The data coupler design in transmission technology based on coaxial cable

Sheng Qinghua, Liu Jingbiao, Liu Yang
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引用次数: 2

Abstract

Chinapsilas scientific research and scientific research device of ocean especially deep-ocean has developed rapidly during recent years. But till now research device and monitoring system are power supplied by underwater lithium batteries. Underwater lithium batteries powering method has many disadvantages and constrains the development of deep-sea scientific research. So a new mixed transmission technology based on the armored coaxial cable PLC (power line carrier) is proposed. This new technology can transfer direct-current high power source, real-time color image and data of both host and slave at the same time. This technology made the superposition of direct-current power source and SHDSL data signal mainly by capacitance coupling and low-frequency filtering. It adopts coaxial cable as the media for the data signal and power signal mixture transmission. Thus the goal of high-speed and long-distance transmission can be achieved.
基于同轴电缆传输技术中的数据耦合器设计
近年来,中国海洋特别是深海科学研究和科研装备发展迅速。但目前研究的设备和监测系统都是由水下锂电池供电。水下锂电池供电方式存在诸多弊端,制约了深海科学研究的发展。为此,提出了一种基于铠装同轴电缆PLC(电力线载波)的混合传输技术。该技术可同时传输直流大功率电源、主机和从机的实时彩色图像和数据。该技术主要通过电容耦合和低频滤波实现直流电源与SHDSL数据信号的叠加。它采用同轴电缆作为数据信号和功率信号混合传输的介质。从而达到高速、远距离传输的目的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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