1.
The result show the resolution of temperature measured by dither frequency is very high.
由于测量抖动频率的精度较高，故由抖动频率测量温度具有很高的分辨率。
2.
Wander frequency correlation function of laser beam in the urbulent atmosphere and fluctuation of the angle arrival of laser beam in raining atmosphere
湍流大气中激光束抖动频率相关函数和降雨大气中激光束到达角起伏
3.
The effect of EMI has been reduced through frequency jitter.
通过频率抖动,降低了开关电源的电磁干扰影响。
4.
EMI Reduction of Class D-amplifier by Frequency Jitter
频率抖动技术抑制D类放大器电磁干扰
5.
Design of a Frequency Jittering RC Oscillator
一种具有频率抖动功能RC振荡器的设计
6.
Dither Injection Applied to Direct Digital Frequency Synthesizer Based on FPGA
可编程门阵列直接数字频率合成的抖动注入
7.
Being improved by the flutter compensation and filtering techniques, the S/N radio of the system is about 50 db.
采用抖动补偿和频率滤波的办法,使系统的信噪比提高到50分贝。
8.
Research and Design for Dither Bias System of Mechanically Dithered Ring Laser Gyroscopes;
机械抖动激光陀螺抖动偏频系统的研究与设计
9.
Dither Controller for Dithered Laser Gyro Based on DSP
基于DSP的抖动偏频激光陀螺抖动控制器
10.
The numerical results demonstrate that the larger the zone of timing jitter and the higher the frequency, the less proportion the discrete PSD component is in the total PSD.
数值计算结果表明，随时间抖动范围增大和频率提高，离散功率谱分量所占比例下降。
11.
The main features of this tremor are its low frequency, irregular rhythm, presence at rest, and acceleration during posture and active movement.
其特征主要为低频率的颤抖出现在静止状态、肌肉收缩生成动作时以及维持固定姿势时。
12.
Preliminary Study of Dithering Frequency Stabilization for Four-Frequency Differential Laser Gyro
四频差动激光陀螺小抖动稳频初步研究
13.
Study in Digital Dither Bias Technique of Ring Laser Gyroscope
环形激光陀螺数字抖动偏频技术研究
14.
Structural vibration of mechanically dithered RLG strapdown system
二频机抖激光捷联系统结构振动分析
15.
Research on Intermediate Frequency Sampling System and Dither Technique in HF Radar;
高频地波雷达中频采样系统及抖动技术的研究
16.
Investigation of Phase-demodulation and Frequency Stabilization Techniques in Mechanically Dithered Ring Laser Gyroscopes;
机械抖动激光陀螺鉴相解调与稳频技术的研究
17.
Research on Signal Processing Algorithm of Mechanically Dithered Ring Laser Gyroscope;
二频机械抖动激光陀螺信号处理算法的研究
18.
Effect of Initial Phase on Estimation Error of Frequency Response Analysis of Wow and Flutter
抖晃初相在振动频响估计误差中的作用