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Advanced Balance-Type Electronic Choke for Terminal Devices of Wire Communication System

机译:用于线通信系统终端设备的高级平衡式电子扼流圈

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In most wire communication systems, the communication lines are also utilized as the power lines. In that case, the powered terminals need to separate ac signals and dc supply power. Moreover, the input impedance looking into each terminal from the communication lines should be high because a lot of terminals are connected. Well-known ac/dc separator is constructed by inductors and capacitors. When the lowest frequency of the signal is low, the inductance becomes high and the size of the inductor increases. So, we previously proposed new electronic chokes of unbalance type and balance type. These circuits with small inductors have good characteristics of high input impedance and low loss. In this paper, we propose advanced balance-type electronic choke. It is confirmed by experiments that the better characteristics against both differential-mode input and common-mode input are obtained.
机译:在大多数线通信系统中,通信线路也用作电力线。在这种情况下,供电终端需要分开AC信号和直流电电源。此外,从通信线路调查每个终端的输入阻抗应该很高,因为很多终端都是连接的。众所周知的AC / DC分离器由电感器和电容器构成。当信号的最低频率低时,电感变高,电感器的尺寸增加。因此,我们以前提出了新的不平衡类型和平衡类型的电子扼流圈。这些具有小电感器的电路具有高输入阻抗和低损耗的良好特性。在本文中,我们提出了先进的平衡型电子扼流圈。通过实验证实,获得了对差分模式输入和共模输入的更好特性。

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