Blues Deluxe to ODS
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- čas přidán 12. 09. 2024
- In this video I start getting components onto the board. Progress is being made. If you're interested in a board like this, contact
Sales@LouRossiDesigns.com
I am not sponsored by them, I bought the board, and am using it as any customer would.
Thanks for sharing! It's always great to see a build in progress and to pick up a few helpful tips along the way. Looking forward to more of your build vids :)
Thanks! Glad to know they're useful
Thank you for all your great educational videos. I learn every time I watch any of your videos.
Glad you like them! have a great day
Painters tape is your friend
Now that 3 years have gone by, would you say you're happy with it? And do you think it's similar to the 'Dumble sound' ?
I'm considering doing one . I've been converting these amps to bassmans and plexis, so I'm familiar with the chassis and iron.
Also do the solderless lead connectors come with the board or are people adding them?
Thanks for any insight !!
I haven't played it for a while, so I gotta I need to. I think it definitely has the dumble sound. But I'm no expert. I'm not sure I recall what you mean by the solderless connectors?
@FrenchieFilms I found out the connectors don't come with it. They're the green screw down connectors on the edge of the board. I'd probably just solder anyway. They definitely seem like cool conversions.
My next project is a hammond Ao29 conversion, so I'll have time to mull over the dumble conversion.. thanks for the info. Great content btw! Cheers
great vid.What are those blue grippy things? Where can I get some please?
I can't seem to find the exact ones I used here, anymore, but this seems to be the right general idea: www.amazon.com/QuadHands-Flex-Plus-Integrates-Seamlessly/dp/B01JP4CNYC/ref=sr_1_1?_encoding=UTF8&aaxitk=ntfGF5TaxjigSPQzQiPBvA&dchild=1&hsa_cr_id=8388308580101&keywords=B01JP4CNYC%7CB01JP865B0%7CB072KKWCP1&lp_asins=B072KKWCP1%2CB01JP865B0%2CB01JP4CNYC&lp_query=panavise+flex+arms&lp_slot=auto-sparkle-hsa-tetris&pd_rd_plhdr=t&pd_rd_r=dde46f80-92ec-4d36-acd8-71bad25c20b9&pd_rd_w=ShjuA&pd_rd_wg=lWAoI&pf_rd_p=9c8c2cb0-5e2b-4d3c-ab9c-9390e77a1435&pf_rd_r=F3C3TNVWBQHJJCQJ6P5C&qid=1616122718&sr=8-1&store_ref=SB_A009219230TO81CQVFMPU
@@FrenchieFilms Hey thats good of you to take the time,Many Thanks!
Showing the assembly process is very helpful. Whoever designed the PCB unfortunately designed it to basically warp as there a copper coverage disparity between top and bottom layer over a large area.
I'd be interested in learning more about that. What are some good references about avoiding warp? Is it clear what is copper covered on the top layer? The solder mask makes it hard for me to tell
@@FrenchieFilms pcdandf.com/pcdesign/index.php/magazine/11417-coplanarity-1702
Interesting, This article though, seems to discuss how the curve of a board can impact daughter boards being directly soldered. Is this problematic for a single board? Or is curve also something that can lead to trace separation from the board or trace breakage?
@@FrenchieFilms it just points out some of the general attributes, it is a real problem for single boards, and can either lead to parts popcorning off the board, especially SMD parts, and or cracked via or part hole barrels. excessive warp puts a strain on any constrained mechanical junctions.it can also lead to cracked traces etc, if subjected to thermal cycling.
Oh that makes sense. So how can you tell this board would be prone to it? The solder mask on the top obscures the top layer pretty well...