The random load characteristics in a sample power system were considered to develop a stochastic model for voltage stability.
对一个典型的电力系统动态模型进行了分析，在考虑了负荷随机性基础上，建立了随机扰动的电压稳定模型。
There will be an antinomy among sample frequency, memory capacitance and the width of window of sample time for developing the resolving power of LA while we taking the LA to test an digital system.
在用逻辑分析仪测试数字系统时，为了提高逻辑分析仪的分辨力，会产生采样频率、存储容量与采样时间窗口宽度之间的矛盾。
The results of simulation show that dispersion seriously reduces the peak power and sample energy on the FFH OCDMA system. Hence, bit error rate(BER) of system is increased by dispersion.
结果表明，在FFH-OCDMA系统中，光纤色散导致解码自相关光脉冲峰值功率和光脉冲取样能量的降低，进而导致系统误码率（BER ）的增加。
It is discussed that how to design the high reliable and safe uninterrupted power supply system by the sample.
结合工程实例，探讨如何设计高可靠性的、安全的不间断电源系统。
The dissertation showed that PCR chip system has some advantages such as low sample consumption, low power consumption and rapid thermal cycle.
本论文研究表明，PCR芯片系统具有体积小、功耗低、扩增时间短等优点。
At last the sample of realizing uninterruptable power supply for single-chip microcomputer system is given.
最后给出了一个实现单片机系统电源不间断供电的应用实例。
Some factors influencing ICP system stability are examined in this paper. These factors are R. F. power, coolant flow, sample introduction etc. The methods to diagnose and reduce drift are proposed.
对影响电感耦合等离子体系统稳定性的射频功率、氩气流速、进样条件等因素进行了考察，提出了判断和减小ICP 系统漂移的方法。
Take the designed sample BSRM of 12/8 structure as control object, hardware of high-speed digital control system is preliminary designed, including power converter and control system.
以设计的12/8结构样机为控制对象，对磁悬浮开关磁阻电机高速数字 控制系统进行了硬件原理设计，包括功率变换器和 控制系统设计。
Take the designed sample BSRM of 12/8 structure as control object, hardware of high-speed digital control system is preliminary designed, including power converter and control system.
以设计的12/8结构样机为控制对象，对磁悬浮开关磁阻电机高速数字 控制系统进行了硬件原理设计，包括功率变换器和 控制系统设计。
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