time division system

System Design of An 8-element Fiber-optic Hydrophone Array Using High-speed Time Division Multiplexing

8路光纤水听器高速时分复用系统设计

155Mb/ s Time Division Photonic Switching System

155Mb／s时分光交换系统

By using optical fiber as optical delay timer and stretching fiber in high temperature to adjust delay time precisely, a 2 × 1.244 Gb/ s all optical time division multiplexed experiment system is completed, which meets the requirements of synchronous transfer mode ( STM).

使用光纤作延迟器，利用高温熔融拉伸法微调延迟时间，完成了2×1.244Gb／s全光时分复用系统，满足了同步传输模式的要求。

In the experiment, a 4 × 10Gb/ s optical time division multiplexing ( OTDM) signal generating system is established and the polarization scrambler is employed in the system. Then, the performance of the system with and without polarization scrambler is measured.

搭建了4×10Gb/s光时分复用信号产生系统，将扰偏器加在系统中，测试了扰偏器工作前后系统的性能。

Studies on Dispersion Compensation in Optical Time Division Multiplexing System

光时分复用系统中的色散补偿的研究

An 8 × 2.5Gbit/s Optical Time Division Multiplexed Signal Generating System

8×2.5Gbit/s光时分复用信号产生系统

Traditionally, the measuring system for launch vehicles adopted time division system to collect data, and the system was the collective distributing structure, composed of CTU and multiple of RTUs, with multiple of data interfaces and inconvenient extension.

传统运载火箭测量系统的参数测量采用时分制数据采集方式，系统为由中心程序单元和多个远置采编单元组成的集中分布式结构，数据接口众多、扩展不便。

A kind of 8 element circular adaptive array antenna is proposed to time division duplex cellular mobile system, based on non linear decision feedback equalizer and recursive least square algorithm.

介绍了一种适用于时分双工蜂窝移动系统、基于非线性判决反馈均衡器和递归最小平方算法的环形自适应阵列天线。

A Communication System between Multi-user Time-division System and Personal Computer

单用户个人计算机与多用户分时系统计算机通信的研究

The reliability analyses and interference resistence design of a single chip computer control system intelligent time division fee counting system of electric meter

新型复费率智能电表的抗干扰设计和可靠性分析微机控制预付费智能电表系统的研制

The application time division multiplexing in this system was also introduced.

还介绍了时分复用技术在测试系统中的应用.

Time division radio relay system

时分无线电中继系统

Simulation results show that tangible PSNR improvements can be gained compared to the typical time division multiplexing ( TDM) system.

仿真实验表明，与典型的时分复用系统相比，所提出方案的性能有明显的提高。

In order to reduce system cost, electrical time division multiplexing ( ETDM) was adopted to accomplish virtual parallel data transmission in a single fiber.

采用电时分复用（ETDM）技术在1根光纤上实现了G.数据信号的虚拟并行传输，降低了系统成本。

4 × 2.5Gbit/s optical time division multiplexing signal generation system has been developed in our experiment Fiber coupler loop-connecting configuration can realize the same optical signal multiplexing.

实验中我们实现了4×2.5Gbit/s的光信号复用。

An Optical Time Division Multiplexing Signal Generating System Using 1 × 8 Fiber couplers

采用1×8光纤耦合器的光时分复用信号产生系统

Then we have combined the 54 times Optical Time Division Multiplexing system with the 4-wavelength wavelength division and time delay system to finish the whole system. The system has successfully output 8G sample/ s time and wavelength interleaved optical sampling pulses.

完成了54倍光时分复用系统和4波长波分复用延迟系统的结合，给出了7.81G sample/s的时间波长交织光采样脉冲序列的实验结果。

Presents a fast parallel DFT processing method to improve the processing speed of the time division multiplexing digital RF memory ( DRFM) system.

提出一种快速DFT处理新方法，以提高时分多路数字射频存储系统信号处理速度。

High-speed clock signal source is the key equipment in optical communications, in particular, high-speed optical time division multiplexing system, how to get high-speed signal source is the focus of this paper.

高速时钟信号源是光通信，特别是高速光时分复用系统中的关键设备，如何获得高速信号源是本文研究的重点。

Experiment on 2 × 1.244 Gb/ s Optical Time Division Multiplexed System

2×1.244Gb/s光时分复用系统的研究

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

Time division switching system

时间分割制交换系统

The feasibility of this tech-nique was revealed through a theoretical analysis and experiments of 8 channel time-division multiplexing system. It has the simplicity of circuit configuration and affor-ds an immunity to the existing problems of PIM.

通过理论分析和8路时分多路设备的试验，说明这种调制技术的可行性，它具有脉冲间膈调制（PIM）的电路结构简单的优点，并免除了PIM存在的问题。

An 8 × 2. 5 Gbit/ s optical time division multiplexing signal generating system has been achieved by using two 1 × 8 single-mode fiber couplers.

采用两只1×8单模光纤耦合器，实现了8×2.5Gbit／s时分复用信号的产生。

At present, the most common satellite communications system is known as Time Division Multiple Access ( TDMA ).

卫星通信系统的常见多址联接方式是时分多址(TDMA ).

Time division multiplex system

时间分割多路复用系统