The Dayton Wright LF resonance is around 40 hz when loaded with SF 6, and rises if the gas leaked from tears in the Mylar covers. The maximum bias voltage level reduces in air, also the bass cancellation frequency would increase so you knew if you had a leak .......
One or two users over the years tied to refill the speakers with methane after sealing a mylar leak - 😱
One or two users over the years tied to refill the speakers with methane after sealing a mylar leak - 😱
I've always wanted a deep, resonant voice. I've considered throat surgery, testosterone infusement therapy, testicular augmentation - you name it. Now, on this forum I find out that all I have to do is carry around a hip flask of sulphur hex. Amazing what you learn here.
Well, *I* think I did. Maybe he did, too, but he was too busy screaming at me to stop ****ing around and do the ****ing experiment.
Are we all 'gassed out', I hope so. Let's try to talk about audio electronics instead, can't we?
OK, question to those who have more experience in the field..
Is it possible in 'real life' to drive either Q3 or Q4 into saturation in the schematic shown? Conditions: +/-15V supply, closed loop gain of the 'opamp'=3 or so.
Thanks,
Is it possible in 'real life' to drive either Q3 or Q4 into saturation in the schematic shown? Conditions: +/-15V supply, closed loop gain of the 'opamp'=3 or so.
Thanks,
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Me? I'm matching transistors and basking on the beach.
The real workers apparently finished the month's production and then moved
the company over the weekend. Back in production on Tuesday.
I was not the first one to observe that more gets done when I'm not
supervising...
😎
Depending on current level check for quasi-sat on the datasheet, otherwise there would not be much of a problem. Quasi-sat is when there are two breakpoints in the output resistance characteristics.
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