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作 者:郭太和 GUO Tai-he(Heyuan Institute of Technicians,Heyuan Guangdong 517000,China)
机构地区:[1]河源技师学院
出 处:《科技视界》2019年第13期51-53,共3页Science & Technology Vision
摘 要:电控悬架系统可以有效控制悬架的状态,满足汽车的行驶性能能。车辆振动对电控悬架系统部件的性能影响较大,传感器一旦发生故障将会失去对车辆行驶状态的准确判断,使得电控悬架系统无法正常工作。因此,面对传感器所存在的故障,针对汽车电控悬架系统的传感器故障为切入点,通过建模分析的方式对传感器故障诊断的方法进行研究。The electronically controlled suspension system can effectively control the state of the suspension and meet the driving performance of the car.Vehicle vibration has a great influence on the performance of the components of the electronically controlled suspension system.Once the sensor fails,it will lose the accurate judgment of the driving state of the vehicle,making the electronically controlled suspension system unable to work normally.Therefore,in the face of the faults of the sensor,the sensor fault of the automotive electronically controlled suspension system is the entry point,and the method of sensor fault diagnosis is studied by means of modeling and analysis.
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