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Optics / Aircraft instruments / Avionics / Fibre optic gyroscope / Ring laser gyroscope / Sensors / Optical fiber / Sagnac effect / Inertial navigation system / Technology / Physics / Gyroscopes


Document Date: 2012-02-13 06:50:24

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City

SOFIA / Boston / New Orleans / Stuttgart / London / /

Company

Litton / Integrated Navigation Systems / Fabien Napolitano iXSea / Military & Aerospace Electronics / Inertial Navigation Systems / Northrop Grumman / Charles Stark Draper Laboratory / /

Country

Germany / United States / /

Currency

USD / /

Event

M&A / /

Facility

Charles Stark Draper Laboratory / /

IndustryTerm

silent device / residual gas leak / all-digital signal processing techniques / gas laser / performance applications / guidance systems / defense applications / FOG manufacturing / manufacturing process / pure solid-state device / missile applications / final product / fiber manufacturing / few technologies / FOG technology / iXSea systems / optical component technologies / delicate manufacturing / medium-performance products / telecom-technology components / manufacturing / land survey applications / computing / space applications / controllable manufacturing / /

Organization

Very High Performance FOG Inertial Measurement Unit / European Space Agency / UK Navy / American Government / /

Person

Sean C. Casey / /

Position

iXBlue company Chief Product Development Officer / /

Technology

semiconductor / 10/2010 The FOG technology / GPS Technology / RLG technologies / Ring-Laser Gyroscope technology / Microwave / ESA / Fiber Optic / optical fiber / European ITAR-free technology / Laser / IXSea FOG technology / FOG technology / optical component technologies / Fiber-Optic Gyroscope technology / DSP / competing technologies / /

URL

http /

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