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Noise sources in equivalent circuits of intrabody communication channels

机译:Introbody通信渠道等同电路中的噪声源

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The physical channels establishing intrabody communications were first treated as capacitive circuits by Zimmerman. However, their validity had been unclear for a long time. For this reason, one of the authors has derived an improved circuit model by solving a boundary value problem of electric potentials of conductors. Although the signal transmission mechanism of the intrabody communications can be described by the improved circuit model, the most important problem to be overcome is to protect against the noise. In the present paper, noise sources in equivalent circuits of the intrabody communication channels are derived based on the theory of electrostatic field, and how to reduce the received noise voltage is discussed.
机译:建立IntraBody通信的物理通道首先被Zimmerman视为电容电路。 然而,他们的有效性持续了很长时间。 因此,其中一位作者通过求解导体的电位边值问题来源改进的电路模型。 尽管可以通过改进的电路模型来描述IntraBody通信的信号传输机制,但是要克服的最重要的问题是为了防止噪声。 在本文中,基于静电场理论导出Introbody通信信道的等效电路中的噪声源,并且讨论了如何降低接收的噪声电压。

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