调整电压 meaning in Chinese
regulating voltage
regulation voltage
vreg
Examples
- Rm profile - based dynamic voltage scheduling using program checkpoints . in proc . design , automation and test in europe conference date , washington : ieee computer society press , march 2002 , pp . 168 - 178
完成任务内的电压调节需要借助于编译技术，在程序内部插入电压调节点，根据当前时间和任务的运行需求调整电压。 - In proc . acm sigplan joint conference on languages , compilers , and tools for embedded systems and software and compilers for embedded systems , berlin , germany , june 2002 , pp . 1 - 10
软件策略是更好的解决途径，操作系统具有系统的全局任务信息，可以使用操作系统根据负载状况动态调整电压，这没有硬件预测开销，相对准确。 - In the test of electrical apparatus , we often adjust boosters to get exact voltage with hands . a disadvantage of this method is that the voltage is not very precise , and it also has n ' t the steady performance
在电器试验中，我们通常采用手工调节调压器的方法来调整电压，其缺点是调节不准确，还不具备稳压功能。 - To accept the current signal from high negative voltage circuit , the analog ground is raised to a certain positive voltage , which makes it possible for the signal amplitude to be compressed at the same time of its polarity reversion . a pi control program special for laser gyro current control is brought forward according to the conventional pid control method , in which the control signal is figured out corresponding to the difference between the sample and the reference value by turn of proportion - short step integral - long step integral . and at the end of this paper , a comparison of system performance on different conditions is made and the key elements influencing system performance are educed
利用集成a / d 、 d / a转换器的新型芯片aduc824 ，实现了电流(电压)采样?数据处理?电流控制的闭环控制结构；地电位的抬升解决了a / d转换器对负高压回路电流采样时的输入范围匹配问题；控制信号反相的同时进行幅度压缩，使得输出调整电压的分辨率提高；根据常规的比例?积分?微分( pid )调节模型，针对陀螺系统的特性，给出了一种可以满足系统要求、据采样值偏差大小进行的比例?大步长积分?小步长积分、分层次比例?积分算法；不同条件下系统稳流性能的对比、分析在论文最后给出，并据此找出了决定该系统稳流精度的关键因素，提出了系统的改进意见。 - In this paper , the application of dsp technology in electric power measurement meter has been studied , meanwhile analysed the error of the electronic energy meter , put forward the measure to compensate error with software method . it not only changes the precision degree of electric power measurement meter , but also avoids the disadvantage from error compensate with hardware method , it is unnecessary to adjust the sample value of voltage and electric current in circuitry
对dsp技术在电度表中的应用进行了研究,对电度表系统的误差进行了分析,提出了采用软件方法来补偿误差的措施,使电度表的精度达到了设计要求,又避免了利用硬件进行误差补偿所带来的弊端,不用在线路中调整电压、电流采样值,有利于生产。