oh, that's quite close .... I had the impression there is enough room to pull out the speaker without touching the tubs but indeed, it doesn't seem feasible.
Regarding attenuators, I'll have a look into that. Started to read the article you mentioned above but that seems rocket science![]()
Those are sexyYeah, but most of the technical jargon and lots of chaff can be easily skimmed past, to get to the meat & potatoes/nuts and bolts of simply building the unit. Lots of real world testing, analysis, etc, etc, has been done and you don't need to digest it! In other words, all the technical work has already been done! All the pertinent build info is in that first post. Actual layout diagrams show up on page #111. Simply skim the thread, looking for pics to give you ideas of how you'd like to format the packaging. Suffice to say, if you can use simple tools, a drill and know how to dolder, you can easily build one. This design is sonically far and above any other, commercially available attenuator currently on the market.
If you're not tool and/or soldering adept, finding a friend who is shouldn't be too hard. If you were here in the states, even I could help you out! Here's some step by step pics of my most recent build(s):
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Those are sexy![]()
Looks solid! Thanks, Gene. I might deep dive into this at a later stage, need first to catch up with the basics as it seems I missed the first stepsYeah, but most of the technical jargon and lots of chaff can be easily skimmed past, to get to the meat & potatoes/nuts and bolts of simply building the unit. Lots of real world testing, analysis, etc, etc, has been done and you don't need to digest it! In other words, all the technical work has already been done! All the pertinent build info is in that first post. Actual layout diagrams show up on page #111. Simply skim the thread, looking for pics to give you ideas of how you'd like to format the packaging. Suffice to say, if you can use simple tools, a drill and know how to dolder, you can easily build one. This design is sonically far and above any other, commercially available attenuator currently on the market.
If you're not tool and/or soldering adept, finding a friend who is shouldn't be too hard. If you were here in the states, even I could help you out! Here's some step by step pics of my most recent build(s):
1. Design - looks amazing, a genuine Marshall
Standby is not required for on/off.2. Functionality - pretty straight forward. A few but enough knobs to configure it. However I have a question here: should the Output button be always set to "standby" when turning it on/off?
I can run my 20watters full bore, and I do.3. Sound - sweet and warm ... I need more time to test them properly. Have to take the amp to a safe place and go all in with the sound. So far the 50% volume hits it very well.
Never used it - sorry, no help here.4. Emulated out -
I have the head with tubes & such on top, so I've never noticed this.5. Heating - front and rear panels are heating up pretty much after 10-15 min of using it
Re-evaluate after the speaker swap.6. Tone - warm but sometimes I find it a bit muddy
Congrats on your DSL!5. Heating - front and rear panels are heating up pretty much after 10-15 min of using it, especially near the power supply box. The truth is there are around 30 degree in this room and lamps also provide some heat but I suspect something might not be ok. Should I be worried?