Mixed-mode S-parameter Simulations

In this video we will use the ideal transformer created in the last video to perform a mixed-mode S-parameter simulation. This is built into some simulators (including Cadence), but this illustrates how the mixed mode s-parameters are derived using the differential (+/-) and common-mode (taps) inputs/outputs of the ideal transformer.

[@GiorgiAptsiauriX]

Hi, could you please upload or share privately EMX simulation of the transformer? or anything that details out EMX simulation? I am also using 22FDX-PLUS.

[@HosseinEslahi-l4i]

Hi Professor. Thanks for your videos. They are really helpful and advanced. Could you please send the link of the video about transformer layout and EMX simulation? It would be appreciable.

[@刘正-h8k]

Hi Professor, many thanks for your video! I am wondering do we need to change the differential port impedance to 100ohm and common mode port impedance to 25ohm for this evaluation? In this way, we can get correlated results as the 4 port evaluation using the conventional equation such as SDD11=0.5*(S11+S33-S13-S31). Thanks!

[@balrampillai5314]

Incredibly useful and informative; thank you so much for putting out this tutorial!

[@ag_rfdesigner]

Hello professor,thanks for the video. It is very helpful. Could you please upload the video on using emx inside virtuoso environment as well.

[@wallingphd]

I have one that I need to edit for some proprietary content.