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  1. Experiment and analysis of 10Gb / s optical wireless communication systems

    10Gb/s无线光通信传输系统的实验研究

  2. Experimental Study on Temperature Sensitivity of 10Gb / s Timing Recovery Circuits

    10Gb/s时钟恢复电路温度特性的实验研究

  3. Dispersion Compensation of 10Gb / s WDM System Using Chirped Fiber Grating

    利用啁啾光纤光栅实现10Gb/sWDM系统色散补偿

  4. Packaging technology of 10Gb / s optical transceiver is described in this paper .

    本文介绍了10Gb/s光收发模块的封装技术。

  5. According to the test results the preamplifier can operate well at 10Gb / s.

    测试结果与理论分析和仿真结果比较符合,此前置放大器可以工作在10Gb/s速率。

  6. Design of the Limiting Amplifier in 10Gb / s Optical Receiver 's Front End

    10GB/s光接收机前端限幅放大器设计

  7. Video signal and 10Gb / s data signal multicasts are realized .

    实验完成了视频信号和10Gb/s数据信号的组播。

  8. Influence of the laser 's side mode on the performance of 10Gb / s optical quaternary transmission

    激光器的边模对10Gb/s光四进制传输性能的影响

  9. High Speed Superlattice Avalanche Photodiodes for 10Gb / s Optical Transmission Systems

    10Gb/s光通信系统用高速超晶格雪崩二极管

  10. 10Gb / s WDM-PON System Properties of Dispersion Compensation

    10Gb/sWDM-PON系统色散补偿性能研究

  11. Simulated results show that the amplifier can operate at the bit rate of 10Gb / s.

    模拟结果表明该电路可以工作在10Gb/s速率上。

  12. Packaging Technology of 10Gb / s Optical Transceiver

    10Gb/s光收发模块封装技术

  13. Function of Polarization Scrambler in 4 × 10Gb / s Optical Time Division Multiplexing Signal Generating System

    扰偏器在4×10Gb/s光时分复用信号产生系统中的作用

  14. A limiting amplifier in 0.18 μ m CMOS technology for 10Gb / s application is described .

    本文在0.18μMCMOS工艺上设计了一种用于10Gb/s传输速率的限幅放大器。

  15. Analysis and Investigation of Two Principal Factors of the Insulation Extrusion Process of 10Gb / s Symmetrical Category Cables

    10Gb/s对称数字通信电缆绝缘制造工艺中两个主要因素的分析和探讨

  16. In this paper , the optimization algorithms are introduced in adaptive PMD compensation in 10Gb / s optical communication system .

    介绍了10Gb/s的光纤通信系统中,优化算法在偏振模色散(PMD)自适应补偿技术中的应用。

  17. Optimization of 4 × 10Gb / s CWDM Performance Based on Non-zero Dispersion Shifted Fibers

    基于非零色散位移光纤的4×10Gb/sCWDM系统优化

  18. 0.18 μ m CMOS Preamplifier for 10Gb / s Optical Receiver

    0.18μMCMOS10Gb/s光接收机前置放大器

  19. 10GB free disk space .

    10GB空闲磁盘空间。

  20. A novel 10Gb / s TSC-HBT optical modulator driver circuit

    10Gb/sTSC-HBT光调制器驱动电路设计

  21. A 10Gb / s limiting amplifier for fiber-optic transmission system is realized in a 0.18 μ m CMOS technology .

    利用0.18μMCMOS工艺设计了应用于光接收机中的10Gb/s限幅放大器。

  22. The design can achieve the required function of 10Gb / s RS decoding , and the hardware complexity is widely reduced .

    结果表明,此设计完全可以实现10Gb/sRS码的解码功能,并且实现的复杂度大大降低。

  23. With the development of information technology and the application of 10Gb / s Ethernet , the technology of copper data cables also develops correspondingly .

    随着信息技术的发展和10Gb/s以太网的应用,数据电缆技术也相应地得到了发展。

  24. Research on 10Gb / s InGaP / GaAs HBT Driver IC for Optic Modulator

    10Gb/s光调制器InGaP/GaAsHBT驱动电路的研制

  25. Design of 10Gb / s GaAs / SiGe Preamplifier

    10Gb/sGaAs/SiGe前置放大器设计

  26. 10Gb / s 2.2V Output CMOS Laser Driver

    10Gb/s2.2V输出CMOS激光驱动器

  27. Analysis and Design of 10Gb / s , 0.2 μ m GaAs PHEMT Trans-Impedance Amplifiers

    10Gb/s,0·2μmGaAsPHEMT跨阻放大器分析与设计

  28. The characteristics of polarization mode dispersion in 4 + 10Gb / sDWDM system in dispersion-flattened fibers is studied .

    在此基础上,研究色散平坦光纤中4×10Gb/sDWDM系统的偏振模色散特性,并且进一步研究了偏振模色散对不同信道间隔的4×10Gb/sDWDM系统的影响。

  29. In the 1.55 m region , the range of accumulated dispersion for 10Gb / s data reaches 640 ps / nm .

    在1.55祄工作波段,10Gb/s数据的累积色散监测范围达到?40ps/nm。

  30. 652 fiber-optic system , and compares two plans using chirp grating to compensate dispersion in the 10Gb / s G. 652 fiber-optic system .

    对10Gb/sG.652光纤系统中两种用啁啾光栅补偿色散的方案进行了比较。