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	Micron Technology - Wikipedia, the free encyclopedia
		Micron Technology ("Micron") NYSE: MU is a multinational company based in Boise, Idaho best known for producing many forms of semiconductor devices.
		Micron was founded in Boise, Idaho in 1978 by Ward Parkinson, Joe Parkinson, Dennis Wilson, and Doug Pitman.
		Micron survived and eventually acquired the memory businesses of rivals Texas Instruments in 1998 and Toshiba in 2001.
	en.wikipedia.org /wiki/Micron_Technology (477 words)

	Pharmaceutical Technology - Micron Technologies - Global, cGMP Micronizing and Milling for the Pharmaceutical Industry
		Micronizing (defined as particles smaller than 20µm) often enhances solubility and improves bioavailability, allowing you to optimize the formulation of your product and reduce the therapeutic dose.
		Micron Technologies utilizes over 20 years' experience and a wide range of equipment to consistently produce particles in the 1 to 20 micron range.
		Micron Technologies uses its knowledge and vast experience to develop reproducible and robust methods.
	www.pharmaceutical-technology.com /contractors/contract/micron (640 words)

	ITworld.com - Micron files racketeering suit against Rambus
		Micron Technologies Inc. has stepped up its legal maneuverings against Rambus Inc., accusing the Los Altos, California, chip technology vendor of violating U.S. organized crime laws.
		In a lawsuit, filed Tuesday, Micron alleges that Rambus has engaged "in a pattern of destruction of evidence, false testimony and other improper activities designed to mislead courts," and violated the U.S. Racketeer Influenced and Corrupt Organizations Act (RICO), as well as Virginia conspiracy laws.
		Micron is one of several companies, including Hynix Semiconductor Corp., Samsung Electronics Co. Ltd.
	www.itworld.com /Man/2681/060221micronrambus (529 words)

	Burn-in Temperature Projections for Deep Sub-micron Technologies (Site not responding. Last check: 2007-10-19)
		Burn-in faces significant challenges in recent CMOS technologies.
		The self-generated heat of each IC in a burn-in environment contributes to larger currents that can lead to further increase in junction temperatures, possible thermal run away, and yield-loss of good parts.
		This paper estimates the increase in junction temperature with scaling and discusses the optimal burn-in temperature with scaling.
	csdl.computer.org /comp/proceedings/itc/2003/2063/00/20630095abs.htm (151 words)

	Micron Integrated Technologies > Home ( DNN 3.2.2 )
		Our new product introduction services will decrease your time to market and present you with distinct advantages over your competitors.
		The advanced manufacturing, engineering, and design capabilities of Micron Integrated Technologies(MIT)provide you with a superior product and increased competitive advantage.
		Copyright (c) 2007 Micron Integrated Technologies Terms Of Use Privacy Statement
	www.micronintegrated.com (131 words)

	Micron Technologies -- Global Leaders in Pharmaceutcial Outsourcing
		Micron Technologies -- Global Leaders in Pharmaceutcial Outsourcing
		Please ensure JavaScript is enabled to take full advantage of website functionality.
		Micron Technologies Inc has begun an expansion to
	www.microntech.com (50 words)

	TheStreet.com: Analyst Actions: Sycamore Networks, Isle of Capri, Micron Technologies and Wells Fargo
		TheStreet.com: Analyst Actions: Sycamore Networks, Isle of Capri, Micron Technologies and Wells Fargo
		Micron Technology (MU:NYSE - news): price target UP to 180 from 150 at Thomas Weisel.
		Silicon Storage Technology (SSTI:NYSE - news): NEW rating of strong buy and price target of 120 a share at CSFB.
	www.thestreet.com /markets/upgrades/909612.html (356 words)

	Statistical Post-Processing at Wafersort - An Alternative to Burn-in and a Manufacturable Solution to Test Limit ... (Site not responding. Last check: 2007-10-19)
		In sub-micron CMOS processes, it has become increasingly difficult to identify and separate outliers from the intrinsic distribution at test.
		Burn-in data and customer Defects per Million units (DPM) data show a 30-60% decrease in failure rate with SPP implementation with very acceptable yield loss.
		Citation: Robert Madge, Manu Rehani, Kevin Cota, W. Robert Daasch, "Statistical Post-Processing at Wafersort - An Alternative to Burn-in and a Manufacturable Solution to Test Limit Setting for Sub-micron Technologies," vts, p.
	csdl.computer.org /comp/proceedings/vts/2002/1570/00/15700069abs.htm (245 words)

	Citations: Impact of deep sub-micron technologies on physical design - Marek-Sadowska (ResearchIndex) (Site not responding. Last check: 2007-10-19)
		Citations: Impact of deep sub-micron technologies on physical design - Marek-Sadowska (ResearchIndex)
		Marek-Sadowska, Impact of deep sub-micron technologies on physical design, Lecture notes and Private Communication, Aug. 1998.
		The Miller effect occurs when the adjacent wires switch in opposite directions.
	citeseer.ist.psu.edu /context/1450336/0 (164 words)

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