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Optoelectronic Phase Locking of Microwave Signals Up to 4 GHz Using a Laser-Diode-Based Electrooptic Harmonic Mixer
Journal article

Optoelectronic Phase Locking of Microwave Signals Up to 4 GHz Using a Laser-Diode-Based Electrooptic Harmonic Mixer

Ci-Ling Pan, Kai-Yuan Tang and Hsiao-Hua Wu
IEEE Microwave and Guided Wave Letters, Vol.3(4), pp.113-115
1993

Abstract

A reflection-mode GaAs electrooptical sampler has been used for constructing a harmonic mixer to optoelectionically phase-lock microwave signals up to 4 GHz in a laser-diode-based system. The conversion loss of the harmonic mixer is 81 dB. The phase noise degradation of the phase-locked 4-GHz signal at 5-kHz offset measured with respect to the 500 MHz synthesizer signal driving the laser diode is 38 dB. © 1993 IEEE

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