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   The Pennsylvania State University   
Electro-Optics Center

© 2010

222 Northpointe Blvd
Freeport, PA 16229 
Phone: 724-295-7000
Fax: 724-295-7001



fiber optics and Photonics Technology

Fiber Optic Cable

The mission of the Fiber Optics and Photonics Technology division is to advance the state of the art in design, development, simulation, manufacturability, training, and testing of optical fiber, fiber optic networks, sensors, tethers, lighting, and photonic components for the benefit of the warfighter and transfer the developed technology to US industry.

Projects

  • Fiber Optic Interconnect Technology (FOIT) Development of equipment and processes for automated fiber optic cable manufacturing
  • Remote Source Lighting (RSL)
    Development of cost effective RSL systems for ships and other applications
  • Fiber Optic Torpedo Tether
    Development of manufacturing and test systems for high speed fiber payout dispensers for use in the underwater environment
  • Fiber Optic Training
    Training of high-level acquisition and program management personnel in fiber and component technology
  • Physical Characterization
    Fiber strength, connector end face, insertion/return loss, spectral response, environmental exposure
  • Direct Write Fiber Bragg Grating
    Development of improved manufacturing techniques for low cost production of Fiber Bragg Gratings (FBG)
  • WDM LAN Standard
  • All Fiber Ultra Fast Tunable Filter
  • Tunable Receiver
  • Packaging for Aerospace Environments

Fiber Optics

 

capabilities & thrusts...

Capabilities:

The Electro-Optics Center is currently developing a comprehensive capability to model, design, characterize, simulate, test, and evaluate, fiber and fiber components and systems. Initial capability is focused on the following areas:

  • Management of fiber optic technology development projects
  • Fiber optic training
  • High-speed Wavelength Division Multiplexing (WDM) component development
  • Fiber and connector measurements

Thrusts:

Fiber Optic Interconnection

  • Develop the manufacturing and process technologies for reducing the touch labor required to attach a fiber connector to a cable and to test and quantify the result

Fiber Optic Lighting

  • Develop the fiber, collection, and illumination components required for a cost effective shipboard lighting system using Remote Source Lighting

Fiber Optic Tethers

  • Develop processes and manufacturing technology to facilitate low cost fabrication of fiber optic dispensers for high-speed payout in water

Fiber Optic Components

  • Development of packaging for military wave division multiplexing components
  • Development of fast tuning speed, widely tunable wavelength filters for use in dense wave division multiplexing applications

Fiber Optic Testing, Quality, and Characterization

  • Development of test methods for determining stress levels and concentrations in wound fiber canisters
  • Development of capabilities for testing fiber and photonic components under mechanical and environmental stress

fiber optic cable
Fiber Optic Lighting Cable

Sponsors

  • Office of Naval Research
  • Naval Air Systems Command
  • Space and Naval Warfare Systems Command
  • Naval Sea Systems Command

Office of Naval Research Logo

 

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