页眉内容摘要随着世界汽车工业的迅猛发展，当前汽车已成为人们日常生活中不可或缺的一部分，因此人们对汽车的各个方面也提出了更为高的要求，安全性日益成为人们选购汽车的重要依据。为提高汽车的制动安全性能，越来越多的汽车装备上了制动安全电子控制系统。目前广泛采用的防抱死制动系统（ABS）一定程度上提高了汽车制动的安全性能。在此基础上研究出的电子制动力分配系统（EBD）、牵引力控制系统（TCS）、电子稳定程序（ESP）、紧急刹车辅助系统（EBA）等电子控制系统使得汽车的制动安全性能有了更好的保障。本文主要分析了EBD、TCS、ESP、EBA等电子控制系统的作用，并对这些制动安全电控系统的类型、结构特点、作用原理、应用现状及未来的发展趋势等方面加以探讨。关键词：制动安全电子控制系统;结构特点；应用现状；作用原理；发展趋势ABSTRACTWiththerapiddevelopmentoftheautomotiveindustry,thecurrentcarshasbecomeadailypartofeverydaylife,sopeopleallaspectsofaboutcarsalsoputforwardsomemorehighdemand,safetyincreasinglybecometheimportantbasisofpeoplechooseandbuycars.Inordertoimprovethesafetyperformanceofcarbrake,moreandmorevehiclesequipmentonthebrakesafetyelectroniccontrolsystem.Widelyusedatpresentant-ilockbrakingsystem(ABS)toacertainextent,improvethesafeperformanceofautobrake.Basedonthisstudy页眉内容outofpowerdistributionsystem(EBD),tractioncontrolsystem(TCS),electronicstabilityprogram(ESP),emergencybrakeauxiliarysystem(EBA)andotherelectroniccontrolsystemmakesthecarbrakesafetyperformancehasabetterprotection.ThispapermainlyanalysestheEBD,TCS,ESP,theEBAetcelectroniccontrolsystem,andtheroleofelectriccontrolsystemofbrakesecuritytypes,structurecharacteristics,workingprinciple,applicationsituationandfuturedevelopmenttrendsetcexplored.Keywords:brakesafetyelectroniccontrolsystem;Structuralcharacteristics;Applicationstatus;Actionprinciple;Developmenttrend目录1绪论1.1汽车制动系统的发展历史··································11.2现代制动电控系统的种类及防抱死制动系统（ABS）的简介·····22现代汽车制动安全电控系统作用与原理分析2.1制动力分配系统（EBD）的作用原理浅析·····················32.1.1制动力分配系统（EBD）的基本组成·····················32.1.2制动力分配系统（EBD）的作用原理·····················32.2牵引力控制系统（TCS）的作用原理浅析·····················42.2.1牵引力控制系统（TCS）的基本组成·····················42.2.2牵引力控制系统（TCS）的作用原理·····················5页眉内容2.3电子稳定程序（ESP）的作用原理浅析·······················52.3.1电子稳定程序（ESP）的基本组成·······················52.3.2电子稳定程序（ESP）的作用原理························62.4紧急刹车辅助系统（EBA）的作用及工作原理浅析·············72.4.1紧急刹车辅助系统（EBA）的作用·······················72.4.2紧急刹车辅助系统（EBA）的工作原理···················73制动安全电子控制系统的应用现状和发展趋势3.1制动安全电子控制系统的应用现状·························93.2制动安全电子控制系统的未来发展趋势····················104小结·······················································14参考文献······················································15致谢...
