NEWS REVIEW Saelig samples Plessey LEDs


SAELIG is now distributing samples of Plessey Semiconductors’ GaN-on-Silicon MAGIC PLW111010 PLCC-2 SMT white light LEDs. These LEDs are claimed to be the first commercially available solid state illuminators manufactured on 6-inch GaN-on-Silicon substrates.


Magic PLW111010 Standard LEDs With production yields of greater than 95 percent and fast processing times, a significant cost advantage can be offered


over sapphire and SiC-based LED solutions for a wide range of industry- standard solid-state illumination and indicator applications.


Designed for ambient decorative lighting and automotive interior applications, MAGIC PLW111010 PLCC-2 SMT LEDs are high efficiency 465nm blue emitters with phosphor wavelength spreading to provide near-Lambertian distribution with brightness from 360mcd to 1080 mcd.


The 2000-piece reels of LEDs are binned for a single intensity and colour to provide close uniformity in manufacturing assembly lines. The LED’s forward voltage drop is 3.8V at a maximum current of 25mA.


Using standard semiconductor manufacturing processing provides significant cost advantages over conventional, more expensive LEDs of similar quality which are based on sapphire or SiC technology.


MAGIC LEDs are built using a thin 2.5 µm Gallium GaN layer on a 6 inch silicon substrate, delivering industry-standard performance at a dramatically reduced manufacturing cost.


How many devices can fit on the tip of a pin?


Ask us again tomorrow.


III-V module hits 35.9 % efficiency


For 35 years, Plasma-Therm has been shrinking the limits of what is possible. Today, our Mask Etcher V


® produces


at <32nm technology nodes. And our sights are set on 22nm and beyond.


Whether it’s new device designs, accelerated productivity goals or innovative material challenges, bring them to us. We will meet them.


AMONIX has manufactured a III-V based solar module which achieved a national renewable energy laboratory (NREL) efficiency rating of 35.9 Percent under recently adopted CPV IEC test conditions of 1000 W/m2


and 25°C cell temperature.


Amonix says the result is the highest ever independently rated module efficiency for any pv technology and is the first time NREL quantified the rating for a concentrator module with the cells at 25°C instead of at operating temperature.


Advanced ICP, RIE, DSE™ and PECVD for R&D to Production


plasmatherm.com


sales@plasmatherm.com +1 727 577 4999


Amonix worked with NREL to help mature this measurement process. Amonix ‘s last solar module set a an efficiency of 34.9 percent at CSOC (concentrator standard operating conditions) in April, 2013. the firm claims this was the first to break 33 percent CSOC module efficiency in may 2012. “this 35.9 percent IEC CSTC module efficiency is a direct comparison to PV module efficiencies, which are often reported at IEC standard test conditions,” says Vahan Garboushian, Amonix founder and CTO.


14 www.compoundsemiconductor.net August / September 2013 PT_8_12 CS Island Ad 2.indd 1 8/3/2012 8:53:37 AM


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