Backup material for your next hotel/motel filming, Mr Wonder Mike.
https://www.youtube.com/watch?v=tUqvPJ3cbUQ
https://www.youtube.com/watch?v=tUqvPJ3cbUQ
A 510 would survive there. There's not a lot of voltage across it.
Indeed, my reaction was too quick, when a member asked me why I changed the MOSFET to 510
I have to say this..
I've been listening to Luminaria for about 3 days now and this is simply stunning. Thank you Mike, for this gift and the L'amp power amp. The sound from my speaker is like nothing else before. The best.
I hope more poeple could build Muminaria, at least with 2SK60 or 2Sj28.
Thank you so much!
<= Asian way of big appreciation.
I've been listening to Luminaria for about 3 days now and this is simply stunning. Thank you Mike, for this gift and the L'amp power amp. The sound from my speaker is like nothing else before. The best.
I hope more poeple could build Muminaria, at least with 2SK60 or 2Sj28.
Thank you so much!
<= Asian way of big appreciation.
It's some measurements by the seller when I originally got them, if I return them but they measure differently, the seller may refuse to refund. They've well passed the return period already, I'm just too lazy to remove the stickers.
I did a simulation with 2SJ28 to see it's operation, but I encountered a problem when I tried - I cannot find any depletion mode P-MOS, or small signal P-JFET which can support such high voltage, so I cannot make a P-channel version of the original buffer, with self bias and bootstrapping. To complete the simulation I just put a basic source follower as buffer, it worked but I'm not sure that's a good sounding buffer.
@Michael, what sort of buffer you would recommend for a P-channel LuminAria ?
Thanks and regards.
Attachments
1.121€ a piece - Price too good to be true for real stuff, unless you're extremely lucky. You would want a return and refund policy with the seller, if you're going to try your luck.
You could do a P JFET buffer such as B1 or simpler.
But, I'm also struck by the possibility of using a bi-polar supply and using an N buffer with a P SIT to see if some extra cancellation might be achieved.
Wow, that's a lot of money.
You have to decide for yourself if it's worth it, and what you could do with them. But I also collected dozens of SITs which I'll never be able to use up in my life, and I understand the impulse to collect them when you can
... But, I'm also struck by the possibility of using a bi-polar supply and using an N buffer with a P SIT to see if some extra cancellation might be achieved.
That's interesting, and since I'll have a positive supply for the bias to the P-SIT anyway, I may as well use it for 2 BF862 in a B1 manner.