模拟控制器的英文

• analog controller

• "模拟"英文翻译    imitate; copy
• "控制器"英文翻译    controller; regulator; monit ...
• "电模拟控制器" 英文翻译 :    electric analog controller
• "备用模拟控制器" 英文翻译 :    standby analogue controller
• "用户数字模拟控制器" 英文翻译 :    udac user digital analog controller
• "模拟控制" 英文翻译 :    analog control; analogue control; emulation; simulating control
• "模拟控制板" 英文翻译 :    mimic control panel
• "模拟控制回路" 英文翻译 :    analog control loop
• "模拟控制设备" 英文翻译 :    analog control equipment; analogue control equipment
• "模拟控制系统" 英文翻译 :    analog contro system; analog control system
• "模拟控制中心" 英文翻译 :    simulation control center
• "线性模拟控制" 英文翻译 :    linear analog control; linear analogue control
• "模拟控制检测器" 英文翻译 :    simulation built-in checker of control system
• "模拟控制子系统" 英文翻译 :    simulation control subsystem
• "控制论模拟器, 模拟控制机" 英文翻译 :    cybernetic simulator
• "惯用的模拟控制环回路" 英文翻译 :    conventional analog control loops
• "数字式直接模拟控制" 英文翻译 :    ddac digitally directed analog control
• "虚拟控制台" 英文翻译 :    virtual console
• "车速和牵引力模拟控制系统" 英文翻译 :    analog speed / draw system
• "模拟处理机控制器" 英文翻译 :    analog processor controller
• "模拟处理控制器" 英文翻译 :    analog processor-controller (p-c)
• "微控制器模拟器" 英文翻译 :    microcontroller simulator
• "虚拟控制面板" 英文翻译 :    vc virtual control panel
• "虚拟控制区段" 英文翻译 :    dummy control section
• "模拟数字转换控制器" 英文翻译 :    a/d converter controller

• However , analogue controller is dominant in electric propulsion system for underwater ship
  但在水下舰船的电力推进系统中，模拟控制器仍占了大多数。
• Therefore , it is a task of top priority to develop digital controller substituted for analogue controller as early as possible
  因此尽早设计出数字控制器以取代模拟控制器，是我们面临的当务之急。
• However , because of the multiple power conversion stages , on - line ups have been the most expensive type of system
  然而传统的在线ups有多个功率部分及相应的模拟控制器，是一个非常复杂、昂贵的系统。
• In order to connect them and to let them dynamic response , mathematic models of engine load simulation controller were established , which transfer the work resistance ' s change to engine load change immediately , to meet the simulation control system
  为了使它们有机地联接、动态响应，本文建立了发动机负荷模拟控制器数学模型，使作业阻力的变化及时转换为发动机负荷的变化，满足了仿真系统的控制要求。
• The analog pd and pid controller are studied . the application of lqr optimal control theory on the controller design is discussed , and pid with nonlinear regulator has been applied to control the system with high system stiffness and large stable regions
  研究了几种模拟控制器，应用线性二次型最优控制理论设计了线性调节器，并研究了带非线性引前校正环节的pid控制器，提出了大幅度提高系统刚度和稳定范围的参数设计方法。
• The platform consists of a dc motor , a decelerating mechanism , a driving unit , an i / o circuit of interface , several kinds of sensors and a pc with control software . the communication between the software and the hardware can be implemented on the basis of pc parallel port . this platform uses computer control technology to realize its functions , but for users it can achieve analogue and digital control
  平台由直流电机、机械减速装置、驱动模块、 i o接口电路、各种传感器件和安装了控制软件的个人计算机组成，软硬件通过计算机并行口进行通讯，其内核采用计算机控制技术，对用户来说既可以作为模拟控制器，也可以实现数字控制器。
• Finally , the principle of phase - locked - loop for speed control is discussed . the control methods of torque and magnetic levitation force are studied experimentally on a prototype bearingless motor . based on the analysis of shortcomings of the analog control system , a digital control system is proposed
  分析了采用锁相环对电机转速进行闭环控制的原理；设计了磁悬浮力的模拟控制器并对磁悬浮血泵电机进行了实验研究；针对模拟控制系统存在的缺点，本文设计了一种数字控制系统。
• Engine load simulated control system was consisted of two unattached parts of work resistance simulated control subsystem and electric bow wave dynamometer control subsystem . with the mathematic models of engine load simulation controller , which transferred the work resistance ' s change to engine load change immediately , the system can met the need of the simulation control system
  发动机负荷模拟加载控制系统包括彼此独立的作业阻力模拟控制子系统和电涡流测功机控制子系统两部分，应用发动机负荷模拟控制器数学模型，使作业阻力的变化及时转换为发动机负荷的变化，能够满足仿真系统的控制要求。
• Through simulation and calculating the four models , the influence on proportion coefficient , integral time constant , derivative time constant and partial feedback coefficient for system performance is analyzed . the ideal reference value of every parameters and step respond curves are given . the simulation result may be used as reference for making analogue controller or digital controller
  通过对这四种模型的仿真研究，分析了各模型中比例系数、积分时间常数，微分时间常数及局部反馈系数对系统性能的影响，并给出了各参数较为理想的参考值及阶跃响应曲线，仿真结果对制作模拟控制器及数字控制器有一定的借鉴作用。
• A system for the weld power source was established with digital signal processor ( dsp ) , and variable polarity power supply output , high - frequency pulse current , protection and process control were fulfilled with the software all , and modulate low frequency pulse current by means of amplitude modulation , through which it could also control the shape of weld seam like the low frequency pulse current welding
  在模拟控制器基础上引入了dsp数字控制技术,用软件编程实现了电源的变极性输出、高频脉冲电流的叠加及保护和电源的时序控制,使之能够在大尺度上调制出低频脉冲,控制焊缝成形。