在600系列已经获得了最小的色彩和音乐的音频再现精度的声誉。
The 600 series has earned a reputation for minimal coloration and musical accuracy in audio reproduction.
在对管切割中影响尺寸精度和相贯线形状的误差源进行分析的基础上，提出了一种示教再现的误差补偿切割方案，并建立了相应的误差分离模型。
Based on analysis of error sources which influence pipe-cutting precision, a scheme of teaching and reappearing cutting is advanced and the corresponding error separating models are founded.
并对正弦波、方波以及随机波进行仿真再现，仿真结果表明，该模糊pid控制器比常规pid控制器具有更高的控制精度和更好的动态性能。
Also simulation results of sine wave, square wave and random simulation reappearance show that the fuzzy PID controller is higher accuracy and better dynamic performance than conventional PID control.
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