Results 171 to 180 of about 4,602 (218)
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Nature Photonics, 2010
Using high-frequency sound waves to make tunable optical filters, modulators and Q-switches is a well-established and convenient technological solution for many applications, reports Neil Savage.
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Using high-frequency sound waves to make tunable optical filters, modulators and Q-switches is a well-established and convenient technological solution for many applications, reports Neil Savage.
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The Journal of the Acoustical Society of America, 1975
Experimental observation of acousto-optic moiré phenomena is reported. The experiment employs optical phase gratings generated by high-frequency (0.5–2 MHz) acoustic tonebursts propagating in a transparent water tank. Two or more superposed gratings are observed by means of an optical, stroboscopic, scanning schlieren imaging system.
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Experimental observation of acousto-optic moiré phenomena is reported. The experiment employs optical phase gratings generated by high-frequency (0.5–2 MHz) acoustic tonebursts propagating in a transparent water tank. Two or more superposed gratings are observed by means of an optical, stroboscopic, scanning schlieren imaging system.
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Acousto-optic transmultiplexer
SPIE Proceedings, 1994ABSTRACTThis paper reports on the system concept, design and hardware analysis of a wideband transmultiplexer implemented with acousto-optic technology. The objective of the study was to determine the feasibility of constructing a unit that would convert a20 MHz analog IF band of 5000 contiguous frequency multiplexed 4 kHz channels to a time division ...
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1982
In the preceding chapter, we have shown that modulators and switches can be made by using the electro-optic effect to produce a grating-shaped variation of the index of refraction within the waveguide. This grating structure causes diffraction of the guided optical waves, resulting in modulation or switching.
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In the preceding chapter, we have shown that modulators and switches can be made by using the electro-optic effect to produce a grating-shaped variation of the index of refraction within the waveguide. This grating structure causes diffraction of the guided optical waves, resulting in modulation or switching.
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Electrically driven acousto-optics and broadband non-reciprocity in silicon photonics
Nature Photonics, 2020Eric A Kittlaus +2 more
exaly
Acousto-optic materials and acousto-optic cell applications
SPIE Proceedings, 1996Victor V. Kludzin +2 more
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Acousto-optic modulation of photonic bound state in the continuum
Light: Science and Applications, 2020Zejie Yu, Xiankai Sun
exaly