Accession Number : AD0816660
Title : LASER DEFLECTION BY A TORSIONALLY RESONANT HORN LOADED PIEZOELECTRIC CERAMIC.
Descriptive Note : Technical rept. Oct-64-Dec 66,
Corporate Author : NAVAL TRAINING DEVICE CENTER ORLANDO FL
Personal Author(s) : Klaiber, Robert J.
Report Date : MAY 1967
Pagination or Media Count : 25
Abstract : An ultrasonic laser deflector employing a torsionally oscillating piezoelectric transducer and mechanical transformer is described. A half-wave piezoelectric ceramic is cemented to a half-wave stepped horn to magnify the small amplitude torsional vibrations of the ceramic transducer. The laser is deflected by means of a small mirror machined into the small end of the horn. Design parameters are given which show that large angular displacements are possible at ultrasonic frequencies. A practical design is described, and factors are outlined which influence the use of the device for scanning. (Author)
Descriptors : *OPTICAL SCANNING), *ELECTROOPTICS), (*PIEZOELECTRIC TRANSDUCERS, (*LASERS, DEFLECTION), (*ULTRASONIC RADIATION, CERAMIC MATERIALS, LOW FREQUENCY, TRANSFORMERS, ELECTRIC FIELDS, WAVE PROPAGATION, PROPAGATION, SHEAR STRESSES, SIMULATION, FOCUSING.
Subject Categories : Optics
Distribution Statement : APPROVED FOR PUBLIC RELEASE