This paper develops an original circuit theory of energy and data transition. The modelling of signal and energy hybrid receiver (SEHR) is developed. The SEHR topology is described in function of the constituting coupled line (CL) and a transmission line (TL) performed with unfamiliar and arbitrary load values. The equivalent S-matrix versus electrical parameters is established. The analysis of the S-matrix enables to predict the transmitted power and also the optimal condition of zero reflection in function of the terminal loads. The validity of the SEHR analytical model is verified with commercial tool simulations with a microstrip structure proof-of-concept. A configuration of electromagnetic (EM) environment operating at 2.45 GHz with input power of about 0 dBm is considered. The prediction of detected average energy and transmitted data-signal voltage amplitude in function of SEHR electrical and geometrical parameters is discussed.

中文翻译：

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基于微带耦合线的数据信号能量混合接收机分析

本文发展了能量和数据转换的原始电路理论。开发了信号和能量混合接收器 (SEHR) 的建模。SEHR 拓扑是根据构成耦合线 (CL) 和传输线 (TL) 的函数进行描述的，该传输线在不熟悉的任意负载值下执行。建立等效 S 矩阵与电气参数的关系。S 矩阵的分析能够预测传输功率以及终端负载函数中零反射的最佳条件。SEHR 分析模型的有效性通过带有微带结构概念验证的商业工具模拟得到验证。考虑了在 2.45 GHz 下工作且输入功率约为 0 dBm 的电磁 (EM) 环境配置。