Digital laser frequency stabilization using an optical cavity
Date
2010
Authors
Lam, Timothy
Slagmolen, Bram
Chow, Jong
Littler, Ian
McClelland, David
Shaddock, Daniel
Journal Title
Journal ISSN
Volume Title
Publisher
Institute of Electrical and Electronics Engineers (IEEE Inc)
Abstract
PoundDreverHall locking is a high performance technique for laser frequency stabilization. Radio frequency optical modulation combined with electronic demodulation provides a feedback signal to lock a laser's frequency to a cavity resonance. Although the
Description
Keywords
Keywords: Analog electronics; Cavity resonances; Digital implementation; Digital system; Electronic demodulation; Electronic noise; Feedback signal; Feedback systems; Frequency control; High-performance techniques; Laser frequency stabilization; Laser stability; Lo Frequency control; Frequency locked loops; Laser stability
Citation
Collections
Source
IEEE Journal of Quantum Electronics
Type
Journal article