If you have s-parameters of that inductor, why you wanna simulate it in ADS Momentum ?? Or you just want to use those s-parameters in ADSs Co-Simulation ??
Your question is a bit floating..
In Cadence, I want to simulate the two inductors placing very close. I don't know whether Cadence can simulate the coupling effect of the two inductors.
If Candence can't simulate the coupling effect, then the extracted S parameter is not correct, and converting it into ADS, ADS will not give the coupling effect, right?
If Candence can't simulate the coupling effect, then the extracted S parameter is not correct, and converting it into ADS, ADS will not give the coupling effect, right?
Thank you for your reply.
In Cadence, I want to simulate the two inductors placing very close. I don't know whether Cadence can simulate the coupling effect of the two inductors.
If Candence can't simulate the coupling effect, then the extracted S parameter is not correct, and converting it into ADS, ADS will not give the coupling effect, right?
Thank you.
Cadence ADE does not have any EM simulator that you need to check the coupling effects of two coils.But you can install Sonnet, ADS Momentum even HFSS to verify your coils.
In order to do this, you should simplify your circuit and leave two coils alone.Place you EM Ports properly then simulate this layout in EM simulator ,you'll get all information about the coils if they are placed very close.They will act as transformer and you can consider these two coupled coils being as transformer then you may place this n-port element which is defined by s-parameter in your electronic circuit schematic.It will need a bit try-and-cut effort but finally you will get an "insight" how the coils effect your circuit.
Cadence ADE has effectively a RLCk extraction tools such Assura and Calibre from Mentor Graphics but they are not really effective and accurate as much as an EM simulator.
In Cadence, I want to simulate the two inductors placing very close.
I don't know whether Cadence can simulate the coupling effect of the two inductors.
I assume you have inductors as PDK.
So you can get s-parameter of inductor by Sparameter Analysis.
Here you want to evaluate coulpling between inductors which provided as PDK.
Answer is no.
You can not evaluate it by current Cadence Tool Lineup.
You can not get S-parameter by any Cadence Tool.
So your thinking above is completely nonsense.
You have to use EM analysis tool.
If you prefer Keysight Momentum on ADS design framework, import layout data to ADS from Virtuoso.
If you have Momentum integration for Virtuoso, you can do Momentum Analysis directly in Virtuoso environment.