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Brushless DC motor drive for steer-by-wire and electric power steering applications

机译:无刷直流电机驱动,用于线控转向和电动助力转向应用

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Due to the growing demand of cars, trucks, and sport utility vehicles (SUVs) in today's society, there becomes the need to create automobiles that are optimized in different aspects. In current cars, many mechanical systems are robbing the conventional internal combustion engine from valuable horsepower. For instance, the steering systems of the most later model vehicles could be observed to be one of these resource-robbing systems because of their inefficient use of either the rack and pinion system or the re-circulating ball system. In either case, they are both mechanical systems that incorporate the use of hydraulics (power steering), which prove to be very inefficient systems. The implementation of the electric power steering and steer-by-wire systems brings hope in creating steering systems for most vehicles, which will still be equipped with power steering. This is a much safer and more efficient choice for the future production of cars. This paper gives a state-of-the-art review of automotive steering systems, which present numerous application opportunities for advanced electric motor drives, specially brush-less DC (BLDC) motor drives.
机译:由于当今社会对汽车,卡车和运动型多功能车(SUV)的需求不断增长,因此有必要制造在各个方面进行优化的汽车。在当前的汽车中,许多机械系统正在从传统的内燃机中抢夺宝贵的马力。例如,由于它们对齿条齿轮系统或再循环球系统的利用效率低下,因此可以将最新型号车辆的转向系统视为这些抢资源系统之一。无论哪种情况,它们都是机械系统,都结合了液压系统(动力转向)的使用,事实证明这是非常低效的系统。电动助力转向和线控转向系统的实施为为大多数仍将配备动力转向的车辆创建转向系统带来了希望。对于将来的汽车生产来说,这是一个更安全,更有效的选择。本文对汽车转向系统进行了最新的回顾,它为高级电动机驱动器,特别是无刷直流(BLDC)电动机驱动器提供了众多的应用机会。

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