嗨,做一个适当的2端口S参数模拟,看看-Y21,相应导纳矩阵的非对角线元素,可以通过Y = stoy(S)轻松计算,请记住导纳矩阵
与PI网络结构直接相关。
因此,您到点之间的串联阻抗由Zs = - 1 / Y21给出请注意减号。
这不是一个错字。
此致,托比
以上来自于谷歌翻译
以下为原文
Hi,
do a proper 2-port S-parameter simulation and have a look on -Y21, the off-diagonal element of the corresponding admittance matrix, which can be calculated easily by
Y=stoy(S)
Keep in mind that an admittance matrix correlates directly with a PI network structure. Therefore, your series impedance between
to points is given by
Zs= - 1 / Y21
Please pay attention to the minus sign. It's not a typo.
Regards,
Toby
嗨,做一个适当的2端口S参数模拟,看看-Y21,相应导纳矩阵的非对角线元素,可以通过Y = stoy(S)轻松计算,请记住导纳矩阵
与PI网络结构直接相关。
因此,您到点之间的串联阻抗由Zs = - 1 / Y21给出请注意减号。
这不是一个错字。
此致,托比
以上来自于谷歌翻译
以下为原文
Hi,
do a proper 2-port S-parameter simulation and have a look on -Y21, the off-diagonal element of the corresponding admittance matrix, which can be calculated easily by
Y=stoy(S)
Keep in mind that an admittance matrix correlates directly with a PI network structure. Therefore, your series impedance between
to points is given by
Zs= - 1 / Y21
Please pay attention to the minus sign. It's not a typo.
Regards,
Toby
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