To ensure the real-time simulation, the step length of the parallel digital computer must be related not only to the complexity of the object but also to the number of the bigital computers selected.
为了保证进行实时仿真，并行数字计算机的计算步长除与对象复杂程度有关外，还与所选数字计算机数目有关，选取较小步长必须使用较多计算机。
This paper provides a new method to regulate the step length of FWCM by nonlinear companding in time domain, so that the error distribution can be controlled in circuit simulation.
本文提出一种通过时域非线性压缩-扩张改变FWCM采样步长，实现电路模拟误差分布控制的方法。
The simulation results show that, the extension of priority valve cracking time, shortening tube length and increasing tube diameter will be helpful to reduce the hydraulic impact.
仿真结果表明，通过增大优先阀开启时间，适当缩短管路长度和增大管径能够有效降低液压系统的液压冲击现象。
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