Journals
Books
Articles by keyword matching device
Two-channel Cophased Power Divider with Extended Cross Coupling Frequency Band
V.D. Mappyrov, V.A. Pechurin, A.S. Petrov
The Variants to Design the Low-Profile VHF and UHF Antennas
A.N. Kapishev, I.A. Koloyarov, A.D. Krasilnikov
Method of Calculation pi-Circuit Matching Device with Using Circular Diagrammes
A. P. Koryakin
Method Increasing Accuracy of Autotune for Filter-Matching Device
A. B. Besedin, V. M. Gykov, A. V. Pugin
Construction Features Adaptive Control Systems of Matching Devices for Mobile Phase Antenna Arrays of Decameter Wave Band
A. A. Shilov
Two-Channel Cophased Power Summator - Divider with Compensation of Ballast Resistor Parasitic Parameters
K. Ya. Aubakirov, V.I. Govorukhin, L.G. Plavsky, M.G. Rubanovich
Digital stethoscope
D.A. Balakin
Using of the nanocomposite polymeric materials for optimization of the ultrasound emitters parameters
I.E. Kuznetsova, B.D.Zaitsev, A.S.Kuznetsova, I.A.Borodina
Matching of aperture antennas and antenna arrays in circumstances of environmental variability
Y.I. Choni, N.N. Yunusov
Multichannel power divider
V. I. Govorukhin - Ph.D. (Eng.), Associate Professor, Novosibirsk State Technical University
N. E. Unru - Ph.D. (Eng.), Associate Professor, Novosibirsk State Technical University
Advanced synthesis technique of broadband matching microwave devices on the non-uniform loops
A. V. Zelenkov, S. V. Kulikov, I. V. Chebotar, A. N. Ganiev
Matching of the HF antenna-feeder path of the using a switching antenna-matching device based on a neural network

A.P. Pavlov 1, A.V. Bakhmutskaya 2, I.E. Kashchenko 3

1-3 Omsk Scientific Center SB RAS (Institute of Radiophysics and Physical Electronics) (Omsk, Russian)

The algorithm of matching of the antenna-feeder path of HF radio waves based on neural networks with the distribution of responsibility zones

A.P. Pavlov1, I.E. Kashchenko2, A.V. Bakhmutskaya3

1-3 Omsk Scientific Center SB RAS (Institute of Radiophysics and Physical Electronics) (Omsk, Russia)

Algorithm of matching of the antenna-feeder path of HF radio waves based on neural networks with the distribution of responsibility zones

A.P. Pavlov1, I.E. Kashchenko2, A.V. Bakhmutskaya3

1-3 Omsk Scientific Center SB RAS (Institute of Radiophysics and Physical Electronics) (Omsk, Russia)