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首页> 外文会议>IEEE International Instrumentation and Measurement Technology Conference >Test point optimization process for a real-time vibration monitoring system on a differential axle fixed rig
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Test point optimization process for a real-time vibration monitoring system on a differential axle fixed rig

机译：差速器轴固定式钻机实时振动监测系统的测试点优化过程

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摘要

This paper describes the designation of the test points for optimal results of a fixed-site monitoring system to test a differential axle which is typically used in passenger vehicles. The system integrates an axle, a fixed axle mounting structure, a coupled induction motor, a set of sensors and a field-programmable gate array (FPGA) device, these components in conjunction with the development of virtual instrumentation are arranged to achieve real-time vibration and frequency monitoring of a differential axle under experimental controlled conditions. The execution of the test under this platform has yielded an acceptable performance yet to confirm in future works that could be a way to make mechanical condition diagnosis for the item tested
机译：本文介绍了测试点的指定，以实现固定站点监控系统的最佳结果，以测试通常用于乘用车的差速器轴。该系统集成了车轴，固定车轴安装结构，耦合感应电动机，一组传感器和现场可编程门阵列（FPGA）设备，这些组件与虚拟仪器的开发相结合，可以实现实时实验控制条件下差速器轴的振动和频率监控。在此平台上执行的测试已产生可接受的性能，尚待以后的工作证实，这可能是对所测试项目进行机械状态诊断的一种方式

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