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  • What is Hot in IR Micro Vision
    three-dimensional (two space coordinates plus time) mapping of excess heat distribution in the device's active area of 0.1 mm2 or less. Particularly, crucial issues that must be addressed now are micro device thermal management' and power budgeting rather than the knowledge of how to manipulate material
  • MICRO: News Lead
    device has 32 motors that enable it to rapidly isolate 200 million to 250 million stem cells. If it works as designed, the device and its massively parallel sorting capability will represent a technological leap in cell sorting that could greatly benefit both chemotherapy patients and victims
  • MICRO: Advanced Process
    Robert Chong and Kevin Lensing, Over the last three years, FASL, a joint venture between Fujitsu (Tokyo) and Advanced Micro Devices (AMD; Sunnyvale, CA), has pursued an aggressive technology roadmap at AMD's Fab25 in Austin, TX. In 2002, the fab, which manufactures Spansion flash memory chips
  • Simplified Lux for Embedded and Micro Controllers
    . Channel 1's digital output is used to compensate for the effect of the infrared light component on Channel 0. The formula below derives the ambient light brightness from the digital outputs of both channels to approximate the human eye response. If an embedded or micro controller is used to control
  • MICRO:Conference Programs (March 2001)
    The 12th Annual IEEE/SEMI Advanced Semiconductor Manufacturing Conference (ASMC) 2001 (cosponsored by SEMI, IEEE, and MICRO) Technical Chair: Mart Graef, Philips Research Best Paper Award 2000 ASMC sponsored by DuPont Photomasks, "Maximizing Profitability Through Easy Information Transfer" Charles Weber
  • MICRO: Facilities Technologies - Mattukat (September 2000)
    was carried out at the Advanced Micro Devices (AMD) Fab 30 in Dresden, Germany . As the general contractor, M+W Zander (Stuttgart, Germany) designed and built this turnkey fab, which includes approximately 12,000 m of Class 100T cleanroom space and was designed for the production of the Athlon processor
  • MICRO: Facilities Technologies - Mattukat (September 2000)
    was carried out at the Advanced Micro Devices (AMD) Fab 30 in Dresden, Germany (shown in Figure 1). As the general contractor, M+W Zander (Stuttgart, Germany) designed and built this turnkey fab, which includes approximately 12,000 m of Class 100T cleanroom space and was designed for the production
  • Real-time control of polarization in ultra-short pulse laser micro-processing
    The use of a fast-response, transmissive, ferroelectric liquid-crystal device for real-time control of the polarization direction of a femtosecond laser beam, and the benefits on various aspects of ultra-short pulse micro-processing, are discussed.

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