NSRP National Shipbuilding Research Program 2015 Electrical - - PowerPoint PPT Presentation

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NSRP National Shipbuilding Research Program 2015 Electrical - - PowerPoint PPT Presentation

NSRP National Shipbuilding Research Program 2015 Electrical Technologies Panel Project Distribution Statement A: Approved for public release. Motivation PROBLEM Fiber optic connectors are meant for situations where frequent mate / demate is


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National Shipbuilding Research Program

NSRP

2015 Electrical Technologies Panel Project

Distribution Statement A: Approved for public release.

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Motivation

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PROBLEM

Fiber optic connectors are meant for situations where frequent mate / demate is required. In Navy ships, present fiber optic link margin could be reduced if the connector loss and its instability were reduced. Fusion splicing is a useful alternative, but few cable restoration methods and splice enclosures are available.

OPPORTUNITY

Splices (particularly fusion splices) are a low loss / high stability alternative to fiber optic connectors, and are commonly used in commercial applications. OBJECTIVE- Increase number of situations where fusion splices can be used. Identify accepted splice methods, cable restoration methods, and splice enclosures. BENEFIT- Decrease link budgets and margins for fiber optic links. Increase stability and reliability of fiber optic connections over lifetime. Increase maintainability.

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Project Team

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Technical Approach

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For SPLICES, CABLE RESTORATION, and SPLICE ENCLOSURES:

 Identify alternate solutions and applications  Identify qualified devices and qualification gaps  For promising devices, conduct testing for shock and

vibration tolerance Emphasis on replacing CONNECTORS with FUSION SPLICES to improve loss performance, stability, and reliability.

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Splice

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Mechanical Splice Corning CAM Splice Siemon Ultrasplice TE Corelink

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Cable Restoration

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Glenair Corporation TE Connectivity 3M Large / XL Splice Case Panduit FOSM

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Splice Enclosure

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TE Connectivity FOSC 450 Present Splice Enclosure Starfighter Enclosure 3M Small Fiber Optic Splice Case

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Project Flow

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Two technical phases: 1) Divergent- gather information. 2) Convergent- downselection. >> Nominal testing.

Information sharing via SharePoint site.

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Project Schedule

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Project Accomplishments

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  • Kickoff teleconference April 1.
  • Monthly work teleconferences.
  • Device and application data on SharePoint site.
  • Helpful data:
  • Link distance summary from KITCO.
  • Decision matrix from Ingalls Shipbuilding.
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Project Deliverables

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 5/15/15 Quarterly Report 1  8/15/15 Quarterly Report 2 11/15/15 Quarterly Report 3  7/31/15 Technical Report- Alternatives  8/31/15 Technical Report- Applicable Situations  9/30/15 Technical Report- Qualified Devices 10/31/15 Technical Report- Qualification Gaps 11/30/15 Technical Report- Promising Candidates 1/31/16 Technical Report- Nominal Testing 1/31/16 Final Project Report

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Present Status

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Next Tasks

  • Evaluation matrix is complete.
  • Submit technical reports:
  • Qualification gaps
  • Promising candidates
  • Next teleconference- December 16
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SLIDE 13

Thank you!

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