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我想通过ADS2011了解差分线的特征阻抗。
但这有些不对劲。 我希望有人可以帮助我。谢谢我设置参数如下图所示。 我遵循ads2011的示例(CPW_Diff_lines_Finite_Prj)。 我将8个端口转移到4个端口,然后将4个端口转移到2个端口,然后尝试通过参数扫描找到特征阻抗,并优化结果为122Ω,但阻抗为77Ω,由极性FEM_sim.png70计算。 1 KBPCB_mesh.png76.4 KBPort.png39.4 KB8_to_4.png51.1 KB4_to_2.png52.7 KBfind_impedence.png69.3 KBresults1.png38.8 KBimpedence by polar.png57.5 KB 以上来自于谷歌翻译 以下为原文 I want to know the characteristic impedance of differential line by ADS2011. But this has something wrong. I hope someone can help me.thanks I set the parameter like the follow figures. and I follow the example ( CPW_Diff_lines_Finite_Prj) of the ads2011. I tranfer the 8 ports into 4 ports, and then tranfer 4 ports into 2 ports, and then try to find the characteristic impedance by parameter sweep and optim the result is 122Ω, but the impedence is 77Ω which is caculated by polar 附件
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> {quote:title = echo write:} {quote}>但是S(参数)变量列表中不存在Z(1,1)或Y(1,1)您可以通过两种方式创建它:1
。对于原理图仿真,编辑S参数仿真块。 在“参数”选项卡上,您将找到计算Y和Z参数的选项。 2.如果你只有S参数,你可以将这些方程放在数据显示器上,创建Y和Z参数:Y = stoy(S)Z = stoz(S)对于其他问题...你能上传你的吗? 工作区? 这将是最容易排除故障的。 您的EM型号存在一些潜在问题,与侧面接地条和下方接地层之间的过孔连接有关。 CPW端口上有一个有趣的应用说明,也适用于您的情况:http://edocs.soco.agilent.com/pages/viewpage.action?pageId = 217816660 以上来自于谷歌翻译 以下为原文 > {quote:title=echo wrote:}{quote} > but Z(1,1) Or Y(1,1) does not exist on the list of the variable o f S-parameter You can create it in two ways: 1. For schematic simulation, edit the S-parameter simulation block. On the "Parameters" tab, you will find options to calculate the Y and Z parameters. 2. If you have only S-parameters, you can place these equations on the data display, to create Y and Z parameters: Y=stoy(S) Z=stoz(S) For the other questions ... can you upload your workspace? That will be easiest to troubleshoot. There are a few potential problems with your EM model, related to the via connection between side ground strips and ground plane below. There is an interesting application note on CPW ports, which also applies to your case: http://edocs.soco.agilent.com/pages/viewpage.action?pageId=217816660 |
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