The paper reports results of an investigation on the main measurement uncertainty sources in a novel distance meter based on dispersive comb-spectrum interferometry. The light source is a commercial laser diode operating at 670 nm driven under the threshold condition, and emitting a beam with a comb-shaped spectrum. Sensitivity of the measurement to the operating conditions has been evaluated. Results from an experimental activity aimed at characterizing the laser and to measure the performance of a prototype implementation are also presented. The system can perform unambiguous nonincremental distance measurements over a range of 0.8 mm with a total uncertainty of about 1.5 ?m
Dispersive comb-spectrum interferometer: metrological characterization / U., Minoni; Rovati, Luigi; M., Bonardi; F., Docchio. - In: IEEE TRANSACTIONS ON INSTRUMENTATION AND MEASUREMENT. - ISSN 0018-9456. - STAMPA. - 48:(1999), pp. 1197-1200.
Dispersive comb-spectrum interferometer: metrological characterization
ROVATI, Luigi;
1999
Abstract
The paper reports results of an investigation on the main measurement uncertainty sources in a novel distance meter based on dispersive comb-spectrum interferometry. The light source is a commercial laser diode operating at 670 nm driven under the threshold condition, and emitting a beam with a comb-shaped spectrum. Sensitivity of the measurement to the operating conditions has been evaluated. Results from an experimental activity aimed at characterizing the laser and to measure the performance of a prototype implementation are also presented. The system can perform unambiguous nonincremental distance measurements over a range of 0.8 mm with a total uncertainty of about 1.5 ?m
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