Optical Backplane

Produkter
Tilbake
Produsenter
Tilbake
Ressurser
Tilbake
- Bygge
- Innhold
- Bruksområder og teknologier
- Artikler og blogger
- e-magasiner og e-bøker
- Maker.io
- Produktopplæringsbibliotek
- Tech Forum
- Opplæring og arrangementer
- Videobibliotek
- Webinarer
- Søk alle
Tilbake
- Verktøy
- Omregningskalkulatorer
- Kryssreferanse
- EDA og designverktøy
- Referansedesignbibliotek
- Scheme It
Tilbake
- Programmer og tjenester
- Automatisering og kontroll
- Design og integrasjonstjenester
- Digitale løsninger
- IoT-løsninger
- Delesporing
- Produkttjenester
Tilbake
- Handle
- Verktøy
- My Lists
- Tilbud
- Produkter
- Produsenter
Be om et tilbud

TE Connectivity Aerospace, Defense and Marine

            Optical Backplane
                    TE Connectivity offers ruggedized optical backplane interconnect supporting VITA 66.1 standard
    

Image of TE Connectivity's Optical Backplane TE Connectivity’s (TE) ruggedized optical backplane interconnect system provides a high-density, blind-mate optical interconnect in a backplane/daughtercard configuration. The fiber optic (ribbon) cable interconnect is fed through the backplane to removable system modules using MT ferrules. TE offers the optical system in both a receptacle (backplane) and mating plug (daughtercard) connectors which interconnect up to two MT ferrules, each accommodating up to 24 fiber paths.

Features
Supports VITA 66.1 standard Receptacle designed to maximize optical performance Connectors accommodate up to two MT ferrules Locating post features helps ensure proper position on the backplane and module boards Common protective cover is made of anti-static material Plug (daughtercard) connector housing contains a slot feature to facilitate cleaning the MT interfaces	Receptacle (backplane) connector includes two robust guide pins for blind-mating Receptacle connector insert floats relative to the shell, providing ±0.25 mm planar floating alignment capability Connector mounting screws contain pre-applied Nylok patch to withstand vibration
Applications
Embedded computing Avionics and vetronics Secure communications	Processing Radar Imaging and targeting