Funny you should ask as have just sold one last week (just the generator), PM me for prices!
I no longer use the SiC FETs and have gone GaN as they're much easier to drive.
I'll have a root around as I'm sure I've got an older quad SiC somewhere, let me know what 16 freqs you want so I can program and test it for you. (6-7MHz ONLY)
The T200 tran is just 1:1 and sets the impedance of the O/P stage, more turns = less I and Higher Z.
You conjugate match whatever Z using series L and parallel C, very simple.
Mine's set for 5R as I'm using 48V 10A (4R8!), a higher Z would be much better (using a higher voltage of course) and efficiency would also improve because of less I2R loss.
I had tried different matching methods but the one I use is the simplest, most compact and most efficient design I tried.
It's class E so not wideband but it's kinda D/E and can get 1 MHZ B/W at 40m which is plenty, it's a single band design after all and have no intention of switching in seperate LPF's etc..
Changing band wise you'd have to use different material on the T200's if you went lower as you'd need more turns (no room left!) to keep the Z, maybe use thinner wire but the PTFE silver plated stuff I use is fairly thick and already getting warm!
Fine if you want to go higher (GaN ONLY) and have one working at 14MHz.
So thinking aloud here.............. I have a Quad SiC cased up for testing (can't check as I'm away from home, back Friday) somwhere I think.......................Will need a HS bolting to the case tis all...
Let me know.
Prob best to ask questions via PM
No Worries.
Get in touch.
Regards
Stretchy.