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Semiconductor devices / Materials science / Electromagnetism / Transducers / Display technology / Digital micromirror device / Micromirror device / Digital Light Processing / Mirror / Technology / Optoelectronics / Microtechnology


Lifetime Estimates and Unique Failure Mechanisms of the Digital Micromirror Device (DMD) M.R. Douglass Texas Instruments, Digital Imaging Post Office Box[removed], MS 8477 Plano, Texas 75086
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Document Date: 2008-10-30 15:00:39


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File Size: 115,08 KB

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City

Plano / San Diego / /

Company

TI Semiconductor Group / DMD / Texas Instruments / Microelectronic Systems / CMOS Metal / /

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Event

Reorganization / Force Majeure / /

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IndustryTerm

metal etches / test devices / test equipment / pixel metal depositions / metal creep / given device / Gross processing errors / sufficient thermal energy / microelectromechanical systems / thermal energy / superstructure processing / digital processing / thermal management / optical test equipment / energy / metal / diverse products / mechanical energy / stored energy / fundamental chemical degradation / chemical properties / radiant energy / electronics / residual gas analysis / actual applications / stores energy / creative and innovative solutions / control devices / chemical interaction / /

Organization

Packaging Society / Texas Instruments Digital Imaging Team / Congress / Post Office / /

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Position

inefficient thermal conductor / representative / ACKNOWLEDGMENTS The author / /

ProvinceOrState

Texas / /

Technology

semiconductor / HDTV / X-ray / SRAM / Massively Parallel MEMS Technology / process control / microelectromechanical systems / MEMS / condensation / spectroscopy / Digital Imaging / DLP / Digital Light ProcessingTM technology / integrated circuit / /

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