entfaultandintermittentfault,providingimportanttoolsandbasistoensuretransportationsecurityplayanimportantrole.Thenewmonitoringsystemisthedesignofthehigh—securityguaranteeonthepremisethatcostsavingsdonotinterferewiththesystem-wideimplementationofelectronicmodulesoperation,butalsospecialattentiontohumandesign.So——Treasurystafftofacilitatetheoperation.Thesurveyshowstrafficstatisticsfailureduetohumanfactorsinthehighrateofaccidents.theelectronicequipmenttechnologymaturesmorestabletoday.howtoreducehumanerrorscausedbyfactorshavebecomeanimportantsafetywork.Soletthemonitoringsystem’userfriendly。
aswellastheentiresystemcanefficientlyrun卸importantsafeguard.3。
lIonitoringModuleDesign MonitoringmodulefromthemainbodymonitoringDSPa ndmaintenanceorganizationsinto.Formerrightdatacollection,computation,analysisandtransmission:Thelatter,thedataforanalysis,preservationanddisplay.Toenhancethesafetyoftheentiresystem,thecontrolsystemdoesnotuseCPUADrighttrackturnoutcurrentandvoltageacquisition.BecausethiswilloccupythedominantcIⅥresourcesandtime.resultinginlowerhiddendangersofthesystem’sreactionspeed.TurnoutinthedesignanduseoforbitalmodulededicatedtothemonitoringofTMS3202407DSPchipsDSPchipalsorighttrackturnoutcurrentandvoltageoperationalAcquisition,andmaintenanceandaircraftcommunicationsandcontrolcPUforcommunication.ThisdesigncangreatlyreducetheCPUutilizationofcontrolsoastoenhancethestabilityoftheentiresystem.CPUcontroltobeadoptedbytheDSPserialcommunicationrightmovesandissuedaceaseanddesistordercanbe.DSPcompletedbytheMaintenanceandcommunicationsfunctions.BusmonitoringmoduleisusedinthedesignofCANcommunicationfr鲫theairplanetofindDsPaskedtosendord