Industrial and medical CO2 (λ 10.6 μm) laser equipment necessitate primarily for real-time diagnostic systems of the laser beam for maintaining the optimal operating condition and secondarily for the early individuation of anomalies in the beam spot to avoid damages and failures in short times. In this work we present a versatile instrument that can be interfaced to different measuring modules provided with linear or matrix arrays of pyroelectric sensors. The instrument operates in stand alone mode and it is interfaced to different plug-in modules for the laser spatial intensity characterization and the for the laser pulse shape monitoring.

A STAND-ALONE INSTRUMENT FOR PYROELECTRIC SENSORS ARRAYS WITH DIFFERENT NUMBER OF ELEMENTS AND APPLICATIONS / L. CAPINERI;A. CASINI;F. LENZI;L. MASOTTI;M. MAZZONI;D. BIGAZZI;F. ERMINI;C. GIOVANNUCCI;V. RUSSO. - STAMPA. - (2002), pp. 309-313. (Intervento presentato al convegno Sensors and Microsystems) [10.1142/9789812776457_0050].

A STAND-ALONE INSTRUMENT FOR PYROELECTRIC SENSORS ARRAYS WITH DIFFERENT NUMBER OF ELEMENTS AND APPLICATIONS

CAPINERI, LORENZO;MASOTTI, LEONARDO;
2002

Abstract

Industrial and medical CO2 (λ 10.6 μm) laser equipment necessitate primarily for real-time diagnostic systems of the laser beam for maintaining the optimal operating condition and secondarily for the early individuation of anomalies in the beam spot to avoid damages and failures in short times. In this work we present a versatile instrument that can be interfaced to different measuring modules provided with linear or matrix arrays of pyroelectric sensors. The instrument operates in stand alone mode and it is interfaced to different plug-in modules for the laser spatial intensity characterization and the for the laser pulse shape monitoring.
2002
Sensors and Microsystems - Proceedings of the 7th Italian Conference
Sensors and Microsystems
L. CAPINERI;A. CASINI;F. LENZI;L. MASOTTI;M. MAZZONI;D. BIGAZZI;F. ERMINI;C. GIOVANNUCCI;V. RUSSO
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/652789
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