磁浮车辆悬浮系统气隙传感器技术设计

Design of a gap sensor for suspension system of maglev trains

电磁悬浮系统的气隙影响悬浮力的大小、悬浮稳定性、电磁铁电流。本文通过对外界的各种影响下气隙传感器技术特征的分析,提出了设计的改进措施以实现悬浮系统的可靠工作。

The gap of electromagnetic suspension system affect suspension force, suspension stability can and electromagnet current. After analyzing the characteristics of gap sensors in the diversified environments, an improved method is brought forward in this paper to make suspension systems work reliably.