[deniska80]

Let it burning in for awhile to see if the harsh goes away.

Without TDK capacitor?
How long?
Im burning in it for about 40h.

 

[Whitigir]

Without TDK capacitor?
How long?
Im burning in it for about 40h.

Yes, I recommend burn in without TDK. If you hear the sound being too harsh, then proceed onto putting in the TDK.

 

[deniska80]

Did you mean to ask the correct polarity +/- ?

If so, MLCC has no polarity, just put it on, make sure you don’t short them together by crossing the legs with other legs

I meant polarity and legs and other meaningful things))
I think the better explanation is a good quality photo of this part of board(in red circle)

 

[deniska80]

Yes, I recommend burn in without TDK..

for how long?

 

[singleended5863]

Without TDK capacitor?
How long?
Im burning in it for about 40h.

Maybe around 100 hours. I didn’t hear any harsh problem when switching to the blue MLCC. If the problem persists then switch to a new MLCC or check the legs to see if the solder cones are still there.

 

[Whitigir]

I meant polarity and legs and other meaningful things))
I think the better explanation is a good quality photo of this part of board(in red circle)

Ok, this is Amp8-EX, but don’t worry about it.

The photo show the polarity

There are 2 big capacitors in green and plum color, the TDK should go in those pads, and make sure the - does not touch the + from all 3 Capacitors. There may be a risk of them shorting out by this meaning, just make sure you are in the clear of separating - and +

** see how the black lines are almost touching the + of the plum capacitor leg ? Do not let it happen, period

 

[deniska80]

Ok, this is Amp8-EX, but don’t worry about it.

There are 2 big capacitors in green and plum color, the TDK should go in those pads, and make sure the - does not touch the + from all 3 Capacitors. There may be a risk of them shorting out by this meaning, just make sure you are in the clear of separating - and +

** see how the black lines are almost touching the + of the plum capacitor leg ? Do not let it happen, period

So I should solder TDK on these two pads just don't touch another legs. Without polarity.(blue is TDK)
All 3 legs on 2 theese pads should go separately.
Am i right?


And I dont see any black line touching the + of the plum capacitor leg))

 

[Whitigir]

So I should solder TDK on these two pads just don't touch another legs. Without polarity.(blue is TDK)
All 3 legs on 2 theese pads should go separately.
Am i right?


And I dont see any black line touching the + of the plum capacitor leg))

Yes
Yes
Yes! Just almost* as an example picture of what may happen

 

[deniska80]

Yes
Yes
Yes! Just almost* as an example picture of what may happen

Thanks. I give it a try

 

[Sound Eq]

can i ask which is the musical amp module, with 2.5 mm balanced

 

[legabian34]

can i ask which is the musical amp module, with 2.5 mm balanced

It's the amp 3

 

[gannjunior]

Guys, @Whitigir , @EggofSound
reading this

ok
about the orange replacement I think it's the easiest to do.
But what about the 4 grey replacement? what does it mean the "tantalum is positive and not negative"? I will ask to some welder to do the work for me to avoid problem but I want to know some more information to inform me to be sure to do everything right.
Thank you.

 

[EggofSound]

Guys, @Whitigir , @EggofSound
reading this


ok
about the orange replacement I think it's the easiest to do.
But what about the 4 grey replacement? what does it mean the "tantalum is positive and not negative"? I will ask to some welder to do the work for me to avoid problem but I want to know some more information to inform me to be sure to do everything right.
Thank you.

Electrolytic capacitors have a - mark.
Tantalum capacitor polarity mark is marked with a +.
Tantalum is marked in reverse, so be careful.

 

[EggofSound]

Electrolytic capacitors have a - mark.
Tantalum capacitor polarity mark is marked with a +.
Tantalum is marked in reverse, so be careful.

Because tantalum con breaks down in short mode, damage will extend to the surrounding circuit parts, so I think that it is so because it emphasizes the positive pole in particular.

 

[EggofSound]

Because tantalum con breaks down in short mode, damage will extend to the surrounding circuit parts, so I think that it is so because it emphasizes the positive pole in particular.

I showed the polarity.
(Do not worry about uneven leads