350 rub
Journal Achievements of Modern Radioelectronics №10 for 2019 г.
Article in number:
Multibeam antenna arrays for radio engineering systems monitoring
Type of article: scientific article
UDC: 621.382.029.6-027.31
Authors:

V.V. Surikov – Ph. D. (Phys.-Math.), Senior Research Scientist, Research Institute «Vector» (Saint Petersburg)

E-mail: nii@nii-vektor.ru, syrikov.vv @ gmail.com

A.M. Tyurnin – Chief Specialist, Research Institute «Vector» (Saint Petersburg)

E-mail: nii@nii-vektor.ru, gterrans@gmail.com

N.A. Pavlov – Leading Electronics Engineer, Research Institute «Vector» (Saint Petersburg) E-mail: nii@nii-vektor.ru, pavlov_nikolay@yahoo.com

Abstract:

The article presents the results obtained during the EDW «Development of multibeam antenna for radio monitoring», held in PC «NII «Vector» for 2012−2013's. During EDW developed original synthesis program of beam devices based on lenses Rothman, made layouts multibeam antenna devices and measured their characteristics. The measurement results confirmed the suitability of models proposed in the EDW methods of development multibeam antenna devices on Rotman lenses. 

Pages: 71-80
References
  1. Rotman W. and Turner R. Wide-angle Microwave Lens for Line Source Applications. IEEE Transactions on Antennas and Propagation. V. 11. P. 623−632. 1963.
  2. Microwave Lens Designs: Optimization, Fast Simulation algorithms, and 360-degree scanning techniques. Junwei Dong. Doctor of Philosophy In Electrical Engineering Dissertation. Falls Church. VA. September 11. 2009.
  3. IEEE Transactions. V. 53. №. 3. March 2005.
  4. 02 As. B.-O. 1990. The PILOT. A Quiet Naval Technical Radar. Proceeding of Radarcon 90. Adelaide. 1990. P. 165−71. Published by DSTO.
  5. Stephen E. Lipsky Microwave Passive Direction Finding. Scitech 2004.
  6. Texnicheskoe opisanie R&S FSP.
  7. Ponomaryov L.I., Vechtomov V.A., Miloserdov A.S. Mnogoluchevaya antennaya reshyotka dlya sistemy' sputnikovoj svyazi. Antenny'. 2012. № 5. S. 52−65.