The principle of the potentiometer and its applications in the vehicle steering

Xiao Dong Zhang, Long Yun Kang, Weifeng Diao
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引用次数: 15

Abstract

In order to speed up the intelligence and automation of the steering system, the principle of the potentiometer are deeply analyzed in the paper, and then its two application approaches are also discussed in detail for the steering system of vehicle. The first approach is for the potentiometer to apply in the traditional steering system, in which there is not controller based on a micro-processor, and the system performs its steering tasks only by the differential output of the double potentiometers. The second approach called as steer-by-wire is finally presented, in which one potentiometer is used for collecting the steering signal from the driver, the other one used for collecting the pinion angle signal of the steering gear, and these signals are all input into a controller for a precise and safe steering. The final investigation result shows the potentiometer will do more important role in the future steering system, and its successful application can excite the more fast innovation of the steering system.
介绍了电位器的工作原理及其在车辆转向中的应用
为了加快转向系统的智能化和自动化,本文深入分析了电位器的工作原理,并详细讨论了电位器在汽车转向系统中的两种应用方法。第一种方法是将电位器应用于传统的转向系统中,在传统的转向系统中,没有基于微处理器的控制器,系统仅通过双电位器的差分输出来完成转向任务。最后提出了线控转向的第二种方法,即利用一个电位器采集驾驶员的转向信号,另一个电位器采集舵机的小齿轮角度信号,并将这些信号输入到控制器中,实现精确、安全的转向。最后的研究结果表明,电位器将在未来的转向系统中发挥更重要的作用,它的成功应用可以激发转向系统更快的创新。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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