Optical wireless communications operated at long-wave infrared radiation

Authors

  • Janusz Mikołajczyk Military University of Technology
  • Dariusz Szabra Military University of Technology
  • Artur Prokopiuk Military University of Technology
  • Krzysztof Achtenberg Military University of Technology
  • Jacek Wojtas Military University of Technology
  • Zbigniew Bielecki Military University of Technology

Abstract

This paper presents some construction analysis and test results of a Free Space Optics system operating at the wavelength of 9.35 µm. In the system, a quantum cascade laser and a photoreceiver with mercury cadmium telluride photodetectors were used. The main parameters of these elements were discussed taking into account a data link operation. It also provides to determine a data range for various weather conditions related to scattering and scintillation. The results of numerical analyses defined the properties of currently available FSO technologies working in the near infrared or in the short infrared range of spectrum versus the performances of the developed system. The operation of this system was verified in three different test environments. The obtained results may also contain important issues related to the practical application of any FSO system.

Author Biographies

Janusz Mikołajczyk, Military University of Technology

Institute of Optoelectronics

Dariusz Szabra, Military University of Technology

Institute of Optoelectronics

Artur Prokopiuk, Military University of Technology

Institute of Optoelectronics

Krzysztof Achtenberg, Military University of Technology

Institute of Optoelectronics

Jacek Wojtas, Military University of Technology

Institute of Optoelectronics

Zbigniew Bielecki, Military University of Technology

Institute of Optoelectronics

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Published

2024-04-19

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Section

Electron Technology