. G., Pimenov V. S., Ponimatkin V. E., Shpilevoy A. A., Gorbachev A. A.
antenna-feeder device, radiation pattern, operating frequency range, transceiver module, orthogonal placement of vibrators
70-78
Ship frequency independent antenna of the VHF band
... properties, are characterized by a high constant gain, and are capable of operating in a wide frequency range, which suggests the possibility of their active use in shipboard VHF radio communication systems on marine vehicles for various purposes.
Ponimatkin V. E., Shpilevoy A. A., Gorbachev A. A., Goglev V. A., Kaskevich B. I.
ship radio communication, small antenna system, coplanar lines, mutual resistance, vibrator shoulder
60-69
Transmitting antenna system for radio frequency methods of substance research
... wide spectrum, covering the ranges from myriameter to decameter waves, which implies a high uniformity of the radiated power. The use of the proposed design will improve the methods used for contactless search for connections of a certain type.
Ponimatkin V. E., Shpilevaya S. G., Goglev V. A., Burmistrov V. I.
transmitting antenna system, normally polarized wave, media interface, radio frequency irradiation, nuclear quadrupole resonance, contactless research methods
103-111
Improving the design of low-frequency transmitting antenna systems
... КВ и УКВ. Часть II. Основы и практика. М., 2005.
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Burmistrov V. I., Ponimatkin V. E., Karpinskaya T. A., Goglev V. A., Kuzmichev S. A.
loop antenna, polarization of radiation, ferrite magnetic circuit, electric vector, magnetic permeability, radiated power
50-56
Calculation method of the channel potential possibilities of surface vessel radiocommunication system in the mode of pseudo-random frequency tuning
... Characteristics of Minkowski-Square Ring Antennas // IET Microw. Antennas Propag. 2010. Vol. 4, iss. 2. P. 219—224.
4. Stutzman W. L., Tiele G. A. Antenna Theory and Design. N. Y., 2013.
5. Balanis C. A. Modern Antenna Handbook. N. Y., 2008.
Pereversev A. A., Ponimatkin V. E., Shpilevoi A. Ja., Boltnev Y. F., Kvitko G. V.
radio-communication system, a receiving-transmitting channel, the width of the signal spectrum, surface vessel, the calculation algorithm
64-71
Dipole antenna with stabilized input impedance
... Серпинского» // Вестник Балтийского федерального университета им. И. Канта. Сер.: Физико-математические и технические науки. 2017. № 2. С. 63—68.
Pimenov, V. S., Ponimatkin, V. E., Shpilevoi, A. A., Kobylyakov, V. S.
compact antenna system, fractal structure, Sierpinski triangle, antenna dipole with improved characteristics
79-89
A. About the method of optimizing the parameters of antenna systems
... // Вестник Балтийского федерального университета им. И. Канта. Сер.: Физико-математические и технические науки. 2015. Вып. 4. С. 74—81.
Antipov, O. E., Ponimatkin, V. E., Shpilevoi, A. A., Goglev, V.
antenna system, coplanar dipoles, input impedance, orthogonal segments, frequency band
72-78
Seven stages of ADC connection for effective analog-to-digital conversion, minimizing noise elements
... независимой работы 10 телефонными и 10 телеграфными каналами : пат. 2523120 Рос. Федерация № 2013100479 ; заявл. 09.01.2013 ; опубл. 22.05.2014, Бюл. № 20.
Artemov D. G., Ponimatkin V. E.
high-frequency conversion, ADC, noise level minimization
103-109
Receiving antenna system of a mobile object
... properties, increasing the sensitivity of the radio reception and ensuring the electromagnetic compatibility of radio electronic means located within limited space of the mobile object and integrating the antenna into the object’s housing elements.
Ponimatkin V.Ye., Kuzhelev A. A., Shpilevoy A. A.
antenna system, radiation pattern, asymmetrical vibrator, electromagnetic compatibility, phased array antenna
30-39
A receiving-transmitting antenna system of a mobile object
... Типикин А. А. Антенный модуль коротковолнового диапазона // Вестник Балтийского федерального университета им. И. Канта. 2015. Вып. 4. С. 74—81.
Ponimatkin V., Kuzelev A., Shpilevoy A., Evstratov V.
antenna system, radiation pattern, mutual resistance, electromagnetic environment, phased array antenna
53-62
A dipole antenna with a modified fractal structure of the «Sierpinski triangle» type
... изотропной среде // Инновации в науке, образовании и бизнесе — 2014 : тр. XII международной научной конференции. Калининград, 2014. Т. 2. C. 292—295.
Ponimatkin V.,Tipikin A., Kazakov A., Podlubnaja G.
аntenna-feeder devices, fractalized antenna, iteration, resonance frequency, dipole
63-69
On the problem of signal reconstruction in the case of analog-to-digital conversion in communication systems
... систем. М., 2009.
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Artemov D., Ponimatkin V.
analog-to-digital converter, aperture time, sampling, recovered signal, digital signal processing
69-74
On the question of increasing the range of properties of the asymmetrical vibrator
... антенны. М., 1962.
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Ponimatkin V.E., Shpilevoy A.A., Kuzelev A.A.
emitter, earthing connection, concentrated inductance, capacitive load, matching device, asymmetrical vibrator
69-77
The transmitting antenna system of moving object
... Айзенберг Г. З. Коротковолновые антенны. М., 1962.
4. Пистолькорс А. А. Антенны. М., 1947.
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Ponimatkin V., Shpilevoy A., Kuzelev A.
cylindrical emitter, compact antenna module, a matching device, capacitive load, active filler
75-81
Way of shortening the inclusion of antennas of the transducer of the impedance shoulder vibrator
... систем в несущие конструктивные элементы подвижных объектов //Вестник Балтийского федерального университета им. И. Канта. 2013. Вып. 4.С. 83—89.
Ponimatkin V., Shpilevoy A., Tipikin A.
lengthening the inductance coil, symmetrical vibrator, gyrator, coordination antenna.
74-81
Building transmitter circuit for the study of parameters of system of secondary emitters
... of weak signals from 14N nuclear quadrupole resonance // Russian Physics Journal. 2008. Vol. 51, iss. 8. P. 778—782.
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Shpilevoy A. , Ponimatkin V.
radiative circuit, secondary emitters, Helmholtz coils, gradient of the intensity of magnetic field
87-93
On the procedure of calculating the electromagnetic field of a cable
... антенны включением преобразователя импедансов в плечо вибратора // Вестник Балтийского федерального университета им. И. Канта. 2014. № 4. С. 74—81.
Ponimatkin V., Shpilevoi A., Evstratov V.
dipole source, grounded cable lengths, quasi-stationary electromagnetic field.
45-50
About opportunity of integration of antenna systems into bearing constructive elements of mobile objects
... программное обеспечение и исследования : [официальный сайт компании Tvalx]. URL: http://www.tvalx.com/Russian/products/ScientificCalculatorPrecision90/
(дата обращения: 24.01.2013).
Ponimatkin V. E., Tipikin A. A., Shpilevoy A. A.
antenna-feeder devices, effect of «shortening» of an electromagnetic wave, interferential maximum, dielectric permeability
83-89
About radio station with reverse connect in duplex regime
... Шпилевой А. А.
Заявка на изобретение №
2010121183 от 25.05.10 (решение Института промышленной собственности РФ на выдачу патента от 17.07.11).
Lukjanov Yu., Ponimatkin V., Shpilevoy A.
radio station, antenna, duplex, transmitting line, synchronization.
124-127
About radio transmit system work control on radiation
... quantitative estimation of transmit system efficacy, will allow to solve a problem of automatic radio stations᾿ control under influence of negative factors.
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Линии связи. М., 1992.
Ponimatkin V., Shpilevoy А., Uttz V.
antenna, wave resistance, transmitting line, coefficient of refection, radio station.
33-37
Perfection of a principle of base antenna stations placing of a radio communication
... сооружения связи. М., 1979.
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Винокуров В.
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Ponimatkin V. E., Shpilevoy A. A., Chuyko S. V.
mutual resistance, of radio-electronic means, electromagnetic compatibility.
70-76