ralphpnj;580707 Wrote:
One quick question:
Does this problem happen with all CDs or just with CDs that you've
burned yourself?
I ask this question because many older CD players do not read burned
CDs very well. If this is the case try burning the CDs at a slower
speed (say 4X) and see
jfeldt;580567 Wrote:
Hey guys, I just wanted to give an update: using the loop mode worked
with 24/96 material and either coax cable I had on hand, both via RCA
and BNC. I still can't get a lock on my Theta DAC using the original
cable or a Kimber DV-75 that I also have on hand for highres
Phil Leigh;578530 Wrote:
1) 24-bit PRECISION. The ambient noise will be represented by word
values built from the sum of the lowest 14-15 bits.
2) 16-bit PRECISION. The ambient noise will be represented by word
values built from the sum of the lowest 6-7 bits.
I'm afraid this is a little
Soulkeeper;578864 Wrote:
I don't know the answer to that, but it seems to me that your example
has a DC bias. If we define origo (zero) to the middle then the
signal would probably vary between 128 and -128, or 32 and -32. (Or if
you define origo (zero) to be all bits=zero then 128 would be
adamdea;578884 Wrote:
If you reduced by 24 db would you get 8 8 8 9 8 8 8 8 8 7 8 8 8. (I
said 24 db because you said it was a 6 db reduction in your example
but I confess I don't understand the 6 db equivalence. I just mean
getting quieter to the point where the peak becomes 9 and the
Phil Leigh;579230 Wrote:
OK - I'll try.
1: a true 24-bit ADC ( that doesn't exist)
Rubbish! It needs very good electronic devices ahead of them. Burr
Brown make them and a couple of balanced MP402 transistors in front and
we are talking nanovolt resolution. Widely used in the medical
Waldo Pepper;580924 Wrote:
Rubbish! It needs very good electronic devices ahead of them. Burr Brown
make them and a couple of balanced MP402 transistors in front and we are
talking nanovolt resolution. Widely used in the medical proffesion of
measuring brain and heart impulses that are way
Waldo Pepper;580913 Wrote:
I'm afraid this is a little more complicated than that.
The spectrum of noise from 14/15 bits will be far more pleasing on the
ear than the spectrum of noise from 6/7 bits. Regardless to a point of
the total number of bits.
It was not uncommon in the early
