Then, the diagnosis algorithms for solving stick-slip, deadzone, jam, bias faults are discussed in detail based on analyzing the command, feedback and flow signals from the model.
通过对模型中指令、反馈和流量信号的分析,得出了执行器在粘滞-滑动、死区、卡死、恒偏差故障下的诊断算法;
Third, the software process is understood though analyzing the command of every key and summarized the command code sheet.
通过对计算器各按键指令的分析,理解了软件实现过程,并归纳总结出了整个指令系统的指令表。
By analyzing the basic logic procedure of solving problems in control systems, this paper gives a general design principle of CADCSC command language.
本文分析了解决控制系统问题的基本逻辑过程,由此归纳出了控制系统CAD命令语言的一般设计原则。
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