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Low-Noise Integrated Phase-Sensitive Waveguide Parametric Amplifiers
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DOI：10.1109/JLT.2021.3119423.png)
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Abstract
En 中文
Low-noise optical amplifiers play a vital role in optical communications and signal processing. Recently, there has been a pursuit for compact, waveguide-based, parametric amplifiers which employ the four-wave mixing process relying on the 3(rd) order nonlinearity, chi((3)), of the material. Here, we present an analytic model for the gain and noise figure of phase-sensitive parametric amplifiers based on nonlinear optical waveguides, which includes the impact of the linear loss of the waveguide. We provide insights into the importance of this loss for the gain, but more importantly also for the amplifier noise figure. In particular, we study waveguides based on Si3N4 and find that a gain of 28 dB with a 0.8 dB noise figure is feasible in a 3 m long waveguide having a loss of 1.5 dB/m. We finally investigate the impact of the Si3N4 waveguide cross section on the dispersion and the nonlinear coefficient for the improvement of PSA performance.
Keywords:
Optical waveguides
Optical amplifiers
Optical pumping
Optical losses
Gain
Optical signal processing
Stimulated emission
Four-wave mixing
integrated optics
nonlinear optical devices
optical amplifiers
Journal
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4.8
Papers:
1.7W
Citations:
3.8W
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Cited Papers
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