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DTIC ADA408952: Development of a Manufacturable Blue Electrolumines...
by Defense Technical Information Center
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This report documents the effort for scaling up and
integrating the strontium sulfide doped with copper (SrS
: Cu) vapor deposition process developed at Georgia Tech
Research Institute (GTRI) for the manufacturing of color
active matrix electroluminescent (AMEL) displays at
Planar Systems. be development consisted of three major
tasks: 1) investigate processing issues such as substrate
type/morphology and sulfur annealing and their effect on
the reliability and luminance performance of SrS:Cu blue
phosphor. 2) install a new process infrastructure to
perform post deposition processes, e.g., photolithography
and etching of 1.4 inch-square substrates for the
fabrication of AMEL displays, 3) investigate and identify
tools for manufacturing SrS:Cu-based full color AMEL with
high yield. Each of these tasks will be described with
details in this report. Several SrS:Cu- based white
monochrome AMEL displays were produced at the end of this
program and they exhibited a factor of six increase in
blue luminance (through color filter) over strontium
sulfide doped with cerium (SrS:Ce) -based white
monochrome displays current production. All these efforts
form the basis for producing cost effective and high
performance full color AMEL displays for military and
civilian applications.
Date Published: 2018-05-11 04:59:13
Identifier: DTIC_ADA408952
Item Size: 13478139
Language: english
Media Type: texts
# Topics
DTIC Archive; Sun, Sey-Shing; PLANAR ...
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