同步控制器的英文

• isochronous controller
• synchronous controller

• "同步"英文翻译    synchronization; synchronism ...
• "控制器"英文翻译    controller; regulator; monit ...
• "地面空间同步控制器" 英文翻译 :    ground-space synchronous controller
• "异步控制器" 英文翻译 :    nonsynchronous controller
• "场同步控制" 英文翻译 :    control of vertical synchronizing
• "非同步控制" 英文翻译 :    non-synchronous control; non-synchronous forced vibration
• "双同步控制" 英文翻译 :    binary synchronous control
• "同步控制" 英文翻译 :    hold control; holding control; locking control; sync control; synchro control; synchrohouus control; synchronization control; synchronizing control
• "同步控制线" 英文翻译 :    train line; trainline
• "行同步控制" 英文翻译 :    control of horizontal synchronization
• "帧同步控制" 英文翻译 :    frame synchronization control; picture synchronization control
• "垂直同步控制" 英文翻译 :    vertical hold control
• "电子同步控制" 英文翻译 :    electronic synchronization control
• "晶体同步控制" 英文翻译 :    crystal sync
• "水平同步控制" 英文翻译 :    horizontal sync control
• "同步控制电路" 英文翻译 :    synchroguide
• "同步控制电压" 英文翻译 :    locking control voltage
• "同步控制信道" 英文翻译 :    scch synchronization control channel
• "同步控制旋钮" 英文翻译 :    synchronizer knob
• "同步控制原理" 英文翻译 :    current issues on report writing; principle of synchronic control
• "同步控制；等时控制" 英文翻译 :    isochronous control
• "智能异步控制器" 英文翻译 :    intelligent asynchronous controller
• "串行接收同步控制" 英文翻译 :    serial receive synchronization control
• "二进制同步控制" 英文翻译 :    bsc binary synchronous control; control, binary synchronous (bsc)
• "扫雷同步控制仪" 英文翻译 :    minesweeping synchronizing controller

• A self - adaptive synchronization controller for a class of continuous chaotic systems
  一类连续混沌系统的自适应同步控制器
• 2 . according to the mathematics principle and structures of vibration system , make sure to research to manufacture the numerical theories foundation of the synchronous controller
  2 .根据并联双振动台系统的数学原理与结构组成,确定研制数字式同步控制器控制方案的理论基础。
• 5 . in the research , the control system appear the lose steady , how make sure the d / a of the synchronous controller and correction of the system parameter , put forward a kind of method
  5 .研制过程中出现控制失稳,系统出现振荡现象,对如何确定同步控制器的d / a与系统参数的修正,提出了一种方法。
• 6 . a new method that adopt small exciter emulation to the dual - shaker vibration system and research the numerical electric current phase synchronous controller , thus
  6 .提出采用小型激振器模拟并联双振动台进行数字式电流相位同步控制器试验研究的方法,从而降低同步控制器在研制阶段的试验成本,并且避免同步控制器的不确定性给振动台造成损伤。
• By the usage discovers the existing synchronous controller while near to resonance area and the low frequency areas of vibrate the pedestals , drive the signal and the feedback signalses all very small , control result is not very ideal
  经过使用发现现有同步控制器在接近振动台的共振区和低频区时,驱动信号和反馈信号都很小,对幅值和相位的控制效果不能满足要求。
• 3 . after analyze to various methods of the synchronous control , decide to utilize a / d and d / a combines with the numerical pid control method to research the pc of synchronous controller and apply to the space vehicle ’ s vibration environment experiment
  3 .对同步控制的各种方法进行了分析,结合数字pid控制算法,率先采用计算机自动测量和控制技术,将基于pc的a / d和d / a板卡应用于航天器环境模拟试验的并联双振动台系统中,解决了同步控制器研制的问题。
• Pass the research and the test datas of this article , the major work done can be summarized as follows : 1 . provide the detailed test data , analyze the existing synchronous controler some shortage , and produce to suffer from the hidden danger
  通过本课题的研究和实际数据测试,研制工作获得如下结果: 1 .提供详尽的测试数据,分析现有的tri - tek 704d电流相位/幅值同步控制器存在的一些不足之处,以及由此产生对并联双振动台系统所带来的安全隐患。
• Currently , the large space vehicle ’ s vibration test usually adopted dual - shaker system , the electric current phase synchronous controller is one of the equipments importantly in the system . the existing control equipments make use of tri - tek704d controller , and the current feedback in - phase control method
  目前,我国大型航天器环境振动试验采用多振动台同步激励的试验系统来完成,电流相位/幅值同步控制器是并联双振动台同步控制系统中重要的组成设备之一。
• Chaos synchronization problem is particular with two points , that is , both the thickness of sliding mode field at equilibrium point and output of controller at equilibrium point should be zero . a scalar vss controller is designed , and simulation results show that the synchronization technique is effective
  根据变结构控制原理和结合混沌同步问题的特殊性，即滑模区在平衡点处的厚度为零和控制器的输出为零的要求，设计了一种基于单变量的变结构混沌同步控制器。
• If the dual - shaker system output anti - mutually , will result in experiment equipments and product damage , so research and manufacture new controller for insure a pair of movement with synchronous vibrations set to resolve to experiment in the problem of realistic demand , for existing synchronous the controller provides the backup
  如果双振动台输出反相时,就会造成试验设备、试验产品损坏,为确保双振动台同步运行,解决试验中出现的问题,为同步控制器提供备份,以及为我国自主研制并联多振动台同步控制器进行探索。