2011Unpublished venueRequires access

Modulation free beam of Rubidium stabilized diode laser for short gauge block interferometer

Monludee Ranusawud, P. Limsuwan, J Wongsaroj, Rojana Leecharoen

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Abstract

A Rubidium (Rb) stabilized diode laser has been developed and has been used as standard wavelength to determine length of gauge block. The Rb stabilized diode laser is composed of an external-cavity tunable diode laser, (Toptica), EOM, and spectroscopy of molecular Rb. The wavelength of the Rb stabilized diode laser was locked at d' / f' crossover component in the87Rb D2-line. The stability and reproducibility of the Rb stabilized diode laser is in order of 10-8. The measurement uncertainly of 54 nm for 100 mm gauge block measurement was achieved when using the developed Rb stabilized diode laser as standard wavelength.

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What this paper is about

A Rubidium (Rb) stabilized diode laser has been developed and has been used as standard wavelength to determine length of gauge block. The Rb stabilized diode laser is composed of an external-cavity tunable diode laser, (Toptica), EOM, and spectroscopy of molecular Rb. The wavelength of the Rb stabilized diode laser was locked at d' / f' crossover component in the87Rb D2-line. The stability and reproducibility of the Rb stabilized diode laser is in order of 10-8. The measurement uncertainly of 54 nm for 100 mm gauge block measurement was achieved when using the developed Rb stabilized diode laser as standard wavelength.

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Available abstract

A Rubidium (Rb) stabilized diode laser has been developed and has been used as standard wavelength to determine length of gauge block. The Rb stabilized diode laser is composed of an external-cavity tunable diode laser, (Toptica), EOM, and spectroscopy of molecular Rb. The wavelength of the Rb stabilized diode laser was locked at d' / f' crossover component in the87Rb D2-line. The stability and reproducibility of the Rb stabilized diode laser is in order of 10-8. The measurement uncertainly of 54 nm for 100 mm gauge block measurement was achieved when using the developed Rb stabilized diode laser as standard wavelength.

Key concepts: Rubidium, Laser, Diode, Spectroscopy, Laser diode, Physics, Materials science, Optics

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