A new de-embedding technique for arbitrary N-port networks using ideal 1:J transformers

D. Ahn, Jongsik Lim, KwanSun Choi, Sang‐Min Han
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Abstract

In this paper, a new de-embedding technique that using ideal 1:j transformers is proposed. The proposed method uses cascade connection between an N-port network whose all ports are linked with 1:j transformers and the same N-port network. The ABCD matrices are fully derived in terms of the ideal 1:j transformers and the N-port network with transformers on all ports. To verify the proposed method, sample de-embedding process is performed and compared using Ansys HFSS simulation and the proposed method for a 4-port network. It is found that the magnitude (|S21|) of transmission is 0 dB, the phase difference between the through-port is 0o, and the magnitude between the input and near-/far-end ports is below −300 dB, which prove the validity of the proposed method.
基于理想1:J变压器的任意n口网络去嵌入新技术
本文提出了一种利用理想1∶j变压器的去埋新技术。该方法在一个所有端口都由1:j变压器连接的n端口网络和同一个n端口网络之间采用级联连接。ABCD矩阵是根据理想的1:j变压器和所有端口都有变压器的n端口网络完全导出的。为了验证所提方法的有效性,利用Ansys HFSS仿真和所提方法对一个4端口网络进行了样本去嵌入过程的比较。结果表明:传输幅值(|S21|)为0 dB,通口相位差为0,输入端与近端/远端之间的幅值小于- 300 dB,证明了所提方法的有效性。
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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