![]() The hard task is designing the element architecture, plus hooking them up together in such a way as to make this work and at the same time, make sure the actual sound produced from the DAC is as good as possible. In addition the elements sequentially filter out the unwanted frequencies to stop them affecting the wanted audio frequencies. Regarding the 512 single-cell DAC elements that form the DAC architecture of the CS43130, they're designed in a sequential method so that each element uses a clean clock source as it's reference and doesn't inherit jitter from the previous element, so that by the end of the 512 element chain, the audio signal is clean. It's a support request form that gets channeled to a sales rep for follow up. It's always good to see discussion taking place! As you noted, the data sheet for this product is by request on our website, and we do that primarily because of competitive reasons. ![]() Thanks for your interest in the CS43130 hi-fi DAC. Cirrus has a product page but it has no detail either. I tried finding some information on the web but what I found was that “512 single-cell DACs” is simply a bit of investor bait. Multiple level one bit DACs is also a method used in S-Master amps.īut someone said: where's the detail on the CS43130? “512 single-cell DACs” sounds like an interesting approach but there's no clue about how it actually works.
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