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integrated optics

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integrated optics

[′in·tə‚grād·əd ′äp·tiks]
(optics)
A thin-film device containing tiny lenses, prisms, and switches to transmit very thin laser beams, and serving the same purposes as the manipulation of electrons in thin-film devices of integrated electronics.
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.

integrated optics

Combining electrical and optical components on the same silicon-based substrates used in the fabrication of a semiconductor chip. Also called "silicon photonics," fiber-optic communications employs numerous integrated optics devices, including lasers, photodetectors, beam splitters, isolators, filters, prisms, modulators and switches. See optoelectronic and photonic.
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References in periodicals archive
However, more promising needs of LCOFs are expected to be in optical sensing or other integrated optic applications, which would generally require more amount of power to be confined in the outer most clad.
A Symposium on Optical Fiber Measure-ments was held in September 2000, in Boulder, CO, devoted to measurements on fibers, integrated optics, components and systems.
Currently, space switching in two dimensions is used with small capacity integrated optics matrices.
In November, the European Optical Society will celebrate the 50th anniversary of on-chip optical integration by organising the first EOS topical meeting on integrated optics (IntOp 2019) in Joensuu.
photolithography, silicon micromachining, nonsilicon processes, mask design, microsensors, microactuators, micro total analysis systems, integrated optics, assembly and packaging, nanotechnology, amplifiers and filtering, computer interfacing and output drivers.
It also includes an integrated optics package, featuring an autofocus camera and lens module with programmable features and a day/night option.
In order, the chapters discuss waveguide analysis; transmitters; receivers; waveguide terminations and splices; integrated optic and network components; integrated optics; local area networks (LANs); LANs applied to single-mode FO technology; long-haul networks; FO sensors; and angular division multiplexers.
It then presents chapters on visible light-emitting diodes, semiconductor lasers, optical detectors and receivers, optical fiber devices, optical modulators, optical amplifiers, ultrafast optoelectronics, integrated optics, infrared devices and techniques, organic light emitting devices, microstructured optical fibers, and engineered optical materials.
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