AIREX: Laser Frequency Stabilization and Control through ...- laser frequency stabilization and control through offset sideband locking to optical cavities ,We describe a class of techniques whereby a laser frequency can be stabilized to a fixed optical cavity resonance with an adjustable offset, providing a wide tuning range for the central frequency. These techniques require only minor modifications to the standard Pound-Drever-Hall locking techniques and have the advantage of not altering the ... Laser Frequency Offset Locking - Mouser ElectronicsOptical Offset Phase Locking (in a nutshell) To put it simply, offset phase locking stabilizes phase difference between two lasers. This is done by first measuring the phase difference of the lasers and second, by feeding back to modify the frequency of one of the lasers to stabilize the phase difference.
The 1470 nm laser can be offset locked by TCPS combining with frequency modulation sideband. This locking scheme offers a method of modulation-free and conveniently tunable the lock point of laser frequency relative to an excited state transition, and may have many applications such as in two-color magneto-optical trap, diamond-level structure ...
stability using pre-stabilization, arm-locking, and TDI. 2. Offset locking techniques . 2.1 Tunability options . There are a number of ways to make a laser tunable over a narrow band. The ideal method would allow a large frequency offset while preserving the frequency stability of the non-tunable source. In general a
Abstract and Figures We describe a class of techniques whereby a laser frequency can be stabilized to a fixed optical cavity resonance with an adjustable offset, providing a wide tuning range for...
DOI: 10.1016/J.PHYSLETA.2003.10.076 Corpus ID: 119389190; Laser frequency stabilization by locking to a LISA arm @article{Sheard2003LaserFS, title={Laser frequency stabilization by locking to a LISA arm}, author={Benjamin S. Sheard and Malcolm B. Gray and D. E. McClelland and Daniel A. Shaddock}, journal={Physics Letters A}, year={2003}, volume={320}, pages={9-21} }
We demonstrate frequency stabilization of a tunable 318.6nm ultraviolet (UV) laser system using electronic sideband locking. By indirectly changing the frequency of a broadband electro-optic phase modulator, the laser can be continuously tuned over 4GHz, while a 637.2nm laser is directly stabilized to a high-finesse ultra-stable optical cavity.
We describe a class of techniques whereby a laser frequency can be stabilized to a fixed optical cavity resonance with an adjustable offset, providing a wide tuning range for the central frequency. These techniques require only minor modifications to the standard Pound-Drever-Hall locking techniques and have the advantage of not altering the intrinsic stability of the frequency reference. We ...
Laser frequency stabilization and control through offset sideband locking to optical cavities
We demonstrate frequency stabilization of a tunable 318.6 nm ultraviolet (UV) laser system using electronic sideband locking. By indirectly changing the frequency of a broadband electro-optic phase modulator, the laser can be continuously tuned over 4 GHz, while a 637.2 nm laser is directly stabilized to a high-finesse ultra-stable optical cavity.
Laser Frequency Stabilization and Control through Offset Sideband Locking to Optical Cavities We describe a class of techniques whereby a laser frequency can be stabilized to a fixed optical cavity resonance with an adjustable offset, providing a wide tuning range for the central frequency.
A simple, easy-to-implement, and robust technique is reported to offset lock two semiconductor lasers with a frequency difference easily adjustable up to a couple of tens of gigahertz (10 and 19 GHz experimentally demonstrated). The proposed scheme essentially makes use of low-frequency control electronics and may be implemented with any type of single mode semiconductor laser, without any ...
We describe a class of techniques whereby a laser frequency can be stabilized to a fixed optical cavity resonance with an adjustable offset, providing a wide tuning range for the central frequency. These techniques require only minor modifications to the standard Pound-Drever-Hall locking techniques and have the advantage of not altering the ...
The 1470 nm laser can be offset locked by TCPS combining with frequency modulation sideband. This locking scheme offers a method of modulation-free and conveniently tunable the lock point of laser frequency relative to an excited state transition, and may have many applications such as in two-color magneto-optical trap, diamond-level structure ...
A simple, easy-to-implement, and robust technique is reported to offset lock two semiconductor lasers with a frequency difference easily adjustable up to a couple of tens of gigahertz (10 and 19 GHz experimentally demonstrated). The proposed scheme essentially makes use of low-frequency control electronics and may be implemented with any type of single mode semiconductor laser, without any ...
a digital phasemeter and characterize the stability of phase locking two lasers. Optical Offset Phase Locking (in a nutshell) To put it simply, offset phase locking stabilizes phase difference between two lasers. This is done by first measuring the phase difference of the lasers and second, by feeding back to modify the frequency of one of
stability using pre-stabilization, arm-locking, and TDI. 2. Offset locking techniques . 2.1 Tunability options . There are a number of ways to make a laser tunable over a narrow band. The ideal method would allow a large frequency offset while preserving the frequency stability of the non-tunable source. In general a
Mentioning: 34 - We describe a class of techniques whereby a laser frequency can be stabilized to a fixed optical cavity resonance with an adjustable offset, providing a wide tuning range for the central frequency. These techniques require only minor modifications to the standard Pound-Drever-Hall locking techniques and have the advantage of not altering the intrinsic stability of the ...
Laser frequency stabilization and control through offset sideband locking to optical cavities
DOI: 10.1016/J.PHYSLETA.2003.10.076 Corpus ID: 119389190; Laser frequency stabilization by locking to a LISA arm @article{Sheard2003LaserFS, title={Laser frequency stabilization by locking to a LISA arm}, author={Benjamin S. Sheard and Malcolm B. Gray and D. E. McClelland and Daniel A. Shaddock}, journal={Physics Letters A}, year={2003}, volume={320}, pages={9-21} }
a digital phasemeter and characterize the stability of phase locking two lasers. Optical Offset Phase Locking (in a nutshell) To put it simply, offset phase locking stabilizes phase difference between two lasers. This is done by first measuring the phase difference of the lasers and second, by feeding back to modify the frequency of one of
The method uses frequency offset side-band locking and an acousto-optical modulator driven ac-coupled servo-loop to correct the iodine' short-term frequency fluctuations. Experimental results show cavity-limited stability at 1 Hz of 10 -15 1/ Hz and iodine stability below 10 mHz of 10 -13 1/ Hz. In terms of the Allan deviation, this ...
Laser frequency stabilization and control through offset sideband locking to optical cavities Thorpe, J. I.; ...
A laser is locked to the resonance of a fixed-length cavity with a continually tunable offset frequency. The offset is generated using the phase modulator, a component which is already necessary for implementing standard frequency modulation locking techniques.
Laser frequency stabilization and control through offset sideband locking to optical cavities J. I. Thorpe 1, K. Numata,2, and J. Livas1 1NASA Goddard Space Flight Center, Greenbelt, MD., 20771 ...
a digital phasemeter and characterize the stability of phase locking two lasers. Optical Offset Phase Locking (in a nutshell) To put it simply, offset phase locking stabilizes phase difference between two lasers. This is done by first measuring the phase difference of the lasers and second, by feeding back to modify the frequency of one of
