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217Plus(TM) System Reliability Prediction Software Tool Released |
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CINCINNATI,
Ohio, July 11, 2006 / -- The Reliability
Information Analysis Center (RIAC), formerly the Reliability
Analysis Center (RAC), is pleased to announce the release of its
217PlusTM system reliability prediction software tool. The 217PlusTM
methodology is the DoD-funded successor to the previous RAC PRISMŽ
program, and represents a more current and accurate methodology for
performing reliability predictions than MIL-HDBK-217 (last updated in
1995). The 217PlusTM methodology includes twelve component models that
calculate capacitor, connector, diode, inductor, integrated circuit,
optoelectronic device, relay, resistor, switch, thyristor, transformer
and transistor failure rates. In addition, the 217PlusTM tool includes
an extensive failure rate database of non-modeled components and
assemblies based on the highly successful RIAC Nonelectronic Parts
Reliability Data (NPRD) and Electronic Parts Reliability Data (EPRD)
publications. Finally, the methodology addresses the positive or
negative impact of system-level non-component processes on the overall
system failure rate through the application of Process Grade Factors.
Reliability Information Analysis Center (RIAC) The RIAC is a U.S. Department of Defense Information Analysis Center
(IAC) sponsored by the Defense Technical Information Center (DTIC) and
technically administered by the Air Force Research Laboratory (AFRL/IFSB)
in Rome, NY. The RIAC is operated by a team led by Wyle Laboratories
that includes Quanterion Solutions Inc., the University of Maryland
Center for Risk and Reliability, the Penn State University Applied
Research Laboratory, and the State University of New York Institute of
Technology. The RIAC is chartered to serve as a DoD Center of Excellence
in reliability, maintainability, quality, supportability and
interoperability (RMQSI). |
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| Posted October 2, 2006. |
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