350 rub
Journal Radioengineering №1 for 2020 г.
Article in number:
Technical measures for provision electromagnetic compatibility between radio-electronic facilities airborne radio equipment of the short-range navigation and landing radio systems and radio-electronic facilities of radio communications systems of standards GSM-900 and LTE FOC – FOD
Type of article: scientific article
DOI: 10.18127/j00338486-202001(01)-03
UDC: 621.396.6
Keywords: Electromagnetic compatibility radio communication system of the short-range navigation and landing system radio com-munication system digital adaptive filter
Authors:

S.V. Butsev – Dr.Sc.(Eng.), Leading Research Scientist,

RC DM ASDF CRI (Tver)

N.P. Mikhanov – Ph.D.(Eng.), Head of Department,

RC DM ASDF CRI (Tver)

E.A. Emelyanova – Junior Research Scientist,

RC DM ASDF CRI (Tver)

Е-mail: emelyanova.ea@mail.ru

Abstract:

Technical proposals on providing of electromagnetic compatibility radio-electronic facilities of airborne radio equipment for the radio communication system of the short-range navigation and landing system (RSRN) between radio-electronic facilities of radio communications of standards GSM-900 and LTE FOC – FOD are developed. The results of the work submodule mock-up for digital processing of signals of airborne receiver of SRN are given functioning on the basic of developed adaptive filter under conditions of effect of unintended interference on the side of radio-electronic facilities of radio communications systems of standards GSM-900 and LTE FOC – FOD and results of its autonomous and stand testing in the composition of airborne azimuth-range receiver of channels.  The results of the evaluation of its effectiveness and suggestions for the technical implementation are given.

Pages: 25-32
References
  1. Mikhanov N.P., Yagolnikov S.V. Metodika otsenki elektromagnitnoi sovmestimosti bortovogo oborudovaniya radiotekhnicheskoi sistemy blizhnei navigatsii i posadki i RES sotovykh sistem sukhoputnoi podvizhnoi radiosvyazi obshchego polzovaniya federalnogo standarta GSM-900. Radiotekhnika. 2004. № 10. (in Russian)
  2. Zanozin A.V., Mikhanov N.P., Sai P.A. Povyshenie zashchishchennosti bortovogo priemnika radiotekhnicheskoi sistemy blizhnei navigatsii i posadki ot pomekh radiosvyazi standarta GSM-900. Radiotekhnika. 2009. № 1. (in Russian)
  3. Pat. na poleznuyu model № 87055. 2009. Ustroistvo pomekhoustoichivogo priemnika bortovogo oborudovaniya radiotekhnicheskoi sistemy blizhnei navigatsii i posadki. Butsev S.V., Zanozin A.V., Mikhanov N.P., Sai P.A. (in Russian)
  4. Pat. na poleznuyu model № 94090. 2010. Pomekhoustoichivyi priemnik bortovogo oborudovaniya radiotekhnicheskoi sistemy blizhnei navigatsii i posadki. Butsev S.V., Zanozin A.V., Mikhanov N.P., Sai P.A. (in Russian)
  5. Pat. na poleznuyu model № 97579. 2010. Pomekhoustoichivyi bortovoi priemnik radiotekhnicheskoi sistemy blizhnei navigatsii. Butsev S.V., Zanozin A.V., Mikhanov N.P., Sai P.A. (in Russian)
  6. Pat. na izobretenie № 2427074. 2011. Pomekhoustoichivyi bortovoi priemnik radiotekhnicheskoi sistemy blizhnei navigatsii. Butsev S.V., Zanozin A.V., Mikhanov N.P., Sai P.A. (in Russian)
  7. Pat. na izobretenie № 2433540. 2011. Sposob obespecheniya elektromagnitnoi sovmestimosti radioelektronnykh sredstv radiotekhnicheskoi sistemy blizhnei navigatsii i sistemy podvizhnoi radiosvyazi. Butsev S.V., Zanozin A.V., Korobeinikov Yu.A., Mikhanov N.P., Sai P.A. (in Russian)
Date of receipt: 8 августа 2019 г