July 17, 2009... IMEC today announces the launch of a new industrial affiliation program (IIAP) that will focus on the development of GaN technology for both power conversion and solid state lighting applications. An important goal of the program is to lower GaN Technology cost by using large-diameter GaN-on-Si and hence by leveraging on the Si scale of economics.
IMEC?s green Light-Emitting diodes on sapphire: IMEC proprietary thin-film textures LED technology will be used on GaN-on-Si LEDS to enhance the external quantum efficiency.
The scope of the IIAP is to develop high-voltage, low-loss, high-power switching devices based on large-diameter (up to 200mm) GaN-on-Si technology. Potential applications include high-power switching in solar converters, motor Drives, hybrid electrical vehicles or switch mode power supplies.
High-voltage power devices are traditionally based on Si MOSFET structures. However, for a number of applications, they are reaching intrinsic material limits. GaN-based devices can overcome these limits due to a unique combination of excellent transport properties and high electrical field operation The few GaN devices today on the market are based on AlGaN/GaN high-electron mobility transistors (HEMT) structures and are normally-on devices, designed for RF applications, eg in wireless communication. Within the IIAP, the next-generation Of power electronics components is envisaged, requiring the development of normally-off devices (for safety reasons) with high-voltage breakdown (600-1000V) and low on-resistance, operating in enhancement mode.
A second sub-program will exploit GaN-on-Si technology for the development of high-efficiency high-power white LEDs. Key issues are enhancing the external and internal quantum efficiencies and enabling high current operation. III-nitrides in general exhibit excellent light Emission properties in a very broad range of the visible and ultraviolet (UV) spectrum. However, LED illumination by these devices can only become broadly acceptable if new volume manufacturing technologies are developed that enable 150lm/W LEDs.
Common challenge for power electronics and optoelectronics is cost reduction. ?GaN on large-diameter Si wafers (from 100mm and 150mm towards 200mm) in combination with CMOS compatible processes offers the best perspective to create economically viable solutions?; said Marianne Germain, GaN program Director..While very few players can today process GaN on large-diameter Si wafers, IMEC has recently shown in collaboration with AIXTRON crack-free GaN growth on 200mm wafers. Also for other challenges, the IIAP can build on IMEC?s 10 years Experience in GaN technology, including unique skills in epi-layer growth, new device concept, device integration and a thin-film textured LED technology for high-efficiency III-nitride LEDs.?
IMEC invites both Integrated Device Manufacturers and Compound Semiconductor Industry to join the program where they can build on IMEC?s extensive expertise in GaN and benefit from a sharing of cost, risk, talent and IP.
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About IMEC
IMEC is a world-leading independent research center in nanoelectronics and nanotechnology. IMEC vzw is headquartered in Leuven, Belgium, has a sister company in the Netherlands, IMEC-NL, offices in the US, China and Taiwan, and representatives in Japan. Its Staff of more than 1650 people includes about 550 industrial residents and guest researchers. In 2008, its revenue (P&L) was EUR 270 million.
IMEC?s More Moore research aims at semiconductor scaling towards sub-32nm nodes. With its More than Moore research, IMEC looks into technologies for nomadic embedded systems, wireless autonomous transducer solutions, biomedical electronics, photovoltaics, organic electronics and GaN power electronics.
IMEC?s research bridges the gap between fundamental research at universities and technology development in industry. Its unique balance of processing and system know-how, intellectual property portfolio, state-of-the-art infrastructure and its strong network worldwide position IMEC as a Key partner for shaping technologies for future systems.
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