Thank you for the suggestions. We got 30x30x6mm 5V DC fans and they seems to fit under the shield with a few mm to spare for the air flow.redpitaya wrote: ↑Mon Apr 15, 2024 3:07 pmWe have the Heatsink interface - https://redpitaya.com/product/heatsink-interface/
You can attach it to a bigger metal enclosure to keep the whole board cool. You can also cool it with a fan. The aluminium case can also be attached to an external cooling heatsink to further reduce the heat, but it might be a bit more tricky as it does not have predrilled holes.
We tried to check the shield schematics, but the schematics link in the https://redpitaya.readthedocs.io/en/lat ... hield.html ends in 404 error. Is there a functioning link?
Our schematic-related questions: what logic pins are connected to shield trig in and trig out? Is it DIO0_P (G17) and DIO0_N (G18) respectively? Is there any way to transmit clock from on-board RP oscillator to clock outputs of the shield?
We would like to continue using both software and hardware trigger options. If the above trigger pin assignment is correct, what shield jumper combination would let us set up a following trigger propagation:
primary trig-in -> primary DIO0_P in-> primary PL -> primary DIO0_N out -> primary trig out -> secondary trig in -> secondary DIO0_P in ?
What is the connector type for the clock and the trigger on the click shield?
P.S. never mind, I guess it is U.FL