time-shared multiplexing system

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。

Optical solitons communication technology based on the nonlinear optical theory is suitable for division multiplexing systems and time multiplex system.

光孤子通信技术以非线性光学作为理论基础，适用于波分复用系统和时分复用系统。

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。

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。

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。