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振荡频率 meaning in English

frequency of oscillation
generated frequency
hunting frequency
oscillating frequency
oscillation frequency
oscillational frequency
oscillator frequency
oscillatory-frequency

Examples

  1. On the basis of physical concept , applying mathematical method , the condition that the problem can be transformed from the voltage - controlled voltage source lpf of two orders to the sinusoidal oscillator is proved and the calculation formula of oscillatory frequency is presented
    摘要以物理概念为基础,利用数学手段证明?二阶压控电压源lpf转化为正弦波振荡器的条件,同时给出了振荡频率的计算式。
  2. Article has introduced partition and the definition of oscillator frequency stability , and analyzed emphatically to cause the vibration factor with instability frequency , this paper elaborated the major measure and steady method that how to raise frequency stability
    摘要介绍了振荡器频率稳定度的定义与划分,着重分析了导致振荡频率不稳定的因素,详细地阐述了提高频率稳定度的主要措施和稳定方法。
  3. If the numerical value line resonance frequency plus some shaft connatural frequency of generator is equal to operation frequency , it brings about coupling resonance between generator and system , which maybe results in shaft rupture of synchronous generators
    当线路电气谐振频率与同步电机的轴系某一固有振荡频率近似互补于电网工频时,将导致机电系统的耦合振荡,严重的会造成同步发电机大轴的扭断。
  4. As the experiment results show , multiple reasons led to the offset of oscillating frequency , including diode ’ s nonlinear characteristic , fluctuation of electrical source voltage , traction of load impedance , change of environmental temperature and humidity and the design of circuit
    实验结果表明多种因素引起了振荡频率的偏移,包括二极管的非线性、电源电压的波动、负载的牵引、环境温度湿度变化以及电路板设计方面的因素等。
  5. For the amplitude - frequency response at the self - oscillation frequency is one , a method to calculate the dynamic accuracy and the index of the servo system is provided , by comparing them , the scheme to design the verifying unit is presented
    利用伺服系统在自振荡频率点的幅频特性为1这一特点,将输入信号频率、幅值、系统的自振荡状态和系统的参数联系起来,构建了伺服系统动态精度的计算公式和指标估算经验公式,并根据两者的关系提出动态精度校正方案。
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Related Words

  1. 振荡调制
  2. 载波振荡
  3. 振荡波长
  4. 反馈振荡
  5. 电路振荡
  6. 振荡碰撞
  7. 激波振荡
  8. 过度振荡
  9. 相干振荡
  10. 振荡叠加
  11. 振荡碰撞
  12. 振荡片
  13. 振荡频率倍增器
  14. 振荡频率漂移
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