It has more balls
http://www.futureproducers.com/foru...or-after-having-indie-success-truck-balls-jpg
I'm sure he could do with just one ball, but two just looks cooler 😀
No you need to solder on a S08 to dip 8 adapter, then plug it into the adapter.
You can use any one you want. As long as it's a dual.
OK so just want to make sure I have this 100% right.
Unsolder the LM4562
Solder in the SO8 to DIP8 Adapter
Push fit the Burson into place.
I notice that Burson sell 2 models V4 and V5 is there anything in them which sounds best. Also looking at the Burson website I believe the Burson is complete with the adapter am I right.
One further thing what is a Hot Air Rework Station I have looked on the net and most people seem to desolder with a sucker and standard iron.
OK so just want to make sure I have this 100% right.
Unsolder the LM4562
Solder in the SO8 to DIP8 Adapter
Push fit the Burson into place.
I notice that Burson sell 2 models V4 and V5 is there anything in them which sounds best. Also looking at the Burson website I believe the Burson is complete with the adapter am I right.
One further thing what is a Hot Air Rework Station I have looked on the net and most people seem to desolder with a sucker and standard iron.
It's a delicate procedure swapping the opamp with the adapter. If you think it can be done with a iron, you better take it to someone who has more experience. Or your gonna end up wrecking the board.
Also clearance is tight. So better use the right adapter.
As for sound, they all sound different. I only tried the older V3.
I also swapped the voltage regs to the much better HxR's.
The above BURpSON comment is what I wanted to hear Sir ;-)
Suspect it might be the Resistors they use which could warm the sonics a bit
Hi ti33er are you also thinking of swapping the Lm4562 with the Burson
I also swapped the voltage regs to the much better HxR's.
Hi Bavmike
Do you have a part number or link to these?
Thanks
hypex ncore
Yes Hypex HxR voltage regulators.
https://www.hypexshop.com/shop/shop.jsp?groupID=119
Hi Bavmike
Do you have a part number or link to these?
Thanks
Yes Hypex HxR voltage regulators.
https://www.hypexshop.com/shop/shop.jsp?groupID=119
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Hi ti33er are you also thinking of swapping the Lm4562 with the Burson
Potentially, I don't mind Boggit using me as a Guineapig if he is game.
If you are skilled at soldering you can solder the Adapter; I can solder simple things but wouldn't attempt this myself ...!
Potentially, I don't mind Boggit using me as a Guineapig if he is game.
If you are skilled at soldering you can solder the Adapter; I can solder simple things but wouldn't attempt this myself ...!
I wouldn't recommend using these boards for practice. 🙂
Potentially, I don't mind Boggit using me as a Guineapig if he is game.
If you are skilled at soldering you can solder the Adapter; I can solder simple things but wouldn't attempt this myself ...!
Of course we don't know for sure which buffer bog it is using yet it may not be the LM4562
Lol old graphics card maybe ! 🙂
Actually not an entirely bad idea. There are also a lot of good tutorials on smd resoldering on the net - a lot of the techniques are applicable.
Soooo Bavmike, do you need one of each - HNR12 and an HPR12 (positive and a negative)?
Thanks again
Thanks again
Soooo Bavmike, do you need one of each - HNR12 and an HPR12 (positive and a negative)?
Thanks again
Yes 1 of each for each channel.
Thanks for that. Not having the luxury of inspecting the board, can you just solder these (pin through hole) quite easily?
hypex ncore
The regs are thru hole. But the opamps are SMD. There's also tight clearances between vital components. But nothing any true DIYer can't handle. If not, just buy the NC400, or one of the commercial NC500 implementations as is.
You have a photo, parts list, and verification it can be done. Much more than I had before tackling this mod. Fellow DIYer's can take it from here. 🙂
I'm out on further comments regarding this mod.
Thanks for that. Not having the luxury of inspecting the board, can you just solder these (pin through hole) quite easily?
The regs are thru hole. But the opamps are SMD. There's also tight clearances between vital components. But nothing any true DIYer can't handle. If not, just buy the NC400, or one of the commercial NC500 implementations as is.
You have a photo, parts list, and verification it can be done. Much more than I had before tackling this mod. Fellow DIYer's can take it from here. 🙂
I'm out on further comments regarding this mod.
Oh don't be like that 🙂 The Hulk I mean Julf will only tell us puny Humans not to be foolish from herein ;-) hahaha
Thanks anyway
Thanks anyway
The regs are thru hole. But the opamps are SMD. There's also tight clearances between vital components. But nothing any true DIYer can't handle. If not, just buy the NC400, or one of the commercial NC500 implementations as is.
You have a photo, parts list, and verification it can be done. Much more than I had before tackling this mod. Fellow DIYer's can take it from here. 🙂
I'm out on further comments regarding this mod.
Bavmike please dont stop posting and thanks for all your help
I would like a meter or display showing input-level and if the ncore clips.
To easier have control of that the gain-structure is good.
Anyone did something like that?
Maybe it could be a suggestion to hypex as a new feature in later versions?
Also possibility to have a gain adjustemen knob would be nice, instead of smd-soldering...
To easier have control of that the gain-structure is good.
Anyone did something like that?
Maybe it could be a suggestion to hypex as a new feature in later versions?
Also possibility to have a gain adjustemen knob would be nice, instead of smd-soldering...
I would like a meter or display showing input-level and if the ncore clips.
That is of course easy to add,as it doesn't need to be ncore-specific in any way. The net is full of suitable DIY projects.
Also possibility to have a gain adjustemen knob would be nice, instead of smd-soldering...
That is much harder, as the resistors that control gain are directly in the feedback path, so very sensitive to noise and non-linearity.
hypex ncore
This is the way to do it. Figure 6.
http://www.ti.com/lit/slyt612
That is much harder, as the resistors that control gain are directly in the feedback path, so very sensitive to noise and non-linearity.
This is the way to do it. Figure 6.
http://www.ti.com/lit/slyt612
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