Howdy anil21_p,
Thanks alot for the kindness dear friend, I'd certainly need your help. Please visit my topic on "USING MOMENTUM TO CALCULATE SELF & MUTUAL INDUCTANCES" at:
I'm suppose to design MRI RF Surface coil array for 9.7 T, resonant frequency =400 MHz.
I tried a commercial FDTD-software, no need to mention the name in public, but it has been a piece of crap, and never delivered reasonable values either for inductance, S-matrix, or Z-matrix. I supposed to do conformal coils actually, but even with planar ones, it took me ages to deliver such a junk of results.
A friend of mine, recommended ADS Momentum as reliable tool. I've tried using it to do matching and tuning for parallel resonant circuit, and been real happy with the results, it took even me less than 5 minutes to do that.
What I need to know, how to calculate the AC self-inductance of say a square standard loop which has : side=20 mm, thickness of the strip= 35 µm, and its width =1mm.
Then once I have more than one loop, how to calculate the mutual inducatance, in order to decouple them later on.
Is it possible within Momentum to include capictors for tuning and matching the described RF coil, and how?
For an expert in ADS, like yourself, my questions must be trivial and naive, but what should I do if I no one wide and far to assist me?
Many thanks again for the kindness!
Regards
Rodeoman
Added after 2 minutes:
Howdy anil21_p,
Thanks alot for the kindness dear friend, I'd certainly need your help. Please visit my topic on "USING MOMENTUM TO CALCULATE SELF & MUTUAL INDUCTANCES" at:
I'm suppose to design MRI RF Surface coil array for 9.7 T, resonant frequency =400 MHz.
I tried a commercial FDTD-software, no need to mention the name in public, but it has been a piece of crap, and never delivered reasonable values either for inductance, S-matrix, or Z-matrix. I supposed to do conformal coils actually, but even with planar ones, it took me ages to deliver such a junk of results.
A friend of mine, recommended ADS Momentum as reliable tool. I've tried using it to do matching and tuning for parallel resonant circuit, and been real happy with the results, it took even me less than 5 minutes to do that.
What I need to know, how to calculate the AC self-inductance of say a square standard loop which has : side=20 mm, thickness of the strip= 35 µm, and its width =1mm.
Then once I have more than one loop, how to calculate the mutual inducatance, in order to decouple them later on.
Is it possible within Momentum to include capictors for tuning and matching the described RF coil, and how?
For an expert in ADS, like yourself, my questions must be trivial and naive, but what should I do if I no one wide and far to assist me?
Many thanks again for the kindness!
Regards
Rodeoman