Hi
the application note for the pcm63 shows pins 5 and 6 bridged - no indication that it is a cap or resistor, etc - can the pins simply be bridged w/ copper wire?
Thanks
Bill
the application note for the pcm63 shows pins 5 and 6 bridged - no indication that it is a cap or resistor, etc - can the pins simply be bridged w/ copper wire?
Thanks
Bill
billinjapan said:Hi
the application note for the pcm63 shows pins 5 and 6 bridged - no indication that it is a cap or resistor, etc - can the pins simply be bridged w/ copper wire?
Thanks
Bill
If the original design has 5 & 6 bridged, then it should be bridged on the stacked chip. Copper wire is fine.
hihopes said:Has anyone tried this mod with PCM56's? Can it be done the same way, do you think?
Hi ,i stacked two PCM 56 with a 720 ohms common I/V resistor , without any major problem and a good result .
Later I implemented a common MSB adjustment circuit (except the 470k on trim 15) .
Maybe it's not an ideal solution , but it workx quite well .
Any cap reccomendation?
Konnichiwa,
sorry for late jumping in. Is there any recommended value and/or brand for capacitors in this app?
Kind regards,
Stefano
fumihiko said:Dear Dr.H san
pin5,6,7,11,12,13,18,20,21,28 connected upper and lower.
pin1 to -V supply via own independent capacitor.
pin3 and 4, via own independent capacitor 😉
Konnichiwa,
sorry for late jumping in. Is there any recommended value and/or brand for capacitors in this app?
Kind regards,
Stefano
Independent I/V stages
Hi again,
do you mean to have separate I/V stages for each paralelled DAC and "combine" them (I imagine adding them), or what?
Stefano
fumihiko said:<snip>
better method is making independent I/V stage parallel.
</snip>
Hi again,
do you mean to have separate I/V stages for each paralelled DAC and "combine" them (I imagine adding them), or what?
Stefano
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