Technical Physics
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- 2023
- 2022
Comparison of polarization fading compensation methods for broadband microwave photonic links by introduced noise and achievable dynamic range
Two methods for compensation of polarization fading in microwave photonic links have been studied. Comparison of noise characteristics has been performed and factors limiting the dynamic range of microwave photonic link have been analyzed on an example of a link with an external remote electrooptic modulator. The possibility of reaching spurious-free dynamic range close to the shot-noise limit SFDR3~116 dB Hz-2/3 has been demonstrated for 1000 m microwave photonic link. Keywords: Optical polarization, polarization fading, fiber-optic links, optical noise, dynamic range, balanced detection, microwave photonics, integrated optical modulator, polarization control
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