S.I. Derzhavin – Ph. D. (Phys.-Math.), Head of Laboratory «Diode Lasers», Advanced Energy Technologies Ltd. (Skolkovo); Head of Laboratory «Powerful Semiconductor Laser Devices», GPI RAS (Moscow)

E-mail: derzh@kapella.gpi.ru

N.M. Lyndin – Research Scientist, Laboratory «Diode Lasers», Advanced Energy Technologies Ltd. (Skolkovo);  Senior Research Scientist, Laboratory «Powerful Semiconductor Laser Devices», GPI RAS (Moscow) E-mail: lyndin@ran.gpi.ru

D.N. Mamonov – Junior Research Scientist, Laboratory «Diode Lasers», Advanced Energy Technologies Ltd. (Skolkovo); Post-graduate Student, GPI RAS (Moscow)

E-mail: mamonau.dzmitry@gmail.com

G.G. Novikov – Associate Professor, National Research Nuclear University «MEPhI» (Moscow) E-mail: GGNovikov@mephi.ru

V.N. Timoshkin – Research Scientist, Laboratory «Diode Lasers», Advanced Energy Technologies Ltd. (Skolkovo); Research Scientist, Laboratory «Powerful Semiconductor Laser Devices», GPI RAS (Moscow) E-mail: vtim@kapella.gpi.ru

The capability of stable pulse-periodic generation of a phase-locked laser diode bar in a gigahertz range and, thereby, its applicability for high-speed systems of laser space communications are experimentally proved.

1. Lazernaya kosmicheskaya svyaz’ / Pod red. M. Kaczmana. M.: Radio i svyaz’. 1993.
2. Hemmati H. Near-Earth Laser Communications. CRC. 2009.
3. Majumdar A.K., Ricklin J.C. Free-Space Laser Communications: Principles And Advances. Springer. 2010.
4. Fidler F., Knapek M., Horwath J., Leeb W.R. Optical Communications for High-Altitude Platforms // IEEE Journal of Selected Topics in Quantum Electronics. 2010. V. 16. № 5. P. 1058−1070.
5. Boroson D.M., Scozzafava J.J., Murphy D.V., Robinson B.S. The Lunar Laser Communications Demonstration (LLCD) // Third IEEE International Conference on Space Mission Challenges for Information Technology (SMC-IT). 2009. P. 23−28.
6. Lunar           Laser      Communication      Demonstration       NASA’s    First       Space     Laser      Communication      System    Demonstration      // http://www.nasa.gov/sites/default/files/llcdfactsheet.final_.web_.pdf.
7. Grigor’ev V.N., Ivlev O.A., Moshnin A.G., Sokolov Yu.E., Sumerin V.V., Shargorodskij V.D. Kosmicheskij e’ksperiment na MKS «Sistema lazernoj svyazi»: pervy’e rezul’taty’ // E’lektromagnitny’e volny’ i e’lektronny’e sistemy’. 2013. № 1. S. 31−38.
8. Eliseev P.G., Popov Yu.M. Poluprovodnikovy’e lazery’ // Kvantovaya e’lektronika. 1997. 24. № 12. S. 1067−1079.
9. Brokmann R. Diodny’e lazery’ – e’konomicheskoe chudo // Fotonika. 2009. № 4. S. 8−11.
10. Mikae’lyan G.T. Moshhny’e diodny’e lazerny’e linejki i matriczy’. Dis. … dokt. fiz.-mat. nauk. M.: 2006.
11. Kravczov N.V. Osnovny’e tendenczii razvitiya tverdotel’ny’x lazerov s poluprovodnikovoj nakachkoj // Kvantovaya e’lektronika. 2001. T. 31. № 8. S. 661−677.
12. Kandidov V.P. Lazerny’e reshetki // Sorosovskij obrazovatel’ny’j zhurnal. 1999. № 12. S. 68−75.
13. Glova A.F. Sinxronizacziya izlucheniya lazerov s opticheskoj svyaz’yu // Kvantovaya e’lektronika. 2003. T. 33. № 4. S. 283−306.
14. Paboeuf D., Lucas-Leclin G., Georges P., Michel N., Krakowski M., Lim J., Sujecki S., Larkins E. Narrow-line coherently combined tapered diodes in a Talbot external cavity with a volume Bragg grating // Applied Physics Letters. 2008. V. 93. № 21. 211102.
15. Pat. RF № 2429555. Sposob sinxronizaczii linejki lazerny’x diodov i rezonansnoe reshetchatoe volnovodnoe zerkalo dlya ego realizaczii / Derzhavin S.I., Ly’ndin N.M. Zayavka № 2008140133 ot 10.10.2008.
16. Derzhavin S.I., Dyukel’ O.A., Ly’ndin N.M. Kogerentnoe slozhenie izlucheniya linejki odnomodovy’x lazerny’x diodov // Kvantovaya e’lektronika. 2012. T. 42. № 6. S. 561−564.
17. Pat. RF № 81601. Rezonansnoe reshetochnoe volnovodnoe zerkalo / Derzhavin S.I., Ly’ndin N.M.  Zayavka № 2008140287 ot 13.10.2008.