Prospects of development of transmitter/receiver modules AESA - nanophotonic T/R modules

D.F. Zaitsev

Prospects of development of transmitter/receiver modules AESA - nanophotonic T/R modules

research article Pages: 57-69

¹ D.Sc. (Eng.), Deputy General Designer, - Phazotron-NIIR Corporation - JSC

Keywords: AESA receiving-transmitting modules analog photonics radio optics antenna module main characteristics nanotechnology nanophotonics

Abstract

The overview of the current state and the problems of further improvement of the main characteristics of the receiving-transmitting (T/R) modules of airborne AESA are shown. An effective and promising alternative to the T/R modules based on radio electronics is offered - T/R modules based on nanophotonics and optoelectronics. Its main characteristics are analyzed, and the basic features and peculiarities of its work are described. In a conclusion that the qualitative improvement of the main characteristics T/R modules of AESA and radar systems in general can be achieved with the use of analog photonics on the basis of nanotechnologies.

How to cite

Зайцев Д.Ф. Перспективы развития приемопередающих модулей АФАР - нанофотонные ППМ // Антенны. 2013. № 11. С. 57–69.

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[1] N'yuktaun. Global'nyj rynok radarov rastet / www.k2kapital.com. 10.11.2007.

[2] Mnogocelevoj istrebitel' Lockheed-Boeing-General Dynamics F-22 Raptor / Stels-mashiny. 2002. http://www.wse-wmeste.ru/f22.

[3] F-35 jet fighters to take integrated avionics to a whole new level / Military & Aerospace Electronics. 2003. May 1.

[4] Haupt R.L. Antenna arrays: a computational approach. N.-Y.: John Wiley&Sons/ 2010.

[5] AESA radar: revolutionary capabilities for multiple missions / Northrop Grumman. 2006. http://www.northropgrum-man.com.

[6] Rosenkranz M. Ein neues radar für den Eurofighter / 2006. http://www. airpower.at.

[7] AFAR «FAZOTRON-NIIR». 2007. http://www.mu-siles.ru.

[8] Aktivnye fazirovannye antennye reshetki / pod. red. D.I. Voskresenskogo i A.I. Kanashchenkova. M.: Radiotekh-nika. 2004.

[9] Sinani A.I., Alekseev O.S., Vinyarskij V.F. Aktivnye FAR. Koncepciya postroeniya i opyt razrabotki // An-tenny. 2005. Vyp. 2 (93). S. 64-68.

[10] Roulston J. Future developments in airborne radar // Filtronic-BAE Systems. 2004. http://www2.theiet.org/oncom¬ms/pn/ radar/Roulston.pdf.

[11] Kashin V.A., Lemanskij A.A., Mityashev M.B., Skosyrev V.N., Sozinov P.A. Problemy sozdaniya AFAR santimetrovogo diapazona dlya mobil'nykh mnogofunkcional'nykh radiolokatorov zenitnykh raketnykh kompleksov // Voprosy perspektivnoj radiolokacii / pod. red. A.V. So-kolova. M.: Radiotekhnika. 2003.

[12] Kravcov L.Sh., Aronov V.L. Perspektiva razvitiya integrirovannykh antennykh sistem s e'lektronnym upravleniem lucha dlya bortovykh RLS // Trudy simpoziuma «E'lektronnoe upravlenie luchom v bortovykh radiolokacionnykh kompleksakh» (Ryazan', 4-6 oktyabrya, 2003). S. 109-115.

[13] Espeschied L., Martin D.K. Directive radio reperting system // United States Patent № 1669123. 8.05.1928.

[14] Culter C., Kompfner R., Tillotson L. A self-steering array repetear // BSTJ. 1963. V. 42. № 9. P. 2013-2017.

[15] Osborne T.L. Self-steering array repeater // United States Patent № 3680108. 25.07.1972.

[16] Kanashchenkov A.I., Merkulov V.I., Samarin O.F. Oblik perspektivnykh bortovykh radiolokacionnykh sistem. M.: IPRZhR. 2002.

[17] Rossijskij istrebitel', imeyushchij radar s aktivnoj fazirovannoj antennoj reshetkoj, vpervye demonstriruetsya na aviasalone v Indii // INTERFAKS-AVN - Bangalor (Indiya). 12.02.2007.

[18] Baev E.V., Burylin E.I. Miniatyurnye e'lektricheskie linii zaderzhki. M.: Sovetskoe radio. 1977.

[19] Cirkulyatory ferritovye. Katalog. www.ferrit.vrn.ru. 2004.

[20] Bakhrakh L.D., Zajcev D.F. Fazirovannye antennye reshet-ki na osnove raspredelennykh opticheskikh antennykh modulej // Doklady AN. 2004. T. 394. № 4. S. 465-468.

[21] Zajcev D.F. Priemno-peredayushchij optoe'lektronnyj modul' AFAR // Patent Rossii № 2298810. Zayavl. 04.10.2005.

[22] High Power Low Noise Laser - 1064 nm. Data Sheet PR-LNL-W1064-A // Princeton Optronics. 2010.

[23] Ables J.H. et al. Resonant enhanced modulator development // R-FLICS program review presentation. Sarnoff Co. Aug. 2001. P. 1-31.

[24] Vinokurov D.A., Zorina S.A., Tarasov I.S. i dr. Moshchnye poluprovodnikovye lazery na osnove asimmetrichnykh geterostruktur razdel'nogo ogranicheniya // Fizika i tekhnika poluprovodnikov. 2005. T. 39. Vyp. 3. S. 388-393.

[25] Ackerman E.I., Burns W.K., Betts G.E., Chen J.X., Prince J.L., Regan M.D., Roussell H.V., Cox C.H. RF - over-fiber links with very low noise figure // Journ. of Lightwave Technol. 2008. V. 26. № 15. P. 2441-2448.

[26] Zajcev D.F. Vneshnie integral'no-opticheskie modulyatory // Antenny. 2008. Vyp. 4. S. 66-79.

[27] Bakhrakh L.D., Zajcev D.F. Perspektivy primeneniya analogovoj fotoniki v radiolokacionnykh sistemakh // An-tenny. 2004. Vyp. 8-9 (87-88). S. 134-138.

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