This paper mainly focuses on the advanced fault diagnosis technology of high precision servo turntable's control system from circuit board fault and system fault.
本论文从电路板故障和系统故障两个层次上对精密伺服转台系统的先进故障诊断技术进行了深入研究与实现。
This paper describes the design method of Single Board Computer Control System for a High precision servo table.
本文叙述了高精度伺服转台的单板计算机控制系统的设计方法。
First, a special instrument to test the analog-control board, single-chip board and angle-measure board in the high precision servo turntable system is designed.
首先，针对某型精密伺服转台系统中三块电路板（模拟控制板、单片机板和测角控制板）设计了专门的电路板测试仪。
The forth chapter is the circuitry and logic design of Servo Simulator Board.
第四章是伺服模拟卡的电路与逻辑设计。
Designing the sign transfer board and the driver board of electric and hydraulic servo mechanism.
设计了信号偏置电路和伺服阀驱动电路。
Servo motor drives the whole wheel head sliding board (Z1, Z2 axis) doing longitudinal running through ball screw.
砂轮架滑台移动(Z 1、z2轴)采用伺服电机带动滚珠丝杠、驱动整个砂轮架滑台的方式。
This system was composed of industrial control computer, PCL-832 servo-type motor control board, servo-type amplifier, servo-type valve and hydraulic motor.
该系统主要由工业控制计算机、PCL—832三轴伺服马达控制板、伺服放大器、伺服阀、液压马达等组成。
This system was composed of industrial control computer, PCL-832 servo-type motor control board, servo-type amplifier, servo-type valve and hydraulic motor.
该系统主要由工业控制计算机、PCL—832三轴伺服马达控制板、伺服放大器、伺服阀、液压马达等组成。
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