system overshoot

Analyse for the Starting Speed Overshoot of DC Motor Drive System and the Feature of I-P Controller

直流拖动系统中转速起动超调与I-P控制器性能分析

PID is one of the most common methods in Tank Artillery Stabilizer location service controlling system, in which the overshoot often conflicts with short settling time.

在坦克火炮稳定器的位置伺服控制系统中，PID是最常用的控制方法之一，在位置伺服控制系统中超调量与调节时间通常是矛盾的。

The analog-regulating speed system of simple structure applies calculation control, with stable performance and effective starting and braking, without any overshoot in these Processes, and being capable of tracking the slope signal.

模拟调速系统采用运算控制，结构简单，起制动过程转速无超调，具有优良的起制动性能、稳态性能及跟随斜坡信号的能力。

The results show that piezoelectric thrust testing system has advantages of high stiffness and natural frequency, it can meet the requirements of thrust test, but the damping ration is low and the overshoot is big.

结果表明，压电式推力测试系统具有高刚度、高固有频率的特性，满足推力测试要求，但是阻尼比低，有一定超调误差。

Good performance of the system is shown in practice, with vibration and overshoot effectively suppressed.

实践表明系统性能可靠, 振荡现象和超调量得到明显抑制.

This paper presents a method for altering Parameter of I-P controller of DC. motor drive system, This method is simple, practical and. applicable for engineering design, This system has small speed overshoot and strong noiseproof feature.

本文介绍了一种用于直流拖动系统的I－P控制器参数选择的方法，该方法简明实用，便于工程设计，设计出的系统超调量小，抗扰性能强。

Then, this paper studies the reliability problems caused by the SET compliance current during the electrical testing, and observes the compliance current overshoot phenomenon for the first time by using the self-built compliance current capturing system.

接着，本文研究了RRAM电学测试过程中SET钳制电流装置所引发的RRAM可靠性问题，并首次通过自建的钳制电流捕捉系统观察到了SET钳制电流过冲现象。