locking frequency in Chinese

• 锁定频率

• "frequency locking" in Chinese :    锁频
• "frequency-locking" in Chinese :    锁频
• "field frequency locking" in Chinese :    场频锁定
• "frequency locking loop" in Chinese :    频率锁定环
• "frequency locking network" in Chinese :    频率锁定网络
• "frequency modulation mode locking" in Chinese :    调频锁模
• "industrial frequency locking" in Chinese :    工频锁控
• "mode-locking by frequency modulation" in Chinese :    调频锁模
• "mode-locking frequency doubler" in Chinese :    锁模倍频器
• "vertical frequency locking" in Chinese :    垂直频率锁定
• "locking" in Chinese :    打开或关闭文件共享锁; 放映机卡住; 封锁; 加锁; 进闸; 洛金; 锁闭; ...
• "active locking" in Chinese :    受迫模同步; 主动闭锁
• "advance locking" in Chinese :    预先锁闭
• "air locking" in Chinese :    密封材料; 气密材料
• "anal locking" in Chinese :    锁肛的

• Losing lock frequency, unlocked frequency
  失锁频率
• Losing lock frequency unlocked frequency
  失锁频率
• Design and realization of a single-chip digital phase-locking frequency-multiplier circuit
  单片数字锁相倍频电路的设计与实现
• Development of hybrid integrated circuit of high linearphase-locked frequency discriminator
  混合集成电路高线性锁相鉴频模块的研制
• Research on chaotic phenomena of phase-locked frequency detector with triangular phase-detector
  三角形鉴相特性锁相鉴频器中混沌现象的研究
• The optimized design and performance of the circuit of sampling phase-locked frequency synthesizer in microwave high-stability frequency-synthesizing technology are researched for the high demand of microwave frequency source
  针对卫星电视接收机中微波高稳定本振源的要求，重点研究了取样锁相频率合成器电路的优化设计及性能。
• In this thesis, research on the basic scheme of the miniature low phase-noise mm-wave phase-locked frequency synthesizer is presented, and the circuit design and testing of the function component the x-band low phase-noise single output frequency synthesizer are also given
  本文主要是对毫米波频段的小型化、低相位噪声锁相频率合成源的基本方案进行了研究,并研制了其功能组件??x波段低相位噪声点频源。
• The basic operation principle of phase-locked frequency synthesizer and the type of circuits are expatiated systematicly in this paper . the principle of operation on sampling phase detector and some characteristics including the linear tracking and phase noise in phase loop circuits are analyzed deeply . the research is emphased on the theory and design method of circuits in the sampling phase-locked frequency synthesizer . then, the expansion capturing circuit is analyzed and designed for better performance of capturing loop circuits . at last, the loop filter is also analyzed and contrived taking account of effection of additional phase shift by the sampling-holder . the general research on the theory and technology of sampling phase lock in the paper will make a basement for the development of new product
  本文系统的阐述了锁相频率合成器的基本工作原理及电路类型；较深入地分析了取样鉴相工作原理及电路、锁相环路的线性跟踪特性和相位噪声特性；重点对取样锁相频率合成器电路理论和设计方法进行了研究；为了改善环路的捕获性能，对扩捕电路进行了分析和设计，并用wewb32软件对电路进行了仿真；考虑到取样保持器的附加相移影响，对环路滤波器进行了分析和设计。
• The basic operation principle of phase-locked frequency synthesizer and the type of circuits are expatiated systematicly in this paper . the principle of operation on sampling phase detector and some characteristics including the linear tracking and phase noise in phase loop circuits are analyzed deeply . the research is emphased on the theory and design method of circuits in the sampling phase-locked frequency synthesizer . then, the expansion capturing circuit is analyzed and designed for better performance of capturing loop circuits . at last, the loop filter is also analyzed and contrived taking account of effection of additional phase shift by the sampling-holder . the general research on the theory and technology of sampling phase lock in the paper will make a basement for the development of new product
  本文系统的阐述了锁相频率合成器的基本工作原理及电路类型；较深入地分析了取样鉴相工作原理及电路、锁相环路的线性跟踪特性和相位噪声特性；重点对取样锁相频率合成器电路理论和设计方法进行了研究；为了改善环路的捕获性能，对扩捕电路进行了分析和设计，并用wewb32软件对电路进行了仿真；考虑到取样保持器的附加相移影响，对环路滤波器进行了分析和设计。
• At last we introduce the realization of all the parts, the problem in the circuit design and the measured data . the results show that the designed system has met the requirement . in this dissertation, direct digital synthesis technology has been used in the phase-locked frequency synthesizer, which can make full use of the characteristics of direct digital synthesis technology such as flexible output wave shape and continuous
  本课题将直接数字式合成技术用于锁相频率合成器中,该方法将直接数字合成的特点,如输出波形灵活且相位连续、频率稳定度高、输出频率分辨率高、频率转换速度快、输出相位噪声低、集成度高、功耗低、体积小等与锁相环路的频带宽、工作频率高、频谱质量好等优点有机的结合起来,从而在宽带的条件下实现了比较好的杂散性能和相噪。

• "locking frequency" meaning in Russian: частота синхронизации