阻抗上接现有有线通信系统的主机

T. Matsumoto, S. Koise
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引用次数: 2

摘要

传统的有线通信系统通过主单元在供电终端之间进行通信。在该系统中,主机通过将电压信号转换为正极和负极与被供电终端通信。所述供电终端使用应答电流信号与所述主机通信。由于该系统采用通断控制,通信速度较慢。然后,我们提出了附加型多路复用模块,能够以比传统系统更高的速度进行通信。多路复用模块通过增加输入阻抗进行通信,但主单元的输入阻抗很低。本文提出了用于稳定通信的上接主单元的阻抗,并描述了其基本特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Impedance upper connected to main unit of existing wire communication system
A conventional wire communication system communicates between powered terminals via a main unit. In this system, the main unit communicates with the powered terminal by changing the voltage signal to the positive and the negative. The powered terminal communicates with the main unit using the reply current signal. Because this system is used for on-off control, the communication speed is slow. Then, we proposed the add-on type multiplex module to be able to do communications at speeds higher than conventional systems. The input impedance of the main unit is very low though the multiplex module communicates by increasing the input impedance. In this paper, we propose the impedance upper connected to the main unit for steady communications, and describe the basic characteristics.
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