Abstract

This work is concerned with the analysis of the signals which can be recovered in a phase-sensitive detector after either transmission through or reflection from a Fabry–Perot interferometer of a phase-modulated light. The frequency responses are obtained and compared, the effects of amplitude modulation which result in offsets and line shape distortions are analyzed, the conditions to reduce the in-loop frequency noise are examined taking into account the electronic noise, when the source is locked to the cavity by means of a high gain control system.

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