What thickness is right?
Well, the only cable property that matters is it's resistance.
A cable resistance equals to the material conductivity constant (cooper),
multiplied by its length (in meters) and divided by its cross section (mm sq.).
This resistance shall fit so it will be way smaller than the Amp's DF. (Output resistance).
Usually, the Amp and length required are a given.
So what left to play with is the thickness.
Today SS good Amps have a DF of 200 and above...
PASS LAB = 200
EMOTIVA = 400
Luxman = 700
Tube Amp have a low DF (20 and less) so it's insignificant.
D-class tend to have a DF in the thousands: as high as 4000 and more.
Tell me what is your Amp's DF and what length you need, and I'll calculate for you the optimal thickness (in # awg).
A test been conducted two years ago, by myself, and those who pioneered it, ended up very happy. The old cable (no matter how expensive it was, and some were as high as $17,000 a pair, went into storage. The DIY offered ended up (mostly) under $100.-
Well, the only cable property that matters is it's resistance.
A cable resistance equals to the material conductivity constant (cooper),
multiplied by its length (in meters) and divided by its cross section (mm sq.).
This resistance shall fit so it will be way smaller than the Amp's DF. (Output resistance).
Usually, the Amp and length required are a given.
So what left to play with is the thickness.
Today SS good Amps have a DF of 200 and above...
PASS LAB = 200
EMOTIVA = 400
Luxman = 700
Tube Amp have a low DF (20 and less) so it's insignificant.
D-class tend to have a DF in the thousands: as high as 4000 and more.
Tell me what is your Amp's DF and what length you need, and I'll calculate for you the optimal thickness (in # awg).
A test been conducted two years ago, by myself, and those who pioneered it, ended up very happy. The old cable (no matter how expensive it was, and some were as high as $17,000 a pair, went into storage. The DIY offered ended up (mostly) under $100.-