ENTERASYS SSA-G1018-0652 S 系列独立SSA 交换机

ENTERASYS SSA-G1018-0652 S 系列独立SSA 交换机

ENTERASYS SSA-G1018-0652 S 系列独立SSA 交换机

SSA-G1018-0652 传统的运动控制器是几十年来电子硬件和定制软件库缓慢发展的结果…专用于执行运动控制任务。基于PC的控制系统相对较新，其性能更符合最先进的计算技术。具有讽刺意味的是，虽然工具发生了巨大的变化，但基本的任务还是一样的。

SSA-G1018-0652 当考虑多个轴时，管理单轴运动任务的一般问题变得更加复杂。对于玩井字游戏的运动系统，可以创建一个带有两个线性致动器的机构，它们之间不需要实际的协调。在自动化存储和检索等应用中，轴通常顺序运行，根本没有协调。

对于要画圆的相同的两个线性轴，必须在处理器的每个时钟周期更新这两个轴的位置…或者每次反馈设备或位置寄存器改变值…哪个更快。随着速度的增加，控制系统的性能必须提高几个数量级，以便校正轴的过冲，或者圆度误差。

ENTERASYS SSA-G1018-0652 S 系列独立SSA 交换机

SSA-G1018-0652 Traditional motion controllers are the result of decades of slow development of electronic hardware and custom software libraries. Designed to perform motion control tasks. Pc-based control systems are relatively new and their performance is more in line with the most advanced computing technologies. Ironically, while the tools have changed dramatically, the basic task remains the same.

SSA-G1018-0652 The general problem of managing single-axis motion tasks becomes more complicated when multiple axes are considered. For a motion system that plays tic-tac-toe, one can create a mechanism with two linear actuators that require no actual coordination between them. In applications such as automated storage and retrieval, axes often run sequentially, with no coordination at all.

For the same two linear axes to draw a circle, the positions of these two axes must be updated at each clock cycle of the processor. Or every time the feedback device or location register changes value... Which is faster. As speed increases, the performance of the control system must improve by several orders of magnitude in order to correct for shaft overshoot, or roundness error.