Comments and Corrections Comments on “Frequency Response of the Noise Conversion From Relative Intensity Noise to Phase Noise in the Photodetection of an Optical Pulse Train”
Photonics Technology Letters, IEEE （2014）
摘要
It is shown that the results presented in the above letter, and attributed by the authors to amplitude-to-phase conversion in the photodetector, do not originate in the photodetector under test, due to the power dependence observed. More recent results show that conversion effects with the same size and frequency dependence are observed in passively mode-locked nonlinear polarization rotation mode-locked lasers.
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关键词
laser beams,laser mode locking,laser noise,laser variables measurement,light polarisation,optical rotation,phase noise,photodetectors,amplitude-to-phase conversion,conversion effects,frequency dependence,frequency response,noise conversion,optical pulse train photodetection,passively mode-locked nonlinear polarization rotation mode-locked lasers,phase noise,photodetector,power dependence,relative intensity noise,size dependence,Phase measurement,mode-locked lasers,phase noise,photodetectors
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