Table of Contents
1.0INTRODUCTIONANDDESCRIPTION
1.1PurposeofthisReport
1.2WhatisaSimulator?
1.3BackgroundofSimulators
1.4TrainingNeedsinSimulators
1.4.1InitialSetupConditions
1.4.2Repositioning
1.4.3FreezingFlightParameters
1.5Applicability
2.0PROBLEMSOFUSINGARINC700-SERIESEQUIPMENT
INSIMULATORS
2.1PreviousAvionicsEquipment
2.2NewGenerationDigitalAvionics
2.3ImpactofNewGenerationAvionicsonSimulator
Production
3.0AIRCRAFTOFUSINGARINC700-SERIESEQUIPMENTIN
SIMULATORS
3.1TheSeventeenIATASimulatorFunctions
3.2IncorporatingtheSeventeenIATASimulator
Functions
3.3SystemInterface
3.3.1ProgramPin
3.3.2KeepAliveSignal
3.3.3SimulatortoAvionicsEquipmentControlWord
3.3.4SimulatortoAvionicsEquipmentDataWords
3.3.5AvionicstoSimulatorControlWord
3.3.6AvionicstoSimulatorDataWords
3.3.7Two-WayCommunicationsLink
3.3.8WarningSystems
3.3.9MultipleSimulatorFunctionControlSignals
3.3.10AvionicsReactiontoSimulatorFunction
ControlsSignals
4.0INTEGRATIONOFFUTUREAVIONICSEQUIPMENT
4.1CurrentARINC700-SeriesEquipmentwithThis
ReportisnotConcerned
4.2FutureEquipment
4.3MalfunctionsforSimulatorTraininginAvionics
Equipment
Attachment1TableofEffectsofSimulatorFunctionson
InterfaceParameters
Attachment2SimulatortoAvionicEquipmentControlWord
AppendixAImplementationfortheFlightManagementSystem
(ARINC702)
AppendixBImplementationfortheFlightControlComputer
System(ARINC701)
AppendixCImplementationfortheThrustControlComputer
System(ARINC703)
AppendixDImplementationfortheTrafficAlertand
CollisionAvoidanceSystem(ARINC735) Abstract
Describes general philosophy, basic guidance and specific recommendations concerning the design and integration of aircraft avionics equipment in simulators.
