time domain reflectometer

网络  时域反射计; 时域反射仪

计算机



双语例句

  1. Optical Time Domain Reflectometer is a measuring instrument that is essential for optical fiber communication.
    光时域反射计非光纤通信必出无否长的的测量仪器。
  2. A real-time monitoring technology for safety and leakage of oil pipeline based on theories of optical time domain reflectometer ( ODTR) and the distributed optical fiber sensor were introduced.
    提出一种基于光时域反射原理(ODTR)和分布式光纤传感原理实现输油管道泄漏安全实时监测的技术。
  3. Real-time Wavelet Transform Based Coherent detecting Brillouin Optical Time Domain Reflectometer
    基于实时小波变换信号处理的相干检测布里渊光时域反射计
  4. The output signal characteristics of optical time domain reflectometer ( OTDR) are deduced and analyzed by optimizing the structure parameters of the two rings cavity lengths and coupling ratios.
    通过计算机仿真,给出了用光时域反射计(OTDR)探测到的光纤转动传感器输出信号的特性,利用优化的环长和分光比两结构参量,分析了模拟结果。
  5. At the same time, it discusses the elements influencing the test accuracy of optical time domain reflectometer ( OTDR) and measures for eliminating test error.
    同时,还讨论了影响光时域反射仪(OTDR)测试精度的要素和消除测试误差通常采用的对策。
  6. A new type of symmetrical demodulation method is proposed for the distributed fiber Raman temperature sensor. The anti-Stokes scattering optical time domain reflectometer ( OTDR) curves are demodulated by Rayleigh optical time domain reflectometer curves.
    提出了一种用于分布式光纤拉曼温度传感器的对称解调新方案,采用瑞利散射光时域反射仪(OTDR)曲线解调光纤的反斯托克斯散射光时域反射仪曲线。
  7. Analysis of Relations between Optical Time Domain Reflectometer's Survey Range and Accuracy in Optical Fiber Telecommunication
    光时域反射仪测试范围与光纤线路测试精度分析
  8. The requirements of Interference fiber optical gyroscope ( IFOG), optical time domain reflectometer ( OTDR), biomedicine optical coherence tomography ( OCT), and Wavelength division multiplexing ( WDM) for SLD were introduced respectively.
    讨论了在干涉型光纤陀螺仪、光时域反射计、医学相干检测技术、波分复用技术中对SLD的要求。
  9. Development of Optical Time Domain Reflectometer Based on DSP
    基于DSP的光时域反射仪的研制
  10. Electromagnetic pulses are applied to the sensor and the reflections are recorded with a time domain reflectometer.
    在传感器上施加电磁脉冲,通过时间域反射计记录反射数据。
  11. An optical time domain reflectometer ( OTDR) and distributed optical fiber Raman temperature sensor ( DOFRTS) using correlation technique may has much better performance than conventional ones. This paper using FPGA designs a variable length and width adjustable of high speed Golay complementary code.
    根据格雷互补码的产生原理,利用FPGA为硬件基础,设计产生了码元长度可变、码元宽度可调的高速率格雷互补码,可应用于光时域发射计及光纤拉曼温度传感器中提高其性能。
  12. A distributed optic fiber type strain sensing system based on optical time domain reflectometer and used for monitoring large scale structural strain and deformation state is studied in the paper.
    研究了一种用于大型工程结构应变、变形状态监测的基于光时域反射技术的分布式光纤应变传感系统。
  13. For the optical time domain reflectometer ( OTDR), the factors that impact optical fiber transmission characteristics and the principles of Rayleigh scattering and Fresnel reflection are analyzed. The principle and configuation of OTDR are studied, and the main technical specifications of OTDR are discussed.
    对于光时域反射计(OTDR)技术,分析了影响光纤传输特性的因素及瑞利散射和菲涅尔反射的原理;研究了OTDR的工作原理及组成,同时讨论了OTDR的主要技术指标。
  14. Optical Time Domain Reflectometer ( OTDR) is an important test equipment used widely in optical fiber communication system for measuring the physical properties of optical fiber including the length, the attenuation coefficient, the connection loss.
    光时域反射仪(OTDR)是光纤通信系统中常用的测试仪器,它能够测量光纤的长度、衰减系数、接头损耗等物理特性,而且能够对光纤中接头、断点等事件进行精确定位。
  15. As an important tool of optical fiber maintenance, Optical Time Domain Reflectometer ( OTDR) can analyze the detection signal, effectively reflect the breakpoint information, and determine the location and type of the breakpoint.
    光时域反射仪OTDR可以通过分析OTDR回收的检测信号,有效反映出光纤中故障点的信息,确定出故障点的位置和类型,是光纤维护过程中的重要工具。
  16. At present, fiber Bragg grating ( FBG) temperature/ strain sensors and optical time domain reflectometer have been commercialized, and have been widely used in the health diagnostics of large buildings, bridges, electrical equipment, and the fault localization of optical fiber cables.
    目前,光纤光栅温度/应变传感器和光时域反射计已经商品化,并且广泛应用于大型建筑物、桥梁、电力设备等的健康诊断和通信光缆的故障定位。