英语翻译Variations of the feedback gains with cable length for mt = 0 and the load mass for L =0using the reduced state feedback controller are shown in Fig.(4).We can notice that K isinversely proportional to the cable length because the load na
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英语翻译Variations of the feedback gains with cable length for mt = 0 and the load mass for L =0using the reduced state feedback controller are shown in Fig.(4).We can notice that K isinversely proportional to the cable length because the load na
英语翻译
Variations of the feedback gains with cable length for mt = 0 and the load mass for L =0
using the reduced state feedback controller are shown in Fig.(4).We can notice that K is
inversely proportional to the cable length because the load natural frequency increases with
the length which decreases the system settling time and consequently increases K
英语翻译Variations of the feedback gains with cable length for mt = 0 and the load mass for L =0using the reduced state feedback controller are shown in Fig.(4).We can notice that K isinversely proportional to the cable length because the load na
对于mt=0的线缆长度和L=0的负载质量,使用减少状态反馈控制器的反馈增益的变化如图4所示.我们可以注意到K反比于线缆长度,因为负载固有频率随线缆长度增加,而线缆长度减少了系统设置时间,结果增加了K值.
不是很准确,有图,参数和公式要好些.还看看其他人的答案吧.
K is a variable ,or fluent
如图4中简化的状态反馈控制器所示,反馈随电缆长度(mt = 0 )和负载质量(L=0)的改变而发生相应变化。我们注意到K与电缆长度成反比,因为电缆长度缩短导致系统稳定时间(过渡时间)缩短,负载固有频率因此升高并最终导致K升高。