Thanks! Right now I was trying to do the analysis for exactly the gyrator example shown on that website. I've found some threads talking about that type of gyrator on this forum, but I couldn't even follow the analysis.
SFG analysis looks like some sort of Alien technology to me I'll need to learn how to do it, it looks powerful..
But why use SFG analysis, and not simple Nodal/Mesh calculations? A couple of the SFG's i've looked at had a simplification step, so i guess that it's easier to solve once you get it set up. I'll have to spend some more time on google
Anyway, the "wikipedia" gyrator, and the one that the OP showed us are simpler to analyze than the implementation shown in the link.. at least that's what it looks like for me right now. I just hope that my approach wasn't horribly wrong.
~mikeska
SFG analysis looks like some sort of Alien technology to me I'll need to learn how to do it, it looks powerful..
But why use SFG analysis, and not simple Nodal/Mesh calculations? A couple of the SFG's i've looked at had a simplification step, so i guess that it's easier to solve once you get it set up. I'll have to spend some more time on google
Anyway, the "wikipedia" gyrator, and the one that the OP showed us are simpler to analyze than the implementation shown in the link.. at least that's what it looks like for me right now. I just hope that my approach wasn't horribly wrong.
~mikeska