What makes an Avionics bus: The important factors of avionics buses include; Deterministic behavior, Fault tolerance, and Redundancy. Most avionics buses are serial in nature. A serial bus using only a few sets of wires keeps the point to point wiring and weight down to a minimum. MIL-STD-1553 (rev B) is the best known military example, having been developed in the 1970s. The trend seems to be moving to Fiber buses, MIL-STD-1773 being the fiber version of 1553. Switched fabric networks are used to provide Fault tolerance....
US Department Of Defense 'DOD
Index of Specifications and Standards'
UK Defense Standardization
'DSTAN'
Avionic Systems Standardization
Committee 'ASCC'
American Institute of Aeronautics and
Astronautics, Inc. "AIAA"
Air Transport Association of America,
Inc. "ATA"
ARINC 'Aeronautical Radio INC'
Society of Automotive Engineers 'SAE'
IEEE 'Institute of Electrical and
Electronic Engineers' .... ANSI
{American National Standards Institute}
NASA 'National Aeronautics and
Space Administration' ... and NASA '~ Aero-Space Technology
Enterprise'
GAMA General Aviation Manufacturers Association
Also Refer to FVR Sec. 23, and FVR Sec. 25 for the electrical interfaces.
Engineering Design Key words: Federal Aviation Regulations, Avionic Buses, Bus Standard, Interface Standard Data Bus, Military Specification, MIL Spec, Interface, IC, Physical Interface, Description, Physical Interface, ARINC, MIL, Military, Defense, US, NATO, STANAG, ATR, Air, Aerospace, Aviation, Avionics, Aeronautical, Aircraft
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