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High power aluminum gallium nitride based deep UV LED Lamps: Design, fabrication and characterization

Posted on:2011-05-05Degree:Ph.DType:Dissertation
University:University of South CarolinaCandidate:Hwang, SeongmoFull Text:PDF
GTID:1462390011470753Subject:Engineering
Abstract/Summary:PDF Full Text Request
Deep ultraviolet light sources wavelength ranging from 250 - 365 nm are used in many applications including water/air purification, analytical scientific instrumentation, bio-agent detection systems, and emerging medical instrumentation. Current UV-LEDs are limited in the market penetration due to the relatively low output power and quantum efficiency despite their inherent benefits of low cost, small size, and low power consumption.;In this dissertation, innovative device fabrication idea and approaches have been made to develop next generation deep UV LED Lamp technology by using micro-pixel based area scalability to Monolithic-Macro Lamp, multi-chip interconnected large area DUV Lamp, lateral injection thin-film (LTF) DUV LED process development.
Keywords/Search Tags:LED, Lamp, Power
PDF Full Text Request
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