The control circuit has been developed and experiments are carried out . based on the analysis of experimental results , the problems are put forward for further study 研制了单片机低电压控制电路，进行了低电压电泳芯片的初步实验，提出了需解决的相关问题。
Advanced ic controls the charging process and auto power cut - off function with 0 v and - v control assures the batteries to be fully charged without being over - charged 先进的单片机ic控制充电全过程,精确的0得它电压和负得它电压控制判断电池充饱情况,保证电池绝不过充
On the basic of completed the wave control , we studied the accelerated arithmetic . the speed of measurement has widely improved by using the accelerated arithmetic 我们在完成了对激磁电压控制的基础上并研究了波形控制的加速算法，从而使磁化特性的测量速度有了很大提高。
Voltage control the voltage control is a rheostat that sets the operating point of the voltage regulator and therefore controls the output voltage of the generator set , within its design limits 电压控制电压控制是设定电压调整器的运行点从而在设计范围内控制发电机组的输出电压的变阻器。
3 . reactive power optimization based on interior point method is studied in this thesis as that ga ' s calculation speed can not satisfy the requirement of real time voltage control 由于遗传算法的计算速度难以满足实时电压控制的要求，本文进行了基于原-对偶内点法的无功优化算法的研究。
Power mosfet is a voltage - controlled appliance which has a fast switch speed , small driven current and higher threshold voltage . so it is the ideal power interface component of micro - computer 功率mosfet是一种电压控制型器件，开关速度快，驱动电流小，开启电压较高，是微机的理想接口部件。
The effect from three gorges plant on reactive and voltage to the grid , and the difficult point about the control of reactive power and voltage in the grid for the future were considered 在此基础上，结合三峡电站对湖北电网无功电压方面的影响，对今后湖北电网无功电压控制的难点进行了初步分析。
Reactive power optimization considered load change and based on improved genetic algorithm is applied to fujian province auto voltage control system , and the corresponding software is programmed 把考虑负荷变化和基于改进遗传算法的无功优化，编制成相应的无功优化计算软件，应用于福建省网自动电压控制系统中。
According to the problem of over - voltage in chongqing power network during the low load period , this paper has a study on voltage and reactive power of the system power network 论文针对重庆电网低谷时段主网电压过高问题，对系统电网电压和无功进行深入系统的研究，提出了解决方案，使得重庆220kv电网低谷电压控制在232kv以下。
To enhance the stability and reliability of automatic voltage control , refactoring is applied in the research and development of automatic voltage control and the effect in theory and practice is obvious 为了提高自动电压控制系统的稳定性和可靠性，本论文将重构技术应用于自动电压控制系统的研发，取得了很好的理论和实践效果。
