rus
Issue #2/2024
A.Yu.Igumenov, S.N.Lukinykh, O.E.Nanii, V.N.Treschikov
OPTICAL STABILIZATION OF POWER AMPLIFIERS FOR FIBER-OPTIC COMMUNICATION LINES
OPTICAL STABILIZATION OF POWER AMPLIFIERS FOR FIBER-OPTIC COMMUNICATION LINES
DOI: 10.22184/2070-8963.2024.118.2.56.61
Thepossibilityofopticalstabilization of the gain of a remotely pumped erbium fiber amplifier (ROPA) and a distributed SRS amplifier have been investigated. The basis of the optical stabilization systems under consideration is a linear spectral-selective resonator with generation at one of the operating wavelengths of the amplifier. It is shown that for the ROPA proposed system makes it possible to maintain the gain constant when changing temperature, number and power of channels. For a distributed SRS amplifier, a constant gain is provided when the number of channels changes, and constant output power when losses in the line change.
Tags: distributed vcr amplifier dwdm systems fiber-optic links optical gain stabilisation ropa волоконно-оптические линии связи оптическая стабилизация коэффициента усиления распределенный вкр-усилитель системы dwdm
Subscribe to the journal Last Mile to read the full article.
Thepossibilityofopticalstabilization of the gain of a remotely pumped erbium fiber amplifier (ROPA) and a distributed SRS amplifier have been investigated. The basis of the optical stabilization systems under consideration is a linear spectral-selective resonator with generation at one of the operating wavelengths of the amplifier. It is shown that for the ROPA proposed system makes it possible to maintain the gain constant when changing temperature, number and power of channels. For a distributed SRS amplifier, a constant gain is provided when the number of channels changes, and constant output power when losses in the line change.
Tags: distributed vcr amplifier dwdm systems fiber-optic links optical gain stabilisation ropa волоконно-оптические линии связи оптическая стабилизация коэффициента усиления распределенный вкр-усилитель системы dwdm
Subscribe to the journal Last Mile to read the full article.
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