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submarine radome

DESIGN, QUALIFICATION AND SERIAL MANUFACTURING OF RADOMES UP TO Ka BAND FOR MULTIPLE APPLICATIONS

This project consisted of the design and development of a new support and positioning system and carbon fiber analysers, for the Institute Laue Langevin (Grenoble).
The IN16B instrument is a backscattering spectrometer. It replaces the present IN16 instrument. As its predecessor, it is dedicated to inelastic neutron scattering in fundamental research, as well as research of technological interest.
The extended large angle analyzer covers a spherical analysis surface with 2000 mm internal radius according to an angular aperture of 113º in the horizontal plane and 92,4º in the vertical plane of the sample.
The tolerances of the front face of the analyser are comprised between two theoretical spherical profiles removed from the ideal spherical profile (2.000 mm) by 0.1mm.

Multilayer Design,
improving frequency bandwidth
Special impedance matching
Ultra high pressure ruggedness
FEATURES: • Periscope radomes • Environmentally resistant radomes • Rugged for naval underwater environment BENEFITS: • High reliability & high performance • In-house radome RF modeling – highly correlated with actual radome performance • In-house RF test range • Hydrostatic pressure tank for underwater deep water testing • Largest global supplier of submarine radomes APPLICATIONS: • Satellite communications (SATCOM) • Electronics support measures (ESM)

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.Multilayer Design, improving frequency bandwidth Special impedance matching Ultra high pressure ruggednessThe extended large angle analyzer covers a spherical analysis surface with 2000 mm internal radius according to an angular aperture of 113º in the horizontal plane and 92,4º in the vertical plane of the sample.