Abstract
The paper proposes a method of generation and conversion of optical ILCF signals on the basis of a classical RoF-segment based on the application of two lasers. The circuit parameters of the classical RoF-segment based on the application of two independent laser sources are estimated. An approach to modeling the parameters of propagating radiation is proposed. It is found that in case of absence of signals chirping this scheme can be applied to the problems of radio frequency reception within the range up to several GHz. As the optical frequency distance of these lasers increases, the level of instability grows significantly negating the advantages of optical radio frequency generation due to increasing phase noise. Nevertheless, the range of parameters is defined (in terms of the difference in laser frequencies and the largest permissible value of ILCF) when the considered scheme provides a more or less stabilized mode of operation, and therefore it can find application in the tasks of the industrial internet.
Published Version
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