I2S audiophile DAC, works also on Raspberry Pi
My T-DAC, with MCP1794, quite audiophile quality, works.
I can use also on Raspberry Pi, even the intention is to use with XMOS or a XynergyXS FPGA board as standalone DAC.
T-DAC and RPi-DAC - High Quality DAC
My T-DAC, with MCP1794, quite audiophile quality, works.
I can use also on Raspberry Pi, even the intention is to use with XMOS or a XynergyXS FPGA board as standalone DAC.
T-DAC and RPi-DAC - High Quality DAC
Hi Pinnocchio,
I am in the process to clarify export policies and to find partner company to let it manufacture (assemble, solder). To send you an empty PCB without any parts would be possible (w/o any parts), as complete equipped board still some legal issues to clarify.
I'll keep you posted when I have a solution.
Best regards
Torsten
I am in the process to clarify export policies and to find partner company to let it manufacture (assemble, solder). To send you an empty PCB without any parts would be possible (w/o any parts), as complete equipped board still some legal issues to clarify.
I'll keep you posted when I have a solution.
Best regards
Torsten
I second that!
Received my RPi-DAC board yesterday, and am looking forward to start building it.
I probably need to get me a better solder station though, the LDO's are TINY
Good luck and have fun.
Yes, the LDOs are tiny and tricky (I am also fighting again with those, for a rev. 2 board).
Suggestion:
If you can provide all the voltages (3.3V, 100mA, 5.0V, 100mA without RPi, +15V, 1.4A, -15V, 1.4A) then you can skip the LDOs and provide directly.
Just a question how many hum your power supply will generate (the LDOs are great).
There is a lot of room to optimize, including to use another PSU solution (idea was to need just a transformer and all is aboard).
Actually, you would need a heat gun. Soldering manually works fine with magnifying glass and very thin tip.
I am looking for a partner to do the soldering and to manufacture. If anybody could help ... highly appreciated.
Best regards
Torsten
Yes, the LDOs are tiny and tricky (I am also fighting again with those, for a rev. 2 board).
Suggestion:
If you can provide all the voltages (3.3V, 100mA, 5.0V, 100mA without RPi, +15V, 1.4A, -15V, 1.4A) then you can skip the LDOs and provide directly.
Just a question how many hum your power supply will generate (the LDOs are great).
There is a lot of room to optimize, including to use another PSU solution (idea was to need just a transformer and all is aboard).
Actually, you would need a heat gun. Soldering manually works fine with magnifying glass and very thin tip.
I am looking for a partner to do the soldering and to manufacture. If anybody could help ... highly appreciated.
Best regards
Torsten
I second that!
Received my RPi-DAC board yesterday, and am looking forward to start building it.
I probably need to get me a better solder station though, the LDO's are TINY
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