I have never had any hum from coils.
Even with unshielded interconnects to power amplifier.
And even with the bad grounding.
Yeah. This scheme is really working and working really well.
I prefer it to TDA1541. Its also very easy to build on stripboard.
I have never used CS8416 So cant say if it works or not without trawling through datasheets.
I prefer it to TDA1541. Its also very easy to build on stripboard.
I have never used CS8416 So cant say if it works or not without trawling through datasheets.
CS8416 has :
24-bit, left-justified
24-bit, I2S
24-bit, right-justified
Direct AES3
PCM56p is :EIAJ STC-007-COMPATIBLE
Hm that does not show what kind of parallel interface is using PCM56p?
24-bit, left-justified
24-bit, I2S
24-bit, right-justified
Direct AES3
PCM56p is :EIAJ STC-007-COMPATIBLE
Hm that does not show what kind of parallel interface is using PCM56p?
Hi, PCM56P is using serial interface. Check page no. 7 of the datasheet for waveforms. Should be farely easy to obtain from I2S. I will give this thinggy a try as soon as I get the chance and will let you know of the results.
Here is glue logic for use between cs8412 and pcm56, it avoids interchannel delay.
It can be found with google.
Strange, in my dumbness I thought the LE would have to be inverted between the two PCM5* chips, such each chooses a different channel (that is also the schema I have in a Sony player); and here in this diagram there is a same LE and a difference in CLK. 😕
Who can help me here?
Channels should convert in sync without interchannel delay. So better not invert the LE. One channel has the bit clock gated with LE to avoid loading data from the wrong channel.
Thanks, Bernard, does this mean that it is not recommended to use a reclocker with LE inversion like this one Russian Reclocker?
It looked so tempting albeit expensive 🙄
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