RIN:相对强度噪声

相对强度噪声(Relative Intensity Noise,简称RIN)是光学和通信领域中一种常见的噪声类型,用于描述光源输出功率的随机波动特性。因其英文名称较长,为便于书写和使用,通常将其缩写为RIN。该术语广泛应用于激光器性能分析、光纤通信系统评估等多个专业领域,是衡量信号稳定性的关键参数之一。

Relative Intensity Noise具体释义

  • 英文缩写:RIN
  • 英语全称:Relative Intensity Noise
  • 中文意思:相对强度噪声
  • 中文拼音:xiāng duì qiáng dù zào shēng
  • 相关领域rin 未分类的

Relative Intensity Noise的英文发音

例句

  1. Relative Intensity Noise(RIN) ( RIN ) has been adopted to study the intensity distributions of laser beams propagating in the muti-stacked medium in frequency domain.
  2. 采用了相对强度噪声(RIN)(RIN)的分析方法,对高功率激光光束在多级介质中传输的光强分布情况在频域内进行了定量的分析。
  3. To explain the peaks observed in the low frequency range of the modulation response of the integrated light sources, we measured the relative intensity noise spectra of the DFB LD and the modulation response of the EA modulator at different reverse biases.
  4. 针对在DFB-LD/EA集成光源小信号调制响应曲线低频段观察到的异常起伏,测量了DFB-LD的强度噪声谱,比较了不同反向偏压下EA调制器的调制响应。
  5. We report in this paper the measurement results of the relative intensity noise ( RIN ) in GaAs-AlGaAs laser arrays and the comparison with that of single stripe lasers.
  6. 重点报道列阵GaAs-AlGaAs激光器相对强度噪声(RIN)的测量结果,并和单元器件作了比较。
  7. If noises considered, the intensity of relative intensity noise decreases by several dB or even tens dB with the increase of response time and its spectrum peak moves to higher frequency, the feedback rate for coherence collapse also increases by one order.
  8. 考虑噪声影响后,随着响应时间的相对强度噪声(RIN)(RIN)可减小几dB甚至十几dB,产生突变需要的反馈量也增大一个数量级以上,且其频谱的峰值向高频方向移动;
  9. Experimental research of relative intensity noise of semiconductor lasers
  10. 半导体激光器相对强度噪声(RIN)的实验研究