Fault Tolerant and Reliable Automotive Body Control Module System by Using Silicon Relay Devices Made with ST”s M0TM Technology Smart Power Devices
Cost saving,reliability and fault tolerance requirements are since several years the driving forces for using smart power devices in automotive.Smart Power solid state switches are widely used for power actuator purposes where fault tolerance against system failures in short circuit and overload is essential.The process to design a fault tolerant and reliable power management with real failure condition engages a 2 sides approach:1.The silicon supplier to define optimized short circuit protection for a maximum number of activations and to supply unambiguous speciation of the short circuit ruggedness.2.The system supplier to assess the reliability of the device in short circuit as a function of the fault handling strategy required by the car maker.This paper is a complement to the standard AEC-Q100-012 short circuit specification.The paper describes short circuit protection philosophy,what are the stresses applied to the device and the failure mechanisms.This allows calculating the damage applied to the physical structure at given working and boundary conditions.
Silicon Relay Smart power devices Short-circuit Reliability AEC-Q100 BCM Safety level
Romeo Letor
STMicroelectronics
国内会议
北京
英文
806-812
2013-11-26（万方平台首次上网日期，不代表论文的发表时间）