mbit

Field Trail of 565 Mbit / s Optical Cable Communication System

565Mbit/s光缆通信系统现场试验

Research and Development of 565 Mbit / s Optical Line Multiplexing Terminal

565Mbit/s光纤线路复用终端机的研制

Analysis on 2 Mbit / s differential protection channel and improving its operation reliability

2Mbit/s差动保护通道技术分析及运行可靠性提高策略

Design of 25.344 Mbit / s optical supervisory information transport system in DWDM

DWDM上25.344Mbit/s光监控信息传送系统的设计

Transferring High Accuracy Standard Time Signal by SDH 2.048 Mbit / s Branch

利用光纤数字同步传送网2.048Mbit/s支路传送高精度标准时间信号

The result shows that 8 Mbit / s speed meets the system needs very well .

结果证明其8Mbit/s的传输速度很好地满足了系统需要。

Analysis on 2 Mbit / s Interface for Fault Information System in Inner Mongolia West Electric Grid

2兆口内蒙古西部电网故障信息系统分析

Experimental Study of 140 Mbit / s All-optical Wavelength Conversion

140Mbit/s全光波长转换的实验研究

Principle and Development of 622.08 Mbit / s SDH Equipment CID Immunity Measurement Instrument

622.08Mbit／sSDH设备CID不敏感性测量仪的原理及研制

The Application of 2 Mbit / s High-speed Signaling Link to Mobile Communications SS7 Network

2Mbit/s高速信令链路在移动通信七号信令网中的应用

Function and purpose of MBIT are expounded .

阐述了MBIT的功能与用途。

Mode partition noise of SL is measured on 560 Mbit / s single mode optical fiber transmission system .

在560Mbit/s单模光纤传输系统上对SL模分配噪声进行了测试。

The transmission speed could reach 1 Mbit / s in a 3000 m logging armored cable .

在3000m的测井电缆上使得上传速率能够达到1Mbit/s。

The Mapping Design for 2.048 Mbit / s Tributary Asynchronous Mapping into SDH VC 12

048Mbit／s异步映射入SDHVC－12的映射设计

Interact with other mBit users globally .

与其他全球用户容量。

The experimental result has shown that the controller can transfer data at 100 Mbit / s and accord with IEEE 1394 specification .

实验表明，该控制器芯片达到了100Mbit/s的传输速度，符合IEEE1394规范。

It is likely that the 622 Mbit / s system for 1310 nm also becomes dispersion limited system when multi-longitudinal mode laser is used .

对1310nm波长622Mbit／s系统，当使用多纵模激光器时，往往也会成为色散受限系统。

155 Mbit / s and 622 Mbit / s Data Speed ICs for Optical Access Networks in 0.6 μ m CMOS Technology

155Mbit/s和622Mbit/s速率0.6μMCMOS工艺光纤用户网专用集成电路的部分核心芯片

Finally , according to the results of analysis , we have designed a SAW timing recovery circuit used in 155.520 Mbit / s fiber optical digital transmission systems .

最后，根据理论分析的结果，我们设计了一个可用于155.520Mbit/s光纤数字传输系统的SAW&F定时提取电路。

HSE running at 100 Mbit / s is intended for use in process automation , while also providing information integration with plant management and MIS systems .

HSE的目的不仅是把以太网应用于过程控制，同时为企业的信息集成、建立性能优良的企业网提供了基础。

A 140 Mbit / s transmission experiment using the travelling-wave semiconductor laser amplifier ( TW-SLA ) is reported in this paper .

报导了利用行波半导体激光放大器进行的140Mbit／s传输实验，对光放大器增备电流、增益。

The extraction of 2 Mbit / s signal from STM-1 and desynchronizing

STM-1中2Mbit/s信号的解映射及去同步

The experimental results recorded on the photoresist plate show that the information storage density can be achieved over 3.7 Mbit / cm2 in one direction storage .

在光刻胶干版上的存储实验表明，在衍射光变图像上的单角度存储信息密度大于3.7Mbit/cm2。

Low speed , 1.5 Mbit / s , relaxes the cable requirement , shielding and twisted pair signal conductors are not necessary .

低速为1.5Mbit/s，降低了对电缆的要求，不需要使用屏蔽层和双绞信号线。

DC-10 Mbit / s burst-mode unbalanced optical receiver

DC-10Mbit/s突发模式非均衡码光接收机

The high-rate wireless personal area networks ( WPAN ) operate in the unlicensed 2.4 GHz band at data rate up to 55 Mbit / s.

高速无线个人域网（WPAN）工作在不需许可证2.4GHz频段，最高速率可达55Mbit/s。

USB can operate at two speeds . Full speed , 12 Mbit / s , needs shielded cable with two power conductors and twisted pair signal conductors .

USB可以在2种数据速率下工作：全速为12Mbit/s，要求使用带2条电导线和双绞信号线的具有屏蔽层的电缆；

In the high definition digital television ( HDTV ), PAL TV signal is sampled with 4 f sc . The code rate is 425.627 4 Mbit / s.

高清晰度数字电视（HDTV）对PAL彩色全电视信号采用4fsc抽样，其数码率425.6274Mbit/s。

How SDH optical terminal selects synchronizing signal for terminals at 2 Mbit / s business code flow is presented , the characteristic of El distance module is elaborated .

提供了SDH光端机为终端设备在2Mbit/s业务码流中提取同步信号的方法，阐述了E1远端模块的性能特点。

The author has accomplished many program and debug works in this project , especially about the framework of systems which transmission speeds are 100 Mbit / s and 50 Mbit / s.

本文作者主要参与了该平台接口程序及发射机、接收机调度程序的编写和联调工作，尤其是在传输速率为100Mbit/s和50Mbit/s链路的程序编写及调试上做了大量工作。