METHOD, DEVICE, SYSTEM AND TERMINAL FOR MEASURING TOTAL RADIATED POWER AND MACHINE READABLE DATA CARRIER Russian patent published in 2022 - IPC G01R29/10 

Abstract RU 2783695 C1

FIELD: antenna arrays.

SUBSTANCE: invention is intended to measure the total radiated power of the antenna array. The substance of the invention lies in the fact that the measured antenna array is divided into antenna sub-arrays by the number N, and the number N is greater than or equal to two; the sampling interval is determined based on the dimensions of the antenna subarrays by the number N; determining sampling points based on the sampling interval; and determining the total radiated power of the entire antenna array based on the effective isotropic radiated power at the sampling points.

EFFECT: providing a reduction in the number of sampling points in the process of measuring the total radiated power of the antenna array and a significant increase in the efficiency of testing the total radiated power of the antenna array.

12 cl, 17 dwg

Similar patents RU2783695C1

Title Year Author Number
SYSTEM FOR SIMPLIFICATION OF RECONFIGURABLE BEAM-FORMING NETWORK PROCESSING WITHIN PHASED ARRAY ANTENNA FOR TELECOMMUNICATION SATELLITE 2008
  • Krehjg Ehntoni Dunkan
  • Stirlehnd Sajmon Dzhon
RU2491685C2
METHOD OF RESOLVING DETECTION OF DIFFRACTION LOBE, ANTENNA SYSTEM AND VEHICLE 2016
  • Ebling, Dzhejms Pol
RU2697919C2
SHORT-PULSE RADAR WITH ELECTRONIC SCANNING IN TWO PLANES AND WITH HIGH-PRECISION MEASUREMENT OF COORDINATES AND SPEEDS OF OBJECTS 2014
  • Klimenko Aleksandr Igorevich
RU2546999C1
THE METHOD OF ANGULAR SUPERRESOLUTION IN THE RECEIVING DIGITAL ANTENNA ARRAY 2020
  • Vinnik Larisa Vladimirovna
  • Larin Aleksandr Yurevich
  • Litvinov Aleksej Vadimovich
  • Mishchenko Sergej Evgenevich
  • Shatskij Vitalij Valentinovich
RU2746063C1
METHOD FOR HIGH-PRECISION DIRECTION FINDING OF DIRECTOR OF MULTIPLE RESPONSE-PULSE INTERFERENCE 2020
  • Kuznetsov Kirill Evgenevich
  • Koriagin Mikhail Grigorevich
  • Lavrentev Aleksandr Mikhailovich
  • Pustozerov Pavel Vasilevich
  • Kirichenko Aleksandr Andreevich
RU2740296C1
SCANNING ANTENNA ARRAY, BASIC STATION, WIRELESS COMMUNICATION NETWORK AND METHOD FOR FORMATION OF DIRECTIVITY PATTERN 2014
  • Krylov Konstantin Stanislavovich
  • Kamyshev Timofey Viktorovich
  • Khripkov Alexander Nikolayevich
  • Kim Yonghoon
RU2562756C1
METHOD FOR GENERATING A RADIATION PATTERN AND AN ANTENNA ARRAY FOR ITS IMPLEMENTATION 2020
  • Cherkasov Aleksandr Evgenevich
  • Kochetkov Vyacheslav Anatolevich
  • Tikhonov Aleksej Viktorovich
  • Alymov Nikolaj Leonidovich
  • Sivov Aleksandr Yurevich
  • Khanarin Igor Mikhajlovich
RU2754653C1
PRELIMINARY CODING FOR TRANSMISSION FROM SINGLE-DIMENSIONAL ANTENNA ARRAY, WHICH INCLUDES CO-POLARIZED ANTENNA ELEMENTS ALIGNED ON SINGLE LINE IN SINGLE SPATIAL DIMENSION 2015
  • Wernersson, Niklas
  • Faxer, Sebastian
  • Jarmyr, Simon
RU2676268C1
METHOD OF REPORTING CHANNEL STATE INFORMATION WITH REDUCING NUMBER OF PORTS AND DEVICE IMPLEMENTING SAID METHOD 2024
  • Davydov Alexei Vladimirovich
  • Morozov Gregory Vladimirovich
  • Dikarev Dmitry Sergeyevich
  • Ermolaev Gregory Aleksandrovich
  • Pestretsov Vladimir Alexandrovich
  • Esiunin Denis Viktorovich
RU2824879C1
METHOD FOR FORMING HIGHLY DIRECTIONAL SCANNING COMPENSATION DIRECTIVE PATTERNS IN FLAT PHASED ANTENNA ARRAY WITH SPATIAL EXCITATION 2020
  • Kalashnikov Roman Vasilevich
  • Lavrentev Aleksandr Mikhajlovich
RU2755642C1

RU 2 783 695 C1

Authors

Gao, Hua

Zhuang, Yanchun

Yang, Hua

Jin, Hefei

Zhao, Junfei

Zhang, Feiyue

Dates

2022-11-15Published

2020-06-05Filed