Friends, which one do you think will give better results?
Siemens (?) 4.7uf
ERO MKT 4.7uf
And I also have MKS Wima 4.7uf 50v.
Siemens (?) 4.7uf
ERO MKT 4.7uf
And I also have MKS Wima 4.7uf 50v.
There is no such thing as a ‘DC coupling capacitor’. C1 is no exception.
There is little to choose between any of your alternatives.
There is little to choose between any of your alternatives.
I have given you information. Nothing else, and no misuse of terminology either. And specifically no ‘scolding’. Don’t just make things up.
I am not an Englishman, nor am I an English teacher. If you are going to make such high-pitched sentences to individuals whose English is weak, I think you shouldn't do it. Thanks.
What part of ‘little to choose’ didn’t you understand?
And please stop all this whinging and bitching. It doesn’t encourage people to try to help you.
And please stop all this whinging and bitching. It doesn’t encourage people to try to help you.
I asked for advice, if what I have is not available, I can buy your advice. I have nothing to complain about... There are no English stripes on the flag of my country, that's why I speak Turkish. If learning another language is easy, I recommend you to learn Turkish. Our poems are very good.
Capacitor C1 AC bağlantı yapiyor. Yani DC blocking. Biraz komik bir kücük hata 🙂 Bence R2 C2'ye parallel olmaye gerekir*. R2 47kOhm olarak.
Which capacitor will sound best is up to you by listening and trying out. ERO MKT1813 simply is very good but I would pick small sized large value film caps in 5 mm pitch and keep connections short and the device compact.
*A tad better is to rearrange like on the picture followed by the 1 kOhm R1 to the LM3886 input pin (and up R2 to 47 kOhm). I would use a 475 kOhm from input to GND too for ground reference.
Which capacitor will sound best is up to you by listening and trying out. ERO MKT1813 simply is very good but I would pick small sized large value film caps in 5 mm pitch and keep connections short and the device compact.
*A tad better is to rearrange like on the picture followed by the 1 kOhm R1 to the LM3886 input pin (and up R2 to 47 kOhm). I would use a 475 kOhm from input to GND too for ground reference.
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