What is your intention?
Upgrading sound quality? Then a change of the receiver chip alone won't help. Changing the frontend to a ASRC fed from a local low-jitter clock can improve things as well as reclocking near the DAC chips.
If all you need is 96/24 compatibility, the CS8414 will work as a pin-compatible replacement, and, depending on the application (schematic?), if you're lucky you won't have to modify anything else.
Upgrading sound quality? Then a change of the receiver chip alone won't help. Changing the frontend to a ASRC fed from a local low-jitter clock can improve things as well as reclocking near the DAC chips.
If all you need is 96/24 compatibility, the CS8414 will work as a pin-compatible replacement, and, depending on the application (schematic?), if you're lucky you won't have to modify anything else.
A'af said:What do you mean manutd, upgrade with the same chip doesn't result anything, if you wanna make difference try give that chip a better power supply and wanna make a little extereme, power your DAC with battery, make a big leap change.
Reason why i say "upgrade" is because CS8412 is defective
and then i thought it could be upgraded at same time.
ManUtd.
Which type of cap for 8412 loopfilter
I have been looking at the loopfilter of the CS8412- Currently I am using the Wildmonkeysects arrangement- 3300pF between filt and Agnd, 220nF and 470R in parallel to the 3300pF cap.
I am using polyesters in my lash-up, but wonder if I could do better...
My problem is finding suitable small quality capacitors in these sizes:
Ceramic- Small but microphonic?
Polypropylene- too big, hence too inductive?
Polyester - too lossy at?
Which do I choose?
I have been looking at the loopfilter of the CS8412- Currently I am using the Wildmonkeysects arrangement- 3300pF between filt and Agnd, 220nF and 470R in parallel to the 3300pF cap.
I am using polyesters in my lash-up, but wonder if I could do better...
My problem is finding suitable small quality capacitors in these sizes:
Ceramic- Small but microphonic?
Polypropylene- too big, hence too inductive?
Polyester - too lossy at?
Which do I choose?
Excellent- Just the sort of reply I wanted - Cheers
Excellent- Just the sort of reply I wanted - Cheers
How about this one for the 220nF polyester:
Wima MKS 02
And for the 3300pF...
LCR EXFS
Seem appropriate?
P.S. I thought polystyrenes weren't great at r.f. Did I think wrong?
Excellent- Just the sort of reply I wanted - Cheers
How about this one for the 220nF polyester:
Wima MKS 02
And for the 3300pF...
LCR EXFS
Seem appropriate?
P.S. I thought polystyrenes weren't great at r.f. Did I think wrong?
- Status
- This old topic is closed. If you want to reopen this topic, contact a moderator using the "Report Post" button.