amper per volt
amper on out pushed through resistive load is voltage
so , double amperes, double resulting voltage
of OLG
close NFB, CLG approx. same, but amount of NFB rises
NFB=OLG - CLG
amper on out pushed through resistive load is voltage
so , double amperes, double resulting voltage
of OLG
close NFB, CLG approx. same, but amount of NFB rises
NFB=OLG - CLG
No. I am just amazingly behind on some projects. As with my collecting parts, my eyes are bigger than my Tummy.
Nevertheless it is now near the top of the big list...



Nevertheless it is now near the top of the big list...




All good things are worth waiting for 👍
like this 🙂Steve should do same interview with Papa. (lookup the comments)
This speaks out of my heart. The conclusion of this vid also applies for my experience with speakers. Its amazing 🙂
the content of this obove vid is... yep..
Like the IRF250 that Nelson handed out in 2008?? Who else is sitting on those?Will it use rare parts?
I used IRF(P)250 for the MoFo. I guess the "P" indicates (P)lastic package?
Both types are 30A 200V N-Channel Mosfets according to data sheet.
Probably many have the IRFP version and not so many the IRF TO-3 version.
Both types are 30A 200V N-Channel Mosfets according to data sheet.
Probably many have the IRFP version and not so many the IRF TO-3 version.
Did you mean to say Muzak?if you have SIT-3, all you really need is properly cooled wine
you can lean back, listening some musak, and choosing next amp to build solely by hunch
(F5, in whatever form or iteration, is always going to be other sort of animal, comparing to strict Pleasure Device, which SIT-3 is)
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