Cree, Inc., a leader in LED lighting components, today announced it has achieved R&D results of 129 lumens per watt for a cool-white LED and 99 lumens per watt for a warm-white LED. These are the best results reported for packaged, high-power LEDs, and they clearly indicate that Cree is extending its lead in solid-state lighting through its continued investments in LED technology.
Research by the Advanced Institute of Technology Photonics group scientists on new approaches to displays and lighting technology were recently awarded the best poster prizes at the European Materials Research Society (EMRS), Strasbourg and the International Conference on Optical, Optoelectronic and Photonic Materials and Applications (ICOOPMA), London.
Designed for high-accuracy applications such as those required for offshore survey vessels, the new I-Compass features a unique integration of a Fiber Optic Gyro (FOG) with a Global Positioning System (GPS) sensor to provide reliable and accurate heading, pitch and roll measurements.
Stratos Optical Technologies, a leader in fiber optic connectivity and OEO solutions for military applications, has announced the availability of the HTP-TR4 Quad Port Hybrid transceiver, a highly ruggedized, highly miniaturized component-level unit for 1 to 2.5 Gbps multimode optical data link applications. The Quad Port Hybrid is the first product of its kind to combine three critical design attributes for avionics equipment applications – a one square inch footprint that fits within a maximum height of 0.235”, full compliance with 1x/2x FiberChannel standards, and ruggedness that will withstand avionics vibration and shock requirements.
Stratos International, a leading innovator in RF, microwave, and fiberoptic connectivity solutions for military/aerospace, telecom and broadcast markets, has been selected by Boeing and several key suppliers to Boeing for a variety of optoelectronic, electronic and electrical interconnect components for the new 787 Dreamliner passenger aircraft series.
Cree, Inc., a leader in LED lighting components, today announced it has demonstrated light output of more than 1,000 lumens – an amount equivalent to the output level of a standard household light bulb – from a single R&D LED. Cree’s achievement demonstrates continued leadership in the development of LEDs that can make traditional light bulbs obsolete.
Imagine Optic is proud to announce the arrival of the latest addition to its award winning HASO™ wavefront sensor product line, HASO3, a completely revised version of its flagship wavefront analysis software, HASOv3, and the all new StitchWave™ for reconstructing multiple wavefronts obtained when measuring large surfaces. The company equally plans to release two new adaptive optics software packages, CASAO™ and GENAO™, in the first quarter of 2007.
If you want to exploit the ability of single-walled carbon nanotubes (SWCNTs) to absorb, fluoresce and scatter light, take the advice of a sandlot quarterback and “go long
Sensors can monitor production processes, unmask tiny cracks in aircraft hulls, and determine the amount of laundry in a washing machine. In future, they will also be used in the human body and raise the alarm in the event of high pressure in the eye, bladder or brain.
Without silicon there would be no computer industry since most computer chips consist of this semiconductor material. The same is true for solar cells: They too are predominantly silicon-based. The monocrystals are cut in round slices approximately one millimeter thick, which experts call wafers. Their surfaces must be as smooth as glass; irregularities may only be a few nanometers wide, i.e. less than one ten thousandth of a hair. Therefore, after they have been cut out of a large silicon monocrystal, the wafers must be ground and polished.
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