overshoot oscillation
英 [ˌəʊvəˈʃuːt ˌɒsɪˈleɪʃn]
美 [ˌoʊvərˈʃuːt ˌɑːsɪˈleɪʃn]
【电】过度振荡
双语例句
- Self-tuning PID control parameters results virtually have no overshoot and get stability in short time, and have less oscillation at the set target angle value.
从控制结果上参数自调整PID控制结果几乎没有超调，稳定时间短，在设定的目标角度值附近振荡少。 - Applying this improved PID algorithm in a practical excitation system, the result of test and operation show that the regulation characteristics of excitation system are notably improved, both the overshoot and the oscillation times are reduced.
由此算法支持的微机励磁调节器在实验及生产运行中表明：此算法大大改善了调节特性，超调量下降，振荡次数减少等。 - Therefore, the design of high speed digital circuit must face the signal integrity problems, such as reflection, crosstalk, overshoot, oscillation and simultaneous switching noise, all of which are caused by the postponement of mutual link.
因此，高速数字电路设计必须面对互连延迟引起的反射、串扰、过冲、振荡和同步开关噪声等信号完整性问题。 - The simulation results showed that the effect of the temperature control obtained by this method was very good; there was no overshoot and oscillation phenomenon during the entire processing of HIFU therapy; the temperature in the focus area could reach the desired temperature threshold.
仿真表明，该方法能获得较理想的控温效果，整个治疗过程中温度没有出现超调和振荡现象，能达到预期的温度阈值。 - The experiment results show that, the power module has fast starting and stopping performance. When starting, the voltage and current waveform both have not overshoot and oscillation. When stopping, the voltage and current waveform is both smooth and have no shock.
实验可知：功率模块具有快速启动、停机性能，启动时电压、电流波形无超调和震荡，停机时电压、电流波形很平滑无震荡。 - But an asymptotic stable system is likely to have some bad transient performance, and will cause some bad effects; these will not meet the requirements of industrial production, such as the overshoot amount is too large, and the maximum overshoot or oscillation sharp occurs.
然后，一个渐近稳定的系统，可能具有比较坏的暂态性能，从而造成很坏的影响，无法满足工业生产要求，如超调量过大，振荡剧烈超调量或者系统本身含有饱和非线性。 - Using the resonant analysis and impedance analysis to detect the rationality of the power network, by adding decoupling capacitors to optimize the power network, reduce the voltage overshoot, ground bounce and oscillation phenomenon.
采用谐振分析和阻抗分析来检测电源网络的合理性，并通过添加去耦电容优化电源网络，减小电压的过冲、地弹、振荡等现象。 - Simulation results illustrate that the proposed controllers are effective in suppressing the maximum overshoot and in reducing the decaying oscillation cycles and also superior then PID controllers.
仿真结果证明，本文所提出的控制策略在抑制超调、减少震荡周期、提高系统的稳定性上都得到提高，优于单纯常规PID控制。