Hello Team!
I am enjoying Moode with Raspberry Pi3 and Hifiberry DIGI+ PRO. Up to now the PI's power (5V) is decoupled from the DIGI and the DIGI is fed by a separate LPS 3.3V, which is also completely disconnected from the PI. This is solved by a little barbarian approach by cutting/bending all PI's pins on the GPIO connector, which carry any power or ground. No 5V is used on the DIGI, as I do not need the optical out.
This setup sounds outstanding, but my hands are already itching to go further. I ordered Crystek clock oscillators to upgrade the ACME (both of them read B0HXA) ones on the DIGI. I also intend to feed the 3.3V on the clocks with a separate shunt regulator.
So here comes the issue
Both of the clock oscillators are only marked with B0HXA and no model, make or frequency. X1 is connected to GPIO5 and X2 is connected to GPIO6 to the PI.
Does anyone have an idea how to identify which of these are 22.5792 and 24.576MHz?
Any input is welcome!
Best Regards,
Stilian
I am enjoying Moode with Raspberry Pi3 and Hifiberry DIGI+ PRO. Up to now the PI's power (5V) is decoupled from the DIGI and the DIGI is fed by a separate LPS 3.3V, which is also completely disconnected from the PI. This is solved by a little barbarian approach by cutting/bending all PI's pins on the GPIO connector, which carry any power or ground. No 5V is used on the DIGI, as I do not need the optical out.
This setup sounds outstanding, but my hands are already itching to go further. I ordered Crystek clock oscillators to upgrade the ACME (both of them read B0HXA) ones on the DIGI. I also intend to feed the 3.3V on the clocks with a separate shunt regulator.
So here comes the issue
Both of the clock oscillators are only marked with B0HXA and no model, make or frequency. X1 is connected to GPIO5 and X2 is connected to GPIO6 to the PI.
Does anyone have an idea how to identify which of these are 22.5792 and 24.576MHz?
Any input is welcome!
Best Regards,
Stilian
