A nonincremental interferometer for the absolute measurement of distances is presented. The measuring technique is based on both dispersive white-light (DWL) interferometry and frequency-modulated continuous-wave (FMCW) interferometry. The proposed configuration integrates both techniques in the same interferometer by use of a single laser diode. This solution enables the results from the coarse measurements from the FMCW interferometer to be combined with the fine readouts from the DWL interferometer. Preliminary experimental results confirm the capability of the system to combine the advantages of the two techniques.
Dispersive white light combined with a frequency-modulated continuous-wave interferometer for high-resolution absolute measurements of distance / Rovati, Luigi; U., Minoni; F., Docchio. - In: OPTICS LETTERS. - ISSN 0146-9592. - STAMPA. - 22:(1997), pp. 850-852.
Dispersive white light combined with a frequency-modulated continuous-wave interferometer for high-resolution absolute measurements of distance
ROVATI, Luigi;
1997
Abstract
A nonincremental interferometer for the absolute measurement of distances is presented. The measuring technique is based on both dispersive white-light (DWL) interferometry and frequency-modulated continuous-wave (FMCW) interferometry. The proposed configuration integrates both techniques in the same interferometer by use of a single laser diode. This solution enables the results from the coarse measurements from the FMCW interferometer to be combined with the fine readouts from the DWL interferometer. Preliminary experimental results confirm the capability of the system to combine the advantages of the two techniques.
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