相位同步的英文

• phase lock
• phase losking
• phase synchronism
• phase synchronization
• phase synchronous
• phase-locking
• phase-synchronous
• synchronous, phase

• "相位"英文翻译    phase position; phase
• "同步"英文翻译    synchronization; synchronism ...
• "锁相，相位同步" 英文翻译 :    phase lock
• "相位同步的" 英文翻译 :    phase locked
• "相位同步性" 英文翻译 :    phase synchronism
• "彩色相位同步" 英文翻译 :    color phase synchronization
• "锁相，相位同步，同相" 英文翻译 :    phase lock，pl
• "相位同步电路" 英文翻译 :    phase locking circuit; phase-lock circuit
• "相位同步回路" 英文翻译 :    phase-lock loop; phase-locking loop
• "相位同步检波" 英文翻译 :    phase locked detection; phase-locked detection; pld
• "相位同步时间" 英文翻译 :    phase synchronization time
• "自动相位同步" 英文翻译 :    aps automatic phase synchronization; automatic phase synchronization
• "多普勒相位同步" 英文翻译 :    doppler phase lock
• "相位同步振荡器" 英文翻译 :    phase synchronized oscillator; phase-synchronized oscillator
• "自动相位同步自动相位同步机" 英文翻译 :    automatic phase synchronization
• "参考相位同步发电机" 英文翻译 :    phase-reference alternator
• "多普勒相位同步装置" 英文翻译 :    doploc
• "基准相位同步发电机" 英文翻译 :    phase-reference alternator
• "相位同步回路，锁相环路" 英文翻译 :    phase-looked loop
• "位同步" 英文翻译 :    bit alignment; bit synchronization; bit synchronous; synchronous, bit
• "相位同步检波相位锁定检波" 英文翻译 :    phase-locked detection
• "相位同调" 英文翻译 :    phase coherent，pc
• "图像自动发射自动相位同步机" 英文翻译 :    automatic picture transmission
• "方位同步机" 英文翻译 :    bearing synchro
• "位同步操作" 英文翻译 :    bit synchronous operation

• Automatic phase synchronization
  自动相位同步
• We found that they are same in every user and prove the right of our method . in our communication method , synchronization between all users is requested
  由于地址码的设计方案对用户间的地址码相位要求严格，本文对地址码相位同步问题也进行了深入的研究。
• Phase synchronizing means synchronizing the phase of the reference voltage ; amplitude modulating means modulating the amplitude of the reference voltage in according to the difference of the output current
  同步是指基准电压的相位同步，调幅是指根据输出电流之差调节基准电压幅值。
• 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。
• The effect of local oscillator syntonization error and triggering time synchronization error on bistatic sar imagery are analyzed based on their error models . useful simulation results are provided for system design
  本文重点研究了双基地sar本振相位同步误差与触发时间同步误差对成像的影响,建立了误差模型,给出了仿真试验结果,为系统设计提供了参考依据。
• Two angle - related shafts are joined with one set of universal joints , the two shafts will developed a phase difference , however , if taking advantage of two universal joins and the deviation angle will become the same , enabling synchronism
  可以连接两个有角度关系的转轴，但在使用单组万向接头的情况下两轴会有相位差，若使用两组万向接头加之以两组的轴偏差角都相同即可使两转轴的相位同步。
• The principal of the digital communication theory and the relational theory of the synchronization are introduced in fourth chapter . in fifth chapter , author detailedly describes the methods of two kind digital phase - locked loop , expounds the processing of design and implementation by fpga
  第四章介绍了数字通信中位同步的相关理论,并在第五章详细叙述了两种数字锁相位同步的原理,并论述了使用fpga设计实现这两种位同步方法的过程。
• The paper gives two ways to solve the phase synchronization , which is a key technology to bistatic sar , namely direct synchronization and indirect synchronization . meanwhile , the paper also studies the affection of linear phase error , quadratic phase error and sine phase error which are engendered by the method mentioned of the paper upon imaging
  相位同步问题是双站sar的一个关键技术问题，本文提出用直接同步法和间接同步法解决，并着重讨论了两种方法中可能出现的一次相位误差、二次相位误差、正弦相位误差对成像的影响。
• In this thesis , phase - locked loop ( pll ) technogies are used to acquire phase of fundamental current in bais current , which enhances the detecting precision of bais current . and we want the phase of bais current and the phase of system current is the same , so this thesis think of locking the phase of bais current which based on this theory to sure the security and the reliability of apf
  本文采用锁相技术，以获得畸变电流中基波电流的相位，进一步提高了畸变电流的检测精度，并据此原理考虑锁定补偿电流的相位，使补偿电流与系统电流相位同步，保证apf安全可靠运行。
• This field is very important because the synchronization degree will influence the operation of the radar system heavily . in this paper , the fundamental theory of bistatic radar system and the problems it faced is introduced . at the same time , the transmission technologies of time and frequency signal are discussed and the advantages and disadvantages of each technology is analyzed too
  本文针对双基地雷达系统的时间、频率与相位同步进行了细致的分析、设计和论证，在充分比较各种授时技术优缺点的基础之上，结合双基地雷达系统的特点，提出了一种基于gps的时间、频率与相位同步方案。

• 相位同步的日语：いそうどうき