Certainly we've all been guilty of this.
But I think it is polite to thank people for confirming you are right
But I think it is polite to thank people for confirming you are right
Sure, if in agreement, which from the sound of it, the OP was not.
I'm not sure how my comments came off but I'm in full agreement with TerryO. Suggestions have been given and they're not being well received. Why ask for opinions if you're going to pooh pooh all that are given?
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oh well... Canadian
Hey I'm Canadian too...
I think he's just a confused one...
But I'm totally in agreement with you guys... We wasted time on this... Especially when I see what we had suggested which was really good!
Do
ob disc: I was one half of the design team for this
the AMB alpha 10:
very quiet (discrete buffers and discrete PSU) and 127db in half db steps via latched relay atten. open source arduino code for the lcduino controller side of things. 8 selectable ports (each can be set for in/out/disabled). IR remote control and motor pot for UI elements.
again, I worked on this so I'm biased (lol) but its fully high-end by design and by spec. a lot of build time (many connectors and large motherboard) but that's what diy is about - lots of time on your hands
my version does not look as good; the photo show's amb's actual version.
the AMB alpha 10:
very quiet (discrete buffers and discrete PSU) and 127db in half db steps via latched relay atten. open source arduino code for the lcduino controller side of things. 8 selectable ports (each can be set for in/out/disabled). IR remote control and motor pot for UI elements.
again, I worked on this so I'm biased (lol) but its fully high-end by design and by spec. a lot of build time (many connectors and large motherboard) but that's what diy is about - lots of time on your hands
my version does not look as good; the photo show's amb's actual version.
ob disc: I was one half of the design team for this
the AMB alpha 10:
very quiet (discrete buffers and discrete PSU) and 127db in half db steps via latched relay atten. open source arduino code for the lcduino controller side of things. 8 selectable ports (each can be set for in/out/disabled). IR remote control and motor pot for UI elements.
again, I worked on this so I'm biased (lol) but its fully high-end by design and by spec. a lot of build time (many connectors and large motherboard) but that's what diy is about - lots of time on your hands
my version does not look as good; the photo show's amb's actual version.
I've built the a20 boards for this and it is currently in use. Very simple, very nice sounding the only thing they could've done to top it is to add a dc servo. The tempo drift on the jfets is a PITA not to mention the thought of amplified DC.
Cascoding the input jfets would've been nice as well but I'm nit picking.
For what it's worth:
I put together a Pass B1 buffer using a Goldpoint stepped attenuator that still cost less than $200- .
I have directly A/B'd it with my friend's Audio Research SP15 and can say (gain limitation noted) that the advantage goes to the B1. Both sound fantastic but the B1 has more distinct imagery.
I put together a Pass B1 buffer using a Goldpoint stepped attenuator that still cost less than $200- .
I have directly A/B'd it with my friend's Audio Research SP15 and can say (gain limitation noted) that the advantage goes to the B1. Both sound fantastic but the B1 has more distinct imagery.
Best preamp, money not an object... the Vacuum State RTP certainly has to be a contender. The Marchand between it and everything else will not allow you to appreciate it thou.
dave
It is not a kit though is it? It doesn't appear to be.
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